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=========================================================================
Date: Mon, 1 Mar 1999 08:16:10 -0500
From: "Stoll, Ilse (Ilse)"
Subject: Re: Allentown
Comments: To: Bob Burns
MIME-Version: 1.0
Content-Type: text/plain

At this point the papers are just indicating that there will be a long
investigation. The manufacturer indicated that distillation was done at the
time of the explosion and that they were producing 50HA (50% hydroxylamine
in water) from the sulfate.


Ilse Stoll
TRB198BG
Environmental Laboratory
Lucent Technologies
555 Union Blvd.
Allentown, PA 18103
610.712.5505 voice
610.712.4400 fax


> ----------
> From: Bob Burns[SMTP:rburns@bigfoot.com]
> Reply To: Bob Burns
> Sent: Saturday, February 27, 1999 7:08 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Allentown
>
> Hi Group,
>
> I've been watching the AP newswire for a follow-up to the Allentown
> explosion story. Never did see one. Did anyone see any more information
> other than the original story? I'd be particularly interested in why
> hydroxylamine exploded, and the conditions under which it happened in view
> of the hazard statements in Sax and the Merck Index and other places.
>
> I suppose there will be a story in C&EN about it.
>
> Bob
>
> "HAPPINESS IS A WARM PUPPY!"
>
> Bob & Evelyn Burns
> Mill Hall, PA
>
=========================================================================
Date: Mon, 1 Mar 1999 08:23:45 -0500
From: "Stoll, Ilse (Ilse)"
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain

Thank you. Do you have a table for i-propanol or where can I find one?

Ilse Stoll
TRB198BG
Environmental Laboratory
Lucent Technologies
555 Union Blvd.
Allentown, PA 18103
610.712.5505 voice
610.712.4400 fax


> ----------
> From: Tony Haggerty[SMTP:techton@IHUG.CO.NZ]
> Reply To: LABSAFETY-L Discussion List
> Sent: Saturday, February 26, 2000 8:51 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flash points
>
> <>
> A copy in Word 6 for those without Internet access
=========================================================================
Date: Mon, 1 Mar 1999 07:34:13 EST
From: Labsafe@AOL.COM
Subject: Seminars in Florida
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Hi Kathy,

Did you make one of the recent seminars we offered in florida? The State
Department of Ed wants us to do 12 more next fall. Keep an eye on our
schedule at the web site ... www.labsafety.org regards, ... jim
=========================================================================
Date: Mon, 1 Mar 1999 07:42:03 PST
Reply-To: bbower@ora.fda.gov
From: Betsy Bower
Subject: Re: p-cresol
MIME-Version: 1.0
Content-type: text/plain; charset=us-ascii

p-cresol is also used in the U-shaped minimum/maximum thermometers used in
microbiology labs and other areas where temperature ranges are important.
We've had three of them break over the last 9 years. Every breakage created
quite a stir because of the odor. The total amount of cresol in the
thermometers is small, maybe a mL at the most, but it packs a wallop of a
punch. One of the thermometers broke in a refrigerator/incubator. We
scrubbed it down several times using a variety of soaps/solvents, let it air
out on the loading dock for a week and it still has a distinctive odor...
Lab coats, pants and shoes that have come into contact with the small spills
have all been tossed out - the odor is that permeating. And it also numbs
the nose quite efecctively. One of the breakages occured in a small
laboratory off the main laboratory. The Microbiologist knew something was
wrong, but didn't think it was that bad. Meanwhile people are scurrying
around the lab trying to find the source of the odor. I opened the door to
his lab and was blown away by the smell. The microbiologist had left to go
out to lunch. I taped off the door, left a note specifically addressing the
microbiologist, not to enter and went to suit up so I could locate and clean
up the spill. I returned to find him poking around trying to find the broken
thermometer himself, no protective gear, no respiratory protection...
Luckily it was a friday afternoon and the lab had all weekend to clear out
after the thermometer was found (it had broken after being placed in a
drawer) and the spill cleaned up. I told the microbiologist to go home. I
found him talking to his supervisor later, I told his supervisor to tell him
to go home... he finally left. I tired to convince him shower at the lab and
wear coveralls home, to no avail. I'm sure he didn't actually have any of
the cresol on his clothes, the odor just "clings", but still... These
incidents were a big motivating factor for purchasing recording thermometers
for our lab...

Betsy Bower
bbower@ora.fda.gov
------------------------------

Date: Sat, 27 Feb 1999 09:43:09 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: Formaldehyde and contacts

We also recently had a situation with a phenolic compound, p-cresol....
=========================================================================
Date: Mon, 1 Mar 1999 10:17:12 -0600
From: Jeff Rubin
Subject: Website
In-Reply-To: <4624C75E76CBD111B43500805F6FA8C101823788@pai820exch001u.micro.lucent.com>
Mime-Version: 1.0

Howdy,

It's been a long time in the making: if you're bored, check out the safety
website for our College of Natural Sciences:
http://www.utexas.edu/cons/safety

It's still under construction, but a there's fair bit of info posted
(including, of course, links to LSW and NACHO!). Feedback, of course, is
always welcome. Just don't ask me any technical questions about the site
construction. NACHO listserv veterans will recognize a few ideas that
people were tossing about, including the health & safety pledge on the
homepage (written by yours truly based largely on what appeared on our list
last April, signed by our Dean).

Onward,

JNR
Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Mon, 1 Mar 1999 08:03:46 PST
Reply-To: bbower@ora.fda.gov
From: Betsy Bower
Subject: Re: p-cresol
MIME-Version: 1.0
Content-type: text/plain; charset=us-ascii

p-cresol is also used in the U-shaped minimum/maximum thermometers used in
microbiology labs and other areas where temperature ranges are important.
We've had three of them break over the last 9 years. Every breakage created
quite a stir because of the odor. The total amount of cresol in the
thermometers is small, maybe a mL at the most, but it packs a wallop of a
punch. One of the thermometers broke in a refrigerator/incubator. We
scrubbed it down several times using a variety of soaps/solvents, let it air
out on the loading dock for a week and it still has a distinctive odor... Lab
coats, pants and shoes that have come into contact with the small spills have
all been tossed out - the odor is that permeating. And it also numbs the
nose quite efecctively. One of the breakages occured in a small laboratory
off the main laboratory. The Microbiologist knew something was wrong, but
didn't think it was that bad. Meanwhile people are scurrying around the lab
trying to find the source of the odor. I opened the door to his lab and was
blown away by the smell. The microbiologist had left to go out to lunch. I
taped off the door, left a note specifically addressed to the microbiologist,
"Do not enter" and went to suit up so I could locate and clean up the spill.
I returned to find him poking around trying to find the broken thermometer
himself, no protective gear, no respiratory protection... Luckily it was a
friday afternoon and the lab had all weekend to clear out after the
thermometer was found (it had broken after being placed in a drawer, papers
had to be tossed, but the drawer was epoxy paint covered, so cleaned up well)
and the spill cleaned up. I told the microbiologist to go home. I found him
talking to his supervisor later, I told his supervisor to tell him to go home
- he was literally stinking up the place... he finally left. I tired to
convince him shower at the lab and wear coveralls home, to no avail. I'm
sure he didn't actually have any of the cresol on his clothes, the odor just
"clings", but still... These incidents were a big motivating factor for
purchasing recording thermometers for our lab...

Betsy Bower
bbower@ora.fda.gov
------------------------------

Date: Sat, 27 Feb 1999 09:43:09 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: Formaldehyde and contacts

We also recently had a situation with a phenolic compound, p-cresol....
=========================================================================
Date: Sun, 28 Feb 1999 10:55:47 -0600
From: EH&S Compliance
Subject: Re: M E K Question

I agree.
I checked a MSDS on the material and there is no mention of peroxides
formed. It is flammable (flash point open cup 30F (-1.1C) and flash point
closed cup 20F (-6.7C)). The vapors are heavier than air and can travel
back a considerable distance to a source of ignition and flash back.

PEL 200ppm
TLV 300ppm
IDLH 3000ppm

NFPA 1 3 0
HMIS 2 3 0 x

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Tony Haggerty [SMTP:techton@IHUG.CO.NZ]
Sent: Saturday, February 26, 2000 8:10 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: M E K Question

Mark
No one seems to have ventured an answer to your query so I'll put my 2
cents
in and say that I do not believe that MEK spontaneously forms Peroxides.
There is of course a Peroxide, MEKP, commonly used as a resin catalyst but
this is manufactured.
Tony H


=========================================================================
Date: Mon, 1 Mar 1999 10:59:21 -0700
From: "Sonja G. Ringen"
Subject: Re: Columbia U. citation--what were the lab activities involved?
MIME-version: 1.0


Jim's response on confusion over HazCom and the Lab Standard raises another
point that I am having trouble with, too. And I would like to hear other
people's experience on this issue.

<>
I hope the OSHA people in NY are doing a better job than some NY PESH
enforcement officers. I has a very discouraging discussion with one about
HazCom
vs Lab Std. They were totally confused and simply did not understand the
law.

In particular, they failed to understand how the Lab Standard replaced the
HazCom Std and the rest of Subpat Z in almost all respects. In fact, they
thought that Subpart Z consisted of only 29CFR1910.1000!!!
<>

The University of Wyoming had an inspection by the Wyoming Worker's Safety
(state equivalent of OSHA) in January based on a laboratory incident. A
custodian cleaned a lab that had been closed and felt she had an exposure to
radioactivity without proper training.

We contested the citation, so they came up with another one and asked us if
we could agree to that citation. We provided the documentation that showed
they were wrong on that one, too. So, they've proposed another citation and
have asked us if we agree. Of course, not. We had done nothing wrong.

It gets old having to train state regulators on their own regulations. Has
anybody else had incompetent regulators come through? And at what point
does this kind of scenario end? Are they going to cite us just because they
have to justify their trip to Laramie? Do most of you have qualified
inspectors?

Sonja Ringen, Manager
Environmental Health and Safety
University of Wyoming
Laramie, WY 82071-3413
ringen@uwyo.edu

------_=_NextPart_001_01BE640D.3C2C56A6
Content-Type: text/html;
charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable




charset=3Diso-8859-1">
5.5.2232.0">
RE: Columbia U. citation--what were the lab activities =<br> involved?





Jim's response on confusion over HazCom and the Lab =
Standard raises another point that I am having trouble with, too.  =
And I would like to hear other people's experience on this =
issue.



<<SNIP>>

I hope the OSHA people in NY are doing a better job =
than some NY PESH


enforcement officers.  I has a very =
discouraging discussion with one about


HazCom

vs Lab Std.  They were totally confused and =
simply did not understand the law.



In particular, they failed to understand how the Lab =
Standard replaced the


HazCom Std and the rest of Subpat Z in almost all =
respects.  In fact, they


thought that Subpart Z consisted of only =
29CFR1910.1000!!!


<<SNIP>>



The University of Wyoming had an inspection by the =
Wyoming Worker's Safety (state equivalent of OSHA) in January based on =
a laboratory incident.  A custodian cleaned a lab that had been =
closed and felt she had an exposure to radioactivity without proper =
training.



We contested the citation, so they came up with =
another one and asked us if we could agree to that citation.  We =
provided the documentation that showed they were wrong on that one, =
too.  So, they've proposed another citation and have asked us if =
we agree.  Of course, not.  We had done nothing =
wrong.



It gets old having to train state regulators on their =
own regulations.  Has anybody else had incompetent regulators come =
through?  And at what point does this kind of scenario end?  =
Are they going to cite us just because they have to justify their trip =
to Laramie?  Do most of you have qualified inspectors?



Sonja Ringen, Manager

Environmental Health and Safety

University of Wyoming

Laramie, WY  82071-3413

ringen@uwyo.edu 





=========================================================================
Date: Mon, 1 Mar 1999 12:29:04 -0600
From: James Hermann
Subject: Re: Columbia Univ. fined $77,500 by OSHA
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

How many universities "... willfully violated the laboratory standard by
failing to carry out the provisions of a written chemical hygiene plan."
After all, we get to write our own CHP.

Jim

-----Original Message-----
From: Madelyn Miller [SMTP:mmiller@ANDREW.CMU.EDU]
Sent: Friday, February 19, 1999 4:32 PM
To: LABSAFETY-L@SIU.EDU
Subject:Columbia Univ. fined $77,500 by OSHA

Greetings,
Check out this web site:
http://www.osha.gov/media/oshnews/jan99/reg2ny111.html

Columbia Univ. cited by OSHA for alleged willful and other safety
and health violations: $77,500 in penalties proposed.

Love this quote: "It is a serious matter when an institution such as a
university fails to comply with OSHA standards by exposing its
employees to a dangerous chemical such as formaldehyde without
providing proper protection."

Ouch! I dare say many univ. could have passed OSHA's muster on this
problem.
----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Mon, 1 Mar 1999 13:34:46 -0500
From: Kathy Matty
Subject: Re: Seminars in Florida
Mime-Version: 1.0
Content-Type: multipart/mixed; boundary="=_AAFD4BF3.52335F6C"

This is a MIME message. If you are reading this text, you may want to
consider changing to a mail reader or gateway that understands how to
properly handle MIME multipart messages.


Jim,

No, I was not able to make any of the Florida Seminars recently. It's been
hectic here with the construction and moving of our chemistry labs to our new
science lab building. We are now in the process of renovating our old science
building. (We have to move out of the building for 8 months.)

I will watch the schedule for any seminars in my area. I have already attended
2 of your workshops.

If you are looking for a location to conduct a seminar next Spring, please
consider Seminole Community College in Sanford, FL (north of Orlando). When our
renovation is complete (January 2000) we would be happy to utilize our new
classroom and lab facilities.

Kathy
Kathleen Matty
Physical Science Lab Manager
Seminole Community College
100 Weldon Boulevard
Sanford, Fl 32771
Phone: (407) 328-2257
Fax: (407) 328-2238
>>> 03/01/99 07:34AM >>>
Hi Kathy,

Did you make one of the recent seminars we offered in florida? The State
Department of Ed wants us to do 12 more next fall. Keep an eye on our
schedule at the web site ... www.labsafety.org regards, ... jim


BEGIN:VCARD
VERSION:2.1
X-GWTYPE:USER
FN:Kathy Matty
ORG:;Science
EMAIL;WORK;PREF;NGW:MattyK@mail.seminole.cc.fl.us
N:Matty;Kathy
X-GWUSERID:MattyK
END:VCARD


=========================================================================
Date: Mon, 1 Mar 1999 13:10:08 -0600
From: Jeff Rubin
Subject: Regulator consistency/competency
In-Reply-To: <6360B2C0C2B6D111827000AA00DD928EE283CA@mailhorse.uwyo.edu>
Mime-Version: 1.0

OSHA by no means has a monopoply on this. Any time you're relying on an
inspector to make an interpretation of a standard, the inspector makes the
law (a common analogy is a cop deciding at what speed he'll actually pull
someone over). We were trying to work with the FAA on some helicopter
standards for our system: the local inspector told us that he didn't really
care what FAA HQ said - he was the local inspector and his signature would
be on the report.

The dunce of an inspector at Wyoming may have been incompetent, but it
seems that consistency is an even bigger hurdle.

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Tue, 2 Mar 1999 07:58:50 +1300
From: John Downey
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain

Ilse

I suspect that NOBODY has done one. As I suggested in my original posting,
this would be a good little project for a reasonably competent student with
a Pensky-Marten unit, as most flashpoints are reported as closed-cup.
Better still, get them to calculate the equation of the curves for each
common alcohol and see if there is a pattern emerging. If they did it, they
could publish the results, and you and I and a few others would be eternally
grateful, wouldn't we.

Regards
John Downey
Hazardous Substances Officer
Waitakere City Council
Waitakere City
New Zealand
Phone +64 9 8368036
Fax +64 9 8368001
> -----Original Message-----
> From: Stoll, Ilse (Ilse) [SMTP:ilsestoll@LUCENT.COM]
> Sent: Tuesday, March 02, 1999 2:24 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flash points
>
> Thank you. Do you have a table for i-propanol or where can I find one?
>
> Ilse Stoll
> TRB198BG
> Environmental Laboratory
> Lucent Technologies
> 555 Union Blvd.
> Allentown, PA 18103
> 610.712.5505 voice
> 610.712.4400 fax
> > ----------
> > From: Tony Haggerty[SMTP:techton@IHUG.CO.NZ]
> > Reply To: LABSAFETY-L Discussion List
> > Sent: Saturday, February 26, 2000 8:51 PM
> > To: LABSAFETY-L@SIU.EDU
> > Subject: Re: flash points
> >
> > <>
> > A copy in Word 6 for those without Internet access
> >
> >
=========================================================================
Date: Mon, 1 Mar 1999 14:17:10 -0500
From: Mike Pirrello
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain

Shoot. If someone buys me one, I'll do it at home in my garage just because
I'm sick of the data not being available. After simple water/polar solvent
mixtures, I'd like to see some of the common laboratory solvent mixtures
done, like phenol/chloroform/isoamyl alcohol, stuff like that.
Alternatively, the list function as an on-line parallel processor if
everybody would be willing to pay for one solvent curve to be tested
commercially. Is there really nobody out there with a student who'd jump at
the chance to use this as a undergraduate research project?

Michael G. Pirrello, CHMM
Safety & Environmental Mgr.
Trimeris, Inc.
4727 University Drive, Ste. 100
Durham, NC 27707-3485
Ph: (919) 419-6050
Fx: (919) 419-1816
Mpirrello@trimeris.com


-----Original Message-----
From: John Downey [SMTP:John.Downey@WAITAKERE.GOVT.NZ]
Sent: Monday, March 01, 1999 1:59 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: flash points

Ilse

I suspect that NOBODY has done one. As I suggested in my original
posting,
this would be a good little project for a reasonably competent
student with
a Pensky-Marten unit, as most flashpoints are reported as
closed-cup.
Better still, get them to calculate the equation of the curves for
each
common alcohol and see if there is a pattern emerging. If they did
it, they
could publish the results, and you and I and a few others would be
eternally
grateful, wouldn't we.

Regards
John Downey
Hazardous Substances Officer
Waitakere City Council
Waitakere City
New Zealand
Phone +64 9 8368036
Fax +64 9 8368001

> -----Original Message-----
> From: Stoll, Ilse (Ilse) [SMTP:ilsestoll@LUCENT.COM]
> Sent: Tuesday, March 02, 1999 2:24 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flash points
>
> Thank you. Do you have a table for i-propanol or where can I find
one?
>
> Ilse Stoll
> TRB198BG
> Environmental Laboratory
> Lucent Technologies
> 555 Union Blvd.
> Allentown, PA 18103
> 610.712.5505 voice
> 610.712.4400 fax
>
>
> > ----------
> > From: Tony Haggerty[SMTP:techton@IHUG.CO.NZ]
> > Reply To: LABSAFETY-L Discussion List
> > Sent: Saturday, February 26, 2000 8:51 PM
> > To: LABSAFETY-L@SIU.EDU
> > Subject: Re: flash points
> >
> > <>
> > A copy in Word 6 for those without Internet access
> >
> >
=========================================================================
Date: Sun, 28 Feb 1999 13:15:21 -0600
From: EH&S Compliance
Subject: Re: Seminars in Florida

Jim & Kathy,
I think you are inadvertently posting to the Lab Safety list.

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Kathy Matty [SMTP:MattyK@MAIL.SEMINOLE.CC.FL.US]
Sent: Monday, March 01, 1999 12:35 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Seminars in Florida

<< File: Kathy Matty.vcf >> Jim,

No, I was not able to make any of the Florida Seminars recently. It's been
hectic here with the construction and moving of our chemistry labs to our new
science lab building. We are now in the process of renovating our old science
building. (We have to move out of the building for 8 months.)

I will watch the schedule for any seminars in my area. I have already attended
2 of your workshops.

If you are looking for a location to conduct a seminar next Spring, please
consider Seminole Community College in Sanford, FL (north of Orlando). When our
renovation is complete (January 2000) we would be happy to utilize our new
classroom and lab facilities.

Kathy
Kathleen Matty
Physical Science Lab Manager
Seminole Community College
100 Weldon Boulevard
Sanford, Fl 32771
Phone: (407) 328-2257
Fax: (407) 328-2238
>>> 03/01/99 07:34AM >>>
Hi Kathy,

Did you make one of the recent seminars we offered in florida? The State
Department of Ed wants us to do 12 more next fall. Keep an eye on our
schedule at the web site ... www.labsafety.org regards, ... jim


=========================================================================
Date: Mon, 1 Mar 1999 08:07:36 EST
From: Labsafe@AOL.COM
Subject: NACHO Membership Stats
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Hi NACHO Members,

Now you can follow the growth of our Association in the NACHO section of the
LSW web site. Go to http://www.labsafety.org/archives/stats.htm to see the
membership grow. Tell a friend about NACHO and see it grow faster! ... jim
=========================================================================
Date: Mon, 1 Mar 1999 13:53:30 -0600
Reply-To: "swiki@bihs.net"
From: Swiki Anderson
Subject: Re: Columbia Univ. fined $77,500 by OSHA - PREVENTION BY COST
EFFECTIVELY ADDRESSING THE BASIS PROBLEM?
MIME-Version: 1.0
Content-Transfer-Encoding: 7bit

Food for thought: The OSHA standards are written on a concentration basis,
directed at certain chemicals. They dictate maximum PELs, TLVs, etc. If
the concentrations in the workplace are excessive this would imply that the
ventilation system is dilution rather than containment based would it not?
Many lab users and lab safety people don't know the difference between
these two concepts (see
http://www.saai-svc.com/engineer/html/tech-notex.htm and click on Dilution
vs. containment Ventilation! Which is the Safest Method?) If a lab has a
dilution ventilation system then it is not working correctly or the release
rate of the toxic material is to high.

Can laboratory air flow systems be converted to containment systems at a
reasonable cost? Could this possibly be done and produce a savings and with
significant safety improvement? What does it take ? (see
http://www.saai-svc.com/engineer/html/tech-notex.htm and click on Fume
Hoods and Laboratory Air Flow Systems: Lessons, Features, and Improvements,
from the Old Saints of the Atomic Energy Era through Today, CSHEMA Paper

Food For thought.
Swiki Anderson, Ph.D., P.E.,

From: James Hermann [SMTP:jhermann@VALSPAR.COM]
Sent: Monday, March 01, 1999 12:29 PM

How many universities "... willfully violated the laboratory standard by
failing to carry out the provisions of a written chemical hygiene plan."
After all, we get to write our own CHP.

Jim
=========================================================================
Date: Mon, 1 Mar 1999 14:58:23 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: chloro tri- base
Mime-Version: 1.0

First, my thanks to: Michael G. Hottott, Department of Chemistry,
University of Puget Sound for the 1-800 telephone number to BASF. It
seems my Chloro tri base was last munufactured in Germany back in 1991
and all they had was a cas#. I inserted my trusty Aldrich MSDS CD-ROM and
boom: Chloro tri base is: 5-Chloro-2-methylene-1,3,3-trimethylindoline!
Cool!!!!!!
Thanks to all in this group for your interest and help.
Jamie Stock
=========================================================================
Date: Mon, 1 Mar 1999 14:21:35 -0600
Reply-To: "swiki@bihs.net"
From: Swiki Anderson
Subject: Re: Columbia U. citation--what were the lab activities involved?
MIME-Version: 1.0
Content-Transfer-Encoding: 7bit

Rather than trying to help Columbia shirt the issue, why not own up to the
fact that a containment ventilation problems exist and address and fix the
problem? If the OSHA regs dictate a maximum concentration of a material in
the laboratory work place (not within the hoods) then the laboratory air
flow control system is not doing its job or someone is liberating way to
much material in the work place.

Either one has no ventilation system or a dilution rather than a
containment ventilation laboratory air flow control system. If it is a
dilution system, then more air flow is needed to adhere to the "solution to
pollution is dilution" as a basis of design and operation. If it is a
containment ventilation system, then it must not be working correctly.
Engineered solutions that can convert dilutions laboratory air flow
control system to containment ventilation systems are available can most
often produce a savings for the owner who to find objectively address the
problems.

If you want to know more, call me at 409.779.6068, x11 or go to our webpage
at http://www.saai-svc.com/html/tech-notes.htm. I will gladly share with
you what we have learned from testing, design, and trouble shooting
regarding laboratory air flow control systems.

Swiki Anderson, Ph.D. P.E.


-----Original Message-----
From: Sonja G. Ringen [SMTP:Ringen@UWYO.EDU]
Sent: Monday, March 01, 1999 11:59 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Columbia U. citation--what were the lab activities involved?
=========================================================================
Date: Tue, 2 Mar 1999 08:08:19 +1100
From: Barry Searle
Subject: Re: M E K Question
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Could you please advise me of the source/manufacturer of MEKP?

Does anyone have any User safety instructions when using this orgainc
liquid?

Thankyou


Barry
EM UNIT
UNSW


-----Original Message-----
From: EH&S Compliance
To: LABSAFETY-L@SIU.EDU
Date: Tuesday, 2 March 1999 4:39
Subject: Re: M E K Question


>I agree.
>I checked a MSDS on the material and there is no mention of peroxides
>formed. It is flammable (flash point open cup 30F (-1.1C) and flash point
>closed cup 20F (-6.7C)). The vapors are heavier than air and can travel
>back a considerable distance to a source of ignition and flash back.
>
>PEL 200ppm
>TLV 300ppm
>IDLH 3000ppm
>
>NFPA 1 3 0
>HMIS 2 3 0 x
>
>Rebecca Levins
>EH&S Compliance Specialist
>RSR Corporation
>Dallas, Texas
>
>RSRrdl@onramp.net
>(214) 583-0245
>
>-----Original Message-----
>From: Tony Haggerty [SMTP:techton@IHUG.CO.NZ]
>Sent: Saturday, February 26, 2000 8:10 PM
>To: LABSAFETY-L@SIU.EDU
>Subject:Re: M E K Question
>
>Mark
>No one seems to have ventured an answer to your query so I'll put my 2
>cents
>in and say that I do not believe that MEK spontaneously forms Peroxides.
>There is of course a Peroxide, MEKP, commonly used as a resin catalyst but
>this is manufactured.
>Tony H
=========================================================================
Date: Mon, 1 Mar 1999 15:55:19 -0500
From: "Norman, Randy"
Subject: Re: C Un.....-Re: PREVENTION BY COST EFFECTIVELY ADDRESSING TH
E BASIS PROBLEM?
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

* Many lab users and lab safety people don't know the difference
* between these two concepts (see http://www.saai-svc.com/engineer

* /html/tech-notex.htm and click on Dilution vs. containment
Ventilation!

Where are all of these incompetent lab safety people?? Why "trash" them so
HERE? Haven't met a one of them yet that didn't know the difference between
dilution and local exhaust ventilation. If they know there's a lab std. they
must know of the need for local exhaust devices and know or quickly learn
when they should be used. I would posit that if they've been proactive
enough to subscribe to this listserver, they have probably also learned at
least the basics.

* If a lab has a dilution ventilation system then it is not working
* correctly or the release rate of the toxic material is to high.

???? - I am guessing what is meant is that one should not count on dilution
ventilation as your only means of protection from those materials which
should be used in a hood. However, adequate dilution ventilation is very
important for a lab! We require 10 Air Changes/Hr minimum (yes I know ACH is
a rather outmoded measure, but it's easy to verify).

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Mon, 1 Mar 1999 14:45:38 -0700
From: Katrina Doolittle
Subject: Respiratory Protection during Bulk Waste Processing in Outdoor
Facility
Mime-Version: 1.0

We are a university which qualifies as a large quantity generator for
hazardous waste. Our office manages all hazardous waste generated. We are
in the process of upgrading our current respiratory protection from SCBA to
supplied air respirators for waste processing activities. We would like
your input regarding respiratory protection for the scenarios depicted below.

The hazardous waste processing facility is located outdoors at the end of
the storage building. The area is open to the outside on three sides. The
ceiling is approximately 12 feet high and the width is about 20 feet. The
processing area is about 20 x 20 feet square with chain link fence
surrounding the area. A series of gates control access and are open during
processing procedures.

The processing consists primarily of bulking compatible chemicals for
shipment to a hazardous waste disposal facility. There is a potential for
an explosion or reaction due to improperly labeled waste containers by third
party researchers.

Our current process utilizes SCBAs for respiratory protection during
processing. Due to the air tank capacity limitations (about 20 minutes) a
supplied air system is being considered to enable more efficient processing.
Typically there are three personnel involved, two are processing while the
third usually is rinsing empty containers. The third party is usually not
in the processing area..

WORST CASE SCENARIOS:
There is limited possibility of an IDLH atmosphere during the
bulking process. For example, two common laboratory chemical wastes
(benzene and acetonitrile) have IDLH of 500 ppm. During the pouring of such
chemicals, it is possible that 500 ppm will be present in the atmosphere for
a limited time while pouring.
During an unexpected violent reaction (which could occur due to a
improperly labeled waste container), the airline could be ruptured or cut,
an employee could be knocked down, rendered unconscious or disabled (broken
appendage).

The question: Is the 5 minute air pack a requirement to our personnel who
will be processing waste utilizing supplied air resirators in the outdoor
processing facility?

Or will the outdoor atmosphere provide adequate ventilation to avoid the
need to wear the 5 minute escape pack?

We entertain any and all input on this issue and we thank you in advance.

Graham Munsell, Industrial Hygienist
Katrina Doolittle, Director for Safety
=========================================================================
Date: Mon, 1 Mar 1999 17:12:14 -0500
From: Madelyn Miller
Subject: M E K Question
In-Reply-To: <00c501be6427$a26b5d80$1c965e81@barry-searle>
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; CHARSET=US-ASCII

Greetings,
MEK peroxide is a completely separate chemical used in the
polymeriazaton of fiberglass. It is reactive.
Madelyn

> Could you please advise me of the source/manufacturer of MEKP?
>
> Does anyone have any User safety instructions when using this orgainc
> liquid?
>

----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Wed, 1 Mar 2000 11:31:55 +1300
From: Tony Haggerty
Subject: Re: M E K Question
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

The attached was taken from a UK database that I use. Interox are in New
Zealand and I suspect in the US.
Regards
Tony

PEROXID-CHEMIE LTD (FORMERLY: LAPORTE/INTEROX) SEAL SANDS 01642 546666
GENERAL ENQUIRIES 01642 546224

****** End of Document ******
=========================================================================
Date: Wed, 1 Mar 2000 10:36:33 +1300
From: Tony Haggerty
Subject: Re: flash points - iso Propanol
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

The original request asked the same question but no one came up with
anything :-(
Tony
=========================================================================
Date: Tue, 2 Mar 1999 10:07:52 +1100
Reply-To: ternai@techinfo.com.au
From: "Prof. B. Ternai"
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii; x-mac-type="54455854";
x-mac-creator="4D4F5353"
Content-Transfer-Encoding: 7bit

There is a book by the Enjay Chemical Company, "Isopropyl Alcohol",
which lists and provides a graph, of mixtures of isopropanol with water.
It is also an excellent source of information about this compound. If you
need info in detail, please e-mail me off the list. B. Ternai

"Stoll, Ilse (Ilse)" wrote:

> Thank you. Do you have a table for i-propanol or where can I find one?
>
> Ilse Stoll
> TRB198BG
> Environmental Laboratory
> Lucent Technologies
> 555 Union Blvd.
> Allentown, PA 18103
> 610.712.5505 voice
> 610.712.4400 fax
>
> > ----------
> > From: Tony Haggerty[SMTP:techton@IHUG.CO.NZ]
> > Reply To: LABSAFETY-L Discussion List
> > Sent: Saturday, February 26, 2000 8:51 PM
> > To: LABSAFETY-L@SIU.EDU
> > Subject: Re: flash points
> >
> > <>
> > A copy in Word 6 for those without Internet access
> >
> >
=========================================================================
Date: Tue, 2 Mar 1999 08:04:36 EST
From: Labsafe@AOL.COM
Subject: Re: The Problems of Regulatory Agencies
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-01 13:00:58 EST, you write:

<< It gets old having to train state regulators on their own regulations. Has
anybody else had incompetent regulators come through? And at what point
does this kind of scenario end? Are they going to cite us just because they
have to justify their trip to Laramie? Do most of you have qualified
inspectors? >>

Hi NACHOs,

The sad reality is that the lab standard came along and the regulatory folks
had little or no idea what to do about it. One OSHA region asked me to train
their 120 folks by giving five one-day training seminars. They had no money
to train them and no money for them to all travel to one location so it could
be done all on one day.

With hindsight I regret not just simply doing it.

Five or six years later, I volunteered to do the training for free. I was
told that it would be inappropriate for them to accept this offer!

We live in a very strange world. .... jim

PS. LSW did provide a free one-day lab safety seminar last year for all the
interested state and federal agencies in Massachusetts. It was hosted by the
MA Department of Labor and Workplace Safety. These are great folks working
very hard to help create safer workplaces with very limited resources.

Sadly, a similar offer for that area of NY which I mentioned previously seems
to have fallen on deaf ears. It's been a month with no response.
=========================================================================
Date: Tue, 2 Mar 1999 16:12:12 +0300
From: ERL_WS1
Subject: delete my address from list

Please delete my address from your mailing list until further request.
Thanks.

Ahmed H. Fayoumi
fayoumi@kfupm.edu.sa
=========================================================================
Date: Tue, 2 Mar 1999 09:07:36 -0500
From: "Barbara J. Weaver"
Subject: Re: NACHO Membership Stats
MIME-Version: 1.0
Content-Type: text/plain

What is a concealed member?

> -----Original Message-----
> From: Labsafe@AOL.COM [SMTP:Labsafe@AOL.COM]
> Sent: Monday, March 01, 1999 8:08 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: NACHO Membership Stats
>
> Hi NACHO Members,
>
> Now you can follow the growth of our Association in the NACHO section of
> the LSW web site. Go to http://www.labsafety.org/archives/stats.htm to see
> the membership grow. Tell a friend about NACHO and see it grow faster! ...
> jim
>
>
=========================================================================
Date: Tue, 2 Mar 1999 08:53:39 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: More info
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Good Morning! http://www.safetyinfo.com/news/news.htm

Have really enjoyed (lurking) listening to all the exchange of info. This
is just to let you know we have posted more free safety info on our site for
you. Weekly Safety Poster, Weekly Safety Brief, On-line Confined Space
Training Module, 3 New Audit Guides, 2 New Safety Forms, etc. Click on the
above link to see all that we have added this week.

Regards & Best Wishes
Marc Neuffer
Safety Info.Com
safety1@localaccess.net
(256)840-9530
=========================================================================
Date: Tue, 2 Mar 1999 09:54:35 -0500
From: Bob Burns
Subject: Re: NACHO Membership Stats
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We could tell you, but we'd have to kill you.

;<))

-----Original Message-----
From: Barbara J. Weaver
To: LABSAFETY-L@siu.edu
Date: Tuesday, March 02, 1999 9:19
Subject: Re: NACHO Membership Stats


>What is a concealed member?
>
>> -----Original Message-----
>> From: Labsafe@AOL.COM [SMTP:Labsafe@AOL.COM]
>> Sent: Monday, March 01, 1999 8:08 AM
>> To: LABSAFETY-L@SIU.EDU
>> Subject: NACHO Membership Stats
>>
>> Hi NACHO Members,
>>
>> Now you can follow the growth of our Association in the NACHO section of
>> the
>> LSW web site. Go to http://www.labsafety.org/archives/stats.htm to see
>> the
>> membership grow. Tell a friend about NACHO and see it grow faster! ...
>> jim
>>
>>

=========================================================================
Date: Tue, 2 Mar 1999 09:57:18 -0400
From: Don Abramowitz
Subject: Re: Respiratory Protection during Bulk Waste Processing in
Outdoor Facility
Mime-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

We are
>in the process of upgrading our current respiratory protection from SCBA to
>supplied air respirators for waste processing activities.
>The question: Is the 5 minute air pack a requirement to our personnel who
>will be processing waste utilizing supplied air resirators in the outdoor
>processing facility?

I'm making a similar decision at present. Having worn 5 minute escape
packs on airline respirators in my Superfund days, the matter is not
trivial, and I would not default to the highest level of protection just to
be on the safe side. The inclusion of the escape bottle is a significant
ergonomic compromise in the switch from SCBAs to airlines in this fairly
labor intensive activity.

In the scenario you describe, my opinion is that the 5 minute escape pack
is not necessary, providing the layout of fencing and gates does not
interfere unduly with beating a hasty retreat. (I generally see the 5
minute bottle as essential in confined space entries and in large
processing buildings where escape is a significant issue.)

In the time it takes to activate the 5 minute bottle, one could walk the
few yards it would take to escape the >500 ppm levels predicted in the
pouring area in an outdoor setting.

In the worst case scenario involving unconsciousness, the 5 minute bottle
does not activate automatically - the valve must be opened by hand.
Airline hoses are rather substantial, and if you were to have a reaction
sufficient to severe the hose, respiratory protection may be the least of
your problems.

A couple of points I would include in the changeover from SCBA's:

- Emphasize the need to leave the area immediately when there is any doubt
about the performance of the respirator.

- If you will be using bottled air, be sure to include a pressure-activated
"5 minutes left" alarm with your regulator (frequently a clanging bell or
whistle), and locate the alarm close enough to the work area that it can be
heard by all.

- Use disposable hose covers to protect the airlines in use. These plastic
sleeves fit loosely over the hoses and help prevent deterioration from
chemical exposure and abrasion.

I'd be curious to hear opinions on the body protection needed in this
scenario. I typically use a plastic-coated, sealed seam disposable
coverall for splash protection, but sometimes think a flame resistant lab
coat or coverall such as nomex(r), and cloth head/neck cover of the sort
firefighters wear would be a better choice when handling flammables,
especially when you have reason to worry about reactivity among containers.
Day to day, the splash issue seems to be the more pressing concern, but
the fire worry is the big ticket item. Whaddya think?

Don

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College | Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Tue, 2 Mar 1999 09:09:54 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: More Info
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

From Marc Neuffer
Good Morning! http://www.safetyinfo.com/news/news.htm

Have really enjoyed (lurking) listening to all the exchange of info. This
is just to let you know we have posted more free safety info on our site for
you. Weekly Safety Poster, Weekly Safety Brief, On-line Confined Space
Training Module, 3 New Audit Guides, 2 New Safety Forms, etc. Click on the
above link to see all that we have added this week.

Regards & Best Wishes
Marc Neuffer
Safety Info.Com
safety1@localaccess.net
(256)840-9530
=========================================================================
Date: Tue, 2 Mar 1999 10:12:01 -0500
From: "Dr. Linda A. Swihart"
Subject: Concealed member
In-Reply-To: <0D907816B00AD211A93300A0C9B3BBE6274168@xdelta.lancasterlab s.com>
Mime-Version: 1.0

At 09:07 AM 3/2/99 -0500, Barbara J. Weaver wrote:
>What is a concealed member?
>

You may conceal your name and email address so that any list member
requesting a "review" from the list server cannot learn your name or
address.

Any list member can send a REVIEW command to the server and receive a list
of all the non-concealed names and email addresses. This is true for any
listserv, I believe.

It is not pleasant to think that anyone would join our list in order to
"harvest" our email addresses and sell them to spammers or use them for
spam themselves, but it probably does happen with lists from time to time.
I have received unsolicited email from someone that I think might have got
my address from this list. When I asked them where they got my address
they said, "oh I'm not really sure, probably from a conference or
somewhere..." It was profession-related spam, and I may very well have
been interested in it, but I wasn't and they were polite and dropped me
from their list when I asked.

There are details at the LSW web site, under the NACHO section, which tell
a lot more about listserv commands. The important thing to remember is DO
NOT SEND listserv commands to this address (labsafety-L@siu.edu), which we
use to send messages to each other. Listserv commands have to go to a
different address, which is LISTSERV@siu.edu, and the computer we call the
listserver acts on them in an automated fashion....

Regards,
Linda
=========================================================================
Date: Tue, 2 Mar 1999 12:25:16 -0500
From: "Dr. Linda A. Swihart"
Subject: formoterol fumarate
In-Reply-To: <435ACBA4E161D1118AC7006008A057A02B3B31@ehs-nts1.ehs.ufl.ed u>
Mime-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

I find this quite fascinating, and I have questions:

Got email today from a Dr. Z at what appears to be a pharmaceutical company
in Switzerland. He wishes to have an MSDS for formoterol fumarate
dihydrate and supposes we have one at Purdue since our web site refers to
the substance. (It's on a webpage list of materials labeled at teratogens
by Sax 7th ed.) 'If you could fax it to me today that would be ideal,' or
some such (not perfect quote).

I went a-searching, because it was more interesting than my regularly
scheduled drudgery, and found rather little at first. It's in Chemfinder,
CAS # 43229-80-7 and very little else. It is sold by Korean and Indian
herbalists and pharmacies as antitussive, bronchiodilator, probably many
more...
http://www.ahn-gook.com/index-10.html
http://www.cipla.com/prod1.html

There was some roadkill that suggested that it had been approved in Canada.
(By roadkill, I mean the Alta Vista search engine has the URL indexed but
the link is dead. The teaser said "New Drug News. The following table
outlines drugs that have received Notice of Compliance in Canada since
January 1996. These drugs have received approval. URL:
uni3sys.unipharm.com/InPHARMation/vol2-no5/newdrugs.html Last modified
10-Jul-97"

Then I found a very interesting Nov 1998 SkyePharma press release (Britain)
about a 6 million pound investment and collaboration:

SkyePharma PLC (LSE:"SKP"/Nasdaq:"SKYEY") andNovartis Pharma (Z黵ich:
"NOV") announced today that they have signed a collaborative agreement to
jointly develop a new formulation of Foradil(r), the long acting beta-agonist
for the treatment of asthma. The new product will utilise SkyePharma's
patented multi-dose dry powder inhaler device (MDPI)..... Under the terms
of the collaboration, Novartis will also make an equity investment in
SkyePharma of ? million ($10.1 million) at 70p per SkyePharma share being
the average middle market price....

"SkyePharma has granted Novartis an exclusive world-wide license to market
Foradil(r) in its novel delivery form. Foradil(r) (formoterol fumarate) is a
long-acting bronchodilator used in the treatment of chronic asthma. It is
currently marketed in 50 countries. Sales of Foradil(r) for the first 9
months of 1998 grew by 29%...."

That's where I quit and wrote Dr Z saying I had no MSDS, sorry, but would
be interested in getting a copy from him if he obtains one.

Does anyone in NACHO land know anything about formoterol fumarate? Anybody
have an MSDS? Is it still listed as a teratogen in the new Sax? Has it
been approved in Canada? (And do you think I should buy SKYEY and or NOV?
:-)

Linda
=========================================================================
Date: Tue, 2 Mar 1999 12:41:14 -0500
From: Nick Pinizzotto
Subject: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Okay folks,

Just wanted to let you know about the phone call I just received from a
physician here.

She stated that she is seeing a patient who is pregnant and having difficulty
in keeping food down. They are going to put her on a nasal/gastric tube with a
pump and feedbags. She wanted to know if it was okay for her to wear it and
eat in the lab.

Can anyone come up with an excuse why she shouldn't be eating in the lab?
The bags are prepared in the pharmacy so there is no opening and loading in
the lab. Better yet would our friends at OSHA consider this "willful disregard
of the chemical hygiene plan?"

I think it gives new meaning to the term "strapping the feed bag on."

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Tue, 2 Mar 1999 10:40:25 -0700
From: "Helen B. Gerhard"
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain

What is the possibility of materials crossing the bag/air interface?

Thanks!

Helen
=========================================================================
Date: Tue, 2 Mar 1999 12:53:46 -0500
From: Bob Burns
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

I don't want to reopen an old thread, but in our shop we find non-laboratory
work for expectant mothers.

I think, if you allow other pregnant females, you have to let her, if, as
you say, the feeding mechanism is sealed away from lab chemicals. Why not?

Bob

-----Original Message-----
From: Nick Pinizzotto
To: LABSAFETY-L@siu.edu
Date: Tuesday, March 02, 1999 12:44
Subject: Devil's advocate to eating in the lab.


>Okay folks,
>
>Just wanted to let you know about the phone call I just received from a
>physician here.
>
>She stated that she is seeing a patient who is pregnant and having
difficulty
>in keeping food down. They are going to put her on a nasal/gastric tube
with a
>pump and feedbags. She wanted to know if it was okay for her to wear it and
>eat in the lab.
>
>Can anyone come up with an excuse why she shouldn't be eating in the lab?
>The bags are prepared in the pharmacy so there is no opening and loading in
>the lab. Better yet would our friends at OSHA consider this "willful
disregard
>of the chemical hygiene plan?"
>
>I think it gives new meaning to the term "strapping the feed bag on."
>
>Nick Pinizzotto
>Environmental Health Officer
>Dept. Environmental Health & Safety
>Thomas Jefferson University
>nick.pinizzotto@mail.tju.edu
>215-503-5853
=========================================================================
Date: Tue, 2 Mar 1999 12:10:53 -0600
From: Beth Brubaker
Subject: Re: flash points
Mime-Version: 1.0

I plan to propose flash point testing of mixtures as an undergraduate
research project. We'll start with simple alcohol/water mixtures and move
up to other solvent mixtures. Our main hurdle will be purchasing the test
equipment. If this goes through, I'll post data as it's compiled.

Beth Brubaker
Lab/Safety/Waste Coordinator
Murray State University Department of Chemistry
(502) 762-6390
beth.brubaker@murraystate.edu
=========================================================================
Date: Tue, 2 Mar 1999 13:49:47 -0600
From: Jeff Rubin
Subject: Re: Respiratory Protection during Bulk Waste Processing in
Outdoor Facility
In-Reply-To:
Mime-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

There aren't many satisfactory options out there that combine chemical
protection with flame/heat protection. Shielded or coated chemical
protective clothing MAY over brief flash protection, but if it's more than
that, most "bunny suits" become shrink-wrap. Even if you wear Nomex or PBI
material over the suit, you're still looking at material that can melt to
your skin if you're caught in a hot-spot. Most fire depts. haven't
comfortably resolved this issue, either.

As Don pointed out - assess relative hazard severity. Anyone out there
have different experience or know of some newer products that actually work?

JNR

>I'd be curious to hear opinions on the body protection needed in this
>scenario. I typically use a plastic-coated, sealed seam disposable
>coverall for splash protection, but sometimes think a flame resistant lab
>coat or coverall such as nomex(r), and cloth head/neck cover of the sort
>firefighters wear would be a better choice when handling flammables,
>especially when you have reason to worry about reactivity among containers.
>Day to day, the splash issue seems to be the more pressing concern, but
>the fire worry is the big ticket item. Whaddya think?


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Tue, 2 Mar 1999 12:55:16 -0700
From: Sharyn Bake
Subject: Re: Respiratory Protection during Bulk Waste Processing in Outdoo
r Facility
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

There are, as Dr. Rubin has pointed out, excellent flame retardant and even
flame resistant fabrics. I know from experience as a firefighter/hazMat
trainer.

The real issue here however, is that one should be preventing the
development of an atmosphere and circumstances where a flash fire occurs.
This can be accomplished through proper work practices, good ventilation,
using appropriate pouring techniques and equipment , bonding etc.

I personally would recommend nomex suits for persons who are routinely doing
such work and pour large amounts of flammable solvents as a precaution. The
suits can cost as little as $100 each. While this is not cheap, it is cheap
if it helps prevent severe burns from a flash fire event. The other part of
the equation is proper training and constant vigilance to prevent an
accident.

Just my two cents worth........

Sharyn Baker
Instructor
Health and Safety Division
University of Colorado Health Sciences Center
Denver, Colorado
email: sharyn.baker@uchsc.edu

> ----------
> From: Jeff Rubin
> Reply To: LABSAFETY-L Discussion List
> Sent: Tuesday, March 2, 1999 12:49 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: Respiratory Protection during Bulk Waste Processing in
> Outdoor Facility
>
> There aren't many satisfactory options out there that combine chemical
> protection with flame/heat protection. Shielded or coated chemical
> protective clothing MAY over brief flash protection, but if it's more than
> that, most "bunny suits" become shrink-wrap. Even if you wear Nomex or
> PBI
> material over the suit, you're still looking at material that can melt to
> your skin if you're caught in a hot-spot. Most fire depts. haven't
> comfortably resolved this issue, either.
>
> As Don pointed out - assess relative hazard severity. Anyone out there
> have different experience or know of some newer products that actually
> work?
>
> JNR
>
> >I'd be curious to hear opinions on the body protection needed in this
> >scenario. I typically use a plastic-coated, sealed seam disposable
> >coverall for splash protection, but sometimes think a flame resistant lab
> >coat or coverall such as nomex(r), and cloth head/neck cover of the sort
> >firefighters wear would be a better choice when handling flammables,
> >especially when you have reason to worry about reactivity among
> containers.
> >Day to day, the splash issue seems to be the more pressing concern, but
> >the fire worry is the big ticket item. Whaddya think?
> Jeff Rubin, Asst. Dean for EHS
> College of Natural Sciences G2500
> W.C. Hogg Building
> University of Texas at Austin
> Austin, TX 78712-1199
> (512) 471-6176 (O)
> (512) 471-4998 (F)
> jrubin@mail.utexas.edu
> http://www.utexas.edu/cons/safety/
>
> > >
=========================================================================
Date: Wed, 3 Mar 1999 09:42:19 +1300
From: Tony Haggerty
Subject: Re: Respiratory Protection during Bulk Waste Processing in
Outdoor Facility
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

There is a material which consists of transfer coated Polyurethane on a
cotton base which is splash resistant and fire retardant. The secret s to
have a very thin layer of PU which is hard to control. It was used as over
trouser material by some Fire Services.

The European Space Agency investigated this material and found that when the
construction was right it worked well but if the PU layer got too thick
then the fire retardancy dropped.

Fire Departments generally take the approach of controlling the atmosphere
and or ignition sources and selecting protective clothing accordingly. Some
British brigades had a policy of wearing a total encapsulating splash suit
over fire fighting gear and SCBA set. Rumour has it they wore a blue top
and red tights under this *grin*

The long term answer is definitely that these operations should only be
carried out in controlled areas with adequate ventilation and no sources of
ignition. Nomex coveralls or even cotton will give some protection.

Tony
Haz Subs Adviser
NZFS
=========================================================================
Date: Tue, 2 Mar 1999 14:53:41 -0600
From: Katie Crysup
Subject: Re: Devil's advocate to eating in the lab.
In-Reply-To: <006e01be64d5$9fca4ec0$0100007f@BBURNS>
Mime-Version: 1.0

At 12:53 PM 3/2/99 -0500, you wrote:
>I don't want to reopen an old thread, but in our shop we find non-laboratory
>work for expectant mothers.

We do the same in our labs for expectant mothers.>
>I think, if you allow other pregnant females, you have to let her, if, as
>you say, the feeding mechanism is sealed away from lab chemicals. Why not?
>

Is she hooked up to the feeding mechansim at all times, like an IV? Or can
she not "eat" during lab?

I think it is just easier and less concern for all involved if she is
allowed to have a non-laboratory option in order to get her grade. What
about her health and safety issues? What training have the TA's had in
handling a situation with her should something happen to her during lab?
>
>-----Original Message-----
>From: Nick Pinizzotto
>To: LABSAFETY-L@siu.edu
>Date: Tuesday, March 02, 1999 12:44
>Subject: Devil's advocate to eating in the lab.
>>Okay folks,
>>
>>Just wanted to let you know about the phone call I just received from a
>>physician here.
>>
>>She stated that she is seeing a patient who is pregnant and having
>difficulty
>>in keeping food down. They are going to put her on a nasal/gastric tube
>with a
>>pump and feedbags. She wanted to know if it was okay for her to wear it and
>>eat in the lab.
>>
>>Can anyone come up with an excuse why she shouldn't be eating in the lab?
>>The bags are prepared in the pharmacy so there is no opening and loading in
>>the lab. Better yet would our friends at OSHA consider this "willful
>disregard
>>of the chemical hygiene plan?"
>>
>>I think it gives new meaning to the term "strapping the feed bag on."
>>
>>Nick Pinizzotto
>>Environmental Health Officer
>>Dept. Environmental Health & Safety
>>Thomas Jefferson University
>>nick.pinizzotto@mail.tju.edu
>>215-503-5853
>>
>>
Katie Crysup
Chemistry Laboratory Coordinator
Texas A&M University -- Corpus Christi

6300 Ocean Drive, CS 130
Corpus Christi, Tx 78412
512-994-5701 (O)
512-994-2742 (F)
kcrysup@falcon.tamucc.edu
=========================================================================
Date: Tue, 2 Mar 1999 16:02:00 -0500
From: "Tayman, Tammy"
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain

Okay, perhaps I'm a little confused here. Is this a person "consuming" at a
lab where they work? Is this a patient being treated in a "lab" setting?
Is this a student? An employee? None of the above? Help?

Tammy Tayman
----------
From: Nick Pinizzotto
To: LABSAFETY-L@SIU.EDU
Subject: Devil's advocate to eating in the lab.
Date: Tuesday, March 02, 1999 12:41PM

Okay folks,

Just wanted to let you know about the phone call I just received from a
physician here.

She stated that she is seeing a patient who is pregnant and having
difficulty
in keeping food down. They are going to put her on a nasal/gastric tube with
a
pump and feedbags. She wanted to know if it was okay for her to wear it and
eat in the lab.

Can anyone come up with an excuse why she shouldn't be eating in the lab?
The bags are prepared in the pharmacy so there is no opening and loading in
the lab. Better yet would our friends at OSHA consider this "willful
disregard
of the chemical hygiene plan?"

I think it gives new meaning to the term "strapping the feed bag on."

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Tue, 2 Mar 1999 17:04:26 -0500
From: Nick Pinizzotto
Subject: Re: Devil's advocate to eating in the lab.
Comments: To: ttayman@MC.CC.MD.US
In-Reply-To: <199903022109.PAA110284@saluki-mailsmtp.siu.edu>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

For clarification:

The patient is an employee (not a Student) here in a research lab. The
physician is a doctor here at Jefferson. The physician is treating the patient
in a method to eliminate her nausea due to pregnancy. I have been assured that
the system is a closed system and there is no opportunity for inadvertent
exposure.

I must admit that I was kinda surprised by the responses.

Let me float some other questions.....I for one have not been one to remove
pregnant females from their jobs. Assessing the situation is a must however if
we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.), is
the person at any increased risk????? There are women out there who have sued
employers (and won) for removing them from jobs which are percieved to have an
increased risk for adverse exposures.

Isn't that what we are about? Finding methods, work practices and engineering
controls to ensure that employees are working safely with chemicals.

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Wed, 3 Mar 1999 11:04:54 +1300
From: John Downey
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain

Hooray. Anybody feel like chipping in to help buy a Pensky-Marten?
Seriously, Beth, why not try approaching some local industries, preferably
large ones, and see if you can get some contributions towards the cost, as
part of their annual grants to public good. The spinoff for them is that
their company logo is plastered all over the equipment and they get to use
valuable info that isn't around at present. You may be pleasantly
surprised. Does your faculty have a policy on soliciting from outside
agencies?

John Downey
Hazardous Substances Officer
Waitakere City Council

> -----Original Message-----
> From: Beth Brubaker [SMTP:beth.brubaker@MURRAYSTATE.EDU]
> Sent: Wednesday, March 03, 1999 7:11 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flash points
>
> I plan to propose flash point testing of mixtures as an undergraduate
> research project. We'll start with simple alcohol/water mixtures and move
> up to other solvent mixtures. Our main hurdle will be purchasing the test
> equipment. If this goes through, I'll post data as it's compiled.
>
> Beth Brubaker
> Lab/Safety/Waste Coordinator
> Murray State University Department of Chemistry
> (502) 762-6390
> beth.brubaker@murraystate.edu
=========================================================================
Date: Tue, 2 Mar 1999 17:16:00 -0500
From: "Tayman, Tammy"
Subject: Re: Devil's advocate to eating in the lab.
Comments: To: Nick Pinizzotto
MIME-Version: 1.0
Content-Type: text/plain

Just remember: You're liability continues until the child reaches age of
majority plus a year or two (depending on the state). The woman and the
employer cannot negate the rights of the unborn child. If you knowingly
allow a pregnant woman to have even the remotest chance at exposure to a
known teratogen, carcinogen, mutagen, etc, do you really think a jury is
gonna go in *your* favor?!? What would the *prudent* person do? I know
what I would do!

Tammy Tayman
----------
From: Nick Pinizzotto
To: ttayman@MC.CC.MD.US
Cc: LABSAFETY-L@SIU.EDU
Subject: Re: Devil's advocate to eating in the lab.
Date: Tuesday, March 02, 1999 5:04PM

For clarification:

The patient is an employee (not a Student) here in a research lab. The
physician is a doctor here at Jefferson. The physician is treating the
patient in a method to eliminate her nausea due to pregnancy. I have been assured that the system is a closed system and there is no opportunity for inadvertent exposure.

I must admit that I was kinda surprised by the responses.

Let me float some other questions.....I for one have not been one to remove
pregnant females from their jobs. Assessing the situation is a must however
if we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.),
is the person at any increased risk????? There are women out there who have
sued employers (and won) for removing them from jobs which are percieved to have
an increased risk for adverse exposures.

Isn't that what we are about? Finding methods, work practices and
engineering controls to ensure that employees are working safely with chemicals.

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Tue, 2 Mar 1999 16:20:37 -0600
From: Harry Elston
Subject: Re: Devil's advocate to eating in the lab.
In-Reply-To:
Mime-Version: 1.0

At 12:41 PM 3/2/99 -0500, you wrote:
>Okay folks,
>
>Just wanted to let you know about the phone call I just received from a
>physician here.
>
>She stated that she is seeing a patient who is pregnant and having difficulty
>in keeping food down. They are going to put her on a nasal/gastric tube with a >pump and feedbags. She wanted to know if it was okay for her to wear it and >eat in the lab.
>
>Can anyone come up with an excuse why she shouldn't be eating in the lab?
>The bags are prepared in the pharmacy so there is no opening and loading in
>the lab. Better yet would our friends at OSHA consider this "willful
disregard
>of the chemical hygiene plan?"
>
>I think it gives new meaning to the term "strapping the feed bag on."

If this is in an academic setting, why not letting her comp out of the lab
portion or reduce the credit value for the course so she doesn't even have
to be in the lab? Being pregnant and unable to eat is bad enough, but if
she's exposed to something and there's problems with the pregnancy, you can
bet that there will be hell to pay later on. If it's industrial, maybe
consider changing the CHP to add a "declared pregnancy" option to avoid
risk of exposure to unborn children.

I remember when I was an undergraduate at Hillsdale College. There was a
11 year old prodigy in our chemistry class and the professor simply said,
"not in my laboratory." He was given comparable work to perform outside
the laboratory and the course credit was reduced from 4 to 3 to make up for
it. None of the other students really cared.

For all of the ADA people out there, I do not believe that "pregnancy" is
defined as a "disability" under ADA, but I may be mistaken.

Personally, I'd recommend for you to find something else for her to do. I
think that keeping her out of the lab for the reason of protecting her
unborn child is of higher value than reducing your liability from an ADA
problem or OSHA audit. Sometimes you just have to take the moral high
ground on thiese issues, and in my opinion, the morally right thing to do
is protect the mom and her child.

This may be a situation that whatever you do, it will be wrong. Just
choose the best option.

Harry
Harry J. Elston, NRCC-CHO
Chemical Hygiene Officer
Illinois Department of Nuclear Safety
My opinions only, not my employer's, blah, blah,blah

"Of all the gin joints in all the towns in all the world,
she has to walk into mine"
-Rick, Casablanca
=========================================================================
Date: Tue, 2 Mar 1999 18:17:54 -0500
Reply-To: Bob Burns
From: Bob Burns
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Yeah, Nick, these are all good issues, and you are right about exposing
no-one. However, zero exposure is a dream, IMHO. WE (industrial R&D) find
other work for expectant mothers. IN my view, the fetus is much more
sensitive to exposure than is an adult, and that is why I advocate removal.
However, I will admit if someone challanges us we would probably have to let
them work in lab. But why would they? They get their usual pay to do
literature searches and the like. It is professional work.

We had a thread on this a while ago, and I believe the majority agreed with
your opinion. Then there is another whole can of worms with students, which
is really not my issue, but I do see the problem.

Hope this helps. Like so many issues we discuss, we can all express
opinions, but y0u still have to make a judgement about what is the prope
thig for YOU to do. That's why they pay us the big bucks!

Bob

"EVERYTHING IS EASY FOR THE PERSON WHO DOESN'T HAVE TO DO IT."

Robert L. Burns
R&D Group Leader
Speciality Chemicals Division
RUETGERS Organics Corp.
201 Struble Road
State College, PA
phone 814 231 9214
fax 814 238 1567
email rburns@bigfoot.com

>Let me float some other questions.....I for one have not been one to remove
>pregnant females from their jobs. Assessing the situation is a must however
>if we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.),
>is the person at any increased risk????? There are women out there who have
>sued employers (and won) for removing them from jobs which are percieved to >have anincreased risk for adverse exposures.
>
>Isn't that what we are about? Finding methods, work practices and
engineering
>controls to ensure that employees are working safely with chemicals.
>
> Nick Pinizzotto
>Environmental Health Officer
>Dept. Environmental Health & Safety
>Thomas Jefferson University
>nick.pinizzotto@mail.tju.edu
>215-503-5853
=========================================================================
Date: Tue, 2 Mar 1999 16:21:48 -0800
From: Gillian Gardner
Subject: Re: Devil's advocate to eating in the lab.
In-Reply-To:
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; charset=US-ASCII

Personally, I've gone through two pregnancies while maintaining my work in
laboratories. That said, I was careful to take proper precautions. For
example, always working in a fume hood when using halogenated solvents,
no matter how small the quantity and always wearing gloves. Also, I
delegated filling the hazardous waste drum to someone who wasn't pregnant.
Basically, I educated myself as to the hazardous and did not perform work
that would present a danger to myself or my child. Both my employers for
the two pregnancies were happy with that compromise as was I. I have
advised students in organic chemistry lab who are pregnant to consider not
taking the laboratory due to the fumes that arise in an organic lab full
of students. The two times this has occurred, the student has opted to
wait and take organic chemistry lab after her pregnancy.

I would think if the feeding system is closed, then it should not be an
additional hazard and only the "normal" hazards of working in a laboratory
while pregnant need to be considered. While we prohibit eating in the
laboratory, this doesn't seem to be eating per se in that the food is not
out in the open and going from hand to mouth.

Just my opinion.

Gillian Gardner

On Tue, 2 Mar 1999, Nick Pinizzotto wrote:

> For clarification:
>
> The patient is an employee (not a Student) here in a research lab. The
> physician is a doctor here at Jefferson. The physician is treating the patient
> in a method to eliminate her nausea due to pregnancy. I have been assured that
> the system is a closed system and there is no opportunity for inadvertent
> exposure.
>
> I must admit that I was kinda surprised by the responses.
>
> Let me float some other questions.....I for one have not been one to remove
> pregnant females from their jobs. Assessing the situation is a must however if
> we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.), is
> the person at any increased risk????? There are women out there who have sued
> employers (and won) for removing them from jobs which are percieved to have an
> increased risk for adverse exposures.
>
> Isn't that what we are about? Finding methods, work practices and engineering
> controls to ensure that employees are working safely with chemicals.
>
> Nick Pinizzotto
> Environmental Health Officer
> Dept. Environmental Health & Safety
> Thomas Jefferson University
> nick.pinizzotto@mail.tju.edu
> 215-503-5853
>
=========================================================================
Date: Tue, 2 Mar 1999 17:21:00 -0700
From: "Helen B. Gerhard"
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain

Could taking an organic lab during early pregnancy (months 2-6) lead to
problems in development of amniotic bands or something similar?

Thanks!

Helen


-----Original Message-----
From: Gillian Gardner [SMTP:gardner@LCLARK.EDU]
Sent: Tuesday, March 02, 1999 5:22 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Devil's advocate to eating in the lab.

Personally, I've gone through two pregnancies while maintaining my
work in
laboratories. That said, I was careful to take proper precautions.
For
example, always working in a fume hood when using halogenated
solvents,
no matter how small the quantity and always wearing gloves. Also, I
delegated filling the hazardous waste drum to someone who wasn't
pregnant.
Basically, I educated myself as to the hazardous and did not perform
work
that would present a danger to myself or my child. Both my
employers for
the two pregnancies were happy with that compromise as was I. I
have
advised students in organic chemistry lab who are pregnant to
consider not
taking the laboratory due to the fumes that arise in an organic lab
full
of students. The two times this has occurred, the student has opted
to
wait and take organic chemistry lab after her pregnancy.

I would think if the feeding system is closed, then it should not be
an
additional hazard and only the "normal" hazards of working in a
laboratory
while pregnant need to be considered. While we prohibit eating in
the
laboratory, this doesn't seem to be eating per se in that the food
is not
out in the open and going from hand to mouth.

Just my opinion.

Gillian Gardner

On Tue, 2 Mar 1999, Nick Pinizzotto wrote:

> For clarification:
>
> The patient is an employee (not a Student) here in a research lab.
The
> physician is a doctor here at Jefferson. The physician is treating
the patient
> in a method to eliminate her nausea due to pregnancy. I have been
assured that
> the system is a closed system and there is no opportunity for
inadvertent
> exposure.
>
> I must admit that I was kinda surprised by the responses.
>
> Let me float some other questions.....I for one have not been one
to remove
> pregnant females from their jobs. Assessing the situation is a
must however if
> we employ good hygienic technique (ie. use of fumehoods, Proper
ppe etc.), is
> the person at any increased risk????? There are women out there
who have sued
> employers (and won) for removing them from jobs which are
percieved to have an
> increased risk for adverse exposures.
>
> Isn't that what we are about? Finding methods, work practices and
engineering
> controls to ensure that employees are working safely with
chemicals.
>
> Nick Pinizzotto
> Environmental Health Officer
> Dept. Environmental Health & Safety
> Thomas Jefferson University
> nick.pinizzotto@mail.tju.edu
> 215-503-5853
>
=========================================================================
Date: Tue, 2 Mar 1999 20:17:46 -0500
From: "Julie J. O'Brien"
Subject: Re: flash points
In-Reply-To: <99Mar3.110441nzdt.32258@breathe.waitakere.govt.nz>
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; charset=US-ASCII

Re: Industries pitching in for the cost of a Pensky-Martens flash point
apparatus

Another option would be to find an industry who uses one & might be
interested in the data. We don't use isopropanol, unfortunately, or I would
have just had the results done myself at work.

It's interesting to note that it often does not take much of a low flash
point chemical in a mixture to affect the flash point in a mixture with,
say, water. We've had processing problems because we had by-products with
<10% of a low flash point material and it caused the mixture's flash point
to be low enough for the material to be classified as flammable per DOT
standards. That can really drive up waste disposal costs quickly.

Julie O'Brien
PCR, Inc. and
EXPO Children's Museum
=========================================================================
Date: Tue, 2 Mar 1999 21:34:03 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Request from Macedonia
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

I am forwarding this message we received for comment by the group... please
respond to original sender at zzprogs@soros.org.mk
We sent our reply, but feel that members of the group can provide better.
Thanks.
Regards,
Marc Neuffer
SafetyInfo.Com


-----Original Message-----
From: Milan Petkovski
To: safety1@localaccess.net
Date: Tuesday, March 02, 1999 6:53 PM


My name is Milan Petkovski and I have graduated in Occupational Safety
Engineer from Macedonia a small country in Europe. I am interested how my
colleagues from around the world deal with certain problems, especially in
the field of recognizing our profession on the scientific [professional]
bases. We have a big problem here in Macedonia with this issue. Many of our
colleges can not find job arrangements because the prudent jobs are
fulfilled with persons with inadequate educational level. Second, I am
interested in learning about the existence of any International Alliance of
the Occupational Safety Engineers. Is there such an Organization in the
world on International bases? Please, if you know the answer to this
question reply as soon as possible. Thank You.

Sincerely,
Milan Petkovski
=========================================================================
Date: Tue, 2 Mar 1999 22:38:41 EST
From: Labsafe@AOL.COM
Subject: Re: Lab Standard v. Haz Com Standard
Comments: To: RNorman@BIORELIANCE.com
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-01 15:06:31 EST, you write:

<< It just seems clear to me that OSHA meant for both standards to apply. >>

Randy presents a clear and reasonable argument. However, my reading of the
scope, section (a), of the lab standard leaves me with the equally clear
belief that there was no intention to have both standards apply.

Recently, I spoke with the Director of the PESH in NY and his regulatory
interpreter. Both confirmed that my interpretation was 100% correct.

The presumption (which I believe is reasonable) in the lab standard is that if
you develope a plan of good practice and follow it, you do not need to do that
other stuff (Haz Com). ... jim
=========================================================================
Date: Tue, 2 Mar 1999 22:38:39 EST
From: Labsafe@AOL.COM
Subject: Recent Grad Seeks Job
Comments: To: Safety ,
NAOSMM@LISTSERV.RICE.EDU, hs-canada@ccohs.ca, dchas-l@SIU.EDU,
biosafty@mitvma.mit.edu
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Hi NACHOs, SAFETYs, and BIOSAFETYs,

I met a student, Stephen Flynn, last year at Keene State. He
has recently completed his studies and is looking for....

"I've thought long an hard about a career choice and have firmly
decided that laboratory safety is where I belong. I've always felt at
home with labs and scientists. The unique combinations of degrees and
an interest in toxicology, health and safety seems to make me rather
well suited, and I know that I'd find such a position, and the
associated people extremely stimulating." ....

"I've graduated in December with a BS in Safety Studies to add to my
former BS in Chemistry/Geololgy. I'm trying to find a "particular"
job. The job that I'm looking for is an entry level or somewhat
experienced (I have a couple of years of IH experience) laboratory
safety specialist."

Please contact Stephen directly if you have information about a
position for which he might apply in the New England Area.

Stephen Flynn, 42 Pine Street, Keene, NH 03431 603-352-1850
jsflynn@cheshire.net
=========================================================================
Date: Wed, 3 Mar 1999 06:51:39 EST
From: Labsafe@AOL.COM
Subject: Re: delete my address from list
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-02 09:07:20 EST, you write:

<< Please delete my address from your mailing list until further request.
Thanks.

Ahmed H. Fayoumi
fayoumi@kfupm.edu.sa >>


Hi Ahmed,
Please use the information below to complete the SIGNOFF. ... jim

Please save this message for future reference, especially if this is the
first time you subscribe to an electronic mailing list. If you ever need
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command to LISTSERV@SIU.EDU.
=========================================================================
Date: Wed, 3 Mar 1999 07:09:39 EST
From: Labsafe@AOL.COM
Subject: Re: Concealed Members
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Hi NACHOs,

Someone asked about "concealed members". If you look back at the list
directions you received and "saved" when you joined NACHO, it says....

"Please note that it is presently possible for other people to determine
that you are signed up to the list through the use of the "REVIEW"
command, which returns the e-mail address and name of all the
subscribers. If you do not want your name to be visible, just issue a
"SET LABSAFETY-L CONCEAL" command."

Regards.... Jim

PS. LSW is getting ready to announce twelve one-day seminars throughout New
York State in April and May. If you would like to consider hosting one of
these at your place in exchange for two free registrations, please contact
Tricia McGann at lswpfm@aol.com. She can fax you more details.
=========================================================================
Date: Wed, 3 Mar 1999 07:49:01 EST
From: Labsafe@AOL.COM
Subject: Re: flash points
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-02 17:11:01 EST, you write:

<< Hooray. Anybody feel like chipping in to help buy a Pensky-Marten? >>

Hi NACHOs,

How expensive are these? ... jim


=========================================================================
Date: Wed, 3 Mar 1999 08:13:31 -0500
From: Dewey Williams
Subject: Re: Devil's advocate to eating in the lab.
In-Reply-To: <000e01be6502$e7844d60$4061add1@ucrpd>
Mime-Version: 1.0
Content-Type: text/plain; charset="us-ascii"; format=flowed

If given the option, wouldn't a woman take the non-lab work to protect
herself and child? I would give here the option of doing non-lab work, at
the same pay. If she refuses then get her to sign a waiver stating that
there will be no repercussions due to possible exposure. As someone
pointed out, however, this still makes you liable to the fetus. But it
makes the mother just as responsible.

The 'prudent' thing to do is to remove her and the child from any possible
harm.

>>Let me float some other questions.....I for one have not been one to remove
>>pregnant females from their jobs. Assessing the situation is a must however
>if
>>we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.),
>is
>>the person at any increased risk????? There are women out there who have
>sued
>>employers (and won) for removing them from jobs which are percieved to have
>an
>>increased risk for adverse exposures.
>>
>>Isn't that what we are about? Finding methods, work practices and
>engineering
>>controls to ensure that employees are working safely with chemicals.
>>
>> Nick Pinizzotto
>>Environmental Health Officer
>>Dept. Environmental Health & Safety
>>Thomas Jefferson University
>>nick.pinizzotto@mail.tju.edu
>>215-503-5853
>>
>>

Dewey Williams - Lab Manager
mailto:williams@email.uncc.edu
UNC-Charlotte Chemistry Dept. http://www.chem.uncc.edu
"These are my ideas and no one else will claim them."
"If you are not part of the solution, you are part of the precipitate"
=========================================================================
Date: Wed, 3 Mar 1999 07:46:31 -0700
From: "Greene, Ben"
Subject: Re: Lab Standard v. Haz Com Standard
MIME-Version: 1.0
Content-Type: text/plain

Perhaps I have missed something concerning the application of the lab
standard v. Haz Com. Am I wrong about this: When at work and in the lab
doing lab work I am covered by the lab standard. But when I leave the
lab (still at work) and go to a welding shop I am not covered by the lab
standard but by Haz Com and welding standards. When I go from there
(still at work) to a test location where threshold quantities of highly
hazardous chemicals are used, I am covered by Process Safety and Haz
Com, but not by the lab standard. Later in the day (still at work),
when I swing by a QA lab that is part of a production process, I am not
covered by the lab standard (according to the lab standard), but by Haz
Com. When I am on work-sponsered travel and visiting/working in a lab
not owned by my employer, I am covered by the lab standard and must
abide by MY chemical hygiene plan. All depends on where you are while
at work. Must be equally as complicated for universities and other
interdisciplinary facilities. Comments?

Ben Greene, Ph.D.
AlliedSignal
Las Cruces, NM

> ----------
> From: Labsafe@AOL.COM[SMTP:Labsafe@AOL.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Tuesday, March 02, 1999 8:38 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: Lab Standard v. Haz Com Standard
>
> In a message dated 99-03-01 15:06:31 EST, you write:
>
> << It just seems clear to me that OSHA meant for both standards to
> apply. >>
>
> Randy presents a clear and reasonable argument....
=========================================================================
Date: Wed, 3 Mar 1999 09:31:18 -0500
From: "Norman, Randy"
Subject: Re: Devil's advocate to eating in the lab.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Briefly, The lessons I take home from the Johnson Controls case and the ADA
are that there's no prohibition of offering a non-lab assignment as long as
pay, leave, etc. is preserved, BUT if the employee refuses the reassignment,
then you must make any "reasonable accommodation" that can make it safe for
her to do her normal duties, or modify her duties with her approval as much
as necessary. Given the financial resources of most Universities, it may be
very hard to prove financial hardship sufficient to release you from your
responsibility to accommodate. If you want to use safety reasons for
excluding her from a job she has had and desires to continue in, IMHO you'll
want to be able to prove that there is no way to make it safe without posing
a financial hardship (as defined in ADA) on the University.

Of course if this is a student, ADA may or may not apply the same way. Can't
say I've looked into the non-employee angle at all.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland


-----Original Message-----
From: Dewey Williams [SMTP:williams@EMAIL.UNCC.EDU]
Sent: Wednesday, March 03, 1999 8:14 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Devil's advocate to eating in the lab.

If given the option, wouldn't a woman take the non-lab work to
protect
herself and child? I would give here the option of doing non-lab
work, at
the same pay. If she refuses then get her to sign a waiver stating
that
there will be no repercussions due to possible exposure. As someone
pointed out, however, this still makes you liable to the fetus. But
it
makes the mother just as responsible.

The 'prudent' thing to do is to remove her and the child from any
possible
harm.

>>Let me float some other questions.....I for one have not been one
to remove
>>pregnant females from their jobs. Assessing the situation is a
must however
>if
>>we employ good hygienic technique (ie. use of fumehoods, Proper
ppe etc.),
>is
>>the person at any increased risk????? There are women out there
who have
>sued
>>employers (and won) for removing them from jobs which are
percieved to have
>an
>>increased risk for adverse exposures.
>>
>>Isn't that what we are about? Finding methods, work practices and
>engineering
>>controls to ensure that employees are working safely with
chemicals.
>>
>> Nick Pinizzotto
>>Environmental Health Officer
>>Dept. Environmental Health & Safety
>>Thomas Jefferson University
>>nick.pinizzotto@mail.tju.edu
>>215-503-5853
>>
>>

Dewey Williams - Lab Manager
mailto:williams@email.uncc.edu
UNC-Charlotte Chemistry Dept. http://www.chem.uncc.edu
"These are my ideas and no one else will claim them."
"If you are not part of the solution, you are part of the
precipitate"
=========================================================================
Date: Wed, 3 Mar 1999 09:36:17 -0500
From: "Norman, Randy"
Subject: Lab Std vs. Formaldehyde Std
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Since Jim has at least agreed I have a decent argument (of course I thought
I did), I feel okay about sending it to the list now. I had simply sent it
to Jim privately.

For your consideration:

-----Original Message-----
A very interesting issue. Actually, I feel it is fairly clear that OSHA
INTENDS labs to be covered by the Formaldehyde Standard. (before you delete
this, please read on.)

Looking at section (a)(2)(i) of the Lab Std, the question is: Does the
formaldehyde standard "state otherwise"?

If you look at the "Scope and application" section (a) of the Formaldehyde
Std., it merely says that it applies "to all occupational exposures to
formaldehyde" - the SAME wording as in other substance-specific health
standards, which are very clearly intended to be superceded by the Lab Std
for labs. So the answer to the operative question is clearly "NO" if the
language of the standard is all you have.

HOWEVER (and this is what has kept us involved with the Formaldehyde Std.)
look at the "Regulatory Impact and Regulatory Flexibility Assessment"
section of the preamble to the revised Formaldehyde Std. [57 FR No. 102 (May
27, 1992), pp. 22302 and 22305 especially]. Published more than 2 years
AFTER the Lab Standard, one would hope that OSHA would know whether to
exclude Labs or at least treat them differently in the analysis. (Yes I'm
one of those poor brave souls who usually reads preambles to final rules!
One day I must get a life.)* :-)

In their cost analysis, OSHA very clearly and specifically assesses the
impact on "Laboratories", including "histology and pathology labs". The
table on p. 22305 clearly shows that they believe labs will incur costs
associated with Engineering controls, Medical Removal Protection (MRP), and
Training requirements. The analysis of MRP and Training costs make no
indication that labs will experience any impact differently from any other
affected industry. Some incremental increase in costs for Training and
Engineering controls may still arguably have arisen even under the lab
standard (due to the changed PELs). However MRP is not part of the picture
unless the whole formaldehyde standard applies. (MRP is not Medical
Surveillance, which does apply if the AL is "routinely exceeded".)

However, labs aren't mentioned elsewhere in the preamble to the 1992
revision. Main discussion of applicability to labs was probably in the
preamble to the initial (1987) version. Unfortunately I couldn't find the
1987 preamble.

I likewise couldn't run down a copy of the preamble to the Lab Std. (shame
on me if I didn't save it!). I was pretty sure that OSHA used the
Formaldehyde Standard as am example of one of those which DOES apply to labs
and was therefore NOT to be superceded by the Lab Std. (I believe their
stated intention was that BOTH regs be applied to work with such
substances.) If I didn't read it in the preamble, then the point was
hammered into my brain by SOMEONE because I used the Formaldehyde Std as an
example of one which we still have to comply with in my Lab Std training
class from the outset. It was a clear question then and the answer I had was
that both apply. Could've sworn that the guidance came straight from the
preamble.

IMyHO, at best one can say that OSHA failed to include wording in the
revised Formaldehyde Standard to carry out their intentions. In 1992, OSHA
apparently failed to realize that the 1987 version didn't state in the
regulation that it applies to labs and that it would need to in the wake of
the Lab Std. One would probably win the battle in court, should OSHA issue a
Form. Std. citation to a lab. However, as always, strict regulatory
compliance falls far short of my goal as a Health and Safety pro. It just
seems clear to me that OSHA meant for both standards to apply.

Of course I would just LOVE to get my hands on a definitive ruling by OSHA
on the question. But even finding one, I realize that the Formaldehyde
Standard establishes a "standard of care" which I must uphold as long as I
haven't very good reason to explain why I should do any particular part of
it differently.

That's my take on it all. I'd be interested in knowing your thoughts. (And
of course if you have any specific info. from OSHA...) Sorry so wordy.
(Could have been worse, trust me.)

Thanks!!

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Wed, 3 Mar 1999 10:21:04 -0500
From: Bob Burns
Subject: Re: Lab Std vs. Formaldehyde Std
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

IN the preamble to the Lab Standard, Fed. Register Vol. 55 No. 21, page
3311, it says: "OSHA sees no reason why laboratories, other than histology,
pathology and anatomy laboratories, which use formaldehyde should not be
covered by this laboratory standard."

I can't tell if the intent was to continue the formaldehyde standard as
well, but I suspect it was.

Hope this helps!

Bob

"SEMPER ADVENTURUS!!!"

Robert L. Burns
R&D Group Leader
Specialty Chemicals Division
RUETGERS Organics Corporation
201 Struble Road
State College, PA 16801
phone 814-231-9214
fax 815 333 4805
email rburns@bigfoot.com

>A very interesting issue. Actually, I feel it is fairly clear that OSHA
>INTENDS labs to be covered by the Formaldehyde Standard. (before you delete
>this, please read on.)
>
=========================================================================
Date: Wed, 3 Mar 1999 10:53:16 -0400
From: Don Abramowitz
Subject: Re: Devil's advocate to eating in the lab.
Mime-Version: 1.0

>Briefly, The lessons I take home from the Johnson Controls case and the ADA
>are that there's no prohibition of offering a non-lab assignment as long as
>pay, leave, etc. is preserved, BUT if the employee refuses the reassignment,
>then you must make any "reasonable accommodation" that can make it safe for
>her to do her normal duties, or modify her duties with her approval as much
>as necessary.

Now that we are fully back to the thread on pregnancy in the laboratory
setting, I'll venture that Johnson Controls case makes asking an employee
to sign a waiver completely inappropriate. With regard to ADA, my
understanding is that students are covered under the public accomodations
aspects of the Act. I don't know whether ADA in fact recognizes
uncomplicated pregnancy as a disability - can anyone confim?

We've had several laboratory-based Chemistry and Biology professors and
students remain at their posts through pregancies. Our approach, as
reviewed with the college's attorney, has been to address pregnancy only
when people self-identify their status, to provide them lots of information
from the literature on reproductive hazards, to offer them alternatives to
lab work (or a refund of tuition if they choose to drop courses - can't
quite guarantee full credit for say, organic chemistry w/o lab work), and
to work with them to minimize exposure if they choose to remain in the
labs. Modifications have included use of respirators, finding someone else
to perform specific tasks, and substitutions of particular lab
exercises/materials, but I have not encountered anyone who was willing to
take a non-lab alternate position.

This approach is based as much on the culture of our institutions as on our
concerns about risk. I present it as an example, rather than as a
suggested solution.

Don
=========================================================================
Date: Wed, 3 Mar 1999 10:55:56 -0500
From: Nick Pinizzotto
Subject: Re: Lab Standard v. Haz Com Standard
Comments: To: Labsafe@aol.com
In-Reply-To: <6426f19b.36dcaec1@aol.com>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Jim,

I've had more than one argument with consulting trainers about the very topic
of the Lab Standard replacing the RTK standard. I agree with you, my
interpretation is that it supersedes the hazcom standard.


We've always trained as such.

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Wed, 3 Mar 1999 10:42:02 -0600
From: Beth Brubaker
Subject: Re: flash points
Mime-Version: 1.0

It looks to me as if the Tag Closed Tester is most appropriate for
solvent/water mixtures. The Pensky-Martens is applicable to high-viscosity
materials. Fisher Sci. has one available at a catalog price ~$1600. I
assume a refrigerating circulator would also be required to cool the system
below ambient temperature. This would be ~$1800.

Beth Brubaker
Lab/Safety/Waste Coordinator
Murray State University Department of Chemistry
(502) 762-6390
beth.brubaker@murraystate.edu
=========================================================================
Date: Wed, 3 Mar 1999 11:28:46 -0500
From: "Norman, Randy"
Subject: Re: Lab Std vs. Formaldehyde Std
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

* IN the preamble to the Lab Standard, Fed. Register Vol. 55 No. 21,
page
* 3311, it says: "OSHA sees no reason why laboratories, other than
histology,
* pathology and anatomy laboratories, which use formaldehyde should
not be
* covered by this laboratory standard."

Hmmmmmmm...

I went looking for the related compliance directive for the revised standard
at www.osha.gov . The one from Nov 1990 (CPL 2-2.52)
( OSHA's formaldehyde standard enforcement procedures) talks about the
interface with the Lab Standard specifically, as the Lab Standard final rule
had been issued... Here it is, straight from OSHA:
******************************************
"The laboratory standard, 29 CFR 1910.1450, specifically does not apply to
formaldehyde use in histology, pathology, and human or animal anatomy
laboratories; however, if formaldehyde is used in other types of
laboratories which are covered by the laboratory standard the employer needs
to comply with 29 CFR 1910.1450 "
********************************************
This is what OSHA inspectors use to direct their enforcement of the
Formaldehyde Standard. I think the intent is clear. Sorry I didn't fully
research this before "opening my big mouth". The above is what we all needed
to know from the get-go! Of course now seeing it, I remember reading this
before, exactly as stated here.

Obviously if OSHA tells their inspectors this, then we had better be ready
to defend ourselves if we choose not to "do" the formaldehyde standard in
histo, path, or anatomy labs.

BTW, OSHA now has some preambles on their website. Don't know how
comprehensive, but I must say it behooves one to read either preambles or
compliance directives or both for any reg that may apply. I know takes lots
of time, but take it a little bit at a time. It can also enrich your
training tremendously if you know more about WHY OSHA has chosen to require
what they do.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Wed, 3 Mar 1999 11:31:51 -0500
From: "Norman, Randy"
Subject: Re: Lab Standard v. Haz Com Standard
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

I concur 100%, with the caveat that I feel that OSHA doesn't communicate
this very clearly, in preamble or actual reg.

Also remember as another has already pointed out, that any exposures outside
of the lab are covered under Haz Comm and any substance-specific standards
for the substance.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Wed, 3 Mar 1999 10:01:52 -0700
From: "Helen B. Gerhard"
Subject: Re: Lab Standard v. Haz Com Standard
MIME-Version: 1.0
Content-Type: text/plain

However:

It you have both manufacturing/quality labs and research labs you may need
to do both since the manufacturing areas do not necessarily fall under your
CHP.

Thanks!

Helen


-----Original Message-----
From: Labsafe@AOL.COM [SMTP:Labsafe@AOL.COM]
Sent: Tuesday, March 02, 1999 8:39 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Lab Standard v. Haz Com Standard

In a message dated 99-03-01 15:06:31 EST, you write:

<< It just seems clear to me that OSHA meant for both standards to
apply. >>

Randy presents a clear and reasonable argument. However, my reading
of the
scope, section (a), of the lab standard leaves me with the equally
clear
belief that there was no intention to have both standards apply.

Recently, I spoke with the Director of the PESH in NY and his
regulatory
interpreter. Both confirmed that my interpretation was 100%
correct.

The presumption (which I believe is reasonable) in the lab standard
is that if
you develope a plan of good practice and follow it, you do not need
to do that
other stuff (Haz Com). ... jim


LSW is a national non-profit educational organization dedicated to
making
health and safety an integral and important part of science
education. Free
copies of our Laboratory Safety Guidelines, seminar schedule,
Publications
List, AV-Lending Library List, and membership information are
available on
request. The LABSAFETY-L discussion list is a public service of
LSW.


******************************************************
=========================================================================
Date: Wed, 3 Mar 1999 12:49:49 -0500
From: Michelle DeStefano
Subject: Re: welcome
Mime-Version: 1.0

Dear fellow "NACHO's",

As a new member, I have been asked to introduce myself, so here goes... I
am a supervisor in a research mycobacteriology laboratory where our focus is
tuberculosis. My main interest is biosafety and I am a CBSP (Certified
Biological Safety Specialist). I am a member of our institution's Biosafety
Committee. In addition, I am Chair of the Research Safety Subcommittee
which is a "hands-on" type of committee that is comprised almost exclusively
of technical staff. We try to address all the safety issues that are
involved in working in a research laboratory as well as trying to keep up
with the ever-changing regulations. (That keeps us REALLY busy) This is
the reason that I felt subscribing to this discussion group would be a
useful tool.

Some of the main issues I have are: what do you do to provide effective
support to staff and how do you provide follow-up? We have a semi-annual
walk-thru of the facility and compliance goals, but I would like to see more
of the staff get involved.

Nice "meeting" all of you...
CNY Research Corporation
800 Irving Avenue
Syracuse NY 13210
e-mail : destefam@cnyrc.org
phone : (315) 477 4597
fax : (315) 476 5348
=========================================================================
Date: Wed, 3 Mar 1999 10:24:58 -0800
From: Michael Ahler

Subject: Re: Lab Standard v. Haz Com Standard
In-Reply-To: <45C82258A1B2D111892500805FCC9B0D011C04CA@nt05.wstf.nasa.gov>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII; name="Re:"
Content-Transfer-Encoding: 7bit

Ben,

Your treck through all your areas at work sounds right to me ( Lab
standard vs. haz com) except for one.

When you are in a laboratory owned and operated by others, whether or
not you are "working", you should be covered by the Chemical Hygiene
Plan for THAT laboratory, not the Plan for the lab where you usually
treck.

Only my first impression.
Thanks.

Michael Ahler, CHO
mahler@calpoly.edu
Risk Management
Cal Poly
San Luis Obispo, California
=========================================================================
Date: Wed, 3 Mar 1999 09:20:20 -0600
Reply-To: "swiki@bihs.net"
From: Swiki Anderson
Subject: Re: C Un.....-Re: PREVENTION BY COST EFFECTIVELY ADDRESSING TH
E BASIS PROBLEM?
MIME-Version: 1.0
Content-Transfer-Encoding: 7bit

Mr. Norman, Obviously I offend you and I apologize for that. Offending you
was not my purpose.

Now allow me to now make a confession to you. I taught in an engineering
college for 17 years and have been in the consulting business for about 20
years, with specialty work in labs. About four years ago, largely as a
result of a lawsuit against us, I was forced to go to the library and dig
into what took place historically in laboratory air flow and control
systems. One day after reviewing some of the work of other others, it hit
me like a ton of bricks. The early scientists had pull only ventilation
systems in their labs, they did work in hoods and their primary concern was
containment ventilation within the hood. And, by Golly, they did one heck
of a job, accomplishing what was needed. The goal was containment in
devices designed for containment purposes... fume hoods and other capture
devices.

We blew it when we started trying to air condition labs and tried to go to
push-pull system. Also going to a cheaper hood designs with lousy
aerodynamic characteristics did not help. As a matter of fact this hurt the
development effort. We have been wrestling with the push aspects since to
include how to sweep the room with make up air, when to introduce the air
in to the room, how to keep the hood sashes shut or at minimum opening at
all time, how to control the air flows so the exhaust rate is always
greater than and set the room supply rate, etc.. and the contributing
factors to the overall problem since that started in the early 1950s goes
on and on..

I begun to realize --- to understand in great depth --- containment
ventilation versus dilution ventilation. And heck, I was a member of the
ASHRAE group that wrote the first ASHRAE 110 Standard... the one that is
concerned with use of tracer gas to prove containment. Talk about feeling
stupid!!! YES... I had designed lab air systems to meet 10 or 20 or 15
ACH... and YES, I had written big bad specifications for hoods and YES,
we had done mock-up studies, and the list goes on and on. However, I did
not understand what I should have understood. I had to keep asking my self
WHY is this taking place? Why is this not repeatable? Why does this
factor seem to be of significance in case A and not in case B?

The revelation of the concept of containment versus dilutions was the
beginning of my understanding. And what did I learn? Well, we don't need
10 or 15 or 20 ACH to contain material in a fume hood or other capture
device and if we have this many, we can not protect the dunce that insist
on doing something outside a hood that should be done in the hood. I
learned that we need to design on the basis of the air flow concept and not
on the basis of satisfaction of some "rabbinical" type item that is so
concerned with exactness of some fact that it allows "..the baby to be
thrown out of the bath water." And, so help me, it is so simple to me now
that I wonder why i glossed over the concept for so long! Now, how can I
encourage you and others like you to "wake up and smell the roses" and
learn and experience what I have learned? This to me is very much like
instrument flying..When I was going through the training, before i caught
on, I has passed the tests with flying colors, I knew the equations, I had
been a VFR pilot for some time, etc....but didn't go together for me until
the day the it all clicked in my mind. I had to put it all together in my
own heads to be able to safely take off in a sea of white, with the
confidence to do that come about painfully in regards to time and effort
spent before it "clicked".

Now, I had one in our group take me to task regarding Columbia and tell me
that I did not know what I was talking about and should keep my opinions to
myself. This person also did not like the "tone" of what I wrote. With
regard to what happened at Columbia, let us logic through it.

The OSHA regs are concerned with concentration exposures of the user.
Since most users don't stick their heads in a fume hood, it is logical to
me that concentration can be much higher in a hood then they are in the
room where the hood is installed. If the concentrations in the room are
high then they should be, then the only source of contamination has to be
what someone is doing in the work space that they ought not be doing or the
hoods or other devices are not containing as they should. Can you agree
with this? If outflow exist from the hood then something must be wrong.
If the source is in the room, then we must deal with a different set of
wrongs. Containment in the hood is a one ventilation problem and dilution
in the room is another problem. I believe that harmful activities should
be conducted in the hoods or similar such devices.

Regardless, for OSHA to find fault given the ways the regs are written,
someone has had to take some long term (time) samples in order to condemn
the operation as faulty. Otherwise they would have no basis for
condemnation under the OSHA regs would they? If the regs condemn on the
basis of concentration then the ventilation system lacks sufficient volume
to dilute the material to a safe level in the work place, does it not?.
Thus the work place has a problem. If the system fails to contain the
material in the hood, then the hood has a ventilation related problem, does
it not?

I can not believe that some OSHA regulator is going to issue a citation
without some measurements or other sustainable basis for condemnation; that
would invite the wrath of every one plus great ridicule would it not?
Could it possibly be that someone, perhaps an employee, has taken the data
and turned it over to OSHA? Oh, I agree that the OSHA inspector probably
did not take data and I also agree that he needs training. God, with the
OSHA office in Houston and the staff they have, I wonder how they have the
manpower to answer the phone. They like all of the OSHA offices are
underfunded and the staff, at least in that office is really spread thin!

The point is, if you have rust on the outside of your hoods, the brass is
green, and other tell signs of high concentrations exist in your labs, your
labs may not be enjoying containment ventilation. Now what are we going to
do about it? Shoot the messenger? We can but that is not going to solve
the problem. Given the large number of labs I visit and the problems I see
over and over and given the fact that I can offer performance proof of the
claims that I make and guarantee correct for these type problems or at
least minimizing the workplace concentration problem COST EFFECTIVELY,
what can I say? I am spend a great deal of my time and effort trying to
educate and improve the work place by sharing what I have painfully
learned, done at my expense. Am I wrong? Good engineering and
performance is done on the basis of measured and repeatable performance.
Oh, well.

-----Original Message-----
From: Norman, Randy [SMTP:RNorman@BIORELIANCE.COM]
Sent: Monday, March 01, 1999 2:55 PM

* Many lab users and lab safety people don't know the difference
* between these two concepts (see http://www.saai-svc.com/engineer

* /html/tech-notex.htm and click on Dilution vs. containment
Ventilation!

Where are all of these incompetent lab safety people?? Why "trash" them so
HERE? Haven't met a one of them yet that didn't know the difference between
dilution and local exhaust ventilation. If they know there's a lab std.
they
must know of the need for local exhaust devices and know or quickly learn
when they should be used. I would posit that if they've been proactive
enough to subscribe to this listserver, they have probably also learned at
least the basics.

* If a lab has a dilution ventilation system then it is not working
* correctly or the release rate of the toxic material is to high.

???? - I am guessing what is meant is that one should not count on dilution
ventilation as your only means of protection from those materials which
should be used in a hood. However, adequate dilution ventilation is very
important for a lab! We require 10 Air Changes/Hr minimum (yes I know ACH
is
a rather outmoded measure, but it's easy to verify).

What does 10 ACH guarantee? What is your basis of dictating 10 ACH? Why
not 20 ACH? Could higher flows and greater face velocities hurt the
situation rather than help it?

Again, I hope I do not offend you and you will continue to question me. I
always learn when someone makes me think and defend what I am doing and
saying.

Kindest Regards
Swiki Anderson, Ph.D., P.E.
President
Swiki Anderson and Associates, Inc.
Consulting Mechanical, Electrical and Instrumentation Engineers
1516 Shiloh Ave.
Bryan, Texas 77803
v. 409.779.6068, x11; f-6085

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Wed, 3 Mar 1999 09:34:38 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: NACHO Meeting March 22nd in Anaheim
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

I've met so very few of you face-to-face, that I am very much looking
forward to the National ACS Meeting in Anaheim, California, later this
month!

Are we still on for a NACHO Breakfast Meeting, 7:00 a.m., on Monday
March 22nd? (..."in the restaurant of the hotel where the Council
Committee on Chemical Safety meets at 8:30 a.m. to noon"...)

Do we have a "meetings" link at our NACHO site? I could not find one.

Can we ask ACS to include a NACHO Meeting link in their
Anaheim-meeting-information at their website?

Teresa Robertson
CSUB
=========================================================================
Date: Wed, 3 Mar 1999 13:29:58 -0500
From: Bill Schultz
Subject: Lab Standard - HAZCOM - Formaldehyde Standard
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I believe all three apply depending on the use of the chemical.

I quote from the regulation:

(a) Scope and application. (1) This section shall apply to all
employers engaged in the laboratory use of hazardous chemicals as defined
below.
(2) Where this section applies, it shall supersede, for laboratories,
the requirements of all other health standards in 29 CFR 1910, subpart Z,
except as follows:
(i) For any OSHA health standard, only the requirement to limit
employee exposure to the specific permissible exposure limit shall apply for
laboratories, unless that particular standard states otherwise or unless the
conditions of paragraph (a)(2)(iii) of this section apply.
(ii) Prohibition of eye and skin contact where specified by any OSHA
health standard shall be observed.
(iii) Where the action level (or in the absence of an action level, the
permissible exposure limit) is routinely exceeded for an OSHA regulated
substance with exposure monitoring and medical surveillance requirements,
paragraphs (d) and (g)(1)(ii) of this section shall apply.

In my terms:

When we are using formaldehyde in a laboratory the formaldehyde is covered
under the Lab Standard. However, you have to refer to the Formaldehyde
Standard to determine if the Standard lists a PEL and if so whether it
specifically states that the PEL does not apply to laboratories and finally are
there any skin and eye contact prohibitions. Since there is no statement in
the Formaldehyde Standard that the PEL does not apply to laboratories, the PEL
and skin and eye contacts section of the Formaldehyde Standard are incorporated
into the Lab Standard.

When we are using formaldehyde to decontaminate a Biological Safety Cabinet
inside one of our laboratories the HAZCOM Standard and the Formaldehyde
Standard apply.

It seems confusing but a simple analogy for me is if I am dissolving something
in a beaker with alcohol the Lab Standard applies. If I am cleaning the
writing off the outside of a beaker with alcohol the HAZCOM standard applies.
And if there was an Alcohol Standard sections of it would always apply.

Bill Schultz
=========================================================================
Date: Wed, 3 Mar 1999 12:12:16 -0700
From: "Greene, Ben"
Subject: Re: Lab Standard v. Haz Com Standard
MIME-Version: 1.0
Content-Type: text/plain

Mike - I would agree if the other lab's plan is more stringent or more
protective than my own. My current plan specifies we follow whichever
is more stringent. Hypothetical Example - a person embarks on a paid
training course at another lab in which there is minor hands-on mixing
of reagents (such as for instrumental analysis) required. The other
lab's plan does not require goggles when handling liquids, only safety
glasses. The person's employer's plan requires goggles. The person
asks for and wears goggles in accordance with his/her plan. If the
person had worn safety glasses according to the other lab's plan and had
received an injurious liquid splash to the eye, would not the person had
violated his/her employer's plan and would not his/her employer be
liable for not implementing the provisions of the employer's plan that
would have protected the eyes against a splash?

My opinion only, of course.

Ben Greene, Ph.D
AlliedSignal
Las Cruces, NM
> ----------
> From: Michael
> Ahler[SMTP:Ahler_Michael_D/cpslo_employee1@POLYMAIL.CPUNIX.CALPOLY.EDU
> ]
> Reply To: LABSAFETY-L Discussion List
> Sent: Wednesday, March 03, 1999 11:24 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: Lab Standard v. Haz Com Standard
>
> Ben,
>
> Your treck through all your areas at work sounds right to me ( Lab
> standard vs. haz com) except for one.
=========================================================================
Date: Wed, 3 Mar 1999 11:35:41 -0800
From: Melonee Cruse
Organization: Chaffey College
Subject: Re: Containment vs Dilution
MIME-version: 1.0
Content-type: text/plain; charset=us-ascii
Content-transfer-encoding: 7bit

Whew! That was more than a mouthful from Ms Anderson, but boy did I
learn a lot. Thanks for that insightful discussion. It is a pity that
you had to defend yourself because someone took your tone the wrong way.
Please LabSafety folks lets try to be less defensive or offensive. Take
it with a grain of salt and not as a personal or professional attack. If
you feel someone has the wrong tone or is offensive - address them
personally. The rest of us could do with out the "bickering"!

Just a thought (not an attack!)

Melonee Cruse
Chaffey Community College
Rancho Cucamonga, California
mcruse@chaffey.cc.ca.us
=========================================================================
Date: Wed, 3 Mar 1999 15:26:45 -0500
From: Janeen LaPierre
Subject: Re: Devil's advocate to eating in the lab.
Mime-Version: 1.0
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Hello all.

I have been quietly reading all the replies this posting has generated. I will say that I posted several missives on my opinion of pregnancy in the lab last year. I'm sure you can check them out in the archives so I'll try not to repeat myself.

As several have pointed out, this could be a loose-loose situation for any employer. This said, I can not see that the feeding apparatus you describe as being a violation of "eating in the lab". I would be concerned with the potential of some chemicals to react with the bag or tubing material, but this could easily be confirmed as a possibility or not after review of the chemicals involved. Again I must say that education is the number one tool for preventing problems. With or without the feeding stuff, you still have the unborn child to consider.

Personally, I had a very difficult time with nausea and vomiting for the whole of my last pregnancy. I managed to dehydrate myself at one point which earned me a day in the hospital connected to an IV. My doctor required bed rest for me for many different points in the pregnancy. Lab work or paper work were out of the question. If your worker's physician thinks she can continue to work in her current capacity, I would guess they see no serious problems or they would advise her differently. Maybe working in conjunction with her physician would be best. Let the doctor review the risks and they issue a determination. We have used this tact with students here very successfully. I have found the docs are very often more conservative than even myself in risk assessment. I also think it might be easier for her to follow her doctors orders on this sensitive issue than perhaps a mandate from administrative types who could be construed as trying to cover their butts.

These situations need to be handled case by case in a systematic way that allows for differences in risk based on the facts as we know them today. Some lab duties are less stressful than some paper pushing tasks and may therefore be less dangerous to an unborn babe and his/her mother. Look at all the facts and then look again.

Good luck. If you would like to discuss this further, e-mail me directly. This is one of my pet issues. Hope this helps, Janeen.

*****************
Janeen Lapierre, CHO
College of Osteopathic Medicine
University of New England
11 Hills Beach Road
Biddeford, ME 04005

E-Mail: JLaPierre@MAILBOX.UNE.EDU
Phone: (207) 283-0170 ext 2446
Opinions are mine and not those of UNE.
=========================================================================
Date: Wed, 3 Mar 1999 13:28:52 -0800
From: Ray Campbell
Subject: Re: NACHO Meeting March 22nd in Anaheim
In-Reply-To:
Mime-Version: 1.0

As I work only a few miles away, I would like information on activities for
NACHO members. I have not seen anything else besides this posting.

Ray Campbell REA CHO
310-257-1080

At 09:34 AM 3/3/99 -0700, you wrote:
>I've met so very few of you face-to-face, that I am very much looking
>forward to the National ACS Meeting in Anaheim, California, later this
>month!
>
>Are we still on for a NACHO Breakfast Meeting, 7:00 a.m., on Monday
>March 22nd? (..."in the restaurant of the hotel where the Council
>Committee on Chemical Safety meets at 8:30 a.m. to noon"...)
>
>Do we have a "meetings" link at our NACHO site? I could not find one.
>
>Can we ask ACS to include a NACHO Meeting link in their
>Anaheim-meeting-information at their website?
>
>Teresa Robertson
>CSUB
=========================================================================
Date: Wed, 3 Mar 1999 16:15:54 -0500
From: Bill Schultz
Subject: My Chem Hygiene Plan vs Your Chem Hygiene Plan
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

We have many contract employees and visiting scientists at our institute. I
questioned OSHA about the status of these people and the Lab Standard. The
response that I received was that we are the controlling employer and therefore
all work is to be performed under the requirements of our chemical hygiene
plan.

This interpretation is no different that that of a sub contractor working for a
general contractor at a construction sight. In that situation the general
contractor is the controlling employer and the employees of the sub contratctor
must comply with the HAZCOM program of the general contractor.

Bill Schultz
=========================================================================
Date: Wed, 3 Mar 1999 16:29:51 -0500
From: "Norman, Randy"
Subject: Re: My Chem Hygiene Plan vs Your Chem Hygiene Plan
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

Yes, but.....??

I expect that the contract employee's employer would still have some
liability if the host employer's program was deficient. Probably not at risk
of an OSHA citation, but if anyone were hurt, their employer takes the
worker's comp. "hit". Clearly, contractors and host employers H&S pros must
work together. Putting aside the law, it would be unethical to allow your
employees to be exposed to undue hazard just because it's not technically
your responsibility.

Shared responsibility is just plain ethical. Okay so I'm na飗e....

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland


-----Original Message-----
From: Bill Schultz [SMTP:william_schultz@DETRICK.ARMY.MIL]
Sent: Wednesday, March 03, 1999 4:16 PM
To: LABSAFETY-L@SIU.EDU
Subject:My Chem Hygiene Plan vs Your Chem Hygiene Plan

We have many contract employees and visiting scientists at our
institute. I
questioned OSHA about the status of these people and the Lab
Standard. The
response that I received was that we are the controlling employer
and therefore
all work is to be performed under the requirements of our chemical
hygiene
plan.

This interpretation is no different that that of a sub contractor
working for a
general contractor at a construction sight. In that situation the
general
contractor is the controlling employer and the employees of the sub
contratctor
must comply with the HAZCOM program of the general contractor.

Bill Schultz
=========================================================================
Date: Wed, 3 Mar 1999 14:47:37 -0700
From: "Helen B. Gerhard"
Subject: Re: My Chem Hygiene Plan vs Your Chem Hygiene Plan
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Just a question...If the sub contractor owns the building (but doesn't do
lab work) & the prime contractor is leasing space from the sub contractor
for doing lab work, whose CHP?

Thanks!

Helen


-----Original Message-----
From: Bill Schultz [SMTP:william_schultz@DETRICK.ARMY.MIL]
Sent: Wednesday, March 03, 1999 2:16 PM
To: LABSAFETY-L@SIU.EDU
Subject:My Chem Hygiene Plan vs Your Chem Hygiene Plan

We have many contract employees and visiting scientists at our
institute. I
questioned OSHA about the status of these people and the Lab
Standard. The
response that I received was that we are the controlling employer
and therefore
all work is to be performed under the requirements of our chemical
hygiene
plan.

This interpretation is no different that that of a sub contractor
working for a
general contractor at a construction sight. In that situation the
general
contractor is the controlling employer and the employees of the sub
contratctor
must comply with the HAZCOM program of the general contractor.

Bill Schultz
=========================================================================
Date: Wed, 3 Mar 1999 17:12:19 -0500
From: "Dr. Linda A. Swihart"
Subject: CHP/HC -- What about the electrician fixing the hood?
In-Reply-To:
Mime-Version: 1.0

...for example?

If an company employee or contractor's employee is performing non-lab work
in a chemical lab, say electrical work on the hood, or ductwork for a new
hood in existing facilities, or plumbers putting in a new sink....

or the custodial staff sweeping and emptying wastebaskets?

What if this employee asks to see the chemical inventory (which the Lab
Standard does not require) or the MSDSs for everything (which the Lab
Standard does not require)?

Linda
=========================================================================
Date: Thu, 4 Mar 1999 11:21:36 +1300
From: John Downey
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain

You should be able to buy a refrigerated waterbath that will be adequate for
your purposes for a lot less than $1800. most refrigerated baths have
circulating pumps included as standard. You may even find one in your
surplus equipment cupboard.

I haven't checked, but have a look at the ASTM test method for flash points
and follow that. It will prescribe the apparatus needed for different
temperatures and viscosities.

Good Luck
John Downey

> -----Original Message-----
> From: Beth Brubaker [SMTP:beth.brubaker@MURRAYSTATE.EDU]
> Sent: Thursday, March 04, 1999 5:42 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flash points
>
> It looks to me as if the Tag Closed Tester is most appropriate for
> solvent/water mixtures. The Pensky-Martens is applicable to
> high-viscosity
> materials. Fisher Sci. has one available at a catalog price ~$1600. I
> assume a refrigerating circulator would also be required to cool the
> system
> below ambient temperature. This would be ~$1800.
>
> Beth Brubaker
> Lab/Safety/Waste Coordinator
> Murray State University Department of Chemistry
> (502) 762-6390
> beth.brubaker@murraystate.edu
=========================================================================
Date: Wed, 3 Mar 1999 15:21:40 -0700
From: "Greene, Ben"
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
MIME-Version: 1.0
Content-Type: text/plain

In the preamble to 1910.1450 maintenance workers are intended to be
covered under the CHP. To my understanding it doesn't matter if the
work in the lab is "scientific" or not; if they are working in the lab
then they are lab workers, and it is whether they may be exposed to
hazardous chemicals in a lab. If they may be exposed, then the CHP
applies.

My interpretation

Ben

> ----------
> From: Dr. Linda A. Swihart[SMTP:swihart@PURDUE.EDU]
> Reply To: LABSAFETY-L Discussion List
> Sent: Wednesday, March 03, 1999 3:12 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: CHP/HC -- What about the electrician fixing the hood?
>
> ...for example?
>
> If an company employee or contractor's employee is performing non-lab
> work
> in a chemical lab, say electrical work on the hood, or ductwork for a
> new
> hood in existing facilities, or plumbers putting in a new sink....
>
> or the custodial staff sweeping and emptying wastebaskets?
>
> What if this employee asks to see the chemical inventory (which the
> Lab
> Standard does not require) or the MSDSs for everything (which the Lab
> Standard does not require)?
>
> Linda
>
=========================================================================
Date: Wed, 3 Mar 1999 18:58:05 -0600
From: EH&S Compliance
Subject: Re: Devil's advocate to eating in the lab.


Isn't that what we are about? Finding methods, work practices and
engineering controls to ensure that employees are working safely with
chemicals.


That is what we are about, but there are a few times (IMHO) that there are
populations that can be at risk when the rest are not. Rather different
case in point, here in Texas we get a few heat waves. The elderly and
children are at greater risk from heat related problems (generally) than
others.
The same levels that could be hazardous for a mother & fetus may not have
the same effects on another worker. And remember, not all chemicals have
been evaluated for teratogenic effects. You may not know what safe levels
are. I would not want to be the one discovering those levels.

I believe the lawsuits were more than likely related to downgrade in pay as
well as change in job.

In some labs I don't think it would be a problem, but in others I would
want to have them do something different. Evaluate the chemicals she works
with and the ones others around her use. The problems associated with
accidents and accidental exposure as well as 'normal' exposure could have
lasting effects.

As far as the tube, any way it could catch on something?

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Nick Pinizzotto [SMTP:Nick.Pinizzotto@MAIL.TJU.EDU]
Sent: Tuesday, March 02, 1999 4:04 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Devil's advocate to eating in the lab.

For clarification:

The patient is an employee (not a Student) here in a research lab. The
physician is a doctor here at Jefferson. The physician is treating the
patient
in a method to eliminate her nausea due to pregnancy. I have been assured
that the system is a closed system and there is no opportunity for
inadvertent
exposure.

I must admit that I was kinda surprised by the responses.

Let me float some other questions.....I for one have not been one to remove
pregnant females from their jobs. Assessing the situation is a must however
if
we employ good hygienic technique (ie. use of fumehoods, Proper ppe etc.),
is
the person at any increased risk????? There are women out there who have
sued employers (and won) for removing them from jobs which are percieved to
have an increased risk for adverse exposures.

Isn't that what we are about? Finding methods, work practices and
engineering controls to ensure that employees are working safely with
chemicals.

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853


=========================================================================
Date: Thu, 4 Mar 1999 12:15:06 +1100
Reply-To: ternai@techinfo.com.au
From: "Prof. B. Ternai"
Subject: Re: flash points
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii; x-mac-type="54455854";
x-mac-creator="4D4F5353"
Content-Transfer-Encoding: 7bit

The book was published by the Enjay Chemical Company in 1961 and 1966.
The data is from Brunjes, A.S. and Bogart, M.J.P., Ind.Eng.Chem., 35,
255 (1943)

Prof. B. Ternai
ternai@techinfo.com.au
=========================================================================
Date: Wed, 3 Mar 1999 20:30:47 EST
From: Marshall Huckaby
Subject: Re: Lab Standard v. Haz Com Standard
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Ben, I believe the standards apply to the work site (process or work being
done) not to the individual or job title.
=========================================================================
Date: Wed, 3 Mar 1999 23:05:49 -0500
From: "Dr. Linda A. Swihart"
Subject: flam gas expansion ratios?
Mime-Version: 1.0

Email reached me tonight from a State Hazardous Materials Response Team
Coordinator asking how/where to quickly find expansion ratio information
for various flammable gases. I don't have a quick answer for him and am
hoping that someone here might have a reference off the top of your head.

The expansion ratio for LPG seems to be commonly accepted as 270, i.e. 1
volume of liquefied petroleum gas gets you 270 volumes of gas at standard T
and P. can anyone here provide, or recommend where to look for, expansion
rations for other flammable gas mixtures or relatively pure substances?

I'm not sure if he truly just wants only flammable gases, but that's what
the email says.

I checked the Compressed Gas Association and can't find any free info
specific to this question, although they do sell a Handbook of Compressed
Gases which looks a little promising. Not much other web info that I can
find on quick search. (And I am at home in my jammies or I might be
tempted to make visit to the library.)

And for my curiosity, does anyone know the approximate ratios of
hydrocarbons in LP gas?

Thanks,
Linda
=========================================================================
Date: Wed, 3 Mar 1999 23:25:25 -0700
From: Sharyn Bake
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
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All of the gases below as cryogenic liquids from my notes (as given by Sax
and CGA material - collected over the years) :


Argon = 840 to 1
fluorine= 980 to 1
helium = 700 to 1
hydrogen = 848 to 1
krypton = 695 to 1
natural gas (as methane) = 635 to 1
neon = 1445 to 1
nitrogen = 694 to 1
oxygen = 857 to 1
xenon = 560 to 1
propane = 270 to 1
gasoline 37 to 1
CO =680 to 1
chlorine = 458 to 1

Can't remember Ammonia but it is quite high, in the 800 range I think. Also
note, that some references may vary a bit but it is not critical. For
example, oxygen may be listed in one reference as 857 and in another
reference at 860.

Hope this helps.
Sharyn Baker
Instructor
Health and Safety Division
University of Colorado Health Sciences Center
Denver, Colorado
email: sharyn.baker@uchsc.edu


> ----------
> From: Dr. Linda A. Swihart
> Reply To: LABSAFETY-L Discussion List
> Sent: Wednesday, March 3, 1999 9:05 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: flam gas expansion ratios?
>
> Email reached me tonight from a State Hazardous Materials Response Team
> Coordinator asking how/where to quickly find expansion ratio information
> for various flammable gases. I don't have a quick answer for him and am
> hoping that someone here might have a reference off the top of your head.
>
> The expansion ratio for LPG seems to be commonly accepted as 270, i.e. 1
> volume of liquefied petroleum gas gets you 270 volumes of gas at standard
> T
> and P. can anyone here provide, or recommend where to look for,
> expansion
> rations for other flammable gas mixtures or relatively pure substances?
>
> I'm not sure if he truly just wants only flammable gases, but that's what
> the email says.
>
> I checked the Compressed Gas Association and can't find any free info
> specific to this question, although they do sell a Handbook of Compressed
> Gases which looks a little promising. Not much other web info that I
> can
> find on quick search. (And I am at home in my jammies or I might be
> tempted to make visit to the library.)
>
> And for my curiosity, does anyone know the approximate ratios of
> hydrocarbons in LP gas?
>
> Thanks,
> Linda
>
=========================================================================
Date: Wed, 3 Mar 1999 23:40:14 -0700
From: Sharyn Bake
Subject: flam gas expansion / addendum
MIME-Version: 1.0
Content-Type: text/plain

All of the gases below as cryogenic liquids from my notes (as given by Sax
and CGA material - collected over the years) :


Argon = 840 to 1
fluorine= 980 to 1
helium = 700 to 1
hydrogen = 848 to 1
krypton = 695 to 1
natural gas (as methane) = 635 to 1
neon = 1445 to 1
nitrogen = 694 to 1
oxygen = 857 to 1
xenon = 560 to 1
propane = 270 to 1
gasoline 37 to 1
CO =680 to 1
chlorine = 458 to 1
LPG = 600-1 (principally as propane/butane with small amounts of other
hydrocarbons)
Can't remember Ammonia but it is quite high, in the 800 range I think. Also
note, that some references may vary a bit but it is not critical. For
example, oxygen may be listed in one reference as 857 and in another
reference at 860.

Hope this helps.
Sharyn Baker
Instructor
Health and Safety Division
University of Colorado Health Sciences Center
Denver, Colorado
email: sharyn.baker@uchsc.edu


> ----------
> From: Dr. Linda A. Swihart
> Reply To: LABSAFETY-L Discussion List
> Sent: Wednesday, March 3, 1999 9:05 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: flam gas expansion ratios?
>
> Email reached me tonight from a State Hazardous Materials Response Team
> Coordinator asking how/where to quickly find expansion ratio information
> for various flammable gases. I don't have a quick answer for him and am
> hoping that someone here might have a reference off the top of your head.
>
> The expansion ratio for LPG seems to be commonly accepted as 270, i.e. 1
> volume of liquefied petroleum gas gets you 270 volumes of gas at standard
> T
> and P. can anyone here provide, or recommend where to look for,
> expansion
> rations for other flammable gas mixtures or relatively pure substances?
>
> I'm not sure if he truly just wants only flammable gases, but that's what
> the email says.
>
> I checked the Compressed Gas Association and can't find any free info
> specific to this question, although they do sell a Handbook of Compressed
> Gases which looks a little promising. Not much other web info that I
> can
> find on quick search. (And I am at home in my jammies or I might be
> tempted to make visit to the library.)
>
> And for my curiosity, does anyone know the approximate ratios of
> hydrocarbons in LP gas?
>
> Thanks,
> Linda
>
=========================================================================
Date: Thu, 4 Mar 1999 20:14:34 +1300
From: Tony Haggerty
Subject: Re: flam gas expansion ratios?
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Linda,

CHOs in Jammies gives a whole new dimension to this forum *grin*.
Sharyn has provided a pretty comprehensive list although I strongly disagree
with her 600:1 for LPG. The figure is closer to 270:1 and varies with the
composition. I too am at home but not quite to the jammies stage, but from
memory Butane is about 250:1 and Propane is about 290:1. A "commercial mix"
i.e.pretty much as extracted, in this neck of the woods is 60 Propane: 40
Butane plus odds and sods.

I think buried on my shelves in the office is a handbook of properties of
common gases which gives expansion ratios in a different form from which the
ratios of liquid to gas can be derived. It's a year or two since I referred
to it and I've moved offices since then. I'll look it up tomorrow and pass
on anything useful.

I'm 21 hrs ahead of the West Coast and 18 hours ahead of the East Coast (I
think) so when is tomorrow? In the Hitch Hikers Guide to the Galaxy the
answer was 42!!

Regards
Tony Haggerty
Haz Subs Adviser
NZ fire Service
=========================================================================
Date: Thu, 4 Mar 1999 07:23:26 EST
From: Labsafe@AOL.COM
Subject: Applicability of Compliance Directives
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In a message dated 99-03-03 12:22:44 EST, you write:

<< I went looking for the related compliance directive for the revised
standard
at www.osha.gov . The one from Nov 1990 (CPL 2-2.52)
( OSHA's formaldehyde standard enforcement procedures) talks about the
interface with the Lab Standard specifically, as the Lab Standard final rule
had been issued... Here it is, straight from OSHA:
******************************************
"The laboratory standard, 29 CFR 1910.1450, specifically does not apply to
formaldehyde use in histology, pathology, and human or animal anatomy
laboratories; however, if formaldehyde is used in other types of
laboratories which are covered by the laboratory standard the employer needs
to comply with 29 CFR 1910.1450 " >>

Hi NACHOs,

Keep in mind that since the Compliance Directive is not the regulation, but
rather only an interpretation, it would ultimately be the US Supreme Court
that would decide the meaning of the regulation. The regulation itself does
not speak to any distinction of applicability in histology, pathology, and
human or animal anatomy
laboratories.

One critical issue, within the regulation, would be whether it meets the
definition of a laboratory. This definition includes use of small quantities.
If large quantities are involved then perhaps it is not a "laboratory" any
more for purposes of regulatory coverage (irrespective of the sign on the
door). ... jim
=========================================================================
Date: Thu, 4 Mar 1999 07:23:28 EST
From: Labsafe@AOL.COM
Subject: NACHO Breakfast in Anaheim
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In a message dated 99-03-03 14:22:47 EST, you write:

<< Are we still on for a NACHO Breakfast Meeting, 7:00 a.m., on Monday
March 22nd? (..."in the restaurant of the hotel where the Council
Committee on Chemical Safety meets at 8:30 a.m. to noon"...) >>

Hi NACHOs,

I won't be attending and Pat Hamm won't be staying through Monday. So, we
need somone to volunteer to be the host/arranger/announcer (here) if there is
still going to be a breakfast. Any takers?

Our next gathering will likely be in Philadelphia in conjunction with the
LS&EM meeting the week of July 26th. The lab safety seminar is on Thursday,
July 29th and the CHO prep course is on Friday, July 30th. The NACHO
gathering would be either Wednesday or Thursday evening depending on what's
going on with the conference. I'll have to check with Frank. .... Jim



=========================================================================
Date: Thu, 4 Mar 1999 07:23:29 EST
From: Labsafe@AOL.COM
Subject: Re: Lab Standard - HAZCOM - Formaldehyde Standard
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In a message dated 99-03-03 14:40:35 EST, you write:

<< When we are using formaldehyde to decontaminate a Biological Safety Cabinet
inside one of our laboratories the HAZCOM Standard and the Formaldehyde
Standard apply.

It seems confusing but a simple analogy for me is if I am dissolving
something
in a beaker with alcohol the Lab Standard applies. If I am cleaning the
writing off the outside of a beaker with alcohol the HAZCOM standard
applies.
And if there was an Alcohol Standard sections of it would always apply. >>

Hi NACHOs,

It's not clear to me what the basis is for making this distinction.

Part of lab work is keeping the lab equipment clean (inside and out - although
in many labs they seem to have forgotten this ). Therefore, I still
believe that it is the lab standard that applies.

The exceptions, as noted in the standard, speak for themselves. Stay
routinely below the appropriate limits. If you can't, follow the substance
specific standard.

... Jim
=========================================================================
Date: Thu, 4 Mar 1999 07:23:24 EST
From: Labsafe@AOL.COM
Subject: Re: Lab Standard in Others' Labs
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In a message dated 99-03-03 10:42:26 EST, you write:

<< When I am on work-sponsered travel and visiting/working in a lab
not owned by my employer, I am covered by the lab standard and must
abide by MY chemical hygiene plan. >>

Hi NACHOs,

The issue of what to do in other's labs will depend in part on the other lab's
visitor policy. ... jim
=========================================================================
Date: Thu, 4 Mar 1999 07:40:53 EST
From: Labsafe@AOL.COM
Subject: Re: NACHO Meeting March 22nd in Anaheim
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In a message dated 99-03-03 16:19:02 EST, you write:

<< As I work only a few miles away, I would like information on activities for
NACHO members. I have not seen anything else besides this posting. >>


Hi NACHOs,

Sounds like Ray Campbell would be a great host. Hey Ray, what do you say!
... jim
=========================================================================
Date: Thu, 4 Mar 1999 09:52:58 -0500
From: Janeen LaPierre
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
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>>>>snip>>>>
If an company employee or contractor's employee is performing non-lab work
in a chemical lab, say electrical work on the hood, or ductwork for a new
hood in existing facilities, or plumbers putting in a new sink....

or the custodial staff sweeping and emptying wastebaskets?

What if this employee asks to see the chemical inventory (which the Lab
Standard does not require) or the MSDSs for everything (which the Lab
Standard does not require)?

To address Linda's questions:

Here at UNE, we train these folks in special sessions prior to the work beginning in a lab area. I point and wave to show them the hazards that I could not remove from the area. I show them the CHP and tell them the Chemical Inventory can be viewed on the computer. If there are any chems that could be a problem, they get the MSDS for the stuff. I require them to wear the PPE required for the area. All of our maintenance and housekeeping folks are trained in lab safety if they work in those areas. They all know who to see before starting work in a specified building or lab. Its communication that keeps alls these regs from falling down around our ears.


In my opinion, regardless of title or department, if you work in a lab you need lab safety training and you need to wear the PPE needed in the area when you enter. Does it matter if we call it Haz-Com or CHP? The same info needs to be disseminated to all workers in these hazardous areas. For what its worth, Janeen.

PS I will be giving a general lab safety training session at the Northern New England Chapter ERAPPA"s spring conference later this month. I will be speaking to this very issue of how to train Maintenance and housekeeper types who work in lab areas. I'm very excited about UNE's commitment to furthering this type of safety training. If you want more info, e-mail me directly.
*****************
Janeen Lapierre, CHO
College of Osteopathic Medicine
University of New England
11 Hills Beach Road
Biddeford, ME 04005

E-Mail: JLaPierre@MAILBOX.UNE.EDU
Phone: (207) 283-0170 ext 2446
Opinions are mine and not those of UNE.
=========================================================================
Date: Thu, 4 Mar 1999 10:09:03 -0500
From: "Thomas J. Shelley"
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
In-Reply-To: <3.0.5.32.19990303171219.00858960@postoffice.purdue.edu>
Mime-Version: 1.0

>...for example?
>
>If an company employee or contractor's employee is performing non-lab work
>in a chemical lab, say electrical work on the hood, or ductwork for a new
>hood in existing facilities, or plumbers putting in a new sink....
>
>or the custodial staff sweeping and emptying wastebaskets?
>
>What if this employee asks to see the chemical inventory (which the Lab
>Standard does not require) or the MSDSs for everything (which the Lab
>Standard does not require)?

Dear Colleagues--Technically, those who are normally Haz Com workers,
such as those folks Linda mentions above, should be trained under the Lab
Standard as well as the Haz Com Std. The feasibility of doing this, especially
at a large organization such as ours (11,500 staff), is overwhelming. We
have taken a middle road. I have prepared a separate (from regular Haz
Com training) training program for the staff of our technical shops called
"Lab Hazards for Non-Lab Workers" which is basically a Lab Standard
training for those who work in labs that aren't lab staff. Several hundred
plumbers, carpenters, electricians, control shop staff, masons, etc., who
work at Cornell have had this training. Our Care of Buildings department
(janitorial/custodial staff) has a separate training program that deals
with working in a lab environment which is presented to several hunderd
C of B staff over time. This is basically a specialized program similar to
my "Lab Hazards for Non-Lab Workers" training which is presented by
C of B in-house training staff. This type of training definitely pays off
as the increased worker awarness prevents accidents and incidents and
increases the overall safety of labs. The non-lab staff have contacted me
numerous times when they find unsafe conditions or practices, none of
which would have been reported by the lab staff themselves. (Imagine!!)
My $.02. Tom
*********************************************************

Tom Shelley, Chemical Hygiene Officer, Cornell University
Department of Environmental Health and Safety, 125 Humphreys Service Building,
Ithaca, NY 14853. (607) 255-4288 tjs1@cornell.edu

****************************DISCLAIMER********************
The comments and views expressed in this communication are strictly my own and
are not to be construed to officially represent those of my peers,
supervisors or
Cornell University.
=========================================================================
Date: Thu, 4 Mar 1999 10:26:20 -0500
From: Naomi Kelly
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
In-Reply-To: <3.0.5.32.19990303171219.00858960@postoffice.purdue.edu>
Mime-Version: 1.0

We require inventories and MSDSs in laboratories. It seems practical and
covers a lot of bases (i.e., emergency personnel know what is in the
laboratory before they enter if there is an inventory and requiring MSDSs
provides a uniform, practical way of ensuring the availability of "known
reference material" on the signs and symptoms of exposure, PELS, handling,
storage, and disposal of hazardous chemicals found in the laboratory...as
required in the Lab Standard.
It also covers you in many other situations, such as the one you described
here.


At 05:12 PM 3/3/99 -0500, you wrote:
>...for example?
>
>If an company employee or contractor's employee is performing non-lab work
>in a chemical lab, say electrical work on the hood, or ductwork for a new
>hood in existing facilities, or plumbers putting in a new sink....
>
>or the custodial staff sweeping and emptying wastebaskets?
>
>What if this employee asks to see the chemical inventory (which the Lab
>Standard does not require) or the MSDSs for everything (which the Lab
>Standard does not require)?
>
>Linda
=========================================================================
Date: Thu, 4 Mar 1999 11:28:33 -0500
From: Bill Schultz
Subject: Re[2]: My Chem Hygiene Plan vs Your Chem Hygiene Plan
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When dealing with contract employees you should specify in the contract who is
liable for the medical requirements of the Lab Standard. If you do not then
OSHA will hold both the controling employer and the contract employees employer
equally liable. OSHA doesn't care who provides the coverage as long as it is
provided. And the information concerning who and how the coverage is provided
must be provided to the contract employee at the time of initial assignment.

Workers comp is a totally different ballgame. It is not an OSHA issue but a
DOL issue which usually requires a legal determination to find out who is
responsible, with many different issues taken into consideration. However,
this can also be resolved by stating who is responsible for what in the
contract.

The logic for the Chem Hygiene Plan of the controlling employer being the
applicable one is based on the philosophy of the Lab Standard, each laboratory
is unique and therefore no one plan is valid everywhere. If this were not so
OSHA could have issued a Chemical Hygine Plan rather than requiring everyone
to write their own.

I have a problem with assuming employees are going to be exposed to undue
hazards because they are working under someone elses Chem Hygiene Plan. Unless
you have evidence to the contrary you should be able to assume that everyones
Chem Hygine Plan is as good for their work situation as yours is for your work
situation. This would not preclude employees who feel they get no satisfactory
resolution for safety issues brought up to the controlling employer from
reporting the situation to the contracting employer.

Keep in mind that there are comnpanies out there that supply contract employees
to laboratories just the way Manpower supplies contract employees to general
industry. These companies do not have laboratories, there sole function is to
supply contract employees, therefore they are not covered under the Lab
Standard.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Re: My Chem Hygiene Plan vs Your Chem Hygiene Plan
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/3/99 4:29 PM


Yes, but.....??

I expect that the contract employee's employer would still have some
liability if the host employer's program was deficient. Probably not at risk
of an OSHA citation, but if anyone were hurt, their employer takes the
worker's comp. "hit". Clearly, contractors and host employers H&S pros must
work together. Putting aside the law, it would be unethical to allow your
employees to be exposed to undue hazard just because it's not technically
your responsibility.

Shared responsibility is just plain ethical. Okay so I'm na飗e....

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com
=========================================================================
Date: Thu, 4 Mar 1999 12:28:42 -0500
From: Bill Schultz
Subject: Re[2]: My Chem Hygiene Plan vs Your Chem Hygiene Plan
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The prime contractor is the only one doing lab work and therefore would be the
only one required to have a CHP.


Bill Schultz

______________________________ Reply Separator _________________________________
Subject: Re: My Chem Hygiene Plan vs Your Chem Hygiene Plan
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/3/99 2:47 PM


Just a question...If the sub contractor owns the building (but doesn't do
lab work) & the prime contractor is leasing space from the sub contractor
for doing lab work, whose CHP?

Thanks!

Helen


-----Original Message-----
From: Bill Schultz [SMTP:william_schultz@DETRICK.ARMY.MIL]
Sent: Wednesday, March 03, 1999 2:16 PM
To: LABSAFETY-L@SIU.EDU
Subject:My Chem Hygiene Plan vs Your Chem Hygiene Plan

We have many contract employees and visiting scientists at our
institute. I
questioned OSHA about the status of these people and the Lab
Standard. The
response that I received was that we are the controlling employer
and therefore
all work is to be performed under the requirements of our chemical
hygiene
plan.

This interpretation is no different that that of a sub contractor
working for a
general contractor at a construction sight. In that situation the
general
contractor is the controlling employer and the employees of the sub
contratctor
must comply with the HAZCOM program of the general contractor.

Bill Schultz
=========================================================================
Date: Thu, 4 Mar 1999 10:24:39 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Re: NACHO Breakfast in Anaheim
Comments: cc: trobertson@csubak.edu
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LABSAFETY-L@siu.edu,.internet writes:
><< Are we still on for a NACHO Breakfast Meeting, 7:00 a.m., on Monday
> March 22nd? (..."in the restaurant of the hotel where the Council
> Committee on Chemical Safety meets at 8:30 a.m. to noon"...) >>

>Hi NACHOs,

>I won't be attending and Pat Hamm won't be staying through Monday. So,
>we
>need somone to volunteer to be the host/arranger/announcer (here) if
>there is
>still going to be a breakfast. Any takers?

The Monday was only a suggestion from a month or more ago. Would
Sunday before the certification exam be better? I think so, and then I
won't stay through Monday either!

Teresa Robertson, CCHO
CSUB
=========================================================================
Date: Thu, 4 Mar 1999 13:43:44 -0600
Reply-To: "swiki@bihs.net"
From: Swiki Anderson
Subject: Re: Containment vs Dilution and Some Humor!
MIME-Version: 1.0
Content-Transfer-Encoding: 7bit

Melonee,

Thanks for the note. It was a pick up for me today for several reasons.
First, I am an worn-out old upper middle aged male and when my wife saw
the Ms. her comments was, "Wow, I am not going to claim you for the female
species! Not under any circumstances!! Your are to old and ugly."
Needless to say the name "Swiki" which is my real name (my father gave it
to me because he wanted his children to have unusual names) has been the
point of initiation for a many a conversation. Seems Dad was working with
a guy that had a pet crow with a name similar to Swiki and, like all the
Andersons, he spelled it wrong, pronounced it wrong and I got stuck with
it. Being named after a dadgum bird is not the worst thing however. They
put me in a girls PE class when I went to Jr. High and then wouldn't let me
stay when they found out I was male. Considering what some of my students
sometimes named me, well, Swiki is not to bad!

Regarding defending myself, I like a good argument and I have not taken
offense at what was published. Because I feel very strongly about the
problems in the laboratory work place and the impact of improper
ventilation as a frequent cause of the problem, I do hope that I can
enlighten others. I have seen some suffering needlessly caused because of
lack of support and change when thing were not correct. I always learn
when I am called upon to defend my ideas and to me, debate, especially when
technical centered is educational. Moreover, if I can't prove my ideas
with reproducible data, I ought to be questioned. I think that this is one
of the things that Jim had in mind when he and the rest of the folks set
this up and I have really enjoyed and benefited from most of what I have
seen on this site. It is working as it should and I am confident that if I
need an answer to questions I have, I have in excess of 600 sharp minds
available to help me.

I do appreciate your consideration and concern, however. And I thank you
for your comments.

Swiki Anderson

----Original Message-----
From: Melonee Cruse [SMTP:mcruse@BUNNY.CHAFFEY.CC.CA.US]
Sent: Wednesday, March 03, 1999 1:36 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Containment vs Dilution

Whew! That was more than a mouthful from Ms Anderson, but boy did I
learn a lot. Thanks for that insightful discussion. It is a pity that
you had to defend yourself because someone took your tone the wrong way.
Please LabSafety folks lets try to be less defensive or offensive. Take
it with a grain of salt and not as a personal or professional attack. If
you feel someone has the wrong tone or is offensive - address them
personally. The rest of us could do with out the "bickering"!

Just a thought (not an attack!)

Melonee Cruse
Chaffey Community College
Rancho Cucamonga, California
mcruse@chaffey.cc.ca.us
=========================================================================
Date: Thu, 4 Mar 1999 11:57:44 -0800
From: Melonee Cruse
Organization: Chaffey College
Subject: OSHA Training
MIME-version: 1.0
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Greeting Lab Safety Professionals:

Is anyone familiar with the OSHA Training Institute? These are Education
Centers that offer OSHA training courses designed by OSHA. I am
interested in taking the "Trainer Course in Occupational Safety and
Health Standards for General Industry". This course will make me an
"Outreach Trainer" and anyone trained by me in a 10- or 30 hour general
industry course will receive a card (verifying completion) from the
Department of Labor.

I will not be an OSHA trainer but I will be an authorized OSHA General
Industry Outreach Program Trainer.

Anyone taken this course?


Melonee Cruse
Chaffey College
Environmental Technology Program Coordinator
mcruse@chaffey.cc.ca.us
=========================================================================
Date: Thu, 4 Mar 1999 15:32:21 -0500
From: "Bondanza, Donna"
Subject: Re: OSHA Training
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Greeting Lab Safety Professionals:

Is anyone familiar with the OSHA Training Institute? These
are Education Centers that offer OSHA training courses designed by OSHA. I
am interested in taking the "Trainer Course in Occupational Safety and
Health Standards for General Industry". This course will make me an
"Outreach Trainer" and anyone trained by me in a 10- or 30 hour general
industry course will receive a card (verifying completion) from the
Department of Labor.

I will not be an OSHA trainer but I will be an authorized
OSHA General
Industry Outreach Program Trainer.

Anyone taken this course?


Melonee,

I have taken the Outreach Trainer course and found it very useful. I used
it as a means to become familiar with the OSHA standards. I took home a lot
of reference material and many contacts. I'm not sure whether or not it
would be sufficient as your only exposure to the standards for general
instruction. I felt that I would need more if I was to go out and train,
however, for the scientists at my company, it was enough to conduct safety
training.

The big missing point in the class was no exposure to the Lab Standard!
This was why I needed more course work. They are training for general
industry not laboratories. HazCom was covered. I can give you more
specific info if you want it.

As means of an introduction, I am a pharmaceutical chemist for a drug
delivery company called NanoSystems(tm), which is a division of Elan
Pharmaceutical Technologies. I have been interested in Safety for several
years and my company has encouraged and supported my training. Besides my
formulation duties I am an active member of our Safety Committee and our
Spill Response Team (HazWoper). I also coordinate and conduct our monthly
safety sessions.

Donna M. Bondanza
610-313-5139
bondanzad@nanosys.com
=========================================================================
Date: Thu, 4 Mar 1999 15:42:44 -0500
From: "Dr. Linda A. Swihart"
Subject: Re: OSHA Training
In-Reply-To: <36DEE5B8.10E15584@chaffey.cc.ca.us>
Mime-Version: 1.0

Melonee wrote:
>Is anyone familiar with the OSHA Training Institute? These are Education
>Centers that offer OSHA training courses designed by OSHA.

I have not, but for the information of anyone interested, the OSHA Training
Institute Education Centers web site is at
http://www.osha-slc.gov/Training_toc/ted_out.html

Linda
=========================================================================
Date: Thu, 4 Mar 1999 15:38:10 -0500
From: Bill Schultz
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

My interpretation on this:

The HAZCOM Standard does not require a chemical inventory. The word inventory
does not exist in the regulation. The regulation does require a listing of
chemicals present in the work place. There is not even a requirement to list
the work areas where the chemicals are present.

The Lab Standard does not require a listing of chemicals.

The HAZCOM standard applies to any chemical which is known to be present in the
workplace in such a manner that employees may be exposed under normal
conditions of use or in a foreseeable emergency.

If your laboratory chemicals are kept in closed containers there should be no
exposure of non laboratory employees such as custodial staff under normal
conditions of use since they do not use the chemicals. When maintenance
personnel are performing repairs or preventive maintenance functions in a
laboratory no procedures should be performed that could expose them to
chemicals. By following these two simple steps the chemicals in the laboratory
are excluded from the HAZCOM standard and therefore a list of them need not be
maintained.

If the chemicals in the laboratory are not being used and are properly stored
(in closed/sealed containers) there should be no need for PPE for the above
mentioned employees.

This does not relieve you of the responsibility to train the above mentioned
employees of the hazards of the chemicals that they may routinely use in the
performance of their custodial or maintenance procedures or PPE required for
use of these chemicals.

Under HAZCOM these employees do need training to the extent necessary to
protect them in the event of a spill or leak of a hazardous chemical present in
the area (I once had a plumber knock a bottle of formaldehyde to the floor
while working in a laboratory). That is simple to do by instituting a policy
that in the event of a spill or leak of a chemical from a container or an
unknown odor in an area where chemicals are present the employee will
immediately leave the area and contact safety personnel.

I consider the situation of the above mentioned employees similar to that of
employees who work in a warehouse full of hazardous chemicals where the
employees only handle chemicals in sealed containers which are not opened under
normal conditions of use. Under these conditions paragraph (h)(2)(iii) of the
regulation does not apply. In other words the employee does not have to be
informed of the location and availability of the written hazard communication
program, including the required list(s) of hazardous chemicals, and material
safety data sheets required by this section.

This does not remove the responsibility for MSDSs' for the chemicals that the
custodial of maintenance personnel would use in performing their duties. This
only relieves the responsibility for providing MSDSs' for the chemicals stored
in the laboratory where they are performing their duties.

Thanks for the stimulation.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: CHP/HC -- What about the electrician fixing the hood?
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/3/99 5:12 PM


..for example?

If an company employee or contractor's employee is performing non-lab work
in a chemical lab, say electrical work on the hood, or ductwork for a new
hood in existing facilities, or plumbers putting in a new sink....

or the custodial staff sweeping and emptying wastebaskets?

What if this employee asks to see the chemical inventory (which the Lab
Standard does not require) or the MSDSs for everything (which the Lab
Standard does not require)?

Linda
=========================================================================
Date: Thu, 4 Mar 1999 15:59:28 -0500
From: Sharon Reed
Subject: Re: Lab Standard v. Haz Com Standard
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

Hmmm. My luck is that, being a research division at a manufacturing facility,
my labs fall under both standards pretty much all the time, because of the
constant commerce between the union people and lab people. We need to develop
methods and processes used on the shop floor and therefore keep all MSDSs on
hand and available at all times, while maintaining a strong chemical hygiene
plan for our work. About the only hazcom requirement we don't follow is
training every individual chemist on every individual MSDS, which they have do
to in the manufacturing departments. Thank God I don't have to do that!!!

We have found that, in having the MSDSs available, they have become invaluable
tools for information when designing new methods and processes, so it has
actually been a positive thing for us to follow both standards.
=========================================================================
Date: Thu, 4 Mar 1999 14:00:11 -0700
Reply-To: terrie@cc.usu.edu
From: Terrie Wierenga
Organization: USDA-ARS PPRL
Subject: Re: OSHA Training
MIME-version: 1.0
Content-type: text/plain; charset=us-ascii
Content-transfer-encoding: 7bit

Melonee:

I took the General Industry course (course 501) offered by the Rocky
Mountain OSHA Outreach Education Center just this last January. I found
it very worthwhile, although it did focus mainly on 1910.1200 issues.
Not much was said about 1910.1450 unless we two lab people asked a
question. They do pack a lot of information into the course hours and
send you home with one HUGE notebook of info plus a recent edition of
the 1910 standard. One of the lab exercises was to actually look in the
standard for specific references dealing with things such as working
surfaces, eyewash inspections, etc. I think it does help to have some
experience with safety issues before you take the course. I've been
CDSO for our three research units for 7 years now. If nothing else, the
course gives you definitions for the many safety terms so that at least
you're talking the same language with the regulators.

Hope this helps!
Terrie

****
Terrie Wierenga, CDSO, LRPO
USDA-ARS Poisonous Plant Research Laboratory
1150 East 1400 North
Logan, UT 84341

v: 435-752-2941
f: 435-753-5681
e: terrie@cc.usu.edu
=========================================================================
Date: Thu, 4 Mar 1999 14:32:13 -0700
From: "Helen B. Gerhard"
Subject: Re: Lab Standard v. Haz Com Standard
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Same here...it's really not that difficult to have both.

Thanks!

Helen


-----Original Message-----
From: Sharon Reed [SMTP:Sharon_Reed@PALL.COM]
Sent: Thursday, March 04, 1999 1:59 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Lab Standard v. Haz Com Standard

Hmmm. My luck is that, being a research division at a manufacturing
facility,
my labs fall under both standards pretty much all the time, because
of the
constant commerce between the union people and lab people. We need
to develop
methods and processes used on the shop floor and therefore keep all
MSDSs on
hand and available at all times, while maintaining a strong chemical
hygiene
plan for our work. About the only hazcom requirement we don't
follow is
training every individual chemist on every individual MSDS, which
they have do
to in the manufacturing departments. Thank God I don't have to do
that!!!

We have found that, in having the MSDSs available, they have become
invaluable
tools for information when designing new methods and processes, so
it has
actually been a positive thing for us to follow both standards.
=========================================================================
Date: Thu, 4 Mar 1999 14:17:20 -0700
From: "Greene, Ben"
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

My interpretation is that if there are no hazardous chemicals that the
electrician could be exposed to (and I believe this can be accomplished
by either removal or control), the lab standard by definition does not
apply. If the fume hood has hazardous chemicals in containers in it or
contains residues of hazardous chemicals in it that the electrician
could be exposed to, the lab standard applies. Unless you eliminate the
hazard (remove the containers, decontaminate the hood), the lab standard
applies. But is it practical to remove all chemicals from the entire
lab? Not. Even if the lights are mounted in such a way that the
interior of the hood need not be accessed, I would think it nearly
impossible to eliminate all of the other hazards in the lab. The
electrician would have to know where tools/boxes cannot be placed; such
as potentially the interior of the hood, and know that inadvertent
breaking into ductwork, which may also contain hazardous chemicals in
residues, could result in exposure. Same with sweeping the floor. Does
the person cleaning the floor know there is potential for contamination;
is the same mop and bucket used in a chem lab used in general hallway or
office areas; is the mop and bucket cleaned appropriately? Does the
person emptying the garbage know that the empty triple rinsed reagent
bottles or sample containers may contain residual contamination? I
agree with a previous response that lab standard training geared toward
maintenance folks is beneficial and I believe required in this kind of
situation.

My interpretation.

Ben
> ----------
> From: Bill Schultz[SMTP:william_schultz@DETRICK.ARMY.MIL]
> Reply To: LABSAFETY-L Discussion List
> Sent: Thursday, March 04, 1999 1:38 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: CHP/HC -- What about the electrician fixing the
> hood?
>
> My interpretation on this:
>
> The HAZCOM Standard does not require a chemical inventory. The word
> inventory
> does not exist in the regulation. The regulation does require a
> listing of
> chemicals present in the work place. There is not even a requirement
> to list
> the work areas where the chemicals are present.
>
> The Lab Standard does not require a listing of chemicals.
>
> The HAZCOM standard applies to any chemical which is known to be
> present in the
> workplace in such a manner that employees may be exposed under normal
> conditions of use or in a foreseeable emergency.
>
> If your laboratory chemicals are kept in closed containers there
> should be no
> exposure of non laboratory employees such as custodial staff under
> normal
> conditions of use since they do not use the chemicals. When
> maintenance
> personnel are performing repairs or preventive maintenance functions
> in a
> laboratory no procedures should be performed that could expose them
> to
> chemicals. By following these two simple steps the chemicals in the
> laboratory
> are excluded from the HAZCOM standard and therefore a list of them
> need not be
> maintained.
>
> If the chemicals in the laboratory are not being used and are
> properly stored
> (in closed/sealed containers) there should be no need for PPE for
> the above
> mentioned employees.
>
> This does not relieve you of the responsibility to train the above
> mentioned
> employees of the hazards of the chemicals that they may routinely use
> in the
> performance of their custodial or maintenance procedures or PPE
> required for
> use of these chemicals.
>
> Under HAZCOM these employees do need training to the extent necessary
> to
> protect them in the event of a spill or leak of a hazardous chemical
> present in
> the area (I once had a plumber knock a bottle of formaldehyde to the
> floor
> while working in a laboratory). That is simple to do by instituting
> a policy
> that in the event of a spill or leak of a chemical from a container
> or an
> unknown odor in an area where chemicals are present the employee will
> immediately leave the area and contact safety personnel.
>
> I consider the situation of the above mentioned employees similar to
> that of
> employees who work in a warehouse full of hazardous chemicals where
> the
> employees only handle chemicals in sealed containers which are not
> opened under
> normal conditions of use. Under these conditions paragraph
> (h)(2)(iii) of the
> regulation does not apply. In other words the employee does not have
> to be
> informed of the location and availability of the written hazard
> communication
> program, including the required list(s) of hazardous chemicals, and
> material
> safety data sheets required by this section.
>
> This does not remove the responsibility for MSDSs' for the chemicals
> that the
> custodial of maintenance personnel would use in performing their
> duties. This
> only relieves the responsibility for providing MSDSs' for the
> chemicals stored
> in the laboratory where they are performing their duties.
>
> Thanks for the stimulation.
>
> Bill Schultz
> ______________________________ Reply Separator
> _________________________________
> Subject: CHP/HC -- What about the electrician fixing the hood?
> Author: LABSAFETY-L Discussion List at
> Internet-Mail
> Date: 3/3/99 5:12 PM
> ..for example?
>
> If an company employee or contractor's employee is performing non-lab
> work
> in a chemical lab, say electrical work on the hood, or ductwork for a
> new
> hood in existing facilities, or plumbers putting in a new sink....
>
> or the custodial staff sweeping and emptying wastebaskets?
>
> What if this employee asks to see the chemical inventory (which the
> Lab
> Standard does not require) or the MSDSs for everything (which the Lab
> Standard does not require)?
>
> Linda
>
=========================================================================
Date: Fri, 5 Mar 1999 11:34:15 +1300
From: Tony Haggerty
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Linda/Sharyn
Further Info on gas expansion ratios.

I have a book called Properties of Technical gases produced by Liquid Gas
Equipment Ltd, Edinburgh, Scotland. They use a property called the
Condensing Ratio which gives the volume of liquid condensed in cubic
decimetres (litres) per cubic metre of gas (1000 litres) at NTP.

Not all of the gases Sharyn quoted are in this book but there are others for
future reference. Whilst some agree with her figures, others are vastly
different.

LPG I quoted yesterday as ~270:1 and this is confirmed. Methane I have as
1244:1 which is approximately twice your figure

You or Sharyn may wish to continue this discussion off forum

Regards
Tony Haggerty
techton@ihug.co.nz
=========================================================================
Date: Thu, 4 Mar 1999 16:04:02 -0600
From: EH&S Compliance
Subject: Re: CHP/HC -- What about the electrician fixing the hood?

The list requirement is not OSHA's HazCom. It is EPA's SARA Right-to-Know
under 40 CFR 370.
"40 CFR 370.20(a)
(a) General. The requirements of this subpart apply to any facility
that is required to prepare or have available a material safety data sheet
(MSDS) for a hazardous chemical under the Occupational Safety and Health
Act of 1970 and regulations promulgated under that Act."

As far as the warehouse stuff:
"29 CFR 1910.1200(b)
(4) In work operations where employees only handle chemicals in sealed
containers which are not opened under normal conditions of use (such as are
found in marine cargo handling, warehousing, or retail sales), this section
applies to these operations only as follows:
(i) Employers shall ensure that labels on incoming containers of hazardous
chemicals are not removed or defaced;
(ii) Employers shall maintain copies of any material safety data sheets
that are received with incoming shipments of the sealed containers of
hazardous chemicals, shall obtain a material safety data sheet as soon as
possible for sealed containers of hazardous chemicals received without a
material safety data sheet if an employee requests the material safety data
sheet, and shall ensure that the material safety data sheets are readily
accessible during each work shift to employees when they are in their work
area(s); and,
(iii) Employers shall ensure that employees are provided with information
and training in accordance with paragraph (h) of this section (except for
the location and availability of the written hazard communication program
under paragraph (h)(2)(iii) of this section), to the extent necessary to
protect them in the event of a spill or leak of a hazardous chemical from a
sealed container."

"29 CFR 1910.1200(c)
Definitions.
Use means to package, handle, react, emit, extract, generate as a
byproduct, or transfer.
Work area means a room or defined space in a workplace where hazardous
chemicals are produced or used, and where employees are present.
Workplace means an establishment, job site, or project, at one geographical
location containing one or more work areas."

The warehouse exemption appears very shaky ground to me. I would not trust
the it to apply in this case. Notice they use examples of operations where
the chemicals are never opened at that place of business. Your lab
chemicals are not 'sealed'. Under normal conditions of use they are used in
the lab, maybe not by the janitors, but they are used. Now we do not train
our employees under haz com on all the individual chemicals on site, but on
haz com in general, on msds, labels, and on the chemicals they will be
working with. We do have the msds on site, and a program in place.

Now at least the standard for labs state 'employers' not lab employees
engaged in the lab use of haz chemicals.
"29 CFR 1910.1450(a)(1)
(1) This section shall apply to all employers engaged in the laboratory use
of hazardous chemicals as defined below."

however
"29 CFR 1910.1450(a)
(3) This section shall not apply to:
(i) Uses of hazardous chemicals which do not meet the definition of
laboratory use, and in such cases, the employer shall comply with the
relevant standard in 29 CFR part 1910, subpart Z, even if such use occurs
in a laboratory."

So I would think if I have any employee who is in a lab and around
chemicals that are used as lab chemicals then the lab standard applies. If
they use janitorial supplies or paint or epoxies for the repair of the
building, etc. and it doesn't fit the definition of laboratory use then haz
com applies to those chemicals. However, I am not as well versed in the
application of the lab standard vs haz com as some of the other list
members are and I have seen some excellent replies to this issue.

"29 CFR 1910.1450(b)
(b) Definitions-
Laboratory use of hazardous chemicals means handling or use of such
chemicals in which all of the following conditions are met:
(i) Chemical manipulations are carried out on a "laboratory scale;"
(ii) Multiple chemical procedures or chemicals are used;
(iii) The procedures involved are not part of a production process, nor in
any way simulate a production process; and
(iv) "Protective laboratory practices and equipment" are available and in
common use to minimize the potential for employee exposure to hazardous
chemicals.
Employee means an individual employed in a laboratory workplace who may be
exposed to hazardous chemicals in the course of his or her assignments."

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Bill Schultz [SMTP:william_schultz@DETRICK.ARMY.MIL]
Sent: Thursday, March 04, 1999 2:38 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: CHP/HC -- What about the electrician fixing the hood?

My interpretation on this:

The HAZCOM Standard does not require a chemical inventory. The word
inventory
does not exist in the regulation. The regulation does require a listing
of
chemicals present in the work place. There is not even a requirement to
list
the work areas where the chemicals are present.

The Lab Standard does not require a listing of chemicals.

The HAZCOM standard applies to any chemical which is known to be present
in the
workplace in such a manner that employees may be exposed under normal
conditions of use or in a foreseeable emergency.

If your laboratory chemicals are kept in closed containers there should be
no
exposure of non laboratory employees such as custodial staff under normal
conditions of use since they do not use the chemicals. When maintenance
personnel are performing repairs or preventive maintenance functions in a
laboratory no procedures should be performed that could expose them to
chemicals. By following these two simple steps the chemicals in the
laboratory
are excluded from the HAZCOM standard and therefore a list of them need
not be
maintained.

If the chemicals in the laboratory are not being used and are properly
stored
(in closed/sealed containers) there should be no need for PPE for the
above
mentioned employees.

This does not relieve you of the responsibility to train the above
mentioned
employees of the hazards of the chemicals that they may routinely use in
the
performance of their custodial or maintenance procedures or PPE required
for
use of these chemicals.

Under HAZCOM these employees do need training to the extent necessary to
protect them in the event of a spill or leak of a hazardous chemical
present in
the area (I once had a plumber knock a bottle of formaldehyde to the floor
while working in a laboratory). That is simple to do by instituting a
policy
that in the event of a spill or leak of a chemical from a container or an
unknown odor in an area where chemicals are present the employee will
immediately leave the area and contact safety personnel.

I consider the situation of the above mentioned employees similar to that
of
employees who work in a warehouse full of hazardous chemicals where the
employees only handle chemicals in sealed containers which are not opened
under
normal conditions of use. Under these conditions paragraph (h)(2)(iii) of
the
regulation does not apply. In other words the employee does not have to be
informed of the location and availability of the written hazard
communication
program, including the required list(s) of hazardous chemicals, and
material
safety data sheets required by this section.

This does not remove the responsibility for MSDSs' for the chemicals that
the
custodial of maintenance personnel would use in performing their duties.
This
only relieves the responsibility for providing MSDSs' for the chemicals
stored
in the laboratory where they are performing their duties.

Thanks for the stimulation.

Bill Schultz


______________________________ Reply Separator _________________________
________
Subject: CHP/HC -- What about the electrician fixing the hood?
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/3/99 5:12 PM


.for example?

If an company employee or contractor's employee is performing non-lab work
in a chemical lab, say electrical work on the hood, or ductwork for a new
hood in existing facilities, or plumbers putting in a new sink....

or the custodial staff sweeping and emptying wastebaskets?

What if this employee asks to see the chemical inventory (which the Lab
Standard does not require) or the MSDSs for everything (which the Lab
Standard does not require)?

Linda


=========================================================================
Date: Thu, 4 Mar 1999 16:04:44 -0700
From: Sharyn Bake
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
Content-Type: text/plain

Hi Tony,

I have never seen of your reference but then, it appears you live in New
Zealand. However, I will stand corrected, if necessary. I was writing from
memory last night well past bedtime and I may have erred in some of the gas
expansion ratios. Others can look at their references and decide who is
correct.

In any case, it is not terribly significant when one is talking about
expansion ratios if one knows that all of these gases can create hazards
some distance from a spill. In addition to other information, of course, one
would want instruments which measured the LFL for the flammable gases and
O2 sensing equipment. For example, if one was approaching within 20% of the
LFL , one would be prudent to get the h--- out of the area.

When one is concerned about population exposure, prudence and general
guidelines published here in the states usually should be invoked to remove
people at risk from the area. These generic guidelines are found in the U.S.
DOT Emergency Response Guidebook and in other publications. These guidelines
are founded in part on a number of tragic accidents in the U.S. in years
past where the concept of expansion ratio was ignored or perhaps not even
understood at the time of the accident.

In other words, it is more the principle of high expansion ratios that one
needs to know about and teach. The exact ratio is not necessary to know for
emergency response efforts. so, weather it is 270 for LPG or what I wrote is
not really the issue. The area must be evacuated and all ignition sources
removed or prevented, if possible.

Sharyn Baker
just my opinion

> ----------
> From: Tony Haggerty
> Reply To: LABSAFETY-L Discussion List
> Sent: Thursday, March 4, 1999 3:34 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flam gas expansion ratios?
>
> Linda/Sharyn
> Further Info on gas expansion ratios.
>
> I have a book called Properties of Technical gases produced by Liquid Gas
> Equipment Ltd, Edinburgh, Scotland. They use a property called the
> Condensing Ratio which gives the volume of liquid condensed in cubic
> decimetres (litres) per cubic metre of gas (1000 litres) at NTP.
>
> Not all of the gases Sharyn quoted are in this book but there are others
> for
> future reference. Whilst some agree with her figures, others are vastly
> different.
>
> LPG I quoted yesterday as ~270:1 and this is confirmed. Methane I have as
> 1244:1 which is approximately twice your figure
>
> You or Sharyn may wish to continue this discussion off forum
>
> Regards
> Tony Haggerty
> techton@ihug.co.nz
>
=========================================================================
Date: Thu, 4 Mar 1999 17:56:34 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Fw: Freedom of Information Act Request
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We received this request from Dan Cronin of the American Bureau of Shipping.
They are searching for auto-ignition temps for the list of compounds below.
This is a bit our of our area... can anyone direct them to a good source?
Thanks

Marc Neuffer
SafetyInfo.Com
( I have truncated his original MSG)
-----Original Message-----
From: Daniel Cronin


The chemicals for which we need the auto-ignition temperature are listed
below. These names are taken from The International Code for the
Construction and Equipment of Ships Carrying Dangerous Chemicals in Bulk
(IBC Code) which is published by the International Maritime Organization.
We greatly appreciate your assistance in this matter

Alkyl(C3-C4) Benzenes
Alkanes(C6-C9)
Alkyl acrylate-vinylpyridine copolymer in toluene
n-Butyl propionate
m-Chlorotoluene
o-Chlorotoluene
Cycloheptane
2-Ethoxyethyl acetate
Ethyl amyl ketone
Ethyl 3-ethoxypropionate
Ethylcyclohexane
Ethylene glycol monoalkyl ethers
Heptanol (all isomers) (q)
Hexyl acetate
Long-chain polyetheramine in aromatic solvent
Methyl butyrate
Methyl heptyl ketone
2-Methyl-2-hydroxy-3-butyne
Methylcyclohexane
Nitropropane (60%)/Nitroethane (40%) mixture
Nonene (all isomers)
Noxious liquid, F.,(10), n.o.s., S.T. 3, Cat. A
Noxious liquid, F.,(16), n.o.s., S.T. 3, Cat. C
Olefin mixtures (C5-C7)
1,3-Pentadiene
n-Pentyl propionate
alpha-Pinene
Polyalkyl (C18-C22) acrylate in xylene
Polyolefinamine in alkyl (C2-C4) benzenes
Polyolefinamine in aromatic solvent
n-Propyl chloride
Propylbenzene (all isomers)
Propylene dimer
Propylene trimer
1,3,5-Trioxane
Best Regards,
Dan Cronin
American Bureau of Shipping
>
=========================================================================
Date: Fri, 5 Mar 1999 16:47:44 +1300
From: Tony Haggerty
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Sharyn
I sort of agree. For practical purposes, yep get the hell out. It was just
that two of your figures were out by a factor of 2. One up and one down
which can become significant.
Don't be confused by the fact that I'm in New Zealand, the source I quoted
came from Edinburgh in Scotland. I'm also familiar with the US DOT ERG
Book. Did you know you can download it from the Canutec site?
I was curious about your sources and wondered if I'd miscalculated but LPG
was the give away. Its been quoted as 270:1 for at least 25 years.
I'll try to post some more detail but it's Friday and I have to deliver Haz
Mat training to Gold miners next week so it may be later rather than sooner.
Cheers
Tony
=========================================================================
Date: Fri, 5 Mar 1999 08:13:30 -0500
From: Bill Schultz
Subject: Re[2]: CHP/HC -- What about the electrician fixing the hood?
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

1910.1450 (a)(3)(i) states that this section shall not apply to uses of
hazardous chemicals which do not meet the definition of laboratory use.

In the case of an electrician fixing a hood it is not necessary to even read
the definition of laboratory use since the electrician is not using chemicals.

I agree that the cabinet has to be made safe for the electrician to work in but
that is an issue that is seperate from the Lab Standard. There may be many
standards, and if nothing specific applies there is always the general duty
clause, that OSHA could cite you for if the work was not performed safetly or
in a safe environment but I don't believe the Lab Standard is one of them.

What you are doing with the electrician is saying that the minute he walks into
a laboratory he/she leaves the HAZCOM Standard behind and assumes the Lab
Standard. Would anyone assume that under the HAZCOM Standard, at a time before
the Lab Standard was written, that when an electrician walked into a laboratory
he/she left all the requirements of the HAZCOM Standard behind except for
sections (3)(i)(ii)(iii) and (iv), the only sections of the HAZCOM Standard
that applies to laboratories.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/4/99 2:17 PM
=========================================================================
Date: Fri, 5 Mar 1999 09:01:58 -0500
From: Bill Schultz
Subject: Re[2]: CHP/HC -- What about the electrician fixing the hood?
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Thee list requirement is not OSHA's HazCom. It is EPA's SARA Right-to-Know
under 40 CFR 370.
"40 CFR 370.20(a)
(a) General. The requirements of this subpart apply to any facility
that is required to prepare or have available a material safety data sheet
(MSDS) for a hazardous chemical under the Occupational Safety and Health
Act of 1970 and regulations promulgated under that Act."


The list is an OSHA requirement. Inventory reporting is an EPA requirement.

It is questionable as to whether or not a laboraotry falls under this regualtion
based on the above cite. Under the Lab Standard we are not required to have
available a material safety data sheet for hazardous chemicals. The wording in
the regulation is, "Employers shall maintain any material safety data sheets
that are received with incoming shipments of hazardous chemicals, and ensure
that they are readily accessible to laboratory employees." Regardless of what
good practice is the regulation does state that I must obtain an MSDS if did not
arrive with the shipment.

But beyond semantics there are two other exceptions to Subpart B-Reporting
Requirements. 370.25 Inventory reporting states that I must supply an inventory
report to certain agencies on hazardous chemicals present above the established
threshold levels. If you do not have chemicals above the threshold level then
you do not have to submit an inventory report. If you do not have to submit a
report then why would you have to inventory? Keep in mind the section you quote
is "Reporting Requirements" not "Inventory Requirements". There are over 2500
individual chemicals at our institute and I can tell you without an inventory
that we have no chemcials in quantities large enough to require reporting.

The second exception is that any substance used in a research laboratory is
exempt from the reporting requirements of Title III of the Superfund Amendments
and Reauthorization Act (SARA) of 1986, Section 312, Public Law 99-499. The
exemption is listed under Section 311(e) of Title III. Since our laboratory is
a research laboratory we are exempt.

I am not arguing the pros' or cons' of inventories. There are many situations
where an inventory is beneficial regardless of what the regulations say. But
there are also many situations where an inventory has no real benefit and in
this situation one should not be maintained because a regulation that does not
apply requires one.

Bill Schultz
=========================================================================
Date: Fri, 5 Mar 1999 09:53:37 -0500
From: "Warren C. Pinches"
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?
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I concur. As I recall the genesis of the Lab Standard, it was created
because in a lab environment that uses many chemicals, many of them only
fleetingly, Hazcom was considered too inflexible. The Lab Standard was
intended to relax some of the restrictions of Hazcom. This was considered
an acceptable trade-off because lab personnel were presumed to be
technically knowledgeable about chemicals and able to research chemical
information on their own. Saying the Lab Standard applies to tradespeople
seems to give them less, not more protection.

I have read many CHPs; most contain general hazard information that
parallels Hazcom, and then go on to discuss how to do lab procedures and
*use* chemicals safely. There often isn't much in a CHP that would be
useful to tradespeople. Mostly what they need to know in a lab is straight
out of Hazcom -- how to recognize unexpected chemicals releases (generally
spills), and what to do about it (a speedy exit).

Warren C. Pinches



Bill Schultz on 03/05/99 08:13:30 AM

Please respond to LABSAFETY-L Discussion List

To: LABSAFETY-L@SIU.EDU
cc: (bcc: Warren Pinches)
Subject: Re[2]: CHP/HC -- What about the electrician fixing the hood?

1910.1450 (a)(3)(i) states that this section shall not apply to uses of
hazardous chemicals which do not meet the definition of laboratory use.

In the case of an electrician fixing a hood it is not necessary to even
read
the definition of laboratory use since the electrician is not using
chemicals.

I agree that the cabinet has to be made safe for the electrician to work
in but
that is an issue that is seperate from the Lab Standard. There may be
many
standards, and if nothing specific applies there is always the general
duty
clause, that OSHA could cite you for if the work was not performed safetly
or
in a safe environment but I don't believe the Lab Standard is one of them.

What you are doing with the electrician is saying that the minute he walks
into
a laboratory he/she leaves the HAZCOM Standard behind and assumes the Lab
Standard. Would anyone assume that under the HAZCOM Standard, at a time
before
the Lab Standard was written, that when an electrician walked into a
laboratory
he/she left all the requirements of the HAZCOM Standard behind except for
sections (3)(i)(ii)(iii) and (iv), the only sections of the HAZCOM
Standard
that applies to laboratories.

Bill Schultz


______________________________ Reply Separator
_________________________________
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/4/99 2:17 PM
=========================================================================
Date: Fri, 5 Mar 1999 09:39:09 -0500
From: Janeen LaPierre
Subject: Re: OSHA Training
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I have not taken the course but I would be interested in more info on it and others. Can you point me in that direction. Thanks, Janeen.

*****************
Janeen Lapierre, CHO
College of Osteopathic Medicine
University of New England
11 Hills Beach Road
Biddeford, ME 04005

E-Mail: JLaPierre@MAILBOX.UNE.EDU
Phone: (207) 283-0170 ext 2446
Opinions are mine and not those of UNE.
=========================================================================
Date: Fri, 5 Mar 1999 08:16:27 -0700
From: "Greene, Ben"
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?
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Consider this: The preamble to 1910.1450 FR vol 55 no.21, January 31,
1990 page 3315 states: "The final standard defines employee as an
individual employed in a laboratory workplace who may be exposed to
hazardous chemicals in the course of his or her assignments. Such
individuals may actually work in the laboratory or because of their work
assignments may be required to enter a laboratory where potential
exposures may occur. In the latter category, OSHA considers maintenance
and custodial personnel as meeting the definition of employee." I agree
that the examples of fume hood/duct residues or floor contamination do
not meet the intent of laboratory use, but I remain convinced the lab
standard does apply to the electrician working in the lab considering
what the preamble states.

Ben

> ----------
> From: Warren C. Pinches[SMTP:Warren_Pinches@PRAXAIR.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Friday, March 05, 1999 7:53 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing
> the hood?
>
> I concur. As I recall the genesis of the Lab Standard, it was created
> because in a lab environment that uses many chemicals, many of them
> only
> fleetingly, Hazcom was considered too inflexible. The Lab Standard
> was
> intended to relax some of the restrictions of Hazcom. This was
> considered
> an acceptable trade-off because lab personnel were presumed to be
> technically knowledgeable about chemicals and able to research
> chemical
> information on their own. Saying the Lab Standard applies to
> tradespeople
> seems to give them less, not more protection.
>
> I have read many CHPs; most contain general hazard information that
> parallels Hazcom, and then go on to discuss how to do lab procedures
> and
> *use* chemicals safely. There often isn't much in a CHP that would be
> useful to tradespeople. Mostly what they need to know in a lab is
> straight
> out of Hazcom -- how to recognize unexpected chemicals releases
> (generally
> spills), and what to do about it (a speedy exit).
>
> Warren C. Pinches
> Bill Schultz on 03/05/99 08:13:30
> AM
>
> Please respond to LABSAFETY-L Discussion List
>
> To: LABSAFETY-L@SIU.EDU
> cc: (bcc: Warren Pinches)
> Subject: Re[2]: CHP/HC -- What about the electrician fixing the hood?
> 1910.1450 (a)(3)(i) states that this section shall not apply to uses
> of
> hazardous chemicals which do not meet the definition of laboratory
> use.
>
> In the case of an electrician fixing a hood it is not necessary to
> even
> read
> the definition of laboratory use since the electrician is not using
> chemicals.
>
> I agree that the cabinet has to be made safe for the electrician to
> work
> in but
> that is an issue that is seperate from the Lab Standard. There may
> be
> many
> standards, and if nothing specific applies there is always the
> general
> duty
> clause, that OSHA could cite you for if the work was not performed
> safetly
> or
> in a safe environment but I don't believe the Lab Standard is one of
> them.
>
> What you are doing with the electrician is saying that the minute he
> walks
> into
> a laboratory he/she leaves the HAZCOM Standard behind and assumes the
> Lab
> Standard. Would anyone assume that under the HAZCOM Standard, at a
> time
> before
> the Lab Standard was written, that when an electrician walked into a
> laboratory
> he/she left all the requirements of the HAZCOM Standard behind except
> for
> sections (3)(i)(ii)(iii) and (iv), the only sections of the HAZCOM
> Standard
> that applies to laboratories.
>
> Bill Schultz
> ______________________________ Reply Separator
> _________________________________
> Subject: Re: CHP/HC -- What about the electrician fixing the hood?
> Author: LABSAFETY-L Discussion List at
> Internet-Mail
> Date: 3/4/99 2:17 PM
>
=========================================================================
Date: Fri, 5 Mar 1999 10:01:18 -0500
From: "Norman, Randy"
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?
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Two areas I think are worthy of mention, since 40 CFR 20 was cited.

First, in the definitions found at 40 CFR 370.2, "Hazardous Chemical...does
not include...Any substance to the extent it is used in a research
laboratory or a hospital or other medical facility under the direct
supervision of a technically qualified individual". Of course this
exclusion doesn't cover chemicals used in support areas like boiler rooms,
janitor closets, etc.

Second, there are thresholds for reporting under EPA regs implementing
sections 311 and 312 of EPCRA (SARA Title III). See 40 CFR 370.20 (b)(1),
(2) and (3). Unless requested, you do not need to submit MSDS nor a chemical
inventory (Tier I or II) unless you have at least 500 pounds or the TPQ
(whichever is less) of any Extremely Hazardous Substance (see list at 40 CFR
355, Appendix A) OR more than 10,000 pounds of any other chemical covered
under OSHA regs. This final threshold was published in the Federal Register
on 07/26/90 (55 FR 30632 and following). The original intent was to lower
the thresholds to zero eventually, but EPA realized how overwhelmed they
would be with info. on substances posing very little real hazard to
emergency responders or the surrounding communities.

That said, our LEPC has passed regulations requiring floor plans and
inventories be reported to them under a local regulation of their own. And
those same regs do apply to lab use of chemicals, but we (certain H&S types
from the High Tech Council of Maryland) were able to get some special and
appropriate treatment for labs after many long meetings with them.

I could go on and on, but the above addresses the issues raised fairly well.
NOT to brag, but I try to keep up with SARA requirements as I am the
Governor's appointee representing "High Technology Business" on our LEPC. If
anyone knows of ANY error in or revision to what I just quoted please let
me know.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Fri, 5 Mar 1999 10:37:09 -0500
From: Janeen LaPierre
Subject: Re: CHP/HC -- What about the electrician fixing the hood?
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*****************
Janeen Lapierre, CHO
College of Osteopathic Medicine
University of New England
11 Hills Beach Road
Biddeford, ME 04005

E-Mail: JLaPierre@MAILBOX.UNE.EDU
Phone: (207) 283-0170 ext 2446
Opinions are mine and not those of UNE.

>>> Bill Schultz - 3/4/99 3:38 PM >>>
My interpretation on this:
>>>snip
If your laboratory chemicals are kept in closed containers there should be no
exposure of non laboratory employees such as custodial staff under normal
conditions of use since they do not use the chemicals. When maintenance
personnel are performing repairs or preventive maintenance functions in a
laboratory no procedures should be performed that could expose them to
chemicals. By following these two simple steps the chemicals in the laboratory
are excluded from the HAZCOM standard and therefore a list of them need not be
maintained.
While we may not have to maintain MSDS's in the labs, and we may not have to conduct lab safety training to non lab employees, what should the prudent person do? We had a situation in our new lab building where the head of housekeeping instructed the housekeepers to apply polish to the bench tops in the chem labs every night. The housekeepers were unaware of possible chemical contamination on these surfaces. Granted, they should be cleaned up at the end of the day but we are talking students, lots of students and they can be real pigs in lab. It is our job to train them in good lab practices and chemical hygiene but there is still a very high risk of contamination in these labs. Housekeepers need to be trained so they are aware and know what to look for. The flip side is, if the lab is a mess on a particular night, I find out about it the next day and can correct the situation right away. Housekeepers are not blamed for not doing their job and none is put in undo jeopar!
dy in these teaching environments.

Keeping MSDS's in the labs has proven to be a valuable teaching tool for students as well as employees. Professors and researchers use them as a reference material as well. I think the benefits of keeping these on hand for chemicals that are being used in the lab in question is just a good idea, regardless of which reg will be invoked.
>>>snip
If the chemicals in the laboratory are not being used and are properly stored
(in closed/sealed containers) there should be no need for PPE for the above
mentioned employees. Again, we are assuming that no lab activities are taking place when these nonlab folks enter. This is not always the case. We have had cases where maintenance folks needed to get into a lab area while lab was going on. They need to know that if class is going on, they need to wear the PPE all the students and instructors are wearing. They need to know that the instructor and lab coordinator must be told of their activities in lab areas prior to work beginning. These all sound easy enough, but trust me, this does not always happen. We had an electrician shut down ventilation in a lab during class because he needed to replace some lights in an adjacent office area. He wasn't in the lab but he sure did impact the safety of the area. That kinda stuff doesn't happen now because they receive training to point out the unforseen impact they could have on lab areas.
>>>>snip
(I once had a plumber knock a bottle of formaldehyde to the floor
while working in a laboratory). That is simple to do by instituting a policy
that in the event of a spill or leak of a chemical from a container or an
unknown odor in an area where chemicals are present the employee will
immediately leave the area and contact safety personnel.

Having policies in place such as the one you mention above is great but you need to train to it or it is useless. I find the acceptance of such policies is greater when they are accompanied by explanations. Did your plumber understand that Formaldehyde could evaporate and create an atmosphere immediately life threatening? Anyone working in the lab must have a healthy respect for chemical safety in my opinion. I must say that my educational endeavors here have been greatly appreciated by both the maintenance folks and the housekeepers as well as the administrative types in charge of these departments. I started by training the two housekeepers working in my labs nights and it has grown into a presentation for all housekeeping and maintenance folks at the university.

Yes it takes some time but the benefits to the employer far exceed the cost for time in training.

For what its worth, Janeen.
=========================================================================
Date: Fri, 5 Mar 1999 08:07:17 -0800
From: Nick Spare
Subject: CHP/HC in general
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Hi all,

I realize that this is just a pipe dream, but wouldn't it be wonderful if
politicians and lawyers could just learn how to write in English (or
whatever the audience's native language is) rather than legalese. Then we
could spend more time applying the rules rather than discussing
interpretations of them!!

Editorial over. (These are absolutely my views and should not be viewed any
other way etc. etc. etc.)

Nick Spare
Pilot Chemical Co.
=========================================================================
Date: Fri, 5 Mar 1999 00:16:51 -0600
From: EH&S Compliance
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?

Bill,
You are right. I was not saying, though, that the SARA applied to labs.
That was the only place I remembered an inventory being needed, not under
Haz Com and did not state it clearly. (But would have been wrong anyway,
since it is in Haz Com.) Most of our facilities fall under the Community
Right to Know law and because of it we deal with inventories. Since the
reports were due March 1st it was very fresh in my mind. I personally don't
believe 40 CFR 370.20 applies to labs. At least that is what I understand,
have been taught and do. However, some states do have laws that are more
stringent. In New York, Indiana and Texas we don't report our lab chemicals
or waste on the Tier II; they follow the federal regulations. In
California, we report for the lab and include waste. Their thresholds are
also quite a bit lower (200ft3, 55gal, 500lbs) and happen to capture our
lab gas and it seems like everything else on-site (big pain).
So with your encouragement, I went looking in the Haz Com once again and
found the requirement for inventories in the section for Written Hazard
Communication Program 1910.1200(e). I also agree that it should be a
judgement decision based on safety (and other considerations) as to keep an
inventory or not if there is not a regulation for it.

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245
-----Original Message-----
From: Bill Schultz [SMTP:william_schultz@DETRICK.ARMY.MIL]
Sent: Friday, March 05, 1999 8:02 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re[2]: CHP/HC -- What about the electrician fixing the hood?

Thee list requirement is not OSHA's HazCom. It is EPA's SARA Right-to-Know
under 40 CFR 370.
"40 CFR 370.20(a)
(a) General. The requirements of this subpart apply to any facility
that is required to prepare or have available a material safety data sheet
(MSDS) for a hazardous chemical under the Occupational Safety and Health
Act of 1970 and regulations promulgated under that Act."


The list is an OSHA requirement. Inventory reporting is an EPA
requirement.

It is questionable as to whether or not a laboraotry falls under this
regualtion
based on the above cite. Under the Lab Standard we are not required to
have
available a material safety data sheet for hazardous chemicals. The
wording in
the regulation is, "Employers shall maintain any material safety data
sheets
that are received with incoming shipments of hazardous chemicals, and
ensure
that they are readily accessible to laboratory employees." Regardless of
what
good practice is the regulation does state that I must obtain an MSDS if
did not
arrive with the shipment.

But beyond semantics there are two other exceptions to Subpart B-Reporting
Requirements. 370.25 Inventory reporting states that I must supply an
inventory
report to certain agencies on hazardous chemicals present above the
established
threshold levels. If you do not have chemicals above the threshold level
then
you do not have to submit an inventory report. If you do not have to
submit a
report then why would you have to inventory? Keep in mind the section you
quote
is "Reporting Requirements" not "Inventory Requirements". There are over
2500
individual chemicals at our institute and I can tell you without an
inventory
that we have no chemcials in quantities large enough to require reporting.

The second exception is that any substance used in a research laboratory is
exempt from the reporting requirements of Title III of the Superfund
Amendments
and Reauthorization Act (SARA) of 1986, Section 312, Public Law 99-499.
The
exemption is listed under Section 311(e) of Title III. Since our
laboratory is
a research laboratory we are exempt.

I am not arguing the pros' or cons' of inventories. There are many
situations
where an inventory is beneficial regardless of what the regulations say.
But
there are also many situations where an inventory has no real benefit and
in
this situation one should not be maintained because a regulation that does
not
apply requires one.

Bill Schultz


=========================================================================
Date: Fri, 5 Mar 1999 10:28:07 -0600
Sender: LABSAFETY-L Discussion List
From: Dave Peterson
Subject: Re: auto-ignition temperatures
Comments: To: Daniel Cronin

Subject: Time: 10:13 AM
OFFICE MEMO Re: auto-ignition temperaturesDate: 3/5/99

Daniel,
Someone posted your request for the subject information on the National Association of Chemical Hygiene Officers listsever (NACHO). One reference that I have that lists many of the chemicals you requested (but not all) is Lange's Handbook of Chemistry by John A. Dean (pages 5.135-5.141), fourteenth edition, ISBN 0-07-016194-1. This reference also recommends looking for additional compounds in National Fire Protection Association, Fire Protection Handbook, 14th ed., 1976. Hope this helps.


David P. Peterson
Environment, Safety & Health Coordinator
Environmental Research Division
Argonne National Laboratory
9700 S. Cass Avenue
Argonne, IL 60439
dppeterson@anl.gov
=========================================================================
Date: Fri, 5 Mar 1999 11:48:06 -0600
From: Erik Talley
Subject: List Open Again
MIME-Version: 1.0
Content-Type: text/plain

LabSafety-L List Subscribers:

I accidentally used a command on the list which "locked" it so the list
has been down. It is unlocked now so everything should be restored to
normal. Sorry for the inconvenience...

Erik
____________________________________
Erik Talley, Assistant Director
Center for Environmental Health and Safety
Southern Illinois University
erik@cehs.siu.edu
=========================================================================
Date: Fri, 5 Mar 1999 14:34:53 -0500
From: Bill Schultz
Subject: Re[4]: CHP/HC -- What about the electrician fixing the h
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

You are right the wording of 29 CFR 1910.1450 states under definitions,
"Employee means an individual employed in a laboratory workplace who may be
exposed to hazardous chemicals in the course of his or her assignment."

The wording of 29 CFR 1910 states under definitions, "Employee means a worker
who may be exposed to hazardous chemicals under normal operating conditions or
in foreseeable emergencies. Workers such as office workers or bank tellers who
encounter hazardous chemicals only in non-routine, isolated instances are not
covered."

They both say basically the same thing.

At least under the HAZCOM regulation you know that you only have to cover
people who may be exposed under normal operating conditions or foreseeable
emergencies. You are even given examples of people who do not fall under the
regulation such as office workers.

If you set up your program based on the definition of an employee under the Lab
Standard rather than who it applies to then you must include everyone in the
building including office workers. And since the regulation requires you to
inform the employees of the signs and symptoms of exposure to the chemicals
they may be exposed to as well as PEL and TLVs' that becomes quite a task based
on the assumption that they may be exposed to any chemical in the building.
And the information will be given to people who probably will not understand it
and could care less.

I think the key is the term exposure. I do not consider being in a room full
of chemicals exposure. And with proper policies in place the only potential
exposure would be a unforeseeable accident.

In our institute, administrative employees who do not work with chemicals are
informed that all chemical work is performed inside laboratories in which the
air pressure inside the laboratory is negative to the outside so there is no
escape of fumes from the laboratories. The only potential for exposure is the
unlikely event that someone transporting a chemical between laboratories drops
it in the hall while they are present. In this instance they are to leave the
area and notify Safety. They are required to sign a document stating that they
have been given this information.

Employees who do not work with chemicals under the definition of "laboratory
use" but may be exposed to solvents, cleaning agents, etc. receive HAZCOM
training. They are required to adhere to the HCP. They are taught how to
interpret MSDSs' and to deal with the limited quantity of chemicals that they
may use while performing their duties. They are not allowed to use chemicals
that have not been approved by the CHO. If they are in a laboratory or a
hallway and a chemical is spilled they are instructed to leave the area and
notify Safety. They are required to sign a document that they have been given
this training.

Employees who work in the laboratories performing functions defined as
laboratory use of chemicals are covered under the Lab Standard. They receive
the required training under the Lab Standard. They are required to adhere to
the CHP. They also are told to leave the lab in the event of a spill outside
of a chemical fume hood and to notify Safety. They are required to sign a
document that they have been given this training.

It is probably impossible to get agreement on this issue without a written
interpretation from OSHA, two written interpretations would probably not
resolve the issue, but I believe if your program meets the intent of the law to
protect employees based on their job duties you will be in a defensible
position.

That's it for me on this issue. I think I got overstimulated.

Bill Schultz
______________________________ Reply Separator _________________________________
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the h
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/5/99 8:16 AM


Consider this: The preamble to 1910.1450 FR vol 55 no.21, January 31,
1990 page 3315 states: "The final standard defines employee as an
individual employed in a laboratory workplace who may be exposed to
hazardous chemicals in the course of his or her assignments. Such
individuals may actually work in the laboratory or because of their work
assignments may be required to enter a laboratory where potential
exposures may occur. In the latter category, OSHA considers maintenance
and custodial personnel as meeting the definition of employee." I agree
that the examples of fume hood/duct residues or floor contamination do
not meet the intent of laboratory use, but I remain convinced the lab
standard does apply to the electrician working in the lab considering
what the preamble states.

Ben


> Please respond to LABSAFETY-L Discussion List
>
> To: LABSAFETY-L@SIU.EDU
> cc: (bcc: Warren Pinches)
> Subject: Re[2]: CHP/HC -- What about the electrician fixing the hood?
=========================================================================
Date: Fri, 5 Mar 1999 13:40:03 -0700
From: "Helen B. Gerhard"
Subject: CHP/HC - Wish OSHA would be clearer.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

I wonder if anyone from OSHA ever reads our stuff. It seems to me it would
give them more confidence in the ability of intelligent people to develop
programs that do what should be done if only OSHA provided easy to work with
requirements. Bill Schultz's evaluation (overstimulated or not) was
refreshing in its logic and simplicity.

Thanks!

Helen
=========================================================================
Date: Fri, 5 Mar 1999 00:33:02 -0600
From: EH&S Compliance
Subject: Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?

Statement of 40 CFR 320 looks great. Since you did so well in Maryland could you talk to the LA County Fire Department? :)

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245


-----Original Message-----
From: Norman, Randy [SMTP:RNorman@BIORELIANCE.COM]
Sent: Friday, March 05, 1999 9:01 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Re[2]: CHP/HC -- What about the electrician fixing the hood?

Two areas I think are worthy of mention, since 40 CFR 20 was cited.


That said, our LEPC has passed regulations requiring floor plans and
inventories be reported to them under a local regulation of their own. And
those same regs do apply to lab use of chemicals, but we (certain H&S types
from the High Tech Council of Maryland) were able to get some special and
appropriate treatment for labs after many long meetings with them.

I could go on and on, but the above addresses the issues raised fairly well.
NOT to brag, but I try to keep up with SARA requirements as I am the
Governor's appointee representing "High Technology Business" on our LEPC. If
anyone knows of ANY error in or revision to what I just quoted please let
me know.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland

=========================================================================
Date: Mon, 8 Mar 1999 08:24:00 +1300
From: John Downey
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
Content-Type: text/plain

Are there any physical chemists on the forum? I had a funny feeling that
there should be a formula for predicting this property based on molecular
size, bond lengths and strengths and 437 other abstruse parameters designed
to trip dumb students. If anybody can come up with something, it would make
a good exam question for someone and maybe help the rest of us in a
practical way.

John Downey
Waitakere City Council

> -----Original Message-----
> From: Tony Haggerty [SMTP:techton@ihug.co.nz]
> Sent: Friday, March 05, 1999 11:34 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: flam gas expansion ratios?
>
> Linda/Sharyn
> Further Info on gas expansion ratios.
>
> I have a book called Properties of Technical gases produced by Liquid Gas
> Equipment Ltd, Edinburgh, Scotland. They use a property called the
> Condensing Ratio which gives the volume of liquid condensed in cubic
> decimetres (litres) per cubic metre of gas (1000 litres) at NTP.
>
> Not all of the gases Sharyn quoted are in this book but there are others
> for
> future reference. Whilst some agree with her figures, others are vastly
> different.
>
> LPG I quoted yesterday as ~270:1 and this is confirmed. Methane I have as
> 1244:1 which is approximately twice your figure
>
> You or Sharyn may wish to continue this discussion off forum
>
> Regards
> Tony Haggerty
> techton@ihug.co.nz
=========================================================================
Date: Mon, 8 Mar 1999 08:17:28 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Humor & Safety Info News
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Gooood Morning! --- 8 March 1999
More Free Safety Info to save you Time & Money
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Safety Info.Com
=========================================================================
Date: Mon, 8 Mar 1999 09:25:06 -0500
From: "Norman, Randy"
Subject: Re: flam gas expansion ratios?
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Are there any physical chemists on the forum? I had a funny feeling
that
there should be a formula for predicting this property based on
molecular
size, bond lengths and strengths and 437 other abstruse parameters
designed
to trip dumb students. If anybody can come up with something, it
would make
a good exam question for someone and maybe help the rest of us in a
practical way.

RESPONSE:

(Not a Physical Chemist per se, but I did get an A in the course, so here
goes:)

The ideal gas law provides a rough estimate, but for real gases I prefer the
van der Waals equation of state:

[p+(n2a/v2)](v-nb) = RT

Where (forgive if this seems really obvious): p = pressure, v = volume of
gas, R= the gas constant, n= the number of moles, T= the absolute
temperature (Kelvin) and a and b are substance-specific constants (which may
be found in the CRC Handbook of Chemistry and Physics and similar
references).

Just plug in the absolute temperature and pressure, and look up a and b for
the substance you're evaluating and you can easily calculate the volume
occupied by each mole of it. To convert this measure to an expansion factor,
use the density of the liquid and molecular weight of the substance. I've
spent too much time on this already, but the math is pretty straightforward
once you've got the van der Waals equation and appropriate constants a and
b.

Yes I guess this IS P-Chem.!

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Mon, 8 Mar 1999 11:07:26 -0600
From: Brian Olson
Subject: JOB ANNOUNCEMENT: CSO/CHO
Comments: To: SAFETY@LIST.UVM.EDU
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

I received an error from the listserver that my first post did not take.
I'll try again. Sorry if it posts twice:

> This is a highly independent and rewarding position. If interested, or
> know someone who is, have them contact me or our HR department at
> hr@promega.com
> -------------------------------------------------------
> Promega Corporation a world leading biotechnology company headquartered in
> Madison WI is currently seeking the following individual to join us:
> CHEMICAL SAFETY AND HYGIENE OFFICER
> You will coordinate and maintain activities performed regularly in the
> Environmental Health & Safety Department and focus on chemical hygiene
> chemical safety product safety evaluation & MSDS production and hazard
> communication. You will also set up and facilitate safety training; review
> and update safety programs; and manage all duties related to chemical
> processing/disposal (including waste identification and profiling) collect
> store and distribute waste to an outside agent and maintain records and
> create annual reports.
> A B.S. or M.S. degree in Industrial Hygiene Physical Science or Life
> Science which includes 12 credits in chemistry (including organic
> chemistry) as well as additional credits in any combination of the
> following courses: chemistry environmental health biology toxicology or
> industrial hygiene is required. Four years' lab related experience;
> knowledge of OSHA DNR IATA regulations; employee safety training
> experience; and hands-on experience using air-sampling dosimetry
> calibration and other industrial hygiene equipment preferred.
> A background with international Safety regulation and ISO 9000 prior lab
> experience and the demonstrated ability to use a PC (Word Excel and other
> windows based programs) are preferred. For confidential consideration
> please mail or e-mail your resume to: Promega Corporation Human Resources
> 2800 Woods Hollow Rd Madison WI 53711. E-mail: hr@promega.com. EOE For
> additional information please visit our website at http://www.promega.com
>
> Thanks,
> Brian Olson
> Manager, EHS
> Promega Corporation
> Madison, WI
> Fax: 608-277-2677
=========================================================================
Date: Tue, 9 Mar 1999 01:46:00 -0600
From: EH&S Compliance
Subject: Workshop on Compliance with Environmental Regulations in Academic

I saw this on another list of mine and thought a few of you may be interested. Sorry about the crosspost if you have seen it already.

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245
--------------
Date: Mon, 8 Mar 1999 10:41:24 -0500
From: Mary Liu
Subject: Workshop on Compliance with Environmental Regulations in Academic
Settings

WHAT IS IT? A workshop for administration and EHS staff of New England
colleges and universities. This one day workshop provides attendees with an
enhanced understanding of regulations applying to universities and
colleges and how these regulations are enforced. Available pollution
prevention opportunities are also discussed.

WHEN IS IT? Wednesday, March 24, 1999

WHERE IS IT? Harvard Medical School, Tosteson Medical Education Center, 260
Longwood Ave., Boston, MA. Limited on-site parking available. By public
transportation: the MBTA Green "E" Line near the Longwood stop.

WHAT WILL IT COST? $25/person, which includes continental breakfast, lunch,
and break.

CONFERENCE SPONSORS: US EPA, Harvard Medical School, Harvard School of
Public Health

QUESTIONS? Joan Jouzaitis of EPA (617-918-1846) would be glad to answer any
questions you have about this event. Please contact her about accessibility
requirements. The site is handicapped accessible.

AGENDA:

7:30 Registration for Colleges/Universities within the Charles River
Watershed

7:45 Charles River Watershed Status Report and Next Steps (A discussion for
institutions within the Charles River Watershed area)

8:00 General Registration for Conference Attendees

8:45 Introduction/Welcome

9:15 Compliance: Historical Problems (Patterns of non-compliance and
specific case studies)

10:30 Break

10:45 Regulations 101: A Brief History of Statutory Overview (RCRA, SPCC,
UST and CAA with tips for meeting regulatory requirements)

12:00 Project XL: Background, Issues, and Next Steps

12:30 Lunch

1:15 Panel Discussion: The University Perspective on Environmental
Compliance (A facilitated discussion with EHS personnel from private and
state colleges and universities)

2:30 Auditing a Campus (Briefings on the Northeast Partnership for
Environmental Technology Education's Green Campus Project; Mass. DEP's Clean
State Initiative; Pfizer's University Laboratory SEP)

3:10 Closing Remarks and Discussion

HOW TO REGISTER: Send $25 registration fee per attendee (checks payable to
Harvard Medical School Campus Operations) by March 12 to

Ms. Abby McGarry
Administrative Manager
Harvard Medical School
Campus Operations
180 Longwood Ave.
Boston, MA 02115
Attn: March 24 Conference

Please include the following information:

1.) Name(s)
2.) College/University or other affiliation
3.) Address
4.) Phone number
5.) Fax number
6.) E-mail

EPA's contractor this event, AEAI, will mail a confirmation letter to you,
along with detailed directions.

------------------------------
=========================================================================
Date: Tue, 9 Mar 1999 14:07:16 -0600
From: Brian Olson
Subject: SURVEY RESULTS AVAILABLE: CONTACT ME!
Comments: To: SAFETY@LIST.UVM.EDU, radsafe@romulus.ehs.uiuc.edu
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

FYI, this is being sent to the SAFETY, RADSAFE, LABSAFETY and BIOSAFETY
mail-lists.

In early February, I asked you to participate in a Safety CBT (Computer
Based Training) survey. To those who participated, I THANK YOU FOR YOUR
TIME - a copy of the survey will automatically be sent out to you today (via
email).

Anyway, I mentioned that I would send out the results towards the end of the
month. Thanks for your patience. To save bandwidth, (it is quite long) I
am asking anyone that is interested in the results of the survey to send me
an email directly (bolson@promega.com). I will email you the results.

Thanks all!

Brian Olson
Manager, EHS
Promega Corporation (biotech company)
bolson@promega.com
=========================================================================
Date: Tue, 9 Mar 1999 15:25:36 -0500
From: Nick Pinizzotto
Subject: Wash down of former acid storage cabinet.
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Hi folks,

Anyone like to comment on how to rinse down and clean a standard labcasework
cabinet which obviously stored acids of some sort in a former lablife.

The lab is being renovated and our painters want to sand and repaint the
cabinet. I have observed very small salt precipitates on parts of the cabinet.
I have no knowledge about the types of acids formerly stored there and whther
any perchloric may have resided there.

Would you recommend anything more than than a saturating with watermist from a
garden sprayer? Anyone ever deal with a circumstance like this?

Would appreciate any suggestions/feedback.


Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Tue, 9 Mar 1999 15:40:56 EDT
From: Jennifer Reader
Organization: Environmental Health and Safety
Subject: Re: Wash down of former acid storage cabinet.
Comments: To: Nick Pinizzotto
MIME-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7BIT

water, soap, scrub brush, elbow grease.

Jennifer Reader, B.S., M.S.P.H.
Hazardous Materials Safety Officer
Environmental Health and Safety
University of Guelph
Guelph, Ontario N1G 2W1 Canada
519-824-4120 X3190 Fax 519-824-0364
e-Mail jennifer@ehs.uoguelph.ca
=========================================================================
Date: Tue, 9 Mar 1999 13:36:01 -0800
From: Debbie Decker
Subject: Re: Wash down of former acid storage cabinet.
In-Reply-To: <34A791663B6@ehsnet.nw.uoguelph.ca>
Mime-Version: 1.0

At 03:40 PM 3/9/99 EDT, you wrote:
>water, soap, scrub brush, elbow grease.
>
>Jennifer Reader, B.S., M.S.P.H.
>Hazardous Materials Safety Officer
>Environmental Health and Safety
>University of Guelph

I might add some baking soda to the mix. And a pair of gloves to keep
"your hands soft and younger-looking" (I've been doing way too much data
entry today!)

Deb.

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Tue, 9 Mar 1999 16:44:12 -0500
Reply-To: Bob Burns
From: Bob Burns
Subject: Re: Wash down of former acid storage cabinet.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Unless you suggest perchloric acid, I'd go with the old favorite- soap and
water, then rinse. Soap is basic enough to neutralize any traces of acids
left behind.

-----Original Message-----
From: Nick Pinizzotto
To: LABSAFETY-L@siu.edu
Date: Tuesday, March 09, 1999 3:27 PM
Subject: Wash down of former acid storage cabinet.


>Hi folks,
>
>Anyone like to comment on how to rinse down and clean a standard
labcasework
>cabinet which obviously stored acids of some sort in a former lablife.
>
>The lab is being renovated and our painters want to sand and repaint the
>cabinet. I have observed very small salt precipitates on parts of the
cabinet.
>I have no knowledge about the types of acids formerly stored there and
whther
>any perchloric may have resided there.
>
>Would you recommend anything more than than a saturating with watermist
from a
>garden sprayer? Anyone ever deal with a circumstance like this?
>
>Would appreciate any suggestions/feedback.
>Nick Pinizzotto
>Environmental Health Officer
>Dept. Environmental Health & Safety
>Thomas Jefferson University
>nick.pinizzotto@mail.tju.edu
>215-503-5853
=========================================================================
Date: Tue, 9 Mar 1999 18:02:45 -0500
From: Don Abramowitz
Subject: Re: Wash down of former acid storage cabinet.
In-Reply-To:
Mime-Version: 1.0

In addition to the recommendations thus far, a quick dab with a wet strip
of pH paper will tell you a little about the salt residues, and might guide
you as to how well you are neutralizing things with your soap and baking
soda. Since some people like to store all their "corrosives" together
(despite our collective best efforts), the pH paper will also tip you off
to the presence of NaOH, etc., which might call for some citric acid in
lieu of baking soda.

Don


>Anyone like to comment on how to rinse down and clean a standard labcasework
>cabinet which obviously stored acids of some sort in a former lablife.
>

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Tue, 9 Mar 1999 16:11:44 -0700
From: "Helen B. Gerhard"
Subject: Re: Wash down of former acid storage cabinet.
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Hi all:

I saw the following on the web

http://www.prizim-inc.com/LSEMconference.htm


Can anyone tell me about this conference? It is apparently annual and in
"Professional Safety" magazine, it is billed as a conference that experts in
Laboratory Safety convene at.

I would like to know if anyone in this group has gone to these conferences.
Are they good sources of information?

Thanks!

Helen
=========================================================================
Date: Tue, 9 Mar 1999 17:42:03 -0600
From: Jeff Rubin
Subject: Re: Wash down of former acid storage cabinet.
In-Reply-To:
Mime-Version: 1.0

I haven't been to the conferences, but it's a pretty good newsletter. I
believe the newsletter editor either subscribes to or monitors the
Labsafety list: I guess we'll find out...

JNR


>http://www.prizim-inc.com/LSEMconference.htm
>
>
>Can anyone tell me about this conference? It is apparently annual and in
>"Professional Safety" magazine, it is billed as a conference that experts in
>Laboratory Safety convene at.
>
>I would like to know if anyone in this group has gone to these conferences.
>Are they good sources of information?


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Tue, 9 Mar 1999 16:21:54 -0700
From: "Helen B. Gerhard"
Subject: Information Please!
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Hi all:

I saw the following on the web

http://www.prizim-inc.com/LSEMconference.htm


Can anyone tell me about this conference? It is apparently annual
and in "Professional Safety" magazine, it is billed as a conference that
experts in Laboratory Safety convene at.

I would like to know if anyone in this group has gone to these
conferences. Are they good sources of information?

Thanks!

Helen
=========================================================================
Date: Tue, 9 Mar 1999 16:24:13 -0700
From: "Helen B. Gerhard"
Subject: Info Please
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

I have a real question about that since I didn't see NACHO or CCHO mentioned
anywhere on the website.

Thanks!

Helen


-----Original Message-----
From: Jeff Rubin [SMTP:jrubin@MAIL.UTEXAS.EDU]
Sent: Tuesday, March 09, 1999 4:42 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: Wash down of former acid storage cabinet.

I haven't been to the conferences, but it's a pretty good
newsletter. I
believe the newsletter editor either subscribes to or monitors the
Labsafety list: I guess we'll find out...

=========================================================================
Date: Tue, 9 Mar 1999 18:39:45 -0500
From: "Thomas J. Shelley"
Subject: Re: Information Please!
In-Reply-To:
Mime-Version: 1.0

>Hi all:
>
>I saw the following on the web
>
>http://www.prizim-inc.com/LSEMconference.htm
>
>
>Can anyone tell me about this conference? It is apparently annual
>and in "Professional Safety" magazine, it is billed as a conference that
>experts in Laboratory Safety convene at.
>
>I would like to know if anyone in this group has gone to these
>conferences. Are they good sources of information?

Dear Helen and Colleagues--This is an excellent conference. I have been
to the entire series of conferences and have given presentations and
trainings for several years. I would highly recommend LS&EM '99
for laboatory EH&S staff who have not attended. Tom Shelley

*********************************************************

Tom Shelley, Chemical Hygiene Officer, Cornell University
Department of Environmental Health and Safety, 125 Humphreys Service Building,
Ithaca, NY 14853. (607) 255-4288 tjs1@cornell.edu

****************************DISCLAIMER********************
The comments and views expressed in this communication are strictly my own and
are not to be construed to officially represent those of my peers,
supervisors or
Cornell University.
=========================================================================
Date: Tue, 9 Mar 1999 15:58:17 -0800
From: Ray Campbell
Subject: Re: Wash down of former acid storage cabinet.
In-Reply-To:
Mime-Version: 1.0

I printed out the information as I am in Southern California near the AQMD.
They offer a section by the EPA on lab status under section 112 of the
CAAA. There is also a presentation by the AQMD on pollution prevention.
This is a breakout session for industry, academia and government. In the
afternoon, a session on AB 966 -laboratory waste handling. A discussion of
the Environmental Management Guide for Small Laboratories follows. The
session ends with room air distribution and health and safety concerns.
The cost is $100.00. (50 for academia and government). I have not attended
such a course, but I have attended seminars sponsored by the AQMD, with and
without the EPA and they have been excellent. I plan to attend this one.


Ray Campbell REA CCHO
310-257-1080


At 04:11 PM 3/9/99 -0700, you wrote:
>Hi all:
>
>I saw the following on the web
>
>http://www.prizim-inc.com/LSEMconference.htm
>
>
>Can anyone tell me about this conference? It is apparently annual and in
>"Professional Safety" magazine, it is billed as a conference that experts in
>Laboratory Safety convene at.
>
>I would like to know if anyone in this group has gone to these conferences.
>Are they good sources of information?
>
>Thanks!
>
>Helen
=========================================================================
Date: Tue, 9 Mar 1999 18:52:11 -0600
From: Jeff Rubin
Subject: Incentives
Mime-Version: 1.0

Howdy,

It's creativity time! We're about to embark on something I've wanted to do
for more than year - go through a bunch of our lab buildings and
systematically get rid of a bunch o' junk. We're creating a one-time
streamlined procedure for large-scale equipment and chemical removal as
part of the organization for our new School of Biological Sciences. The
process will end up taking two months or so, but only a day or three for
any lab group. The clean-out will require people to put aside packrat-ism
as well as having many students (I assume) do the bulk of the work. Any
suggestions for incentives that can lighten this up? Yes, I know that the
joy of more and safer lab space should be incentive enough, but these are
life-sciences faculty and students. Here're a few things I already have in
mind:

* Pizza and beer (not in the labs, of course) for students doing the dirty work

* Awards for:
- most chemical containers tagged for disposal (maybe provide a small
raffle with entries proportional to number of chem disposal tags?)
- largest single item removed
- largest space (volume or surface area) "liberated" (absolute and relative
categories)
- most unusual item disposed of
- greatest age disparity between equipment and person getting rid of it

You get the idea. Suggestions welcome, just keep 'em legal (but not
necessarily tasteful)...

Onward,

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Tue, 9 Mar 1999 17:35:45 -0800
From: Neal Langerman
Subject: Re: Wash down of former acid storage cabinet.
Mime-Version: 1.0

Purchase some "Liquid Acid Neutralizer" from JV Mfg in Green Bay, Lab
Safety, or JT Baker and spray the area with it. Rinse with water, test with
pH paper, Repeat until clean.

Neal

At 03:25 PM 3/9/99 -0500, you wrote:
>Hi folks,
>
>Anyone like to comment on how to rinse down and clean a standard labcasework
>cabinet which obviously stored acids of some sort in a former lablife.
>
>The lab is being renovated and our painters want to sand and repaint the
>cabinet. I have observed very small salt precipitates on parts of the cabinet.
>I have no knowledge about the types of acids formerly stored there and whther
>any perchloric may have resided there.
>
>Would you recommend anything more than than a saturating with watermist from a
>garden sprayer? Anyone ever deal with a circumstance like this?
>
>Would appreciate any suggestions/feedback.
>Nick Pinizzotto
>Environmental Health Officer
>Dept. Environmental Health & Safety
>Thomas Jefferson University
>nick.pinizzotto@mail.tju.edu
>215-503-5853
*************************************************************
NEAL LANGERMAN chemsaf@ix.netcom.com
ADVANCED CHEMICAL SAFETY
8909 Complex Drive
San Diego CA 92123-1418

619 874 5577 (phone) 619 874 8239 (FAX)
619 990 4908 (cellular)

visit our homepage: http://www.chemical-safety.com

*************************************************************
=========================================================================
Date: Tue, 9 Mar 1999 20:50:25 EST
From: Gilbert Smith
Subject: Re: Info Please
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 3/9/99 6:30:19 PM Eastern Standard Time,
hbgerhard@MEDLOGIC.COM writes:

> I have a real question about that since I didn't see NACHO or CCHO mentioned
> anywhere on the website.
>

NRCC is linked to the "LS&EM- the Conference" web page through "LS& EM
Supporters."
See: LS&EM - The
Conference


As a matter of fact, the first NRCC-CHO certification exam was given at the
LS&EM Conference in San Diego in 1997. The CHO exam was also given at the
Conference in 1998, and is scheduled for the 1999 Conference.

NACHO met informally at the 1998 Conference.

Gilbert Smith
NRCC
=========================================================================
Date: Tue, 9 Mar 1999 21:09:27 -0500
From: Mary Ann Solstad
Subject: Re: Information Please!
In-Reply-To:
Mime-Version: 1.0

If your lab is chemical, I would go instead to the ACS meetings, the next
one of which is in Anaheim about 3/21/99. For geology, biology and various
misc. sciences, I think you might find much of interest at LSEM. A much
smaller group, a few select exhibits, and good chances to compare notes.
Jim Kaufman, of this list, usually runs a workshop at LSEM and at ACS
meetings. Generally the CHO workshops and exams might be given at both
also. One is sponsored by a scientific society, the other by a for profit
group--that is not to denigrate the latter.

Mary Ann


At 04:21 PM 3/9/99 -0700, you wrote:
>Hi all:
>
>I saw the following on the web
>
>http://www.prizim-inc.com/LSEMconference.htm
>
>
>Can anyone tell me about this conference? It is apparently annual
>and in "Professional Safety" magazine, it is billed as a conference that
>experts in Laboratory Safety convene at.
>
>I would like to know if anyone in this group has gone to these
>conferences. Are they good sources of information?
>
>Thanks!
>
>Helen
>
Mary Ann Solstad, CIH 4 A's of Safety
SOLSTAD Health & Safety Evaluations Attitude
16 Pequot Rd, Marblehead, MA 01945 Awareness
781-631-4748 tel, 781-631-1832 FAX Automatic Application
Authority
Past Chair, DivCHAS, ACS
msolstad@mediaone.net
=========================================================================
Date: Tue, 9 Mar 1999 21:39:24 EST
From: Labsafe@AOL.COM
Subject: Re: Info Please
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 3/9/99 6:30:19 PM Eastern Standard Time,
hbgerhard@MEDLOGIC.COM writes:

<< I have a real question about that since I didn't see NACHO or CCHO
mentioned
anywhere on the website. >>


Hi NACHOs,

For the past few years, LSW has been a sponsor of LS&EM, offered a one-day
seminar, had our first public meeting there last year (50 attended), RJG
Associates offered the CHO exam prep course, and NRCC gave the CHO exam. All
this will happen again this July in Philly. ... Jim Kaufman
=========================================================================
Date: Wed, 10 Mar 1999 18:40:39 +0000
From: Nigel McCarter
Subject: Rhodamine
Mime-Version: 1.0

A science lab I deal with has had a spill of Rhodamine dye in a dangerous
goods store. Rhodamine is flurescent pink dye used to trace water flows in
hydrological work. It is not hazardous, but visible at very low
concentrations.
Most of the spill has been cleaned up, and we are left with very red
concrete contained within a bund.

Has anyone any bright ideas for neutralising the dye in situ?


Nigel

Nigel McCarter
Safety Management and Information Services Ltd
Box 23 019 Hamilton New Zealand
Phone (64) 7 858 2429 Fax (64) 7 858 2689
Mobile 021 212 4901
=========================================================================
Date: Wed, 10 Mar 1999 11:27:54 -0300
From: "Aziz M. Abu-khalaf"
Subject: information
Mime-Version: 1.0

Hi everybody
We need to make available the following safety items in our department:

Sound level meter
Video tapes on safety

I would appreciate giving information on the best of these, or the one
you are using in safety field.

Many thanks.
Aziz.
****************************************************************************
*******
Aziz M. Abu-Khalaf ***** Tel: 00966 1 4676894
Chemical Engineering Department ***** Fax: 00966 1 4678770
King Saud University ***** E-mail: amkhalaf@ksu.edu.sa
PO Box 800 *****
Riyadh 11421, Saudi Arabia *****
****************************************************************************
*******
=========================================================================
Date: Wed, 10 Mar 1999 05:37:17 EST
From: Labsafe@AOL.COM
Subject: Your Favorite Lab Safety Videos
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Hi NACHOs,

That recent question about videos made me thinks it might be good to have the
list on our web site as a FAQ.

So, please send me a copy of your reply or a list of your favorites so that I
can compile the list and post it here and on the web site. Please include the
title, length, year of release, source, the appropriate audience, and any
editorial comments.

Thanks, .... Jim
=========================================================================
Date: Wed, 10 Mar 1999 08:52:47 -0600
From: Ward R Phifer
Subject: Re: Information Please!
MIME-Version: 1.0
Content-Type: text/plain
Content-Transfer-Encoding: 7bit

Helen -

The Laboratory Safety & Environmental Management Conference is an
excellent forum for exchange among laboratory safety professionals. I
have attended 4 or 5 of them and have always been impressed with the
professionalism and organization of Prizim in putting together a good,
well attended program. Highly recommended!

Russ Phifer

On Tue, 9 Mar 1999 16:21:54 -0700 "Helen B. Gerhard"
writes:
>Hi all:
>
>I saw the following on the web
>
>http://www.prizim-inc.com/LSEMconference.htm
>
>
>Can anyone tell me about this conference? It is apparently
>annual
>and in "Professional Safety" magazine, it is billed as a conference
>that
>experts in Laboratory Safety convene at.
>
>I would like to know if anyone in this group has gone to
>these
>conferences. Are they good sources of information?
>
>Thanks!
>
>Helen
>

Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com
=========================================================================
Date: Wed, 10 Mar 1999 08:18:48 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: ANSI Z590 - My Letter
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Dear fellow list members, the new proposed ANSI Standard regarding "Safety
Professionals" has caused quite a stir in the safety community. For more
info, visit the National Safety Council web site http://www.nsc.org and
click on the Z590 link at the top of the page to get their take in the
issue. This will affect almost every business in the US, down the road,
when the government requires companies to have a "Safety Professional" as
defined by the proposed standard.

Below are excerpts from my letter to Tim Fisher (ASSE)

Dear Mr. Fisher:

I realize that engineers, being a 3rd generation engineer myself, have an
instinctive need to quantify the world and wrap things up in nicely defined
terms - that's the nature of engineering. However, safety, in the applied
sense, for a business, is a staff position that generally falls under the
Human Resources hat.

In your organization's attempt at "title protection" you have provided a too
narrow definition and self supporting qualification requirement that
precludes other certifying criteria of equal value to companies. The
current wording effectively eliminates "certification" through other
established and historic avenues. Your organization is sounding more and
more like a Labor Union attempting to use the government to create an
environment which will increase your membership and influence in the
profession.

It takes no special "qualification" to read and understand safety standards
and regulations. The art and the "professionalism" is in the successful
application of these in an industrial or business environment. In my
experience, a great, and possibly major, part of the effort required of
Safety Managers is in the effective "selling" of safety. Additionally,
application of "safety" in the world of business involves changing
employees (and management's) behaviors and value systems. So perhaps, to be
considered a true safety professional, we should all be certified sales
people and psychologists.

-end excerpt-

Regards & Best Wishes
Marc Neuffer
www.safetyinfo.com
(256)840-9530
=========================================================================
Date: Wed, 10 Mar 1999 09:01:26 +0000
Comments: Authenticated sender is
From: Herman curtis
Subject: Rhodamine
MIME-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7BIT

Just get some more rhodamine and stain the whole area. The red color
will go along with the "dangerous goods";-)
Herman Curtis
Department of Physical Science
Cameron University
2800 W Gore Blvd
Lawton, OK 73505
hermanc@cameron.edu (580)591-8007 ,(580)581-2323
=========================================================================
Date: Wed, 10 Mar 1999 08:55:09 -0700
From: "Helen B. Gerhard"
Subject: ANSI Z590 - Except from Another Letter
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Hi All:

I have also sent a letter.

I would like to get a copy of the Draft ANSI standard that ASSE has
authored. As with the National Safety Council
(http://www.nsc.org/osh/z590.htm ) , I am
very concerned with the movements being made to "codify" terminology.

I do understand the need to assure that certain titles carry some standard
information with them. However, having entered the safety profession from a
B.S. Chemistry background rather than an engineering or safety curriculum, I
am feel that only recognizing the latter is not wise. Additionally, there
are many excellent educational opportunities which promote safety which (if
NSC's reading of the draft is true) would not be valued or recognized by
this ANSI standard.

As our society moves towards integration of functional areas (e.g. QEH&S),
as indicated by Lockheed-Martin's corporate strategy and the OSHA/EPA
cooperation in government, this segmentation may potentially lead to
problems for safety and environmental professionals. I believe that ASSE
needs to create a collation among other safety groups to assure that we are
not creating division rather than cooperation between safety professionals.
The strategy that is being used begs the question "what is the real goal
here?"

I would be interested in working towards an integrated approach.

Thanks!

Helen
=========================================================================
Date: Wed, 10 Mar 1999 08:27:08 -0800
From: Debbie Decker
Subject: Re: Rhodamine
In-Reply-To: <3.0.1.32.19990310184039.008288d0@pop.clear.net.nz>
Mime-Version: 1.0

At 06:40 PM 3/10/99 +0000, you wrote:
>A science lab I deal with has had a spill of Rhodamine dye in a dangerous
>goods store. Rhodamine is flurescent pink dye used to trace water flows in
>hydrological work. It is not hazardous, but visible at very low
>concentrations.
>Most of the spill has been cleaned up, and we are left with very red
>concrete contained within a bund.
>
>Has anyone any bright ideas for neutralising the dye in situ?
Nigel:

A small anecdote about rhodamine: During WWII, the explosives
manufacturers dyed RDX pink with rhodamine so's the soldiers could tell the
difference between the various types of det cord and explosives they were
using. In this time frame (1940's), a one pound jar of rhodamine was
dropped and broken on a loading dock of a manufacturer of RDX. When I
spoke with this bunch in the 80's (about dyeing RDX with rhodamine - some
things never change), one of their chemists related how the rainwater
running off this dock was still pink, 40 years later.

Good bloody luck, Nigel! I never was able to find anything that could get
rhodamine off anything. Under some circumstances, it stained the stainless
steel drying trays we used to dry the pink RDX! Rinsing one's hands in
acetone would certainly lighten it up but then, that's not a really good
idea for one's skin. If you come up with something, I'd be interested to
know what you found.

Cheers,
Deb.

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Wed, 10 Mar 1999 11:39:44 -0400
From: Don Abramowitz
Subject: Re: Incentives
Mime-Version: 1.0

>* Awards for:
>- most chemical containers tagged for disposal (maybe provide a small
>raffle with entries proportional to number of chem disposal tags?)
>- largest single item removed
>- largest space (volume or surface area) "liberated" (absolute and relative
>categories)
>- most unusual item disposed of
>- greatest age disparity between equipment and person getting rid of it
>

You've covered all the good ones. How 'bout a prize for the most hazrdous
item disposed of?
Also, consider slipping a few "prize tickets" or gold-painted peanuts or
other such tokens in and among the more notorious rats nests as an
incentive for people to root through their stuff. Turn in the token for a
prize of some sort.

Don

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College | Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Wed, 10 Mar 1999 13:45:05 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Copy of ANSI Z590
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

For those who would like a copy of the ANSI Z590 Standard
Send E-mail to tfisher@ansse.org with your mailing address .... also, it
would be helpful if you asked them to post it on their site.. they may
respond if they receive enough requests

Regards
Marc Neuffer
www.safetyinfo.com


-----Original Message-----
From: Helen B. Gerhard
To: LABSAFETY-L@SIU.EDU
Date: Wednesday, March 10, 1999 8:49 AM
Subject: ANSI Z590 - Except from Another Letter


>Hi All:
>
>I have also sent a letter.
>
>I would like to get a copy of the Draft ANSI standard that ASSE has
>authored. As with the National Safety Council
>(http://www.nsc.org/osh/z590.htm ) , I am
>very concerned with the movements being made to "codify" terminology.
>
>I do understand the need to assure that certain titles carry some standard
>information with them. However, having entered the safety profession from
a
>B.S. Chemistry background rather than an engineering or safety curriculum,
I
>am feel that only recognizing the latter is not wise. Additionally, there
>are many excellent educational opportunities which promote safety which (if
>NSC's reading of the draft is true) would not be valued or recognized by
>this ANSI standard.
>
>As our society moves towards integration of functional areas (e.g. QEH&S),
>as indicated by Lockheed-Martin's corporate strategy and the OSHA/EPA
>cooperation in government, this segmentation may potentially lead to
>problems for safety and environmental professionals. I believe that ASSE
>needs to create a collation among other safety groups to assure that we are
>not creating division rather than cooperation between safety professionals.
>The strategy that is being used begs the question "what is the real goal
>here?"
>
>I would be interested in working towards an integrated approach.
>
>Thanks!
>
>Helen
>
=========================================================================
Date: Wed, 10 Mar 1999 15:12:36 -0500
From: Mark Yanchisin
Subject: Acrolein release and resulting questions
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Greeting!!

Does anyone have any thoughts on how long inhibited acrolein should be
stored? Aldrich says 6 months, but couldn't answer if the inhibitor would
loose it's potency after time. Also- anyone know what the odor threshold
is? I have looked at 4 MSDSs and various fact sheets and references, but
can't find anything about the odor threshold.

What started this is that we had a 250 ml bottle blow-up. Actually it is
more likely a cracking of the bottle from a slow pressure build up. The
bottle cracked into bigger pieces and did not end up everywhere as small
shards as it would have in explosion. I'm guessing that the acrolein
polymerized, as the residue looked like a pile of semi-solid shaving cream
with brown glass in it!!!

The bottle broke in a refrigerator late at night. The lab group has a
roving security/safety guard who goes through all labs nightly to look for
potential problems. (All lab staff rotate this duty a week at a time. So
they do rounds every night- all 365 of them a year!! What a concept!!) The
grad student found the odor and initiated the response. Odor was throughout
the 2nd floor of a 4 story building after the refrig door was opened.
Building was closed over night (0300 to 0730) while it vented. Building
reopened next morning with just the lab being closed. We did send 3 folks
to the ER for a precautionary exam, but all were OK.

We do not have any idea on how old the acrolein is. I have most of the
label, but not enough to show the lot number, or I would call Aldrich to try
to date it.

Storage guidelines say to store under nitrogen, as it reacts with oxygen. I
doubt this bottle was purged with N2 after use. It also reacts with light.
It was not wrapped in foil, as light sensitive chemicals usually are in the
lab, but it was in a dark refrig. Does anyone know if there a delay in the
reaction to exposure to either light or oxygen or does it react on exposure?

My concerns are to come up with guidelines for storage, handling etc.- so we
can put together a "lessons learned" fact sheet for folks. Any input is
appreciated!! I promise to post it here once I get it together!!

Thanks in advance for any thoughts and info!!

Mark Yanchisin
Coordinator for Clinical and Lab Safety
Programs
University of Florida Env. Health and Safety
PO Box 112190
Gainesville, FL 32611-2190
352-846-2550 (T)
352-392-7386 (F)
Mark@ehs.ufl.edu
=========================================================================
Date: Wed, 10 Mar 1999 15:29:09 -0500
From: "Walters.Douglas"
Subject: Re: Acrolein release and resulting questions
MIME-Version: 1.0
Content-Type: text/plain

There are several reported odor thresholds for acrolein ranging from
0.02-1.8 ppm, depending on the reference in the 1989 AIHA Odor Threshold
book.
Doug Walters


> ----------
> From: Mark Yanchisin
> Reply To: LABSAFETY-L Discussion List
> Sent: Wednesday, March 10, 1999 3:12 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Acrolein release and resulting questions
>
> Greeting!!
>
> Does anyone have any thoughts on how long inhibited acrolein should be
> stored? Aldrich says 6 months, but couldn't answer if the inhibitor would
> loose it's potency after time. Also- anyone know what the odor threshold
> is? I have looked at 4 MSDSs and various fact sheets and references, but
> can't find anything about the odor threshold.
>
=========================================================================
Date: Wed, 10 Mar 1999 15:38:25 -0400
From: Don Abramowitz
Subject: Re: Acrolein release and resulting questions
Mime-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

Also- anyone know what the odor threshold
>is? I have looked at 4 MSDSs and various fact sheets and references, but
>can't find anything about the odor threshold.

The Laboratory Chemical Safety Summary (LCSSs) for acrolein says: "
pungent, lacrimatory, intensely irritating odor detectable at 0.02 to 0.4
ppm" and indicates a vapor pressure of 210 mmHg at 20 癈 .

There is a swell list of LCSSs (as seen in Prudent Practices) at the Howard
Hughes Medical Institute web site. There is a list of 150 or so common lab
materials, each formatted a bit like an MSDS available at:
http://www.hhmi.org/science/labsafe/lcss/tlisting.htm

It also mentions that hydroquinone is a typically used inhibitor in the
commercial product, and that it is possible to inadvertently lose the
inhibitor by distilling the stuff.

Check the LCSS for a bit more on reactivity/polymerization.

Don

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College | Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Wed, 10 Mar 1999 15:53:45 -0500
From: "Dr. Linda A. Swihart"
Subject: Re: Copy of ANSI Z590
In-Reply-To: <00bb01be6b3f$44383ac0$4fc6e4d0@default>
Mime-Version: 1.0

I emailed Tim Fisher and received an extremely swift and pleasant response.
I had asked for an electronic version if it were possible, and offered to
format it for web presentation (and put it somewhere, not necessarily LSW
website, but I have other places too).

He replied that he had put it in the snail mail to me, and that

"We have tried electronic distribution before, and it
was a disaster. The problem was making revisions/notes to the standard and
then sending it on. At the end we had to respond to comments on standards
we had not even written. We are sticking with the paper distribution. It
costs more and is a hassle, but we do have a way to control some aspects of
the standards integrity."

Will let people know when it gets here and how easy it might be to share
electronically -- with the understanding that it's a 'snapshot' of a
possibly-fast-changing draft. (I could try scanning it but that's usually
a terrible idea... of course it's been a while since I tried it and
technology has improved...)

Linda

At 01:45 PM 3/10/99 -0800, you wrote:
>For those who would like a copy of the ANSI Z590 Standard
>Send E-mail to tfisher@ansse.org with your mailing address .... also, it
>would be helpful if you asked them to post it on their site.. they may
>respond if they receive enough requests
>
>Regards
>Marc Neuffer
>www.safetyinfo.com
=========================================================================
Date: Wed, 10 Mar 1999 15:11:22 -0800
From: Nick Spare
Subject: SO2 phase diagram
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Hi all,

Only a semi-safety related question, but I'll try you all out anyway. I
need to do some pressure/temperature calculations for high
pressure/temperature (200 - 300 psi and 100 degC?) sulfonations with SO3
using liquid SO2 as a solvent. Does anyone know where I might find an SO2
phase diagram? Please note, I am NOT a physical chemist, so should every
undergrad P-chem text book contain such information, I apologize in advance.

Thanks

Nick Spare
Pilot Chemical
=========================================================================
Date: Wed, 10 Mar 1999 23:51:27 EST
From: Kathryn Wagner
Subject: Re: Information Please!
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

We are pleased to read the kind endorsements of the LS&EM newsletter and
conference on the list recently. FYI, the LS&EM'99 conference will be held at
the Four Seasons Hotel in Philadelphia, PA on July 27-28th. Additional
information on the newsletter and conference can be found on our website:
. As a point of clarification, please
note that LS&EM is a non-profit entity and the conference has a long list of
sponsors. If you have specific questions regarding the conference or
newsletter, please contact me via e-mail or phone
(301-765-0255).

Kathryn D. Wagner, Ph.D.
Editor, LS&EM Newsletter
=========================================================================
Date: Thu, 11 Mar 1999 09:07:16 -0600
From: Brian Olson
Subject: my favorite lab safety videos:
Comments: cc: amkhalaf@ksu.edu.sa
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

My thoughts on videos is this: Go no further than the (free still?) HHMI
lab safety video series. They can be found here:
http://www.hhmi.org/science/labsafe/videos.htm
We use them all in our classroom settings.
bri...
Brian Olson
EHS Manager,
Promega Corporation
------------------------------

Date: Wed, 10 Mar 1999 11:27:54 -0300
From: "Aziz M. Abu-khalaf"
Subject: information

Hi everybody
We need to make available the following safety items in our department:
Video tapes on safety

I would appreciate giving information on the best of these, or the one
you are using in safety field.
-snip

------------------------------
=========================================================================
Date: Thu, 11 Mar 1999 10:31:18 -0500
From: "Dr. Linda A. Swihart"
Subject: red-faced....
Mime-Version: 1.0

Oh now I've gone and put my foot in it.

Apologies to all for offering to share the draft Z590 standard and now
withdrawing the offer. I have been advised by Tim Fisher from ASSE that
the document is not to be reproduced or distributed through electronic
means. He received a copy of the the message I posted to this list
yesterday and sent me the email below. I responded that I would abide by
ASSE's wishes in this regard and thanked him for the clarification.

I didn't ask for details regarding the extent of the ban on electronic
reproduction, although I would guess it means that they also do not want it
photocopied or faxed, since those would be (correct me here if I'm wrong)
identical in result, if not in medium.

I am interested in hearing opinions via private email about how to
understand this. I hesitate to ask Tim Fisher because I've already
bothered him enough (not to mention I'm rather dreadfully embarrassed). I
would like your views about why the ASSE must insist that copies only be
obtained through ASSE. And usually for a hefty price, it seems, although
it's been waived in this case. I understand, or think I do, that the draft
is revised constantly; maybe it changes with amazing speed. But it seems
that as long as that fact is made clear -- e.g. via a date and disclaimer
on the document itself -- there is no understandable rationale for
forbidding people to share the contents of the proposal by whatever means
are available.

Thanks,
Linda

>X-Lotus-FromDomain: ASSE
>From: tfisher@asse.org
>To: swihart@purdue.edu
>Date: Thu, 11 Mar 1999 07:58:52 -0600
>Subject: FW: Copy of ANSI Z590
>
>Dr. Swihart:
>
>I received a copy of this message today. Perhaps I was not specific
>enough. If I was not please accept my apologies. However, this is an
>draft ANSI standard with ASSE as the secretariat. It is not to be posted
>on any web site or reproduced/distributed through electronic means. If
>people would like the document they need to send us a request and we will
>get it to them through mail service.
>
>Thanks and regards - Tim Fisher at ASSE
>
>"Will let people know when it gets here and how easy it might be to share
>electronically -- with the understanding that it's a 'snapshot' of a
>possibly-fast-changing draft. (I could try scanning it but that's usually
>a terrible idea... of course it's been a while since I tried it and
>technology has improved...)
>
>Linda"
>
=========================================================================
Date: Thu, 11 Mar 1999 11:15:08 EST
From: John Yunker
Subject: Harvard Lab Design Program Announcement:
Mime-Version: 1.0
Content-Type: text/plain; charset=US-ASCII

Dear Colleague,
The Harvard School of Public Health is pleased to again offer:
Guidelines for Laboratory Design: Health & Safety Considerations.

April 12-16, 1999
This one-week program includes on-site lab tours and a wealth of expert
faculty.

To have a brochure mailed or faxed to you, please contact us at the
numbers below.
Thank you.

=====================================

Center for Continuing Professional Education

Harvard School of Public Health


677 Huntington Avenue, LL-23

Boston, MA 02115-6096

Phone: (617) 432-1171

Fax: (617) 432-1969

Email: contedu@sph.harvard.edu

http://www.hsph.harvard.edu/ccpe

=====================================
=========================================================================
Date: Thu, 11 Mar 1999 11:56:15 -0500
From: John Lakanen
Subject: chemical resistant pipes in new construction
Mime-Version: 1.0

Labsafety list:

We are in the process of designing a new chemistry facility and our
architect and engineer want to use polyvinylidine fluoride (PVDF) pipes in
our chemistry labs. I have never heard of this material before and my only
experience has been with glass plumbing which was used at the University of
Michigan labs. Does anyone know how good this material is or have any long
term experience with it?

Thanks for any advice,

John Lakanen
Assistant Prof. Chemistry
Indiana Wesleyan University
=========================================================================
Date: Thu, 11 Mar 1999 12:10:45 +0000
From: Karen Glover
Organization: Clarke College
Subject: Re: chemical resistant pipes in new construction
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

John:
I don't have any advice on the pipes. I just wanted to say "HI". I thought I
read an article in US News and World Reports a few weeks ago about Christian
colleges where Indiana Wesleyan was mentioned. I thought of you and thought
I'd make a point to get in touch.

I hope your semester is going great. It must be exciting to have a new
chemistry facility.
Best of luck.
Karen Glover

John Lakanen wrote:

> Labsafety list:
>
> We are in the process of designing a new chemistry facility and our
> architect and engineer want to use polyvinylidine fluoride (PVDF) pipes in
> our chemistry labs. I have never heard of this material before and my only
> experience has been with glass plumbing which was used at the University of
> Michigan labs. Does anyone know how good this material is or have any long
> term experience with it?
>
> Thanks for any advice,
>
> John Lakanen
> Assistant Prof. Chemistry
> Indiana Wesleyan University
=========================================================================
Date: Thu, 11 Mar 1999 09:25:57 -0800
From: Ray Campbell
Subject: Re: chemical resistant pipes in new construction
In-Reply-To: <1.5.4.32.19990311165615.0067cf68@popmail.indwes.edu>
Mime-Version: 1.0

What a coincidence. I have, a few minutes ago, inspected a hazardous waste
tank and associated process piping of PVDF. This material is not rated for
Acetone!!! I explained this to our facility engineer- now I have an
opportunity to show him what "not rated" means. I would not recommend it at
all. Try Enfield Industrial at 708-295-4643 or Edlon PSI at 304-346-5312.
Edlon has PTFE(Teflon), which I would and did recommend.

Ray Campbell REA CCHO
310-257-1080


At 11:56 AM 3/11/99 -0500, you wrote:
>Labsafety list:
>
> We are in the process of designing a new chemistry facility and our
>architect and engineer want to use polyvinylidine fluoride (PVDF) pipes in
>our chemistry labs. I have never heard of this material before and my only
>experience has been with glass plumbing which was used at the University of
>Michigan labs. Does anyone know how good this material is or have any long
>term experience with it?
>
>Thanks for any advice,
>
>John Lakanen
>Assistant Prof. Chemistry
>Indiana Wesleyan University
=========================================================================
Date: Thu, 11 Mar 1999 13:10:52 -0500
From: "Chang, Jim C"
Subject: Re: chemical resistant pipes in new construction
Comments: cc: "jlakanen@indwes.edu"
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

John

PVDF is a great material for certain applications. It is an expensive
material though and may be overkill.

If you are referring to your drain pipes, the first thing I would think
about is what are designing for; for example, here in RTP, we have strict
drain disposal guidelines that prohibit use of the drains for organics, etc.
Obviously for us, spending a lot of money for solvent resistant drain piping
would be questionable.

If you are concerned about acids and bases, then a cheaper alternative may
be fuse-seal polypropylene.

If you would like, I would be happy to talk with you about the facility. We
have done quite a few labs here and would be glad to share our experiences.

Jim Chang, CIH
Safety Engineer
Glaxo Wellcome Inc.
RTP, NC

-----Original Message-----
From: John Lakanen [SMTP:jlakanen@INDWES.EDU]
Sent: Thursday, March 11, 1999 11:56 AM
To: LABSAFETY-L@SIU.EDU
Subject:chemical resistant pipes in new construction

Labsafety list:

We are in the process of designing a new chemistry facility
and our
architect and engineer want to use polyvinylidine fluoride (PVDF)
pipes in
our chemistry labs. I have never heard of this material before and
my only
experience has been with glass plumbing which was used at the
University of
Michigan labs. Does anyone know how good this material is or have
any long
term experience with it?

Thanks for any advice,

John Lakanen
Assistant Prof. Chemistry
Indiana Wesleyan University
=========================================================================
Date: Thu, 11 Mar 1999 14:18:53 -0500
From: Nick Pinizzotto
Subject: chemical resistant pipes in new construction
In-Reply-To: <1.5.4.32.19990311165615.0067cf68@popmail.indwes.edu>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

I believe this is the material use in the lab plumbing in our latest research
building (now 10 y/o)but I have forwrded the question on to our facilities
design people. So far we haven't had any problems with the plumbing waste
lines.


Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Thu, 11 Mar 1999 15:25:08 -0500
From: Madelyn Miller
Subject: Re: chemical resistant pipes in new construction
In-Reply-To:
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; CHARSET=US-ASCII

Greetings:
I have a real problem with our researchers throwing any hazardous
chemical down the drain. I just never know when a plumber will have to
work on one of those pipes and I need to ensure his/her safety too.

Our policy is no hazardous waste goes down the drain. So save yourself
big bucks on chemical resistant drain pipes.

Madelyn
----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Thu, 11 Mar 1999 13:53:02 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: NACHO Lunch in Anaheim
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

Dear NACHOs,

Please join Ray Campbell and Teresa Robertson (two southern California
NACHOs)

for a NACHO lunch
at the National ACS Meeting,
on Sunday March 21st,
at the West Coast Hotel, Plaza A
1855 S. Harbor Blvd.
Anaheim,CA

We will meet at noon directly after the NRCC CHO certification exam,
just outside the exam room.

RSVP
=========================================================================
Date: Thu, 11 Mar 1999 18:12:43 -0400
From: Don Abramowitz
Subject: Re: chemical resistant pipes in new construction
Mime-Version: 1.0

>I have a real problem with our researchers throwing any hazardous
>chemical down the drain. I just never know when a plumber will have to
>work on one of those pipes and I need to ensure his/her safety too.
>
>Our policy is no hazardous waste goes down the drain. So save yourself
>big bucks on chemical resistant drain pipes.

I agree completely with your policy and your reasoning, and attempt to
enforce it here, but policies and pipes are not the same. I'd be inclined
to spec some degree of chemical resistance in new lab construction, to
factor in the mistakes and the recalcitrant. Replacing corroded, leaking
drain systems is expensive and aggravating.

Don
=========================================================================
Date: Fri, 12 Mar 1999 08:36:05 -0500
From: Naomi Kelly
Subject: Re: chemical resistant pipes in new construction
In-Reply-To: <9DEE49E3944DD211974B00805FE663DA7705FC@US4N62>
Mime-Version: 1.0

Would fuse-seal polypropylene be recommended for all acids? We are looking
for the best piping for a lab using sulfuric, nitric, and hydrofluoric.

At 01:10 PM 3/11/99 -0500, you wrote:
>John
>
>PVDF is a great material for certain applications. It is an expensive
>material though and may be overkill.
>
>If you are referring to your drain pipes, the first thing I would think
>about is what are designing for; for example, here in RTP, we have strict
>drain disposal guidelines that prohibit use of the drains for organics, etc.
>Obviously for us, spending a lot of money for solvent resistant drain piping
>would be questionable.
>
>If you are concerned about acids and bases, then a cheaper alternative may
>be fuse-seal polypropylene.
>
>If you would like, I would be happy to talk with you about the facility. We
>have done quite a few labs here and would be glad to share our experiences.
>
>Jim Chang, CIH
>Safety Engineer
>Glaxo Wellcome Inc.
>RTP, NC
>
>-----Original Message-----
>From: John Lakanen [SMTP:jlakanen@INDWES.EDU]
>Sent: Thursday, March 11, 1999 11:56 AM
>To: LABSAFETY-L@SIU.EDU
>Subject:chemical resistant pipes in new construction
>
>Labsafety list:
>
> We are in the process of designing a new chemistry facility
>and our
>architect and engineer want to use polyvinylidine fluoride (PVDF)
>pipes in
>our chemistry labs. I have never heard of this material before and
>my only
>experience has been with glass plumbing which was used at the
>University of
>Michigan labs. Does anyone know how good this material is or have
>any long
>term experience with it?
>
>Thanks for any advice,
>
>John Lakanen
>Assistant Prof. Chemistry
>Indiana Wesleyan University
=========================================================================
Date: Fri, 12 Mar 1999 07:38:27 -0800
From: Nick Spare
Subject: Re: NACHO Lunch in Anaheim
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Please put my name down for the NACHO Lunch.

Nick Spare
Pilot Chemical Co.

-----Original Message-----
From: Teresa Robertson
To: LABSAFETY-L@SIU.EDU
Date: Thursday, March 11, 1999 3:05 PM
Subject: NACHO Lunch in Anaheim


>Dear NACHOs,
>
>Please join Ray Campbell and Teresa Robertson (two southern California
>NACHOs)
>
>for a NACHO lunch
>at the National ACS Meeting,
>on Sunday March 21st,
>at the West Coast Hotel, Plaza A
>1855 S. Harbor Blvd.
>Anaheim,CA
>
>We will meet at noon directly after the NRCC CHO certification exam,
>just outside the exam room.
>
>RSVP
=========================================================================
Date: Fri, 12 Mar 1999 09:46:13 -0800
From: Debbie Decker
Subject: FYI - ultracentrifuges
Mime-Version: 1.0

Hey gang:

I thought I'd pass this along from our biosafety officer. It's interesting
reading and the pics are cool. Thankfully, no one was hurt but the damage
was impressive.

Ultracentrifuges are dangerous pieces of equipment. Ya'll be careful out
there.

Deb.

>I received this from the UCSD BSO. "Check out this Website about the
>Ultracentrifuge Explosion at Cornell University. The shock wave generated
>blew out the windows in the lab and knocked over chemicals." This is
>something to include in our training.
>http://www.ehs.cornell.edu/LRS/CentrifugeSafety/CentrifugeDamages.htm
=========================================================================
Date: Fri, 12 Mar 1999 12:29:14 -0600
From: "Scott M. Davis"
Subject: Re: FYI - ultracentrifuges
Mime-Version: 1.0

WOW!

Maybe this would be a good time to tout the Howard Hughes Medical Institute
FREE video: "Centrifugation Hazards" (and many others) available at:
http://www.hhmi.org/science/labsafe/order1.htm

Scott Davis, CIH


>Hey gang:
>
>I thought I'd pass this along from our biosafety officer. It's interesting
>reading and the pics are cool. Thankfully, no one was hurt but the damage
>was impressive.
>
>Ultracentrifuges are dangerous pieces of equipment. Ya'll be careful out
>there.
>
>Deb.
>
>>I received this from the UCSD BSO. "Check out this Website about the
>>Ultracentrifuge Explosion at Cornell University. The shock wave generated
>>blew out the windows in the lab and knocked over chemicals." This is
>>something to include in our training.
>>
>>
>>http://www.ehs.cornell.edu/LRS/CentrifugeSafety/CentrifugeDamages.htm
>>
>>
>
=========================================================================
Date: Fri, 12 Mar 1999 13:56:46 -0500
From: Nick Pinizzotto
Subject: FYI - ultracentrifuges
In-Reply-To: <3.0.3.32.19990312094613.007a5cc0@scarlet.ucdavis.edu>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

How timely!

I was just thinking last night that I need to get another rotor inspection
program on the books. Maybe I can use this as incentive for the lab folks to
participate and for me to get off my laurels!

Nick Pinizzotto
=========================================================================
Date: Fri, 12 Mar 1999 12:06:03 -0700
From: "Greene, Ben"
Subject: Re: FYI - ultracentrifuges
MIME-Version: 1.0
Content-Type: text/plain

An old Beckman ultracentrifuge I once operated had a pool of
mercury below the rotor, if I recall, that was used as a "mirror" in the
optical system to view sedimentation. Fortunately the instrument never
experienced more than a minor tremble due to my keen ability at
balancing (joke) but it certainly would add insult to injury to have
spewn mercury about the lab as well as shrapnel. I wonder if the
ultracentrifuge that exploded contained mercury.
=========================================================================
Date: Fri, 12 Mar 1999 14:46:11 -0500
From: Bob Burns
Subject: Re: Your Favorite Lab Safety Videos
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We have a set of 6 from Training Communications Corp. (TRACOM) I like real
well. The first in the series is Orientation to Laboratory Safety which I
use for new people and for a review about once a year. I like the series
because they are set in industrial labs and the safety rules they specify
sound like they are out of our CHP. They run about 10 to 15 minutes each
and cost about $100 each. They are aimed at working chemists, not students.

Hope that helps!

Bob

"SEMPER ADVENTURUS!!!"

Robert L. Burns
R&D Group Leader
Specialty Chemicals Division
RUETGERS Organics Corporation
201 Struble Road
State College, PA 16801
phone 814-231-9214
fax 815 333 4805
email rburns@bigfoot.com
-----Original Message-----
From: Labsafe@AOL.COM
To: LABSAFETY-L@siu.edu
Date: Wednesday, March 10, 1999 11:28
Subject: Your Favorite Lab Safety Videos


>Hi NACHOs,
>
>That recent question about videos made me thinks it might be good to have
the
>list on our web site as a FAQ.
>
>So, please send me a copy of your reply or a list of your favorites so that
I
>can compile the list and post it here and on the web site. Please include
the
>title, length, year of release, source, the appropriate audience, and any
>editorial comments.
>
>Thanks, .... Jim
=========================================================================
Date: Fri, 12 Mar 1999 11:58:14 -0800
From: Debbie Decker
Subject: Re: FYI - ultracentrifuges
In-Reply-To: <45C82258A1B2D111892500805FCC9B0D01257B4B@nt05.wstf.nasa.go v>
Mime-Version: 1.0

At 12:06 PM 3/12/99 -0700, you wrote:
>An old Beckman ultracentrifuge I once operated had a pool of
>mercury below the rotor, if I recall, that was used as a "mirror" in the
>optical system to view sedimentation. Fortunately the instrument never
>experienced more than a minor tremble due to my keen ability at
>balancing (joke) but it certainly would add insult to injury to have
>spewn mercury about the lab as well as shrapnel. I wonder if the
>ultracentrifuge that exploded contained mercury.

According to the information on the website, it was just shrapnel - no
mercury. But this is an excellent tip to add to this discussion since
those in academia have to deal with medieval equipment sometimes .

Also, I have seen the Howard Hughes video on centrifugation hazards and it
is a good 'un. Short and sweet and very to the point, as are all their
videos. Thanks, Scott, for suggesting it.

And, now, I'm going to go for a walk! It is a sinfully gorgeous day - temp
in the mid-60's, blue sky, lust-crazed ducks on the creek behind our office
- spring is in the air!

Cheers,
Debbie D.

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Fri, 12 Mar 1999 14:51:23 -0500
From: Naomi Kelly
Subject: First Aid Kits
Mime-Version: 1.0

Does anyone have first aids kits whereby you actually had the involvement
of a physician to determine what should be available in these kits? Does
anyone have a list of particularly hazardous chemicals that require
specific antidotes or treatment supplies. I think HF has been discussed
sufficiently.Cyanide was given a fair amount of time as well, however,
there seemed to be fairly divided opposition. I am still unclear what to do
with that one. Perhaps I quit reading the messages too soon...? If someone
shared the info that I'm looking for during the time of those discussions,
forgive me for asking again. Probably like most of you, if I took the time
to read all of my email messages, I would not get any work done.

We have a health care facility here on campus, but the doctors want us to
provide this info to them.

Thanks for your help
=========================================================================
Date: Fri, 12 Mar 1999 11:01:43 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: LD50 for water
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
say. Does that sound correct? If so, are we to label squeeze bottles
of di water "toxic"? Someone please tell me this number is not correct.

Teresa
=========================================================================
Date: Fri, 12 Mar 1999 15:20:10 -0500
From: Julie O'Brien
Subject: Re: First Aid Kits
Mime-Version: 1.0

>Does anyone have first aids kits whereby you actually had the involvement
>of a physician to determine what should be available in these kits? Does
>anyone have a list of particularly hazardous chemicals that require
>specific antidotes or treatment supplies?

We had our company physician evaluate the contents of our first aid kits. He
removed some items that I thought were really useful (hydrocortizone cream-I
really needed this for insect bites) and added some that I don't think are
very useful. We have a new company physician who will be reevaluating the
kit contents.

We don't have any specific treatment supplies for hazardous chemicals on the
physician approved list. We do carry HF burn cream, though, even though it's
not on the "approved" list.

Julie O'Brien

Chemist
PCR, Inc.
PO Box 1466
Gainesville, FL 32602
352-376-8246 ext. 232
Fax 352-373-7503
afn35210@afn.org

Education/Exhibits Committee Volunteer
EXPO The Children's Museum of Gainesville
PO Box 5951
Gainesville, FL 32627
=========================================================================
Date: Fri, 12 Mar 1999 15:20:49 -0500
From: Sharon Reed
Subject: Re: LD50 for water
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

I think that is because the rats are drowning, not ingesting!!!
=========================================================================
Date: Fri, 12 Mar 1999 15:25:58 -0500
From: Julie O'Brien
Subject: Re: LD50 for water
Mime-Version: 1.0

>LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
>say. Does that sound correct?

Well, I calculated the amount that would mean for my body weight. That much
water could not fit in my stomach all at once!! I've seen water with a HMIS
health rating of 2 before. It was written on a wash bottle. I've also seen
that on a coffee cup.

It scares me that there's even a MSDS for water at all. Has the world gone mad?

I recently received a MSDS for the solvent used for the ink for my permanent
marker. Do I really need to know that they use butyl alcohol as the solvent??

Julie O'Brien
Just my opinion. :)

Chemist
PCR, Inc.
PO Box 1466
Gainesville, FL 32602
352-376-8246 ext. 232
Fax 352-373-7503
afn35210@afn.org

Education/Exhibits Committee Volunteer
EXPO The Children's Museum of Gainesville
PO Box 5951
Gainesville, FL 32627
=========================================================================
Date: Fri, 12 Mar 1999 14:34:43 -0600
From: "Anne T. Sherren"
Subject: Re: First Aid Kits
Comments: To: Michael Hudson
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

Last year we had a safety inspection by our insurance company. We were strictly
told that there could be no medicines in the First Aid Kits we had on the walls
of the labs. Fortunately we only had bandaids and gause in our kits.
At the time we were surprised, but knew "Don't have anything in those kits". I
wonder about chemical antidotes? Having them easily accessible in the lab is
another possibility.
Anne Sherren, NorthCentral College

Naomi Kelly wrote:

> Does anyone have first aids kits whereby you actually had the involvement
> of a physician to determine what should be available in these kits? Does
> anyone have a list of particularly hazardous chemicals that require
> specific antidotes or treatment supplies. I think HF has been discussed
> sufficiently.Cyanide was given a fair amount of time as well, however,
> there seemed to be fairly divided opposition. I am still unclear what to do
> with that one. Perhaps I quit reading the messages too soon...? If someone
> shared the info that I'm looking for during the time of those discussions,
> forgive me for asking again. Probably like most of you, if I took the time
> to read all of my email messages, I would not get any work done.
>
> We have a health care facility here on campus, but the doctors want us to
> provide this info to them.
>
> Thanks for your help
=========================================================================
Date: Fri, 12 Mar 1999 13:41:45 -0700
From: Sharyn Bake
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain

That much water could be given intravenously. and it is possible to make
your self ill by drinking too much water. It certainly is easy to give an
infant too much fluid. You are missing the point about water. The point
here is that just about all substances on this planet , including seemingly
innocuous things like water, can be thought of as hazardous. It is the dose
that makes the poison.

On the other hand, I agree that the original purpose of the OSHA standard
has been subverted by people who are not appropriately trained to interpret
it or even read it correctly. This includes, in my opinion, some people who
call themselves safety professionals. I personally would not formally label
water (but would use a grease pen) as hazardous but I would be rigorous
about other substances in labs needing formal labels.

just my opinion.
sharyn
> ----------
> From: Julie O'Brien
> Reply To: LABSAFETY-L Discussion List
> Sent: Friday, March 12, 1999 1:25 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: LD50 for water
>
> >LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
> >say. Does that sound correct?
>
> Well, I calculated the amount that would mean for my body weight. That
> much
> water could not fit in my stomach all at once!! I've seen water with a
> HMIS
> health rating of 2 before. It was written on a wash bottle. I've also seen
> that on a coffee cup.
>
> It scares me that there's even a MSDS for water at all. Has the world gone
> mad?
>
> I recently received a MSDS for the solvent used for the ink for my
> permanent
> marker. Do I really need to know that they use butyl alcohol as the
> solvent??
>
> Julie O'Brien
> Just my opinion. :)
>
> Chemist
> PCR, Inc.
> PO Box 1466
> Gainesville, FL 32602
> 352-376-8246 ext. 232
> Fax 352-373-7503
> afn35210@afn.org
>
> Education/Exhibits Committee Volunteer
> EXPO The Children's Museum of Gainesville
> PO Box 5951
> Gainesville, FL 32627
>
=========================================================================
Date: Fri, 12 Mar 1999 15:38:00 -0500
From: "Tayman, Tammy"
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain

>It scares me that there's even a MSDS for water at all. Has the world gone
mad?

Hey, I have to have an MSDS in my collection for the NaCl and sucrose we
use, as well as the *sand* we use in the organic labs for the sand baths! I
also have one for coffee, air, water and I'm looking for one for chocolate.
Ain't life grand?

Tammy Tayman
=========================================================================
Date: Fri, 12 Mar 1999 13:47:09 -0700
From: "Helen B. Gerhard"
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain

Maybe they drowned?
Thanks!

Helen


-----Original Message-----
From: Teresa Robertson
[SMTP:Teresa_Robertson@FIRSTCLASS1.CSUBAK.EDU]
Sent: Friday, March 12, 1999 11:02 AM
To: LABSAFETY-L@SIU.EDU
Subject:LD50 for water

LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
say. Does that sound correct? If so, are we to label squeeze
bottles
of di water "toxic"? Someone please tell me this number is not
correct.

Teresa
=========================================================================
Date: Fri, 12 Mar 1999 15:37:54 -0500
From: "Norman, Randy"
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Not surprising at all. "Water intoxication" is a well-known medical
condition. It can be and is sometimes caused by excess consumption of water
but more often is a result of an electrolyte imbalance. It can be fatal -
people have indeed died from it.

Randy Norman
Safety Specialist Sr.
BioReliance Corporation
Rockville, MD 20850
Rnorman@bioreliance.com

"Success is a journey, not a destination" - Ben Sweetland
=========================================================================
Date: Fri, 12 Mar 1999 16:12:33 -0500
From: "Henry Boyter Jr."
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Several years ago, there was a listing in C&EN for this. I
can't remember it all, but there was an LC50 for

kittens dropped into river
kittens dropped from 25 feet into river
kittens in tied off bag dropped from 25 feet into river

Always describe the conditions!!!!

Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Teresa Robertson
To: LABSAFETY-L@SIU.EDU
Date: Friday, March 12, 1999 3:02 PM
Subject: LD50 for water


LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
say. Does that sound correct? If so, are we to label squeeze bottles
of di water "toxic"? Someone please tell me this number is not correct.

Teresa
=========================================================================
Date: Fri, 12 Mar 1999 16:31:36 -0600
From: Jeff Rubin
Subject: Re: First Aid Kits
In-Reply-To: <36E97A63.E9896371@noctrl.edu>
Mime-Version: 1.0

In the past I've expressed support for Ca gluconate for HF - in fact, it
should be mandatory to have it on hand before initiating work with HF - and
doubt about the merit of cyanide antidote kits. Here are some questions
you should ask before putting something other than standard
bandaging/splinting supplies in a general-use kit:

1) Is there a specific recognized treatment for material(s) that we use?

2) Does providing an antidote or treatment available for general use reduce
or increase potential morbidity/mortality? Put another way, is the
original material nasty enough to merit the trouble and does the
antidote/treatment present hazards of its own?

3) Does whatever we're putting in the kit require special training and/or
supervision (e.g., from an MD)? This one varies quite a bit and relates to
#2. If so, should everyone be trained or should the "special stuff" be in
the hands of a response team? Where will the kits be placed relative to
where people are working with chemicals?

4) Is someone responsible for ensuring that the antidote/Tx is still
functional (hasn't caked/melted/evaporated/expired/been contaminated)?
This holds for aspirin as well as gluconate.

5) If the material you're worried about needs special treatment, how
time-sensitive is treatment initiation? Cyanide and HF require rapid
treatment - not everything else does. Can industrial or local EMS provide
the treatment in time? How about the hospitals?

6) What is the role of the doc who's examining the kits? Does he have any
role in development of treatment protocols? Does he know the capability of
internal and external response teams? Is his goal to minimize personal
inconvenience (not to mention very real personal and corporate liability)
or to provide functional equipment? The two aren't necessarily mutually
exclusive but they do require some assessment and thought. Just remember
that if you do go to your doc for approval and then don't comply with the
instructions you're exposing everyone to potential liability, even if you
think you're doing the right thing.

7) Can the need for special kit contents be reduced by other safety
considerations (procedures, PPE, etc.)?

Not an exhaustive list, but probably some questions worth asking in an
assessment.

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 12 Mar 1999 17:00:08 -0600
From: EH&S Compliance
Subject: Re: LD50 for water

Into the fray,
LD50s are common on MSDSs and there are specific definitions for the term
toxic associated with it, see the excerpt from the OSHA standard below.

Having an LD50 just means a test has been run. It doesn't mean it is toxic.
You state the LD50, oral rat, for water is 90ml / kg. This means a median
lethal dose administered orally to rats. It is a standard abbreviation for
certain conditions. Doing the math, the 90ml/kg would be (1gm/cc density
for water) a LD50 of 90 grams/kg or 90,000mg/kg. Toxic is a LD50 of less
than 500mg/kg.

It would be rather incorrect to label it as toxic.


Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net


1910.1200 Appendix A
Toxic. A chemical falling within any of the following categories:
A chemical that has a median lethal dose (LD50) of more than 50 milligrams
per kilogram but not more than 500 milligrams per kilogram of body weight
when administered orally to albino rats weighing between 200 and 300 grams
each.
A chemical that has a median lethal dose (LD50) of more than 200
milligrams per kilogram but not more than 1,000 milligrams per kilogram of
body weight when administered by continuous contact for 24 hours (or less
if death occurs within 24 hours) with the bare skin of albino rabbits
weighing between two and three kilograms each.
A chemical that has a median lethal concentration (LC50) in air of more
than 200 parts per million but not more than 2,000 parts per million by
volume of gas or vapor, or more than two milligrams per liter but not more
than 20 milligrams per liter of mist, fume, or dust, when administered by
continuous inhalation for one hour (or less if death occurs within one
hour) to albino rats weighing between 200 and 300 grams each.

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

-----Original Message-----
From: Teresa Robertson
To: LABSAFETY-L@SIU.EDU
Date: Friday, March 12, 1999 3:02 PM
Subject: LD50 for water


LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
say. Does that sound correct? If so, are we to label squeeze bottles
of di water "toxic"? Someone please tell me this number is not correct.

Teresa

=========================================================================
Date: Fri, 12 Mar 1999 14:08:32 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Re: LD50 for water
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

LABSAFETY-L@siu.edu,.internet writes:
>>LD50, oral rat, for water is 90ml / kg (?). That is what some MSDSs
>>say. Does that sound correct?

>Well, I calculated the amount that would mean for my body weight. That
>much
>water could not fit in my stomach all at once!!

>Not surprising at all. "Water intoxication" is a well-known medical
>condition. It can be and is sometimes caused by excess consumption of
>water
>but more often is a result of an electrolyte imbalance. It can be fatal
>-
>people have indeed died from it.

Two very different responses. I was surprised the LD50 was so low; not
that it was so high.

Confession - My mind went down the wrong track for awhile, I converted
90 mls to 90 mg, instead of to 90 gm! (trying to do math in my head on
a Friday with weather as beautiful as Deb's).

Does it make more sense to know that I was struggling with the validity
of the (erroneous) concept of 90 mg / kg LD50 for water? My apologies.

Teresa

PS. Rebecca, I've just seen your post. You hit the nail on the head!
=========================================================================
Date: Fri, 12 Mar 1999 17:33:04 -0700
From: Katrina Doolittle
Subject: University Laboratory Hygienist Position Open
Mime-Version: 1.0

ANNOUNCEMENT OF POSITION AVAILABILITY at
University Safety Office
New Mexico State University
Las Cruces, NM 88003


TITLE: University Laboratory Hygienist Refer to Position # 7143
EFFECTIVELY: ASAP
SALARY: $29,381 - 44,071

QUALIFICATIONS: Master's degree in industrial hygiene, science, or
occupational safety and health. Must have degree in hand by date of hire.
Minimum of three years training and laboratory hygiene experience.
Demonstrated knowledge and experience in the identification and evaluation
of health and safety hazards in research laboratories. Demonstrated
knowledge of current legal requirements, guidelines, prudent practices
applying to health and safety issues. Demonstrated experience in design and
performance of effective laboratory surveys, and ability to evaluate the
results of such surveys and communicate findings in an effective, positive
manner. Demonstrated skills and ability to organize, present, and evaluate
classes, seminars and training required. Demonstrated strong ability to
communicate effectively, both orally and in writing.

KNOWLEDGE, SKILLS, ABILITIES: Applied knowledge of chemical toxicity and
properties and of the principles of chemical storage, use and disposal.
Knowledge in the selection and use of personal protective equipment.
Demonstrated ability to use word processing, spread sheet, database and
other software to analyze data and prepare professional documents and
training materials, including web pages. Ability to organize and schedule
tasks to complete projects effectively and efficiently. Communication
skills necessary to impart health and safety information to workers of
differing backgrounds.

SPECIAL REQUIREMENTS: Ability to respond to hazardous materials spills and
incidents, pass pulmonary function test, be fit tested and wear an air
purifying respirator and a self contained breathing apparatus. Some evening
and weekend work.

RESPONSIBILITIES: Duties and responsibilities may include evaluating health
and safety hazards in laboratories and support facilities according to
environmental, health and safety principles and legal requirements. Working
with laboratory faculty and staff to correct deficiencies. Developing
laboratory training for chemical, biological, and radiological safety for a
variety of audiences, including faculty and staff. Responsible for the
Chemical Hygiene Program, Hazard Communication Program and Biosafety as it
applies to the Academic and Research laboratories. Keeps the NMSU Guide to
Lab Safety and Safety web page up to date.

BENEFITS: Group medical and hospital insurance, group life insurance, state
educational retirement, worker's compensation, sick leave, and unemployment
compensation.

DEADLINE FOR APPLICATION: Submit letter of application, resume, transcript,
and list of three references postmarked by March 26, 1999. Refer to
Position #7143. Mail complete application to University Safety Office, Box
30001/MSC 3578, Las Cruces, NM 88003, Attn: Dr. Katrina Doolittle.

New Mexico State University is an EEO/AA Employer. Offer of employment
contingent upon verification of individual's eligibility for employment in
the United States. Position is contingent upon availability of funding.
(Applicable only to non I & G funded positions)
=========================================================================
Date: Fri, 12 Mar 1999 19:57:23 -0500
From: Mary Ann Solstad
Subject: Re: CHP/HC in general
In-Reply-To: <008101be6722$852695c0$4c28400c@nick>
Mime-Version: 1.0
Content-Type: text/enriched; charset="us-ascii"

At 08:07 AM 3/5/99 -0800, you wrote:

>Hi all,

>

>I realize that this is just a pipe dream, but wouldn't it be wonderful if

>politicians and lawyers could just learn how to write in English (or

>whatever the audience's native language is) rather than legalese. Then we

>could spend more time applying the rules rather than discussing

>interpretations of them!!

>

>Editorial over. (These are absolutely my views and should not be viewed any

>other way etc. etc. etc.)

>

>Nick Spare

>Pilot Chemical Co.

>

Right on, Nick. If they can't learn English, then we'd call it the lawyer unemployment act.

Mary Ann


Mary Ann Solstad

16 Pequot Rd


Marblehead, MA 01945-1202

tel 781-631-4748, FAX 781-631-1832

outmsolstad@mediaone.net


=========================================================================
Date: Sat, 13 Mar 1999 08:22:07 EST
From: Labsafe@AOL.COM
Subject: Re: Your Favorite Lab Safety Videos
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-12 14:47:12 EST, you write:

<< We have a set of 6 from Training Communications Corp. (TRACOM) I like real
well. The first in the series is Orientation to Laboratory Safety which I
use for new people and for a review about once a year. I like the series
because they are set in industrial labs and the safety rules they specify
sound like they are out of our CHP. They run about 10 to 15 minutes each
and cost about $100 each. They are aimed at working chemists, not students.
>>


Hi NACHOs,

The series is called "Elements of Safety" and has 12 parts. It's available
from LSW. ... jim

=========================================================================
Date: Sun, 14 Mar 1999 11:58:48 +1300
From: Tony Haggerty
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

"All things are toxic, Its the dose that counts"

Its a huge amount but there are recorded cases of people overdosing on water
and dying (besides drownings!!)

Tony
=========================================================================
Date: Sun, 14 Mar 1999 12:00:21 +1300
From: Tony Haggerty
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

There are commonly MSDSs for sand. Ever heard of Silicosis?

Tony
=========================================================================
Date: Sat, 13 Mar 1999 20:11:19 -0500
From: "Henry Boyter Jr."
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

The problem is that many say things like:

Do not let touch skin.
Wear PPE if skin exposed.
Seek medical help if it gets on skin.

Without regard to the type of exposure.

Takes the fun out of going to the beach.
Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Tony Haggerty
To: LABSAFETY-L@SIU.EDU
Date: Saturday, March 13, 1999 5:59 PM
Subject: Re: LD50 for water


There are commonly MSDSs for sand. Ever heard of Silicosis?

Tony
=========================================================================
Date: Mon, 15 Mar 1999 08:07:49 -0600
From: Ward R Phifer
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain
Content-Transfer-Encoding: 7bit

All those of you out there who don't believe water is a "dangerous
chemical" should consider this:

Reacts violently with certain alkali metals, causing explosions
Corrodes steel rapidly
Gaseous form causes serious burns
Solid form can cause hypothermia
Responsible for far more deaths per year than any other chemical

(So don't mix it with sodium, put your hand in steam, hold ice for long
periods of time, or go swimming if you don't know how)

As with all chemicals, its the dose that counts......

Russ Phifer
WC Environmental
=========================================================================
Date: Mon, 15 Mar 1999 08:57:17 -0500
From: Bob Burns
Subject: Re: LD50 for water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We label our DI water bottles "non-hazardous".

Anything else is just plain silly.

-----Original Message-----
From: Ward R Phifer
To: LABSAFETY-L@siu.edu
Date: Monday, March 15, 1999 8:28
Subject: Re: LD50 for water


>All those of you out there who don't believe water is a "dangerous
>chemical" should consider this:
>
>Reacts violently with certain alkali metals, causing explosions
>Corrodes steel rapidly
>Gaseous form causes serious burns
>Solid form can cause hypothermia
>Responsible for far more deaths per year than any other chemical
>
>(So don't mix it with sodium, put your hand in steam, hold ice for long
>periods of time, or go swimming if you don't know how)
>
>As with all chemicals, its the dose that counts......
>
>Russ Phifer
>WC Environmental
=========================================================================
Date: Mon, 15 Mar 1999 07:44:03 -0800
From: Mike hinz
Subject: Re: LD50 for water
Mime-Version: 1.0

I doubt that water causes more deaths per year than ethanol, my candidate
for title of, 'most dangerous chemical'.

What with all the talk of the dangers of water and sand, add to it the
danger of exposure to sunlight and I ain't never going to the beach no mo'.

Mike Hinz
Chemistry Dept.
Washington State University


At 08:07 AM 3/15/99 -0600, you wrote:
>All those of you out there who don't believe water is a "dangerous
>chemical" should consider this:
>
>Reacts violently with certain alkali metals, causing explosions
>Corrodes steel rapidly
>Gaseous form causes serious burns
>Solid form can cause hypothermia
>Responsible for far more deaths per year than any other chemical
>
>(So don't mix it with sodium, put your hand in steam, hold ice for long
>periods of time, or go swimming if you don't know how)
>
>As with all chemicals, its the dose that counts......
>
>Russ Phifer
>WC Environmental
=========================================================================
Date: Mon, 15 Mar 1999 12:49:49 -0500
From: Mary Ann Solstad
Subject: Re: LD50 for water
In-Reply-To: <19990315.082206.-148383.1.envasset@juno.com>
Mime-Version: 1.0

At 08:07 AM 3/15/99 -0600, you wrote:
>All those of you out there who don't believe water is a "dangerous
>chemical" should consider this:
>
>Reacts violently with certain alkali metals, causing explosions
>Corrodes steel rapidly
>Gaseous form causes serious burns
>Solid form can cause hypothermia
>Responsible for far more deaths per year than any other chemical
>
>(So don't mix it with sodium, put your hand in steam, hold ice for long
>periods of time, or go swimming if you don't know how)
>
>As with all chemicals, its the dose that counts......
>
>Russ Phifer
>WC Environmental
>
Great one, Ward. See you Sunday.

Mary Ann
Mary Ann Solstad, CIH 4 A's of Safety
SOLSTAD Health & Safety Evaluations Attitude
16 Pequot Rd, Marblehead, MA 01945 Awareness
781-631-4748 tel, 781-631-1832 FAX Automatic Application
Authority
Past Chair, DivCHAS, ACS
msolstad@mediaone.net
=========================================================================
Date: Mon, 15 Mar 1999 14:58:14 -0500
From: Nick Pinizzotto
Subject: EPA targets New England colleges, universities
MIME-Version: 1.0
Content-Type: multipart/mixed; boundary="openmail-part-05077a92-00000001"

--openmail-part-05077a92-00000001
Content-Type: text/plain; charset=US-ASCII; name="EPA"
Content-Disposition: inline; filename="EPA"
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Good Monday everyone,

Just recieved this from my boss.
Thought I'd forward it to all.

I especially like the discharge of mercury to the drain without properly
treating it.
HMMMMMMMMMM all this time we've paying to dispose/recycle it and we could have
been just properly treating it and pouring it to the drain.


Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853

--openmail-part-05077a92-00000001
Date: Mon, 15 Mar 1999 10:32:37 -0500
Content-Type: message/rfc822

Subject: EPA targets New England colleges, universities
MIME-Version: 1.0
Sender: Martha#f#Anderson/internet////////RFC-822/Martha#f#Anderson#a#mail#f#tju#f#edu@hpmail1
From: "Martha Anderson"
TO: cherry.moragne@mail.tju.edu,
jolene.shaw@mail.tju.edu,
kate.ananson@mail.tju.edu,
mary.b.o'connor@mail.tju.edu,
nick.pinizzotto@mail.tju.edu,
patrick.j.o'neill@mail.tju.edu,
robert.shewbrooks@mail.tju.edu,
stephen.baker@mail.tju.edu,
susan.souder@mail.tju.edu
Content-Type: multipart/Mixed; boundary="openmail-part-05077a92-00000002"


--openmail-part-05077a92-00000002
Date: Mon, 15 Mar 1999 11:00:24 -0500
Content-Type: message/rfc822

Subject: EPA targets New England colleges, universities
MIME-Version: 1.0
Sender: Martha#f#Anderson/internet////////RFC-822/Martha#f#Anderson#a#mail#f#tju#f#edu@hpmail1
From: rstuart@esf.uvm.edu
TO: SAFETY@LIST.UVM.EDU
Content-Type: multipart/Mixed; boundary="openmail-part-05077a92-00000003"


--openmail-part-05077a92-00000003
Content-Disposition: inline; filename="EPA.TXT"
Content-Transfer-Encoding: 7bit

From: Suzanne Howard
Subject: Boston Globe Article
Date: Mon, 15 Mar 1999 07:54:26 -0500 (Eastern Standard Time)

Thought this would be fitting for the Lab-xl or safety
list. As usual, taken right out of boston.com.

Suzanne
__________________________
EPA targets New England
colleges, universities

By Associated Press, 03/15/99 05:07

BOSTON (AP) - The U.S. Environmental Protection Agency is
going after colleges and universities in New England to get
them to comply with federal regulations.

Officials were prepared to file a complaint today against the
University of New Hampshire, accusing it of violating
hazardous waste management plans, The Boston Globe
reported.

Complaints are expected to be made against other institutions
in New England, said Ken Moraff, chief of the EPA's regional
enforcement office.

The EPA also plans to notify college presidents in the region
that in the spring, it will inspect campuses where violations
are suspected.

The EPA also plans to offer training sessions for college
officials on ways to improve environmental management.

''It's a very ambitious and concentrated effort to improve
environmental performances on college campuses throughout
New England,'' John DeVillars, the EPA's administrator in the
region, told the Globe.

Colleges and universities are targets because they usually
have laboratories, waste treatment facilities and power plants
that can damage the environment if not properly managed, he
said.

''We have found that some educational institutions don't take
their environmental obligations as seriously as they should,''
DeVillars said in a letter to be mailed to college presidents.

He said the complaint against UNH results from an inspection
of its Durham, N.H., campus in 1997.

Inspectors found 15 violations of federal and state hazardous
waste laws at laboratories and storage facilities, DeVillars
said.

One accusation is that UNH poured mercury down a drain
without ensuring it was properly treated, the EPA said.

The university reportedly faces a fine of as much as $300,000.

''We believe that although there were some technical
compliance issues back in 1997, our program was
fundamentally sound then and even better now,'' Donald
Sundberg, UNH vice president for research and public service,
said in a statement.

He said university officials will work closely with the EPA to
satisfy the agency's concerns.

Moraff said UNH can contest the complaint in a hearing
process, or seek a settlement.

''What we are finding is that some schools don't have a good
system in place to manage hazardous waste, or systems to
manage underground oil storage,'' said Moraff.

''That can be dangerous if you don't store it properly, risking
explosions or spills,'' he said.

The complaint will be the third against a New England
university in the last four years.

Yale University paid $348,000 in fines and community
environmental investments in 1995 after it was cited for
allegedly mishandling and improperly labeling hazardous
chemicals.

Boston University agreed to pay $753,000 in fines and
community projects in 1997 after being cited for allegedly
violating regulations on underground storage tanks and storm
water.

The investigation followed the leaking of 1,000 gallons of oil
into the Charles River from a tank near the BU Bridge.

----------------------
--openmail-part-05077a92-00000003--

--openmail-part-05077a92-00000002--

--openmail-part-05077a92-00000001--
=========================================================================
Date: Mon, 15 Mar 1999 19:25:05 EST
From: Martin Besant
Subject: Re: LD-50 Water
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

The first time I saw this was at a Chem Com Conference at Drew Univ in NJ. I
was surprised to see a State hazardous chemical number attached to the water
faucet. I could not understand why this chemical should be "listed" when the
desk top, the floor tiles, the wall paint etc was not.
The only thing that upset me more was that the other conference attendees
could not understand my objection to the adherence to this follish regulation.
Our lab was required to remove ethylene glycol from our stickroom as a hazard,
yet our students can buy it by the gallon at WalMart.
Someone is a fool
Marty Besant
West Seneca East Sr HS
A suburb of Buffalo, NY
=========================================================================
Date: Mon, 15 Mar 1999 16:14:33 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Re: LD-50 Water
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

LABSAFETY-L@siu.edu,.internet writes:
>The only thing that upset me more was that the other conference
>attendees
>could not understand my objection to the adherence to this follish
>regulation.
My comment is not to defend the labeling of the water faucet, but I do
not agree with violating a regulation because of personal opinion that
it is foolish. [maybe the real problem is interpretation of the
regulation]

Okay, call me a Boy Scout. The expanded version of "a Scout is
obedient" says that one should not violate a law that is not good, but
work through the proper channels to change the law. In my last 8-hour
haz-mat refresher, the instructor (from the San Bernardino County Fire
Dept.) said he personally has taken on such a task, and WAS able to get
the legislature to respond!

This is one of our greatest challenges as CHOs. We are all surrounded
by fellow employees, each one with a different opinion of what is
foolish, and what is not. This is why we vote, and even if I am in the
minority, I uphold the right of majority to make the decision. Why?
Because I have personally worked with people who do not wear goggles
because they fog, and do not wear gloves because the powder causes them
to need hand lotion, and those who wear sandals to work in the lab when
the weather is hot. These people feel the rules to the contrary are
foolish (and are plenty verbal about it also).

>Our lab was required to remove ethylene glycol from our stickroom as a
>hazard,
>yet our students can buy it by the gallon at WalMart.
They can buy guns and knives at "WalMart" also, so those also are okay
at school(?)


Hey, the soapbox is fun! . . . oops, here come the tomatoes!
=========================================================================
Date: Tue, 16 Mar 1999 14:27:02 +1300
From: Tony Haggerty
Subject: Re: LD-50 Water
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

This whole discussion highlights the lack of understanding of what is a
Hazardous Substance for legal transport, storage and use purposes. In all
jurisdictions, there are, or should be, very specific criteria which
determine whether a substance is flammable, toxic, corrosive etc. for the
particular mode or country.

Flammable liquids are not hazardous substances for transportation according
to the UN Committee of Experts if the Flash Point is >60.5oC. Substances
are not Toxic for transportation if their LD 50s are above 500 mg/kg for
solids or 200 mg/kg for liquids.

Different countries have different criteria for storage or use.

Those who put hazard warnings on water for example, debase the whole system
and make it worthless. The value of a hazard warning is that it is unusual
and has impact.

I don't have a problem with MSDSs for Water or Sand or any other non
Hazardous Substance. As a hazmat emergency responder I am happy to have
written information that tells me a substance is non hazardous because it
saves me wasting resources.

I would suggest that the organisation that has hazard warnings on its
faucets should keep them locked and only allow trained personnel to operate
them because that is the rest of the equation in most jurisdictions I am
aware of.

Cheers
Tony
=========================================================================
Date: Mon, 15 Mar 1999 12:15:39 -0600
From: "Barbara E. Liedl"
Subject: EPA targets New England colleges, universities
In-Reply-To:
Mime-Version: 1.0

Hi to one and all.

I just finished reading Nick Pinizzotto's message about the EPA targetting
colleges and universities and I feel like I just saw my worst nightmare
come true. Why is it my nightmare? I guess it is something I have thought
would happen to us first. Here are my reasons:

1) Lack of compliance with standards. Our institution is so far out of
compliance it isn't funny. You don't want to see our chemical hygiene plan
or safety plan for our building or the whole institution. I am repeatedly
told that "we are too small and no one will come and inspect us". Yes we
are small (student population of 1,300), but we are just starting a
renovation/addition project for our science building. The whole campus was
inspected 2 years ago by EPA and had problems identified that have yet to
be corrected. It isn't funny, but very few people are taking this seriously.

2) Lack of information about standards or requirements. We don't have a
safety officer or chemical hygiene officer for the campus. All we have is a
stockroom manager who has one year under her belt dealing with a stockroom
that would make all of your cringe if you saw it (I can supply digital
photos if you want), keeping 10 professors happy with stockroom
performance, demo set up and lab support, supervising 6 or 7 students and
was given no additional training in chemical hygiene, compliance or safety
beyond a biology degree. Yet she has the additional job of "Environmental
Compliance Officer" AND I am her supervisor. I really do feel lost in the
regulations and standards and I can only imagine what our stockroom manager
feels when she is supposed to be in charge of parts of the chemical hygiene
plan and training.

So, we are asking for help, guidance or assistance on where to start.
Someone out there must have been in the same situation at one time. Also,
we did consider it, but leaving our jobs is out of the question (at least
til the end of the semester), so we need to find some way to solve these
problems.

What do we have? We have searched the web and have found an amazing
stockpile of chemical hygiene plans. We do have a chemical inventory list
in FileMaker Pro that we are planning to move to Chemventory by Flinn
Scientific. We have checked MSDS sheets based on the chemical inventory
list, but it is a binder based system and we are probably missing some. Our
nurse has a great written policy and training procedure for blood borne
pathogens. But as far as we can tell only counselors and cleaning staff
are trained in this area. We do have a hazardous waste room and do use
secondary containment and have it inventoried and labelled appropriately.
BUT THAT IS ABOUT IT!

Right now I think we are only going to focus on developing the chemical
hygiene plan and policies for our building which houses Biology, Chemistry,
and Physics. At some point, we need to include the Physical Plant, Art and
Theatre departments. Any suggestions on books, videos, CDs, agencies,
contacts, plans of attack, etc.? Are there organizations we need to join
as individuals or an institution? Any suggestions on dealing with the
"higher ups"?

Also, what do other "Environmental Compliance Officers" do? I have no idea
where the title came from on her job description. Personally I think it is
ploy by some of our Physical Plant staff who would like to push our
stockroom manager into being the Safety Officer for the whole campus!!!

Thanks for your assistance and the great discussion list.

Barbara Liedl
liedlb@central.edu
Assistant Professor of Biology
=========================================================================
Date: Tue, 16 Mar 1999 00:36:28 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Thought you should know
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We thought you should know....
http://www.safetyinfo.com

Reported in the New York Times ...... New Reforms to Protect Safety Whistle
Blowers
March 15, 1999

The Clinton Administration is proposing "sweeping new protections
for...whistle-blowers" who report safety problems at their place of
employment. Currently the OSHA Act provides protection from retaliation by
employers but it is seen as not effective in the real world. ... " the
inspector general of the Labor Department, Charles Masten, said such
reprisals often occur."

Charles Jeffress (head of OSHA) was the reported source of the info on the
new proposed changes in the law. He stated, "Too many employers feel they
can retaliate against whistle-blowers with impunity." and that the current
law is "too weak and too cumbersome to discourage employer retaliation or to
provide an effective remedy for the victims." A Department of Labor survey
revealed that of the 653 cases, almost 67% of the "whistle-blowers" were
fired.

Given that statistic, OSHA and the Department to Labor have an apparent poor
track record of initiating action on behalf of the terminated workers: in
1998 of some 2474 complaints of retaliation, only 14 cases were filed in
court. In 1997 the numbers were: 2124 complaints with 18 cases filed in
court.

The new proposed change will allow workers 6 months to file complaints of
retaliation vice the current statute of 30 days.

The New York Times report stated that "to provide more rapid assistance to
workers, the White House will propose that cases be tried before hearing
officers known as administrative-law judges. The administration will ask
Congress to authorize punitive damages in cases where an employer has
falsified records or disregarded the requirements of federal law in a
particularly brazen or egregious way. "

Visit our web site for expanded news coverage on OSHA - DOT - NIOSH - EPA
issues

Regards & Best Wishes
Marc Neuffer
http://www.safetyinfo.com
...
...
=========================================================================
Date: Tue, 16 Mar 1999 02:59:58 -0500
From: Mary Ann Solstad
Subject: Re: LD-50 Water
In-Reply-To: <001601be6f4c$393dc660$132864c1@HPC013.FIRE.ORG.NZ>
Mime-Version: 1.0
Content-Type: text/enriched; charset="us-ascii"

At last, a few useful facts on transport, and a breath of common sense.

Following really foolish regs to the absolute letter encourages disrespect for all.


At 02:27 PM 3/16/99 +1300, you wrote:

>This whole discussion highlights the lack of understanding of what is a

>Hazardous Substance for legal transport, storage and use purposes. In all

>jurisdictions, there are, or should be, very specific criteria which

>determine whether a substance is flammable, toxic, corrosive etc. for the

>particular mode or country.

>

>Flammable liquids are not hazardous substances for transportation according

>to the UN Committee of Experts if the Flash Point is >60.5oC. Substances

>are not Toxic for transportation if their LD 50s are above 500 mg/kg for

>solids or 200 mg/kg for liquids.

>

>Different countries have different criteria for storage or use.

>

>Those who put hazard warnings on water for example, debase the whole system

>and make it worthless. The value of a hazard warning is that it is unusual

>and has impact.

>

>I don't have a problem with MSDSs for Water or Sand or any other non

>Hazardous Substance. As a hazmat emergency responder I am happy to have

>written information that tells me a substance is non hazardous because it

>saves me wasting resources.

>

>I would suggest that the organisation that has hazard warnings on its

>faucets should keep them locked and only allow trained personnel to operate

>them because that is the rest of the equation in most jurisdictions I am

>aware of.

>

>Cheers

>Tony

>

Mary Ann


Mary Ann Solstad

16 Pequot Rd

Marblehead, MA 01945-1202

tel 781-631-4748, FAX 781-631-1832

outmsolstad@mediaone.net


=========================================================================
Date: Tue, 16 Mar 1999 13:47:08 -0300
From: "Aziz M. Abu-khalaf"
Subject: Re: LABSAFETY-L Digest - 13 Mar 1999 to 15 Mar 1999
Mime-Version: 1.0

What are you saying, Russ, is relative. Chemicals are hazardous
under certain conditions, and we should not isolate them from these
specific conditions. Steam, ice, contaminated water, hot water etc.. can
be harmful, but only because they are within the hazardous range. We dont
drink contaminated water, and we swim if we know how.
I believe that: things are safe unless it is proved to be hazardous.

Aziz.

>Reacts violently with certain alkali metals, causing explosions
>Corrodes steel rapidly
>Gaseous form causes serious burns
>Solid form can cause hypothermia
>Responsible for far more deaths per year than any other chemical
>
>(So don't mix it with sodium, put your hand in steam, hold ice for long
>periods of time, or go swimming if you don't know how)
>
>As with all chemicals, its the dose that counts......
>
>Russ Phifer
>WC Environmental
>
****************************************************************************
*******
Aziz M. Abu-Khalaf ***** Tel: 00966 1 4676894
Chemical Engineering Department ***** Fax: 00966 1 4678770
King Saud University ***** E-mail: amkhalaf@ksu.edu.sa
PO Box 800 *****
Riyadh 11421, Saudi Arabia *****
****************************************************************************
*******
=========================================================================
Date: Tue, 16 Mar 1999 07:13:08 EST
From: Labsafe@AOL.COM
Subject: Safety Acronyms
Comments: To: Safety ,
Safe-NZ@niwa.cri.nz, nsela-l@science.coe.uwf.edu,
NAOSMM@listserv.rice.edu, hs-canada@ccohs.ca, dchas-l@siu.edu,
chemlab_L@vax1.bemidji.msus.edu, chemed-l@atlantis.uwf.edu,
CHEMCOM@listserv.acsu.buffalo.edu, biosafty@mitvma.mit.edu
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

>I was looking for a list or sample of some commonly used acronyms
>in safety. Examples such as OSHA-Occupational Safety and Health
>Administration, PEL-Permissible Exposure Limit and so on. This needs to be
>very basic but I want the participants to have an understanding of terms
>that they may encounter on a daily basis as they relate to safety.>

The Laboratory Safety Workshop has a very complete list of safety acronyms at
www.labsafety.org on the services page. .... Jim Kaufman
=========================================================================

Date: Tue, 16 Mar 1999 08:56:43 EST
From: stefan
Subject: Re: EPA targets New England colleges, universities
In-Reply-To: <199903160620.AAA104924@saluki-mailsmtp.siu.edu>
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; charset=US-ASCII
Content-Transfer-Encoding: 7BIT

To Barb Liedl, and Recipients of LABSAFETY-L;

We are all in this together, large universities and small colleges-
those with established EH & S departments, and those without- those with
six figure HazWaste budgets, and those with a one time annual allotment.

Having been through the Consent Order process, it probably won't make you
feel a whole lot better to know that, even with the fine, the SEP's, the
external audits, the internal inspections, we still will not be 100%
compliant. Our last audit of 100 labs still uncovered violations (albeit
minor) in 66 of them. Yes they were immediately correctable (labels,
hazard determination), but if it was the regulatory authority conducting
the audit, it would show up as a repeat violation. Am I frustrated? Of
course. It is the nature of the academic beast. Someone once said that
trying to bring change to an institution of higher learning is like
moving a graveyard- the residents don't help you very much.

I'm already trying to guess what will happen to the letter that EPA is
sending to college presidents this week- my guess is, that, if he/she even
gets to see it, it will be routed to the Provost/Chancellor, over to
a Director of Facilities, or maybe a Veep of Finance, and finally end up
on my desk- not with any proactive comments, just to get it off their desks.

I believe my article, "Fear & Loathing on Campuses after a RCRA Inspection"
in the Journal of Chemical Health & Safety is being mailed out this week.

Enjoy.

Stefan Wawzyniecki, CIH, NRCC-CHO
University of Connecticut

(At least we have great basketball teams!)
=========================================================================
Date: Tue, 16 Mar 1999 09:59:18 +0100
From: Anne Skinner
Subject: Re: EPA targets New England colleges, universities
In-Reply-To: <199903160620.AAA104924@saluki-mailsmtp.siu.edu>
MIME-version: 1.0
Content-type: text/plain; charset=us-ascii

I would like to suggest to those of you concerned about the EPA notice (and
that should be 1000% of us; as Stefan said, it is not possible to pass an
EPA inspection without flaw) that a good resource is CSHEMA, the campus
safety arm of the National Safety Council. Their annual meetings (next one
is in Madison, WI in July) are excellent chances to network. Website
adddress: http://www.ualberta.ca/~rrichard/cshema.html Also, NEWSAFETY,
the January meeting in New England, has been very helpful. I don't
remember right now where the next one will be. Bulletin boards such as
this one are a starting point, but getting together and talking brings out
all sorts of ideas that haven't been previously considered.

To quote (probably slightly wrongly) Ben Franklin: "We must all hang
together or we shall most assuredly hang separately".

Anne Skinner
/O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\
Si Si Si Si Si Si Si Si Si Si Si Si Si Si Si
\O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/


Dr. Anne Skinner
Chemistry Department, Williams College
47 Lab Campus Drive
Williamstown, MA 01267

anne.r.skinner@williams.edu
Phone: (413) 597-2285
Fax No: (413) 597-4116

/O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\ /O\
Si Si Si Si Si Si Si Si Si Si Si Si Si Si Si
\O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/ \O/
=========================================================================
Date: Tue, 16 Mar 1999 09:33:03 -0700
From: "Greene, Ben"
Subject: Re: LABSAFETY-L Digest - 13 Mar 1999 to 15 Mar 1999
MIME-Version: 1.0
Content-Type: text/plain

Dangerous assumption. Are you assuming the DI water is potable?
Suitable for reagent use but probably not for drinking.

> ----------
> From: Aziz M. Abu-khalaf[SMTP:amkhalaf@KSU.EDU.SA]
> Reply To: LABSAFETY-L Discussion List
> Sent: Tuesday, March 16, 1999 9:47 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: LABSAFETY-L Digest - 13 Mar 1999 to 15 Mar 1999
>
> What are you saying, Russ, is relative. Chemicals are hazardous
> under certain conditions, and we should not isolate them from these
> specific conditions. Steam, ice, contaminated water, hot water etc..
> can
> be harmful, but only because they are within the hazardous range. We
> dont
> drink contaminated water, and we swim if we know how.
> I believe that: things are safe unless it is proved to be hazardous.
>
> Aziz.
>
> >Reacts violently with certain alkali metals, causing explosions
> >Corrodes steel rapidly
> >Gaseous form causes serious burns
> >Solid form can cause hypothermia
> >Responsible for far more deaths per year than any other chemical
> >
> >(So don't mix it with sodium, put your hand in steam, hold ice for
> long
> >periods of time, or go swimming if you don't know how)
> >
> >As with all chemicals, its the dose that counts......
> >
> >Russ Phifer
> >WC Environmental
> >
> **********************************************************************
> ******
> *******
> Aziz M. Abu-Khalaf ***** Tel: 00966 1 4676894
> Chemical Engineering Department ***** Fax: 00966 1 4678770
> King Saud University ***** E-mail:
> amkhalaf@ksu.edu.sa
> PO Box 800 *****
> Riyadh 11421, Saudi Arabia *****
> **********************************************************************
> ******
> *******
>
=========================================================================
Date: Tue, 16 Mar 1999 01:57:15 -0600
From: EH&S Compliance
Subject: Re: LD-50 Water

I couldn't agree more. I don't think it is a foolish reg in this case but a
lack of understanding of what the reg actually says.
We need to be careful about actually following the regs and not assuming
something in them that is not there. DOT and Haz Com seem to be specific on
what are toxic and highly toxic chemicals. Also remember, there is a
difference between toxic and hazardous. I, as well, appreciate the
companies that use the MSDS for distributing information. I have seen a few
MSDS (oils, greases) that give information on their product through a MSDS
and state on the MSDS that it is not hazardous according to the Haz Com
standard. These have been very useful to me.

Most of the problems I have seen in this area is someone trying to cover
their legal backside and not actually have an eye toward safety. Safety
then gets labeled as the boy crying wolf. Or another problem is someone
relying on stories and not the regulation itself.

In fact I have seen larger fines in DOT for mislabeling something than for
not labeling it at all. (Our transportation department showed me the cases,
I was surprised.)


Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Tony Haggerty [SMTP:techton@IHUG.CO.NZ]
Sent: Monday, March 15, 1999 7:27 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: LD-50 Water

This whole discussion highlights the lack of understanding of what is a
Hazardous Substance for legal transport, storage and use purposes. In all
jurisdictions, there are, or should be, very specific criteria which
determine whether a substance is flammable, toxic, corrosive etc. for the
particular mode or country.



Cheers
Tony


Attachment Converted: "c:\winnet\eudora\linda\attach\WINMAIL11.DAT"
=========================================================================
Date: Tue, 16 Mar 1999 15:35:32 -0600
From: Peter Ashbrook
Subject: Call for abstracts relating to OSHA Lab Standard
Mime-Version: 1.0

At the summer American Chemical Society national meeting in New Orleans
this August, the Division of Chemical Technicians is organizing a symposium
entitled, "Safety Issues in Our Laboratories." As part of this symposium,
I am trying to organize a poster symposium on compliance with the OSHA
Laboratory Standard. This would consist of presentations on institutional
and departmental strategies for compliance with the Standard, as well as
chemical hygiene plans and training programs.

This is your chance to show off your wonderful programs and/or learn from
your colleagues. OSHA cares about the lab standard (consider the fine to
Columbia University). Since I will not be able to attend the NACHO get
together in Anaheim, perhaps someone could publicize this poster symposium
at that time.

IF YOU ARE WILLING TO MAKE A POSTER PRESENTATION, contact me by email and I
will send you information about how to submit an abstract. The official
deadline is April 26, so don't delay. The exact date for the poster session
cannot be pinned down at this time, but will be in the August 22-26 time
frame--hopefully towards the beginning of the week.

This overall "Safety Issues..." symposium will also be cosponsored by the
Division of Chemical Health and Safety and the Young Chemists Committee. If
you wish to present a paper rather than a poster, an abstract needs to be
submitted to D. Richard Cobb (drcobb@kodak.com) by April 1, 1999. I suggest
contacting Mr. Cobb before filling out your abstract, even if you already
know how to do it.


Peter C. Ashbrook, CHMM, Assistant Director
Chemical Safety Section
Division of Environmental Health and Safety
University of Illinois at Urbana-Champaign
217/244-9278
=========================================================================
Date: Tue, 16 Mar 1999 16:07:39 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: Published ANSI Z590 excerpts
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

For those interested we have published a review article with substantial
excerpts from the ANSI Z590 standard. Included are comments from National
Safety Council. ASSE declined comment pending closure of comment period.

Link to article is on our home page http://www.safetyinfo.com

Regards & Best Wishes
Marc Neuffer
Safety Info.Com
=========================================================================
Date: Wed, 17 Mar 1999 11:40:09 -0300
From: "Aziz M. Abu-khalaf"
Subject: DI water
Mime-Version: 1.0

On Tue, 16 Mar 1999 09:33:03 -0700
Ben Greene wrote:
>>Dangerous assumption. Are you assuming the DI water is potable?
Suitable for reagent use but probably not for drinking.>>

Where the assumption is?
I don not assume any thing. Here comes the role of labs, investigators,
researchers, safety officers and all other institutions which accumualte
that heavy literature about chemicals. There it is decided which is
hazardous and which is safe.

Aziz.
****************************************************************************
*******
Aziz M. Abu-Khalaf ***** Tel: 00966 1 4676894
Chemical Engineering Department ***** Fax: 00966 1 4678770
King Saud University ***** E-mail: amkhalaf@ksu.edu.sa
PO Box 800 *****
Riyadh 11421, Saudi Arabia *****
****************************************************************************
*******
=========================================================================
Date: Wed, 17 Mar 1999 07:54:31 -0500
From: Jeff Wawrzeniak
Subject: Laboratory capabilities and analytical methods
Mime-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Greetings all,

I would like to inquire if anyone knows of a method for analyzing or a
laboratory that is capable of analyzing for:

1) 1H-benzotriazole, and

2) SiO2

dissolved in DI water.

We are trying to determine what residue concentration may be remaining
in a system after filtration to prevent any possible contact by
personnel acquiring the water reservoir and associated parts of the
system.

Please respond directly.

Thanks in advance.

Jeff Wawrzeniak
IH
FAA Technical Center
ph:609-485-6896
fx:609-485-6102
email: jeff_wawrzeniak@admin.tc.faa.gov
=========================================================================
Date: Wed, 17 Mar 1999 10:16:37 -0700
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Anaheim
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

Dear Fellow NACHOs,

I will not be able to see you Sunday in Anaheim after all.

Have a great time,
Teresa Robertson, CCHO
CSUB
=========================================================================
Date: Thu, 18 Mar 1999 07:34:50 -0500
From: Herbert Carpenter
Subject: New Member

Hello,

I have just joined the list and was asked to send a note of introduction to
the membership.

My name is Herb Carpenter and I am the Safety and Security Officer (Chemical
Hygiene, Radiation Protection, Biosafety, Industrial Hygiene, and
Environmental Compliance) for the US Army Crime Lab, located at Fort Gillem
in metropolitan Atlanta. We accept criminal cases from the DoD
investigative agencies of all four services and their world-wide field
offices.

I am a Certified Industrial Hygienist, Certified Hazardous Materials
Manager, and Registered Environmental Manager. Educationally, I went to
Emory for my MPH in Environmental and Occupational Health and my
undergraduate degrees were in biology and geology.

I'm pleased to have found this resource. In particular, we are currently in
the process of building a new laboratory and I am eager for feedback from
members who have recently been through the pre-construction safety design
review process for chemical and biological laboratories.

Herb Carpenter
=========================================================================
Date: Fri, 19 Mar 1999 12:14:52 -0300
Reply-To: damar@wkve.com.br
From: Damaris Silveira Duarte
Subject: water table
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 8bit

Hello,

In our University we have a new Organic Chemistry lab. When the workers
made the perfuration to built the dejects drain, they found a very large
water table. The work was stopped and I tried to find some information
about how to avoid the water contamination. By the way, I'm only a
Chemistry worried about this kind of pollution with no experience about lab
safety. And we don't have anyone with this, here.
Of course, solvents or reagents are deposited in containers , but
sometimes, when we wash lab materials, is impossible to avoid small amounts
going through to the sink.
As we don't have a good and efficient enviromental laws here, in Brasil,
I couldn't find any information about this subject. As the amounts of
reagents are small, am I making "much ado about"? Or it is so serious as I
suppose?
Please, if you have any suggestions...

Thanks


Damaris


D鈓aris Silveira Duarte
Centro de Ci阯cias Exatas e Tecnol骻icas -CECET
Universidade Vale do Rio Doce - UNIVALE
rua Moreira Sales, 850, Vila Bretas
Governador Valadares -Minas Gerais - Brasil
CEP 35032-130
Tel: 55 033 2251717 ext.313
Fax: 55 033 2213185
e-mail: damaris@univale.br
damar@wkve.com.br
=========================================================================
Date: Thu, 18 Mar 1999 13:33:07 -0500
From: "Dr. Linda A. Swihart"
Subject: fined for large chemical cache???
Mime-Version: 1.0

A co-worker has accused me of forwarding email to him (months ago) about a
university in Hawaii being fined for having a large cache of chemicals.

I don't remember this at all. I'm figuring either he's mistaken about
where he got it from or I'm going bonkers. It's a toss up. Does it sound
familiar to anyone here?

Thanks,
Linda
=========================================================================
Date: Thu, 18 Mar 1999 17:35:51 -0600
From: Jeff Rubin
Subject: Lab coat material
In-Reply-To: <3.0.5.32.19990318133307.0089abe0@postoffice.purdue.edu>
Mime-Version: 1.0

Anyone out there have thoughts on lab coat composition?

I'm putting together a bulk order for reusable lab coats. I have 100%
cotton, 65/35 poly/cotton blend, and 80/20 poly cotton blend to choose
from. This is Texas and old buildings, which means that labs get warm
(which is a big reason that we have so many people in shorts, etc.).
Although an all-cotton coat is comfortable and won't melt to the wearer's
skin, it's not as durable as blends. 50/50 and 65/35 blends do OK for
comfort and durability, and aren't too bad in fire (i.e., in terms of
melting), but I'm concerned about the 80/20 blends. I haven't had much
experience with that composition: does anyone know anything about 80/20
comfort or shrink-wrap tendency?

Recommendations? In case someone's curious, I briefly considered Nomex
(with which I am familiar), but decided to pass due to discomfort and cost
(why pay a lot if people won't wear it?).

Feel free to respond off-line. I'll post results after a week or so.

Thanks,

JNR

Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Thu, 18 Mar 1999 18:52:48 -0500
From: Don Abramowitz
Subject: Re: Lab coat material
In-Reply-To:
Mime-Version: 1.0
Content-Type: text/plain; charset="us-ascii"

I can't speak to the 80/20 blend, but I favor 100% cotton for flame
resistance and comfort. The polyester blends also seem to stain more
readily with some substances.

A peculiar argument in favor of cotton: one thing I like about cotton is
the tendency for holes to appear after washing where drops of acid have
hit it. (Acid turns the cellulose to water-soluble sugars.) Though
this obviously supports your argument that cotton is less durable, the
holes provide compelling feedback to wearers about their chemical handling
techniques, and may serve as an indicator to CHOs and supervisors that
extra PPE (like plastic aprons) and/or better technique is needed.

One other suggestion: Avoid coat designs that feature slots to allow easy
access to one's pants pockets. Reaching into pockets during lab
activities should probably be discouraged, and the slots tend to stay open,
leaving them available to snag on things and to offer opportunities for
splashes to slip through.

Don


>Anyone out there have thoughts on lab coat composition?
>
>I'm putting together a bulk order for reusable lab coats.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Thu, 18 Mar 1999 20:17:50 -0700
From: Sharyn Bake
Subject: Re: EPA targets New England colleges, universities
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Hello again Barbara,
How's it coming with setting up a program? Did you have a chance to check
out my documents. Let me know if I can help you. I think my university would
be very reasonable about costs to loan me to you for a day or two and or
consult long distance via email, phone etc. We could certainly negotiate
something cheaper than paying some consultant from the private sector who
may or may not know much about collegiate settings.

Regards,
Sharyn Baker
Instructor
Health and Safety Division
University of Colorado Health Sciences Center
Denver, Colorado 80262
Email: sharyn.baker@uchsc.edu
Office phone: (303) 315-8003

> ----------
> From: Barbara E. Liedl
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 15, 1999 11:15 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: EPA targets New England colleges, universities
>
> Hi to one and all.
>
> I just finished reading Nick Pinizzotto's message about the EPA targetting
> colleges and universities and I feel like I just saw my worst nightmare
> come true. Why is it my nightmare? I guess it is something I have thought
> would happen to us first. Here are my reasons:
>
> 1) Lack of compliance with standards. Our institution is so far out of
> compliance it isn't funny. You don't want to see our chemical hygiene plan
> or safety plan for our building or the whole institution. I am repeatedly
> told that "we are too small and no one will come and inspect us". Yes we
> are small (student population of 1,300), but we are just starting a
> renovation/addition project for our science building. The whole campus was
> inspected 2 years ago by EPA and had problems identified that have yet to
> be corrected. It isn't funny, but very few people are taking this
> seriously.
>
> 2) Lack of information about standards or requirements. We don't have a
> safety officer or chemical hygiene officer for the campus. All we have is
> a
> stockroom manager who has one year under her belt dealing with a stockroom
> that would make all of your cringe if you saw it (I can supply digital
> photos if you want), keeping 10 professors happy with stockroom
> performance, demo set up and lab support, supervising 6 or 7 students and
> was given no additional training in chemical hygiene, compliance or safety
> beyond a biology degree. Yet she has the additional job of "Environmental
> Compliance Officer" AND I am her supervisor. I really do feel lost in the
> regulations and standards and I can only imagine what our stockroom
> manager
> feels when she is supposed to be in charge of parts of the chemical
> hygiene
> plan and training.
>
> So, we are asking for help, guidance or assistance on where to start.
> Someone out there must have been in the same situation at one time. Also,
> we did consider it, but leaving our jobs is out of the question (at least
> til the end of the semester), so we need to find some way to solve these
> problems.
>
> What do we have? We have searched the web and have found an amazing
> stockpile of chemical hygiene plans. We do have a chemical inventory list
> in FileMaker Pro that we are planning to move to Chemventory by Flinn
> Scientific. We have checked MSDS sheets based on the chemical inventory
> list, but it is a binder based system and we are probably missing some.
> Our
> nurse has a great written policy and training procedure for blood borne
> pathogens. But as far as we can tell only counselors and cleaning staff
> are trained in this area. We do have a hazardous waste room and do use
> secondary containment and have it inventoried and labelled appropriately.
> BUT THAT IS ABOUT IT!
>
> Right now I think we are only going to focus on developing the chemical
> hygiene plan and policies for our building which houses Biology,
> Chemistry,
> and Physics. At some point, we need to include the Physical Plant, Art and
> Theatre departments. Any suggestions on books, videos, CDs, agencies,
> contacts, plans of attack, etc.? Are there organizations we need to join
> as individuals or an institution? Any suggestions on dealing with the
> "higher ups"?
>
> Also, what do other "Environmental Compliance Officers" do? I have no idea
> where the title came from on her job description. Personally I think it is
> ploy by some of our Physical Plant staff who would like to push our
> stockroom manager into being the Safety Officer for the whole campus!!!
>
> Thanks for your assistance and the great discussion list.
>
> Barbara Liedl
> liedlb@central.edu
> Assistant Professor of Biology
>
=========================================================================
Date: Fri, 19 Mar 1999 09:44:17 -0330
From: Geraldine Kennedy
Subject: Re: Lab coat material
In-Reply-To:
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; charset=US-ASCII

Hello NACHOs, I'm going to try this again. The last time I attempted to
respond to the list, my message was bounced back to me. First I should
introduce myself. My name is Geraldine Kennedy. I'm an Environmental
Officer at Memorial Univeristy of Newfoundland (Canada). I am part of a
four person Safety section for a university population of 15,000. Amoung
my many hats are Radiation Safety Technician, Hazardous Materials Control
Officer, Lab Safety/WHMIS/TDG Trainer, and Recycling Coordinator. From my
understanding of the term, I guess I am also the CHO (we don't use that
designation up here). I've only been with the safety office for three
years but I've worked in various laboratory settings on campus for 10
years or so.

With regards to the lab coat thread ... in our chemistry labs we allow
only 100% cotton lab coats because of the use of open flames from bunsen
burners. The polyester blends are more acid resistant but the burn hazard
is too great. I once witnessed an incident whereby a polyester-blended lab
coat (I don't know the %'s) disintergrated into a blob of plastic from an
propane gas flash burn.
Luckly for the indivdual involved, he was quick enough to tear of the coat
before it melted into his clothing or skin. I wish I had kept the coat to
use in training sessions. It was one of those things you just had to see
to appreciate. (The individual suffered third degree burns to his
hands, lost the hair off his arms and all his facial hair, even his
eyebrows, vanished. The researcher for the lab had insisted on using
flame serilization inside a bench top UV hood. A gas build up
occured, which was ingnited by a spark of static as the lab worker
touched the metal door handles on the cabinet.)

Geraldine
gkennedy@morgan.ucs.mun.ca

*******************************************************************************
Geraldine Kennedy Safety and Environmental Services
Environmental Officer Department of Facitilies Management
Tel: (709)737-4320 Memorial University of Newfoundland
=========================================================================
Date: Fri, 19 Mar 1999 07:57:40 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Subject: WorldSafety.Com + SafetyInfo.Com
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

For immediate release:

"Improved accessibility to Safety Communities and Online Resources"

We are pleased to announce that an alliance between two leading online
occupational health and safety resource services, WorldSafety.Com and Safety
Info.Com, has been forged to better serve Safety Professionals around the
globe.

**Our joint mission: Helping build a safer, more secure world! **
To accomplish this we have joined forces to continually provide and improve
free communication & information for the safety community. Now you can visit
our web sites to join other Safety Professionals in the peer group of your
choice AND find the up to date resources that will help you build a safer,
more secure workplace.

Free Communication & Information is our commitment to a safer, more secure
world and "the key" to your continued success!

Best and Safest Regards,
=========\
Marc Neuffer
Director-interSafe
www.safetyinfo.com
e-mail: safety1@localaccess.net
=========================\
Mike Blazedell / Founder
http://www.WorldSafety.com
email: blazedell@worldsafety.com

Moderator:
-SafetyJobs Alert Service
-SafetyForum
-Health/Safety/Fire Webmasters Assoc.
=========================================================================
Date: Fri, 19 Mar 1999 08:20:54 -0800
From: Terri Hellman
Subject: (no subject)
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

Good morning,
The EH&S Department at UNR is working to put together a system which
would asses risk and be able to communicate that thought the use of door
cards. One thing that we feel in necessary is to weight various
categories, (example: how important in chemical storage in relation to
training). We are looking for documentation, hopefully statistical,
that will support the weighting of the different categories. Ideally
this would rate x% of laboratory accidents attributed to something like
improper storage, y% to failure to use proper PPE and so forth. If any
of you have any such information it would be greatly appreciated.


Thank you in advance,
Terri Honea
Chemical Hygiene Specialist
University of Nevada, Reno
=========================================================================
Date: Fri, 19 Mar 1999 11:26:14 -0500
From: Nick Pinizzotto
Subject: Lab coat material
Comments: To: jrubin@mail.utexas.edu
In-Reply-To: <"v03110709b3173c5faa85(a)(091)128.83.215.138(093)*"@MHS>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Don't know much about "shrink wrap" tendencies of the 80/20. All I can tell
you is we tried them in the clinical labs when we were first dealing with BBP
Standard. The lab people were like a bunch of panting dogs!

You said TEXAS Heat? I wouldn't even pursue the 80/20's!

Nick Pinizzotto
Environmental Health Officer
Dept. Environmental Health & Safety
Thomas Jefferson University
nick.pinizzotto@mail.tju.edu
215-503-5853
=========================================================================
Date: Fri, 19 Mar 1999 11:02:46 -0600
From: Jeff Rubin
Subject: Risk assessment
In-Reply-To: <36F27966.829E6ED1@scs.unr.edu>
Mime-Version: 1.0

One of the first things our new EHS Director, Erle Janssen, did when he
arrived was to start the process of converting our lab inspection program
from calendar-based to risk-based. Of course, a necessary step is
quantifying risk. There are numerous categories, including past inspection
results, rad/chem/bio inventory, building construction and protective
equipment, safety infrastructure in the department. We're in the process
of assigning numerical values to different labs to provide an objective
basis for inspection frequency, which also will give PIs a way to lower
their risk. Even though we haven't actually tried to do so (really), we
found that our nastiest labs do indeed come out with high "point" totals
(high score does not win in this arena). This is still a work in progress
but we'll be happy to share what we've come up with when it's done.

Onward,

JNR

>Good morning,
>The EH&S Department at UNR is working to put together a system which
>would asses risk and be able to communicate that thought the use of door
>cards. One thing that we feel in necessary is to weight various
>categories, (example: how important in chemical storage in relation to
>training). We are looking for documentation, hopefully statistical,
>that will support the weighting of the different categories. Ideally
>this would rate x% of laboratory accidents attributed to something like
>improper storage, y% to failure to use proper PPE and so forth. If any
>of you have any such information it would be greatly appreciated.


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 11:30:56 -0500
From: Jeff Wawrzeniak
Subject: Member intro
Mime-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 7bit

Greetings all,

I have just joined the list and was asked to send a note of
introduction to the membership.

My name is Jeff Wawrzeniak and I am an Industrial Hygienist at the
FAA Technical Center Aviation Research and Development facility in
Atlantic city, New Jersey.

I am also heavily involved on the safety side of the house with our
comprehensive training programs (fall protection, respiratory
protection, chemical hygiene, confined space, heavy equipment,
hearing conservation, etc.), site safety audits, JSA's, health and
safety plan generation assistance, and accident investigations.

We have one of the best aviation security laboratories in the nation
on site that performs a wide range of proficiency testing,
validation, and threat control for airport security and explosives
detection.

We are also working in conjunction with Boeing to test pavement
components under regulated conditions to determine breakdown
potential, durability, and stress fracture progression.

I am a Certified Environmental Trainer and Associate Safety
Professional. I went to Temple for my MS in Environmental and
Occupational Health, and my undergraduate time was spent at Indiana
University of Pennsylvania in their OSH program.

Looking forward to corresponding with you and working towards some
common goals.

Jeff Wawrzeniak, MS, CET, ASP
IH
FAA Technical Center
Atlantic city, NJ
=========================================================================
Date: Fri, 19 Mar 1999 13:05:02 -0500
From: Julie O'Brien
Subject: Interesting safety meeting ideas
Mime-Version: 1.0

I coordinate the monthly safety meetings for our department. Our department
consists mostly of teachnicians (from high school to 2 yrs. college
chemistry) and PhD chemists all with over 10 years experience with our
company. They are very bored by our traditional safety meeting format. Plus,
they've all heard the information before, usually at least yearly. I need
help!! How can I liven up the meetings? Any great games or other gimmicks I
could try??

Julie O'Brien
Chemist
PCR, Inc.
PO Box 1466
Gainesville, FL 32602
352-376-8246 ext. 232
Fax 352-373-7503
afn35210@afn.org

Education/Exhibits Committee Volunteer
EXPO The Children's Museum of Gainesville
PO Box 5951
Gainesville, FL 32627
=========================================================================
Date: Fri, 19 Mar 1999 13:19:59 -0500
From: Bob Burns
Subject: Re: Interesting safety meeting ideas
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We do it on a rotating basis. Everyone in R&D, from techs to Group Leaders,
gets to take a turn putting on a meeting. We don't restrict the meetings to
on the job safety either- things like frostbite and lawn mower safety have
also been done. Our EHS dept. has a lot of videos, some of which are
applicable.

Having everyone do the monthly meetings gives us a fresh viewpoint every
month. Also tends to self-regulate the attention, since we all know if we
give some a hard time, they will give us one next time.

Hope this helps!

Bob

"SEMPER ADVENTURUS!!!"

Robert L. Burns
R&D Group Leader
Specialty Chemicals Division
RUETGERS Organics Corporation
201 Struble Road
State College, PA 16801
phone 814-231-9214
fax 815 333 4805
email rburns@bigfoot.com

-----Original Message-----
From: Julie O'Brien
To: LABSAFETY-L@siu.edu
Date: Friday, March 19, 1999 13:04
Subject: Interesting safety meeting ideas


>I coordinate the monthly safety meetings for our department. Our department
>consists mostly of teachnicians (from high school to 2 yrs. college
>chemistry) and PhD chemists all with over 10 years experience with our
>company. They are very bored by our traditional safety meeting format.
Plus,
>they've all heard the information before, usually at least yearly. I need
>help!! How can I liven up the meetings? Any great games or other gimmicks I
>could try??
>
>Julie O'Brien
>Chemist
>PCR, Inc.
>PO Box 1466
>Gainesville, FL 32602
>352-376-8246 ext. 232
>Fax 352-373-7503
>afn35210@afn.org
>
>Education/Exhibits Committee Volunteer
>EXPO The Children's Museum of Gainesville
>PO Box 5951
>Gainesville, FL 32627
=========================================================================
Date: Fri, 19 Mar 1999 12:04:43 -0600
From: James Hermann
Subject: Re: Lab coat material
Comments: To: jrubin@mail.utexas.edu
In-Reply-To:
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

We require all our lab workers to wear Nomex, even in Texas.

Show your lab rats (of which I am one) the DuPont lab tests on Nomex
clothing and they will not want to wear anything else. Check out the
picture of the race car driver who survived being engulfed in flames due to
his Nomex jumpsuit. Ask the actors who filmed Back Draft. Ask fire
fighters that use Nomex underwear.

The cost? We got tired of finding people with their clothing melted to
their skin (twice was enough) or living wicks for burning solvents (twice
was enough). What cost? What discomfort? ;)>

Jim

-----Original Message-----
From: LABSAFETY-L Discussion List [mailto:LABSAFETY-L@SIU.EDU]On Behalf
Of Jeff Rubin
Sent: Thursday, March 18, 1999 5:36 PM
To: LABSAFETY-L@SIU.EDU
Subject: Lab coat material


Anyone out there have thoughts on lab coat composition?

I'm putting together a bulk order for reusable lab coats. I have 100%
cotton, 65/35 poly/cotton blend, and 80/20 poly cotton blend to choose
from. This is Texas and old buildings, which means that labs get warm
(which is a big reason that we have so many people in shorts, etc.).
Although an all-cotton coat is comfortable and won't melt to the wearer's
skin, it's not as durable as blends. 50/50 and 65/35 blends do OK for
comfort and durability, and aren't too bad in fire (i.e., in terms of
melting), but I'm concerned about the 80/20 blends. I haven't had much
experience with that composition: does anyone know anything about 80/20
comfort or shrink-wrap tendency?

Recommendations? In case someone's curious, I briefly considered Nomex
(with which I am familiar), but decided to pass due to discomfort and cost
(why pay a lot if people won't wear it?).

Feel free to respond off-line. I'll post results after a week or so.

Thanks,

JNR

Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 11:47:18 -0700
From: "Greene, Ben"
Subject: Re: Interesting safety meeting ideas
MIME-Version: 1.0
Content-Type: text/plain

Julie - I think your request is of the highest excellence and the
responses may be utilized by the many of us in similar positions. I,
for one, help to coordinate safety meetings lasting typically up to 1/2
hour for about 30 chemists (all degrees) and chemical technicians,
usually bi-weekly. What would be most useful for me to respond to you
is, what is the typical length of the meetings you have?

Ben
> ----------
>
=========================================================================
Date: Fri, 19 Mar 1999 13:56:12 -0500
From: Julie O'Brien
Subject: Re: Interesting safety meeting ideas
Mime-Version: 1.0

What would be most useful for me to respond to you
>is, what is the typical length of the meetings you have?

Our meetings are long, usually 1-2 hours. We also cover some general staff
issues during the meeting, but that usually only lasts about 15 minutes.

Julie O'Brien
Chemist
PCR, Inc.
PO Box 1466
Gainesville, FL 32602
352-376-8246 ext. 232
Fax 352-373-7503
afn35210@afn.org

Education/Exhibits Committee Volunteer
EXPO The Children's Museum of Gainesville
PO Box 5951
Gainesville, FL 32627
=========================================================================
Date: Fri, 19 Mar 1999 14:12:46 -0500
From: Kathleen Gallagher
Organization: Chubb Services Corporation
Subject: static electricity
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit
Content-Transfer-Encoding: 7bit

Does anyone have any thoughts on the need to/and the best method to
ground 5 gallon plastic containers (carboys) being used to collect HPLC
waste coming off a fraction collector (predominantly acetonitrile and
definitely flammable). This is an overnight process and the flow is
very slow. The waste container is covered with parafilm and the small
tube from the collector is inserted into a small hole. The carboy sits
out of the hood in a secondary container. What are other people
doing??? Answer off line if you prefer. Kathleen

--
Kathleen Gallagher mailto:kgallagher@chubb.com
Chubb Services Corporation
=========================================================================
Date: Fri, 19 Mar 1999 13:36:25 -0600
From: Jeff Rubin
Subject: Re: Interesting safety meeting ideas
In-Reply-To: <199903191856.NAA07258@freenet4.afn.org>
Mime-Version: 1.0

Bob's suggestion about having each person eventually present works. We
learn a little more about our co-workers' abilities and backgrounds, and
everyone develops useful presentation skills. Letting topics expand from a
"traditional" agenda broadens perspectives and extends our applications.

Have you considered inviting outside speakers as well? Maybe
representatives from your local EMS provider, fire dept./hazmat team, maybe
a toxicologist, maybe an ER doc who can tell you how ER staff manage
chemical injuries and what they need from you? Maybe even inviting an EPA
rep or state equivalent (just watch where that person goes...)? If nothing
else, even adults like to see big shiny trucks with lights and sirens.

Buena suerte,

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 14:27:51 -0500
From: Bob Burns
Subject: Re: static electricity
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Plastic is a non-conductor and therefore it can't be grounded. You could, I
suppose, put a metal rod into the solution and ground that.

Generally, HPLC solutions are aqueous and don't need grounding, even if they
have a lot of aceto and are flammable. You only need to ground when things
are dry and static can build. In a wet atmosphere, no static.

-----Original Message-----
From: Kathleen Gallagher
To: LABSAFETY-L@siu.edu
Date: Friday, March 19, 1999 14:15
Subject: static electricity


>Does anyone have any thoughts on the need to/and the best method to
>ground 5 gallon plastic containers (carboys) being used to collect HPLC
>waste coming off a fraction collector (predominantly acetonitrile and
>definitely flammable). This is an overnight process and the flow is
>very slow. The waste container is covered with parafilm and the small
>tube from the collector is inserted into a small hole. The carboy sits
>out of the hood in a secondary container. What are other people
>doing??? Answer off line if you prefer. Kathleen
>
>--
>Kathleen Gallagher mailto:kgallagher@chubb.com
>Chubb Services Corporation
=========================================================================
Date: Fri, 19 Mar 1999 11:38:37 -0800
From: Ray Campbell
Subject: Re: static electricity
In-Reply-To: <36F2A1AD.CF2A9CD5@chubb.com>
Mime-Version: 1.0

We have been testing plastic for a static issue and have found 5,000 volt
charges! Thank God there are no amps to push. I suggest that you definitely
ground the container and/or switch to glass on an anti static mat.

Ray Campbell REA CCHO
310-257-1080


At 02:12 PM 3/19/99 -0500, you wrote:
>Does anyone have any thoughts on the need to/and the best method to
>ground 5 gallon plastic containers (carboys) being used to collect HPLC
>waste coming off a fraction collector (predominantly acetonitrile and
>definitely flammable). This is an overnight process and the flow is
>very slow. The waste container is covered with parafilm and the small
>tube from the collector is inserted into a small hole. The carboy sits
>out of the hood in a secondary container. What are other people
>doing??? Answer off line if you prefer. Kathleen
>
>--
>Kathleen Gallagher mailto:kgallagher@chubb.com
>Chubb Services Corporation
=========================================================================
Date: Fri, 19 Mar 1999 14:03:56 -0600
From: Jeff Rubin
Subject: Re: Lab coat material
In-Reply-To: <000401be7232$f87808e0$f0321780@jwhmar>
Mime-Version: 1.0

>We require all our lab workers to wear Nomex, even in Texas.
>
>Show your lab rats (of which I am one) the DuPont lab tests on Nomex
>clothing and they will not want to wear anything else. Check out the
>picture of the race car driver who survived being engulfed in flames due to
>his Nomex jumpsuit. Ask the actors who filmed Back Draft. Ask fire
>fighters that use Nomex underwear.
>
>The cost? We got tired of finding people with their clothing melted to
>their skin (twice was enough) or living wicks for burning solvents (twice
>was enough). What cost? What discomfort? ;)>

I've had a lot of experience with Nomex and similar synthetic fabrics
(e.g., PBI) and am sold on their protective properties; I'm also aware if
its limitations. I've worn it for drills and actual response for 12 years
and taught rookie firefighters and paramedics about protective clothing (I
actually use the DuPont Nomex videos as teaching aids for those classes),
but it's still not a perfect fix. The added heat stress of wearing Nomex
uniforms under "turnout gear" has made some fire departments, as well as
individual firefighters, reconsider Nomex station-wear, let alone Nomex
underwear(!).

Unfortunately, students are immortal (I guess that makes faculty
"super-immortal"), and all the nasty pictures - I have plenty - are still
going to be of "someone else." I'm a big believer in "better to sweat than
bleed" and I'd love to have people wear Nomex lab coats over long pants and
shirts, with steel-toed shoes. For what it's worth, I can't remember the
last time we had a thermal burn reported (not for lack of trying - we've
had a few small lab fires), whereas we've had several minor chemical burns.
I'm by no means saying that burn prevention isn't important, but I do need
to look at what happens in our labs and what effective protection means.
Would I wear a Nomex lab coat if I worked in a lab? You bet. Do I think
people here would avail themselves of that protection if offered or even
required? For the most part, no. Can I force them to? Nope.

A general, albeit tangential, consideration: as with ballistic vests (all
our field medics with EMS were issued those - heartwarming, isn't it?),
fire-resistant clothing can provide the wearer with a false sense of
security. The same is true for sprinkler systems, showers, etc. It
requires additional effort on the part of safety and lab personnel to
ensure that users don't think that PPE and safety equipment replace prudent
practices, judgment, and common sense - they don't prevent accidents, they
just reduce the consequences. Are safety features dangerous? NO! Do they
require appropriate orientation like anything else? YES! Either that, or
I'm the only one who's been asked why we had to be so careful with
flammable chemicals now that there was a sprinkler system on line.

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 16:01:41 -0500
From: Bob Burns
Subject: another hazard
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Here's a piece of an email I got from my daughter today. She's a grad
student (ABD) and instructor in Comp. Lit at Penn State. Not a lab safety
problem, but a problem. What do you academic types do about this sort of
thing?

"An insane person came into my classroom today and flipped out! We had to
call security, who weren't much help. Apparently he does this all the time
but no one on campus has been able to do anything about it, which seems
kind of silly. How is that possible? But he was pushing me and being
bizarre so they might be able to do something about him now. Apparently
physically pushing someone is an important step."

Bob

"SEMPER ADVENTURUS!!!"

Robert L. Burns
R&D Group Leader
Specialty Chemicals Division
RUETGERS Organics Corporation
201 Struble Road
State College, PA 16801
phone 814-231-9214
fax 815 333 4805
email rburns@bigfoot.com
=========================================================================
Date: Fri, 19 Mar 1999 14:10:36 -0700
From: "Greene, Ben"
Subject: Re: Interesting safety meeting ideas
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

I also agree with Jeff and Bob; people really take some pride and
ownership. Here's a few other approaches I have tried:
1) Spill/release scenarios - divide staff into managable groups and
display an overhead describing a spill scenario your people should
relate to (examples...person walks by a hydrogen cylinder and notices
the paper labels on adjoining cylinders have smoldered and their hair is
suddenly on fire; experiment erupts spewing fuming sulfuric acid (or
something else interesting) within a fume hood but there is no exposure
or release outside the hood). Provide each group with a blank
transparency and a marker. Have the groups determine the
response/notification steps to be taken in no more than 5-6 sentances.
Each group representative presents their group's collective response,
then you display the "textbook" response and initiate a discussion.
Time permitting, show the Howard Hughes video or other on emergency
response.
2) Safety audit finding discussions - If you conduct a safety audit or
are conducted by someone else, summarize results. Then using the major
finding of the audit, show a video or your own slide presentation that
relates to the subject. Example (last audit several "satellite"
chemical storage areas were found; the interior of a cabinet was found
corroded due to storage of acid in a non-resistant area). Then show the
Howard Hughes Medical video on chemical storage. Follow with
discussion. (The Howard videos are short and to the point)
3) If you have a photo department or are one yourself get some 35 mm's
of your choice of various scenes (a mixture of mock and real may be
appropriate) at your facility. Typically interesting are chemical
storage areas, people's ideas of labels (that bottle labeled "ethyl"),
PPE (or lack thereof), the frayed electrical cord of the heating mantle
used to reflux a flammable liquid, housekeeping (or lack thereof), fume
hood clutters, the rusty old can of "diethylether", stained lab coats,
acid-eaten chairs, elevated storage, etc. In the right light a
carefully cut piece of aluminum foil makes a nice Hg "spill", and that
red liquid plastic for coating pliers handles makes great "blood" when
you paint it on a vinyl glove (good for mock illustrating PPE selection
consequences when holding a piece of broken glassware). Get slides or
transparancies of these and use them in an interactive "what's right or
wrong with this picture" discussion, especially if you have had an
incident or close call or someone else did which you can relate this
material to. This type of material is as much fun to prepare for as it
is to present, and can go a long way (many meetings) if you have the
right variety and themes. I also found it very useful to organize this
material along the lines of the required elements of the lab standard
information, training, and applicable details requirements in
1910.1450(f).

Ben
<
> Bob's suggestion about having each person eventually present works.
> We
> learn a little more about our co-workers' abilities and backgrounds,
> and
> everyone develops useful presentation skills. Letting topics expand
> from a
> "traditional" agenda broadens perspectives and extends our
> applications.
>
> Have you considered inviting outside speakers as well? Maybe
> representatives from your local EMS provider, fire dept./hazmat team,
> maybe
> a toxicologist, maybe an ER doc who can tell you how ER staff manage
> chemical injuries and what they need from you? Maybe even inviting an
> EPA
> rep or state equivalent (just watch where that person goes...)? If
> nothing
> else, even adults like to see big shiny trucks with lights and sirens.
>
> Buena suerte,
>
> JNR
> Jeff Rubin, Asst. Dean for EHS
> College of Natural Sciences G2500
> W.C. Hogg Building
> University of Texas at Austin
> Austin, TX 78712-1199
> (512) 471-6176 (O)
> (512) 471-4998 (F)
> jrubin@mail.utexas.edu
> http://www.utexas.edu/cons/safety/
>
> "The opinions of Dr. Rubin are not meant to offend anyone unless
> otherwise
> >
=========================================================================
Date: Fri, 19 Mar 1999 13:40:57 -0800
From: Debbie Decker
Subject: Re: another hazard
In-Reply-To: <006b01be724b$b1874ae0$0100007f@BBURNS>
Mime-Version: 1.0

At 04:01 PM 3/19/99 -0500, you wrote:
>Here's a piece of an email I got from my daughter today. She's a grad
>student (ABD) and instructor in Comp. Lit at Penn State. Not a lab safety
>problem, but a problem. What do you academic types do about this sort of
>thing?
>
>"An insane person came into my classroom today and flipped out! We had to
>call security, who weren't much help. Apparently he does this all the time
>but no one on campus has been able to do anything about it, which seems
>kind of silly. How is that possible? But he was pushing me and being
>bizarre so they might be able to do something about him now. Apparently
>physically pushing someone is an important step."

If she's an employee (and from your description, it sounds as though she
is), she would be afforded protection under the violence in the workplace
standard. It's a Cal/OSHA regulation - someone help me out if there isn't
a Fed equivalent. The standard requires employers to develop and implement
procedures to protect employees from violence - ee to ee, client to ee,
visitor to ee. Requirements such as who to call and when to call them and
what they are supposed to do when called are to be spelled out. Ees are
supposed to have training on what to do and when to do it. There is a
provision for degrees of response to degrees of violence (verbal, pushing,
weapon, etc).

At a former employer, I was shown a video describing workplace violence and
what my rights as an ee were. The video had some strategies for dealing
with a (potentially) violent person and how to protect oneself until help
arrived. Then a description of the program at my workplace and a one-page
summary of what to do and when to do it. The er took it fairly seriously
because of the number of strangers/clients that the ees could come in
contact with and the potential for those strangers to receive bad news that
might cause an unfortunate reaction. The program was run through human
resources, not EH&S, with participation from our security folks.

Does this help? I'd probably suggest she check with her human resources
folks and the campus security types (higher on the food chain). Her
supervisor should know about this and she should communicate it in writing,
too. She doesn't have to put up with it and neither should the learning
environment for her students be disrupted. AND she shouldn't have to be
physically assaulted before someone does something ! While the
individual does have a right to be at a public university, the individual
does not have the right to be physically and verbally abusive.



Debbie

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Fri, 19 Mar 1999 15:50:58 -0600
From: Jeff Rubin
Subject: Re: another hazard
In-Reply-To: <006b01be724b$b1874ae0$0100007f@BBURNS>
Mime-Version: 1.0

We've had two of those that I'm aware of. What do academic types do about
it? Mostly they hone their avoidance techniques. I had a prof express
concern about a potentially "unstable" grad student who had just finished
up. I asked if people were concerned about potential violence and was
told, "No, but I wouldn't be surprised if she came in one night and set the
building on fire" (no, I'm not making this up, and no, I don't know how
these people define "violence"). We involved university lawyers
(refreshingly practical in this case) and police (ditto) and discussed
options. What it came down to was that no one who actually had supervisory
responsibility over this person was willing to do anything. The issue went
from annoying to "life-threatening" overnight and back again. I never did
find out how much was real and how much was an effort to deflect
responsibility.

Of course, ADA and the rights mentally ill to not have treatment "forced"
on them has hindered as well. Before the arrows start coming, that simply
means that attempts to address some social problems have overextended and
produced unintended consequences.

Why is a shove important? Now we've gone from "potential" to "actual" -
even if it is simple assault. Of course, the best immediate solution to
your daughter's concerns is for her to graduate.

JNR

>Here's a piece of an email I got from my daughter today. She's a grad
>student (ABD) and instructor in Comp. Lit at Penn State. Not a lab safety
>problem, but a problem. What do you academic types do about this sort of
>thing?
>
>"An insane person came into my classroom today and flipped out! We had to
>call security, who weren't much help. Apparently he does this all the time
>but no one on campus has been able to do anything about it, which seems
>kind of silly. How is that possible? But he was pushing me and being
>bizarre so they might be able to do something about him now. Apparently
>physically pushing someone is an important step."


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 17:07:26 -0500
From: Don Abramowitz
Subject: Re: static electricity
In-Reply-To: <4.1.19990319113531.00933140@solan.spp.varian.com>
Mime-Version: 1.0

> I suggest that you definitely
>ground the container and/or switch to glass on an anti static mat.

This is a tough issue, and I agree that grounding is likely achievable only
by a metal chain or rod in the collecting container (which also connects to
the source container and to a ground).

Is glass in fact less of a static problem than plastic? I recall those
demos as a kid where the instructor rubs a glass rod with a piece of wool
to generate an impressive charge.

Also, to tie in to the lab coat material discussion, does anyone know (or
care to speculate) whether cotton presents less of a static build-up than
polyester? My impression is that cotton is less subject to static,
perhaps because it is more hydroscopic, but don't know if there is any real
difference.

Don
=========================================================================
Date: Fri, 19 Mar 1999 16:34:39 -0600
Reply-To: joey-michael@uiowa.edu
From: Joey Michael
Subject: Re: another hazard
In-Reply-To: <3.0.3.32.19990319134057.007d1370@scarlet.ucdavis.edu>
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

Greetings,

This is my first time here so take it easy on me :-).
I am a health physicist for the University of Iowa and spend most of my time involved with radiation safety. However our department is trying more and more cross-training so I have been involved on a limited basis with chemical spills. I am also a volunteer member of my county's local hazmat team.

As far as disruptive people in the workplace, our institution has a policy that says an individual can't disrupt work or learning. The campus security has full arrest powers. So I generally think this is an issue to get either security or the police involved in - whether the threats are verbal or physical. It is probably always best to at least get things documented.

Now on a somewhat unrelated note, I have been asked by my hazmat team to gather information about photoionization detectors (PIDs). Our local hazmat team wishes to purchase one and are trying to solicit information from people who have experience with PIDs. I have a questionnaire that I can send to anyone willing to fill it out. Its easy enough to find the vendors advertisements, but I really prefer info from real world users. Please respond to me privately if you could help.

Thanks in advance,


Joey Michael
mailto:joey-michael@uiowa.edu
University of Iowa
Health Protection Office
=========================================================================
Date: Fri, 19 Mar 1999 17:51:20 -0500
From: Don Abramowitz
Subject: Re: another hazard
In-Reply-To:
Mime-Version: 1.0

We've heard some very thoughtful responses on the problem of workplace
violence from Jeff and Debbie. For what it's worth, violence is the
leading cause of workplace fatalities for women in the US - most of whic
occurs in retail settings (armed robbery).

I'm disappointed to hear that the police were not called in by Public
Safety. In addition to the possibility of an assault arrest (which may or
may not stick), trespassing is a slam dunk, especially if this was a known
problem person, who I presume was not a student or otherwise in the
building on official business. Our buildings feature tiny signs
informing folks that they are not public buildings. The only purpose of
such signs is to allow for enforcement of trespassing laws. While none
of this is a permanent solution (trespassing doesn't exactly carry a life
sentence), a vigorous response helps set a tone of what is and isn't
acceptable in the community.

Don

My 2 cents:
=========================================================================
Date: Fri, 19 Mar 1999 15:09:28 -0800
From: Debbie Decker
Subject: Re: static electricity
In-Reply-To:
Mime-Version: 1.0

At 05:07 PM 3/19/99 -0500, you wrote:
>> I suggest that you definitely
>>ground the container and/or switch to glass on an anti static mat.

Is static _really_ a problem in this application? I don't know that it is.
You can purchase conductive rubber containers that can be grounded but
they are quite expensive and not very satisfactory for solvents.

>Also, to tie in to the lab coat material discussion, does anyone know (or
>care to speculate) whether cotton presents less of a static build-up than
>polyester? My impression is that cotton is less subject to static,
>perhaps because it is more hydroscopic, but don't know if there is any real
>difference.

When I worked in the explosives industry, synthetic fabrics, silks and wool
were verboten, forbidden, ixnay because of the static build up. Cotton was
the rule, from the skin out. Fabricators and powder workers wore cotton
shop coats that had a metallized thread worked into them so that the coats
were also conductive and could be grounded. In the lab, I wore rather
disreputable cotton lab coats and all cotton clothing.

Hope this helps,
Debbie

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Fri, 19 Mar 1999 17:26:42 -0600
From: Jeff Rubin
Subject: Demos
In-Reply-To:
Mime-Version: 1.0

Another brainstorm invitation:

We recently had a freestanding fumehood installed in one of our large chem
lecture halls for lecture demos. Our demo program used to be horrendous.
Last year we had a Br release during a Br + Al demo, and the prof (a full
Prof, tenured, etc.) couldn't see why it was a problem. Same thing
repeated a few months later (at which point I discovered "the list" and
removed it). Once the dept. administration was aware of the problem, they
acted:

1) Hired a full-time demo coordinator (PhD no less!) who brought order from
chaos

2) Cleaned out the really nasty demo prep area

3) Purchased a "portable" fumehood (I advised them to either get a hood or
start using videos for the more hazardous stuff)

I know that the freestanding models aren't great - it's filtration rather
than ventilation, and it's not what I would've preferred, but it should
work with prudence. The idea is to put a couple cameras in the hood to
project the demos to the audience through the newly-wired AV system (pretty
neat, actually).

QUESTION: any experience/suggestions for the cameras? I'm assuming that a
fiber-optic videocamera would work best, with the electronic "guts"
elsewhere. I'm still concerned about clouding/corrosion, but I'm no expert
- which didn't stop someone from asking for my opinion. Thoughts?

I feel like I've been spending most of the day writing to the list (which
means you've spent most of the day reading what I write...) - there are
certainly worse ways to spend time.

Thanks for the responses - some interesting threads.

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Fri, 19 Mar 1999 19:00:09 -0500
From: Don Abramowitz
Subject: Re: Demos
In-Reply-To:
Mime-Version: 1.0

>QUESTION: any experience/suggestions for the cameras? I'm assuming that a
>fiber-optic videocamera would work best, with the electronic "guts"
>elsewhere. I'm still concerned about clouding/corrosion, but I'm no expert
>- which didn't stop someone from asking for my opinion. Thoughts?
>

A fiber optic camera would be the ideal, in terms of ignition source and
corrosion protection. I recently had a demo of one with a <1/4"
diameter, waterproof, titanium coated, flexible probe that was completely
articulating by remote control. the actual camera was located in the tip,
and fiber optics were used for illuminaiton. Very impressive gadget and
resolution, and only $17,000. !
(We were looking at it for duct inspections, and decided we were better
served by hiring the sales rep to come use his equipment when needed,
rather than buying our own. )

I suspect you could do quite well with a conventional video or closed
circuit camera aimed through a clear plexiglass side panel on the hood.
It might be good to install a small "window" on the hood so that the
plexiglass [or tempered glass, for that matter] could be replaced
periodically when scratched or etched. A polarizing filter could be used
to prevent glare/reflections, but might require higher levels of
illumination, or keep the camera in a box (paint it black inside) that
abuts to the hood to shield it. As added insurance, keep a nearly clear
filter, such as a "skylight" or "UV" filter on it to protect the lens if
you're not using a polarizer. If your new AV system has the ability to
project computer screen images, such as those used for Powerpoint
presentations, you could possibly use a relatively inexpensive web cam to
do the viewing, but you'll probably pay a price in resolution.

Don

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Sat, 20 Mar 1999 06:00:57 -0500
Reply-To: Bob Burns
From: Bob Burns
Subject: Re: another hazard
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Good points, Don. Penn State University Park campus is a city unto itself-
about 40,000 students, and security is really the campus police who have
full police powers. I advised my daughter to sign a complaint.

Some of you may remember a few years ago a non-student came on campus with a
rifle and shot several students- killed one, if I recall correctly.

"HAPPINESS IS A WARM PUPPY!"

Bob & Evelyn Burns
Mill Hall, PA
-----Original Message-----
From: Don Abramowitz
To: LABSAFETY-L@siu.edu
Date: Friday, March 19, 1999 8:18 PM
Subject: Re: another hazard


>We've heard some very thoughtful responses on the problem of workplace
>violence from Jeff and Debbie. For what it's worth, violence is the
>leading cause of workplace fatalities for women in the US - most of whic
>occurs in retail settings (armed robbery).
>
>I'm disappointed to hear that the police were not called in by Public
>Safety. In addition to the possibility of an assault arrest (which may or
>may not stick), trespassing is a slam dunk, especially if this was a known
>problem person, who I presume was not a student or otherwise in the
>building on official business. Our buildings feature tiny signs
>informing folks that they are not public buildings. The only purpose of
>such signs is to allow for enforcement of trespassing laws. While none
>of this is a permanent solution (trespassing doesn't exactly carry a life
>sentence), a vigorous response helps set a tone of what is and isn't
>acceptable in the community.
>
>Don
>
>My 2 cents:
=========================================================================
Date: Sat, 20 Mar 1999 08:23:43 EST
From: Labsafe@AOL.COM
Subject: Re: EPA targets New England colleges, universities
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-18 22:19:42 EST, you write:

<< We could certainly negotiate something cheaper than paying some consultant
from the private sector who may or may not know much about collegiate settings
>>

Hi NACHOs,

There is a third possibility. The private sector consultant may know more
about collegiate settings and be able to do it faster (therefore, less or
equally inexpensively)!

Furthermore... you wrote...

<< I think my university would be very reasonable about costs to loan me to
you for a day or two and or consult long distance via email, phone etc.>>

If you get serious about such an arrangement, see what happen when you sit
down with the university's chief financial officer and discuss what the real
pricing should be. Then just for laughs, sit down with the university's
attorney and discuss the liability issues. Add up all the time you have spent
(both yours and theirs) and the institution's overhead (100%) before consider
what's a fair price to charge.

I'd be interested in what conclusion you all come to. .... Jim

******************************************
James A. Kaufman, Ph.D., President
Kaufman & Associates
192 Worcester Road, Natick, MA 01760-2252
508-647-0900 Fax: 508-647-0062 JAKSafety@aol.com
Caring about Your Health and Safety

******************************************
=========================================================================
Date: Sat, 20 Mar 1999 08:24:54 EST
From: Labsafe@AOL.COM
Subject: Re: static electricity
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 99-03-19 14:29:10 EST, you write:

<< Plastic is a non-conductor and therefore it can't be grounded. You could,
I
suppose, put a metal rod into the solution and ground that. >>

Hi NACHOs,

My experience in this area is somewhat different. The charge builds up on
both the inside and outside of the container. Remember, the charge on a
plastic comb will bend a stream of water. And, a rubber balloon will accept a
charge from your wool sweater and then stick to stuff....

In addition to the rod into the solution, you can add a grounding belt and a
grounding pad. Both are effective in avoiding the build up of charge
differential due to the free fall of liquid through the air.

There is an excellent book on this area by Thomas Pratt on Electrostatics.
It's available from LSW.
=========================================================================
Date: Sat, 20 Mar 1999 08:47:26 +0100
Reply-To: drossart@cico.ucl.ac.be
From: DROSSART Claude
Organization: U.C.L.-CICO/Chop
Subject: CAS number
Mime-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

bonjour,
Is a CAS number of a chemical product, the specificity of 1 product ?
many thanks
claude

--
Avec les meilleurs sentiments de Claude Drossart,
Universite catholique de Louvain
CICO-Chop-Laboratoire de Photochimie
1, place Pasteur, 1348-Louvain la Neuve (Wallonie-Belgique)
tel: 32-(0)10-472714 GSM: 095.214835 fax: 32-(0)10-473009
http://www.chim.ucl.ac.be/CHIM/CICO/chop.html
=========================================================================
Date: Sun, 21 Mar 1999 10:51:17 EST
Reply-To: LABSAFETY-L Discussion List
From: Labsafe@AOL.COM
Subject: Re: NSTA Boston
Comments: To: chemed-l@atlantis.uwf.edu, Safety ,
nsela-l@science.coe.uwf.edu, NAOSMM@listserv.rice.edu,
dchas-l@siu.edu, CHEMCOM@listserv.acsu.buffalo.edu,
biosafty@mitvma.mit.edu
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

For those of you attending the NSTA Meeting this week in
Boston, I would like to invite you to attend LSW's lab safety
presentations.

On Wednesday Afternoon: We'll be presenting on the OSHA
Lab Standard as part of the NSELA meeting.

On Thursday-Sunday: Bring your lab safety questions to the
Lab Safety Resource Center in the Exhibit Hall at the Carolina
Exhibit.

On Friday Evening: Join the Lab Safety Workshop and Carolina
for an "Enlightening and Entertaining Evening of Science Safety".
Food and beverages will be provided by Carolina.

On Saturday Morning: Join the Lab Safety Workshop and Carolina
for our "Safety First Seminar".

Hope to see you there, ..... Jim
=========================================================================
Date: Sun, 21 Mar 1999 19:51:50 -0300
From: "Marle J. Ferrari Jr."
Subject: Organics effluent treatment
MIME-Version: 1.0
Content-Type: multipart/alternative;
boundary="----=_NextPart_000_0037_01BE73D4.43095A60"

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This is my first msg to the list and I would apreciate if someone help =
me with some tips (books, available technologies) about the treatment of =
organic effluents.=20

I work in a brazilian university with some chemicals laboratory and we =
are very worried with the problem of discharging organic and inorganic =
effluents on the river and sewers. I have a little experience on =
effluent treatment, but only with food industry and sanitary effluent.

Thank you!

Marle J. Ferrari Jr

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http-equiv=3DContent-Type>



This is my first msg to the list and =
I would=20
apreciate if someone help me with some tips (books, available =
technologies)=20
about the treatment of organic effluents.

 

I work in a brazilian university =
with some=20
chemicals laboratory and we are very worried with the problem of =
discharging=20
organic and inorganic effluents on the river and sewers. I have a little =

experience on effluent treatment, but only with food industry and =
sanitary=20
effluent.

 

Thank you!

 

Marle J. Ferrari =
Jr


------=_NextPart_000_0037_01BE73D4.43095A60--
=========================================================================
Date: Sun, 21 Mar 1999 18:45:13 EST
From: Labsafe@AOL.COM
Subject: Position Wanted
Comments: To: Safe-NZ@niwa.cri.nz, NAOSMM@listserv.rice.edu,
hs-canada@ccohs.ca, dchas-l@siu.edu, biosafty@mitvma.mit.edu
Comments: cc: Hancock141@aol.com
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

Roger Hancock is a health and safety professional with 20 years of wide-
ranging, comprehensive health and safety practice. He is certified in both
industrial hygiene and safety with coursework beyond Master's. He has broad
engineering background with strong managerial, analytical and problem-solving
capabilities.

Roger is looking for a position as a safety and health manager, safety manager
or health, safety and environmental manager for a corporation.

If you know of available positions, please contact Roger directly at
Hancock141@aol.com

Thanks for your help. ... Jim
=========================================================================
Date: Sun, 21 Mar 1999 20:38:24 -0500
From: "Henry Boyter Jr."
Subject: Re: Organics effluent treatment
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Start with

Metcalf and Eddy "Wastewater Engineering" McGraw Hill
Nalco "Nalco Water Handbook" McGraw Hill
Hammer "Water Supply and Pllution Control" Harper and Row


Go to www.amazon.com and search on water and wastewater.
Go to www.wef.org and look at publications.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Marle J. Ferrari Jr.
To: LABSAFETY-L@SIU.EDU
Date: Sunday, March 21, 1999 5:57 PM
Subject: Organics effluent treatment


This is my first msg to the list and I would apreciate if someone help me
with some tips (books, available technologies) about the treatment of
organic effluents.

I work in a brazilian university with some chemicals laboratory and we are
very worried with the problem of discharging organic and inorganic effluents
on the river and sewers. I have a little experience on effluent treatment,
but only with food industry and sanitary effluent.

Thank you!

Marle J. Ferrari Jr
=========================================================================
Date: Sun, 21 Mar 1999 23:05:22 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Organization: SafetyInfo.Com
Subject: Gov. Fails to Protect It's Own
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Start your morning with Daily Safety News from Safety Info.Com
One of our stories this morning.......

US Capitol Workers Have Unsafe Conditions
Source: AP 21 March, 1999
Seem that the same Government that regulates worker safety for millions has
now realized it has a very large problem. Inspectors have revealed that
Capitol Maintenance Workers have the highest accident rate in the entire US
Government. These rates are 5 time higher that those of the National Forest
Service, the organizations whose workers fight wild fires. The inspection
report related the following concerns:

-workers were exposed to bloodborne pathogens by digging through
contaminated trash with out protective clothing

-one building contained high concentrations of the bacteria that cause
Legionnaires' disease.

-flammable liquids stored near exposed electrical wires and other hazardous
locations exposure to coal dust

-lack of an effective respiratory protection program

-lack of working fire extinguishers

-in 3 buildings all exits except one is locked after normal hours

-removal of asbestos from a Capitol Police locker room - without notifying
the tenets of the hazards

Come to http://www.safetyinfo.com for more of today's late breaking safety
news

Regards
Marc Neuffer
Safety Info.Com, Safety Community Alliance Partner with WorldSafety.Com
=========================================================================
Date: Mon, 22 Mar 1999 21:23:46 +0800
From: Martin Lindsay
Subject: Safety Issue - Oxygen
Mime-Version: 1.0

>X-From_: owner-plasmachem-l@LISTSERV.SYR.EDU Mon Mar 22 13:20:57 1999
>Delivered-To: ausweb-clarke@WEB.NET.AU
>X-Mailer: Internet Mail Service (5.5.2448.0)
>Date: Mon, 22 Mar 1999 07:18:58 -0600
>Reply-To: "Analytical Chemistry using ICP's, DCP's, MIP's."
>
>Sender: "Analytical Chemistry using ICP's, DCP's, MIP's."
>
>From: Bob Towner
>Subject: Safety Issue - Oxygen
>To: PLASMACHEM-L@LISTSERV.SYR.EDU
>
>With the recent discussion regarding adding oxygen to control carbon
depositsin ICP torches, it should be pointed out that oxygen should never
be added to the nebulizer gas when a spray chamber is employed. This could
result in a dangerously explosive condition. Add O2 to the auxiliary gas,
or even to the coolant gas, but never to the nebulizer gas. For
applications that do not employ a spray chamber, it is OK to add an Ar/O2
mixture to the nebulizer gas.
>
>Regards,
>Bob Towner
>rttowne@CANADA
>Imperial Oil Products & Chemicals Division, Research Department
>453 Christina Street South
>Sarnia, Ontario, Canada, N7T 8C8
>Phone: 519-339-4073
>Fax: 519-339-4436
>Internet: bob.t.towner@esso.com
=========================================================================
Date: Mon, 22 Mar 1999 07:38:11 -0800
From: Timettra Wellington
Organization: University of Redlands
Subject: Re: CAS number
MIME-Version: 1.0
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Hi all.

Yes, CAS numbers are unique to the product they are found on. So,
sodium chloride is the same where ever you go and you will not find that
number on anything else.

Hope that help.

Timettra Wellington

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=========================================================================
Date: Mon, 22 Mar 1999 07:55:06 +0000
From: Cheryl Dawley
Subject: Re: CAS number
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This is not entirely true. An example: "Polyethylene glycol, MW 1200" has
the same CAS number as "Polyethylene glycol, MW 5000". We ran into a number
of similar problems when we tried to link our chemical inventory to CAS
number,

Cheryl Dawley

Timettra Wellington wrote:

> Hi all.
>
> Yes, CAS numbers are unique to the product they are found on. So,
> sodium chloride is the same where ever you go and you will not find that
> number on anything else.
>
> Hope that help.
>
> Timettra Wellington
=========================================================================
Date: Mon, 22 Mar 1999 08:21:26 -0800
From: "John M. Neil"
Subject: Re: CAS number
In-Reply-To: <36F5F74E.FB602E21@transport.com>
Mime-Version: 1.0

The CAS number is assigned to a compound by the Chemical Abstracting
Service (CAS). Two products with the different ratios of the same
compounds would have the same CAS numbers. This is one of the reasons
behind requiring MSDS's from each manufacturer if you have multiple sources
for the same product. The formulation can vary.

At 07:55 AM 3/22/99 +0000, you wrote:
>This is not entirely true. An example: "Polyethylene glycol, MW 1200" has
>the same CAS number as "Polyethylene glycol, MW 5000". We ran into a number
>of similar problems when we tried to link our chemical inventory to CAS
>number,
>
>Cheryl Dawley
>
>Timettra Wellington wrote:
>
>> Hi all.
>>
>> Yes, CAS numbers are unique to the product they are found on. So,
>> sodium chloride is the same where ever you go and you will not find that
>> number on anything else.
>>
>> Hope that help.
>>
>> Timettra Wellington
John M. Neil

Thermochemistry Facility
Department of Chemical Engineering & Material Science
University of California at Davis
One Shields Avenue
Davis, CA 95616-8779

phone: (530) 754-2130 Fax: (530) 752-9307

"Entropy isn't what it use to be."
=========================================================================
Date: Mon, 22 Mar 1999 09:20:28 -0700
From: "Helen B. Gerhard"
Subject: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain

OSHA no longer requires separate MSDS from each separate manufacturer.
However, if you have differing formulation and ratio mixes, it would be
prudent to have separate MSDS for each one. If you have 100% acetone from
several vendors, then 1 MSDS would cover these.

As stated CAS numbers are specific to a compound. However, mixtures of
compounds do not necessarily have new CAS numbers. For example, ethanol and
water would list in the ingredients section of the MSDS Ethanol with its CAS
# and Water with its CAS number (I could look them up but the idea remains
the same). The mix itself does not have a new CAS #.

Thanks!

Helen


-----Original Message-----
From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
Sent: Monday, March 22, 1999 9:21 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re: CAS number

The CAS number is assigned to a compound by the Chemical Abstracting
Service (CAS). Two products with the different ratios of the same
compounds would have the same CAS numbers. This is one of the
reasons
behind requiring MSDS's from each manufacturer if you have multiple
sources
for the same product. The formulation can vary.

At 07:55 AM 3/22/99 +0000, you wrote:
>This is not entirely true. An example: "Polyethylene glycol, MW
1200" has
>the same CAS number as "Polyethylene glycol, MW 5000". We ran into
a number
>of similar problems when we tried to link our chemical inventory to
CAS
>number,
>
>Cheryl Dawley
>
>Timettra Wellington wrote:
>
>> Hi all.
>>
>> Yes, CAS numbers are unique to the product they are found on.
So,
>> sodium chloride is the same where ever you go and you will not
find that
>> number on anything else.
>>
>> Hope that help.
>>
>> Timettra Wellington
>
>
John M. Neil

Thermochemistry Facility
Department of Chemical Engineering & Material Science
University of California at Davis
One Shields Avenue
Davis, CA 95616-8779

phone: (530) 754-2130 Fax: (530) 752-9307

"Entropy isn't what it use to be."
=========================================================================
Date: Mon, 22 Mar 1999 11:43:46 -0500
From: Herbert Carpenter
Subject: Re: CAS number

I've run into the same problem with PEG and other families of polymer
reagents. I use a secondary name field in my inventory to differentiate
after the CAS number. Since I'm only tracking the inventory and stock
level for less than 900 item/work division combinations, it's manageable

The CAS system is a life saver for accuracy and expediency and I was glad
for it many times when our laboratory system had a lab in Japan and one in
Germany and chemicals were being procured and disposed of on the local
economy. Where it breaks down for me as part of inventory management,
however, is in tracking standing stocks of mixed specialty reagents for
which there is no established CAS number. Unless it's a straight dilution
reagent with one "active" ingredient, I'm back to tracking by name.

Herb Carpenter

> ----------
> From: Cheryl Dawley[SMTP:cdawley@TRANSPORT.COM]
> Sent: Monday, March 22, 1999 2:55 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: CAS number
>
> This is not entirely true. An example: "Polyethylene glycol, MW 1200"
> has
> the same CAS number as "Polyethylene glycol, MW 5000". We ran into a
> number
> of similar problems when we tried to link our chemical inventory to CAS
> number,
>
> Cheryl Dawley
=========================================================================
Date: Mon, 22 Mar 1999 10:47:19 -0600
From: Joe Chase
Subject: Re: CAS number & MSDS
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

However, if you have differing formulation and ratio mixes, it would be
prudent to have separate MSDS for each one. >

Please further put my mind at ease; can you cite the OSHA revision that does not
require separate MSDS by manufacturer?

Thanks. --Joe Chase
=========================================================================
Date: Mon, 22 Mar 1999 12:40:39 -0500
From: "Stoll, Ilse (Ilse)"
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain

Is this OSHA requirement relaxation for laboratories only or does this also
effect manufactuting MSDSs?

Ilse Stoll

> ----------
> From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 11:20 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: CAS number & MSDS
>
> OSHA no longer requires separate MSDS from each separate manufacturer.
> However, if you have differing formulation and ratio mixes, it would be
> prudent to have separate MSDS for each one. If you have 100% acetone from
> several vendors, then 1 MSDS would cover these.
>
> As stated CAS numbers are specific to a compound. However, mixtures of
> compounds do not necessarily have new CAS numbers. For example, ethanol
> and
> water would list in the ingredients section of the MSDS Ethanol with its
> CAS
> # and Water with its CAS number (I could look them up but the idea remains
> the same). The mix itself does not have a new CAS #.
>
> Thanks!
>
> Helen
> -----Original Message-----
> From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> Sent: Monday, March 22, 1999 9:21 AM
> To: LABSAFETY-L@SIU.EDU
> Subject:Re: CAS number
>
> The CAS number is assigned to a compound by the Chemical
> Abstracting
> Service (CAS). Two products with the different ratios of the same
> compounds would have the same CAS numbers. This is one of the
> reasons
> behind requiring MSDS's from each manufacturer if you have
> multiple
> sources
> for the same product. The formulation can vary.
> At 07:55 AM 3/22/99 +0000, you wrote:
> >This is not entirely true. An example: "Polyethylene glycol, MW
> 1200" has
> >the same CAS number as "Polyethylene glycol, MW 5000". We ran
> into
> a number
> >of similar problems when we tried to link our chemical inventory
> to
> CAS
> >number,
> >
> >Cheryl Dawley
> >
> >Timettra Wellington wrote:
> >
> >> Hi all.
> >>
> >> Yes, CAS numbers are unique to the product they are found on.
> So,
> >> sodium chloride is the same where ever you go and you will not
> find that
> >> number on anything else.
> >>
> >> Hope that help.
> >>
> >> Timettra Wellington
> >
> >
> John M. Neil
>
> Thermochemistry Facility
> Department of Chemical Engineering & Material Science
> University of California at Davis
> One Shields Avenue
> Davis, CA 95616-8779
>
> phone: (530) 754-2130 Fax: (530) 752-9307
>
> "Entropy isn't what it use to be."
>
=========================================================================
Date: Mon, 22 Mar 1999 12:46:35 -0500
From: "Henry Boyter Jr."
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Can you site this from OSHA and what they consider "the same"?

Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Helen B. Gerhard
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 11:19 AM
Subject: CAS number & MSDS


OSHA no longer requires separate MSDS from each separate manufacturer.
However, if you have differing formulation and ratio mixes, it would be
prudent to have separate MSDS for each one. If you have 100% acetone from
several vendors, then 1 MSDS would cover these.

As stated CAS numbers are specific to a compound. However, mixtures of
compounds do not necessarily have new CAS numbers. For example, ethanol and
water would list in the ingredients section of the MSDS Ethanol with its CAS
# and Water with its CAS number (I could look them up but the idea remains
the same). The mix itself does not have a new CAS #.

Thanks!

Helen


-----Original Message-----
From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
Sent: Monday, March 22, 1999 9:21 AM
To: LABSAFETY-L@SIU.EDU
Subject:Re: CAS number

The CAS number is assigned to a compound by the Chemical Abstracting
Service (CAS). Two products with the different ratios of the same
compounds would have the same CAS numbers. This is one of the
reasons
behind requiring MSDS's from each manufacturer if you have multiple
sources
for the same product. The formulation can vary.

At 07:55 AM 3/22/99 +0000, you wrote:
>This is not entirely true. An example: "Polyethylene glycol, MW
1200" has
>the same CAS number as "Polyethylene glycol, MW 5000". We ran into
a number
>of similar problems when we tried to link our chemical inventory to
CAS
>number,
>
>Cheryl Dawley
>
>Timettra Wellington wrote:
>
>> Hi all.
>>
>> Yes, CAS numbers are unique to the product they are found on.
So,
>> sodium chloride is the same where ever you go and you will not
find that
>> number on anything else.
>>
>> Hope that help.
>>
>> Timettra Wellington
>
>
John M. Neil

Thermochemistry Facility
Department of Chemical Engineering & Material Science
University of California at Davis
One Shields Avenue
Davis, CA 95616-8779

phone: (530) 754-2130 Fax: (530) 752-9307

"Entropy isn't what it use to be."
=========================================================================
Date: Mon, 22 Mar 1999 13:39:50 -0500
From: "Warren C. Pinches"
Subject: Re: CAS number & MSDS
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM




"Stoll, Ilse (Ilse)" on 03/22/99 12:40:39 PM

Please respond to LABSAFETY-L Discussion List

To: LABSAFETY-L@SIU.EDU
cc: (bcc: Warren Pinches)
Subject: Re: CAS number & MSDS

Is this OSHA requirement relaxation for laboratories only or does this also
effect manufactuting MSDSs?

Ilse Stoll

> ----------
> From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 11:20 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: CAS number & MSDS
>
> OSHA no longer requires separate MSDS from each separate manufacturer.
> However, if you have differing formulation and ratio mixes, it would be
> prudent to have separate MSDS for each one. If you have 100% acetone
from
> several vendors, then 1 MSDS would cover these.
>
> As stated CAS numbers are specific to a compound. However, mixtures of
> compounds do not necessarily have new CAS numbers. For example, ethanol
> and
> water would list in the ingredients section of the MSDS Ethanol with its
> CAS
> # and Water with its CAS number (I could look them up but the idea
remains
> the same). The mix itself does not have a new CAS #.
>
> Thanks!
>
> Helen
> -----Original Message-----
> From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> Sent: Monday, March 22, 1999 9:21 AM
> To: LABSAFETY-L@SIU.EDU
> Subject:Re: CAS number
>
> The CAS number is assigned to a compound by the Chemical
> Abstracting
> Service (CAS). Two products with the different ratios of the
same
> compounds would have the same CAS numbers. This is one of the
> reasons
> behind requiring MSDS's from each manufacturer if you have
> multiple
> sources
> for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 13:42:36 -0500
From: "Warren C. Pinches"
Subject: Re: CAS number & MSDS
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM



"Stoll, Ilse (Ilse)" on 03/22/99 12:40:39 PM


Is this OSHA requirement relaxation for laboratories only or does this also
effect manufactuting MSDSs?

Ilse Stoll

> ----------
> From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 11:20 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: CAS number & MSDS
>
> OSHA no longer requires separate MSDS from each separate manufacturer.
> However, if you have differing formulation and ratio mixes, it would be
> prudent to have separate MSDS for each one. If you have 100% acetone
from
> several vendors, then 1 MSDS would cover these.
>
> As stated CAS numbers are specific to a compound. However, mixtures of
> compounds do not necessarily have new CAS numbers. For example, ethanol
> and
> water would list in the ingredients section of the MSDS Ethanol with its
> CAS
> # and Water with its CAS number (I could look them up but the idea
remains
> the same). The mix itself does not have a new CAS #.
>
> Thanks!
>
> Helen
> -----Original Message-----
> From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> Sent: Monday, March 22, 1999 9:21 AM
> To: LABSAFETY-L@SIU.EDU
> Subject:Re: CAS number
>
> The CAS number is assigned to a compound by the Chemical
> Abstracting
> Service (CAS). Two products with the different ratios of the
same
> compounds would have the same CAS numbers. This is one of the
> reasons
> behind requiring MSDS's from each manufacturer if you have
> multiple
> sources
> for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 14:06:20 -0500
From: "Henry Boyter Jr."
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

"Employers shall have a material safety data sheet in the
workplace for each hazardous chemical which they use."

There is the catch. If you do not have the MSDS from the second
manufacturer, how do you know it is the same? If the product is
tech grade acetone from Fisher and you have the MSDS for HPLC
grade acetone from Aldrich do you really have the MSDS for the
chemical being used?

If you are ordering for a lab and are ordering 100% pure chemicals,
you may want to take the responsibility on your shoulders. I wouldn't
except with pure chemicals (and I do in rare cases). I still get the
new MSDS in most cases anyway.

With commercial products, this can get you in deep trouble, because
few are exactly the same. For example, there are grades of "pure"
sodium chloride that are really very different.

At a minimum if this is done, I would say that the MSDS must have a
cross reference saying that the MSDS of vendor X is also being
used for vendor Y.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Warren C. Pinches
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 1:30 PM
Subject: Re: CAS number & MSDS


I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM

"Stoll, Ilse (Ilse)" on 03/22/99 12:40:39 PM

Please respond to LABSAFETY-L Discussion List

To: LABSAFETY-L@SIU.EDU
cc: (bcc: Warren Pinches)
Subject: Re: CAS number & MSDS

Is this OSHA requirement relaxation for laboratories only or does this also
effect manufactuting MSDSs?

Ilse Stoll

> ----------
> From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 11:20 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: CAS number & MSDS
>
> OSHA no longer requires separate MSDS from each separate manufacturer.
> However, if you have differing formulation and ratio mixes, it would be
> prudent to have separate MSDS for each one. If you have 100% acetone
from
> several vendors, then 1 MSDS would cover these.
>
> As stated CAS numbers are specific to a compound. However, mixtures of
> compounds do not necessarily have new CAS numbers. For example, ethanol
> and
> water would list in the ingredients section of the MSDS Ethanol with its
> CAS
> # and Water with its CAS number (I could look them up but the idea
remains
> the same). The mix itself does not have a new CAS #.
>
> Thanks!
>
> Helen
> -----Original Message-----
> From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> Sent: Monday, March 22, 1999 9:21 AM
> To: LABSAFETY-L@SIU.EDU
> Subject:Re: CAS number
>
> The CAS number is assigned to a compound by the Chemical
> Abstracting
> Service (CAS). Two products with the different ratios of the
same
> compounds would have the same CAS numbers. This is one of the
> reasons
> behind requiring MSDS's from each manufacturer if you have
> multiple
> sources
> for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 14:05:39 -0500
From: Bob Burns
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

That may be true, but the label on the container must match the MSDS or the
people who need to use it can't find it. This is more of an issue with
trade names than with pure chemicals labeled as such.

For example, we sell sodium xylenesulfonate under the trade name Naxonate
4L. if you have a sample of our material you need a copy of our MSDS.

Probably more of an issue in industry than in academia.

"SEMPER ADVENTURUS!!!"

Robert L. Burns
R&D Group Leader
Specialty Chemicals Division
RUETGERS Organics Corporation
201 Struble Road
State College, PA 16801
phone 814-231-9214
fax 815 333 4805
email rburns@bigfoot.com

----- Original Message -----
From: Warren C. Pinches
To:
Sent: Monday, March 22, 1999 13:42
Subject: Re: CAS number & MSDS


> I don't believe that it was ever true that you had to have a MSDS from
each
> manufacturer of each chemical. I have heard this often before but I
> believe it is a myth that grew up after the adoption of the HCS; if anyone
> can correct me on this I would welcome the information. I just re-read
> 1910.1200 looking for this point and all I see is a requirement that you
> have *a* MSDS for each hazardous chemical. Depending on how you have
> written your hazard communication plan, it can be a generic MSDS.
>
> 1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
> importers shall obtain or develop a material safety data sheet for each
> hazardous chemical they produce or import. Employers shall have a
> material safety data sheet in the workplace for each hazardous chemical
> which they use.
>
> Since HCS is a performance standard, you have wide latitude as to how you
> achieve hazard communication, as long as your MSDS are complete and
> technically accurate (both major caveats). For example, you could write
or
> buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
> For laboratories under 1910.1450, you are required to keep on file any
MSDS
> that you receive, although you are not required to obtain them from every
> manufacturer. As to mixtures, I note
>
> 1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
> contents (i.e.
> the chemical ingredients are essentially the same, but the specific
> composition varies from mixture to mixture), the chemical manufacturer,
> importer or employer may prepare one material safety data sheet to apply
> to all of these similar mixtures.
>
> Probably two bottles of polyethylene glycol with somewhat different MW
> could share a MSDS, since they would have "similar hazards and contents".
> I keep reminding my chemists (who sometimes expect a MSDS to be a spec
> sheet; they expect trace impurities to be listed) that MSDS are about
> *hazards* more than exact chemical composition. Indeed, under HCS you
> could claim composition as a trade secret and not disclose the chemical
> identity at all, as long as the hazards were disclosed, and as long as the
> chemical identity could be disclosed in an emergency.
>
> Using CAS numbers as a key to inventory or MSDS files is tempting but runs
> into immediate problems. CAS numbers are unique for a molecular structure
> or a polymeric unit, but the environment of these molecules makes a big
> difference. For example, a cylinder of hydrogen chloride gas and a bottle
> of N/100 hydrochloric acid have the same CAS number, but very different
> hazards -- and require very different MSDS.
>
> Warren C. Pinches, CSP, CHMM
> "Stoll, Ilse (Ilse)" on 03/22/99 12:40:39 PM
> Is this OSHA requirement relaxation for laboratories only or does this
also
> effect manufactuting MSDSs?
>
> Ilse Stoll
>
> > ----------
> > From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> > Reply To: LABSAFETY-L Discussion List
> > Sent: Monday, March 22, 1999 11:20 AM
> > To: LABSAFETY-L@SIU.EDU
> > Subject: CAS number & MSDS
> >
> > OSHA no longer requires separate MSDS from each separate manufacturer.
> > However, if you have differing formulation and ratio mixes, it would be
> > prudent to have separate MSDS for each one. If you have 100% acetone
> from
> > several vendors, then 1 MSDS would cover these.
> >
> > As stated CAS numbers are specific to a compound. However, mixtures of
> > compounds do not necessarily have new CAS numbers. For example, ethanol
> > and
> > water would list in the ingredients section of the MSDS Ethanol with its
> > CAS
> > # and Water with its CAS number (I could look them up but the idea
> remains
> > the same). The mix itself does not have a new CAS #.
> >
> > Thanks!
> >
> > Helen
> >
> >
> > -----Original Message-----
> > From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> > Sent: Monday, March 22, 1999 9:21 AM
> > To: LABSAFETY-L@SIU.EDU
> > Subject:Re: CAS number
> >
> > The CAS number is assigned to a compound by the Chemical
> > Abstracting
> > Service (CAS). Two products with the different ratios of the
> same
> > compounds would have the same CAS numbers. This is one of the
> > reasons
> > behind requiring MSDS's from each manufacturer if you have
> > multiple
> > sources
> > for the same product. The formulation can vary.
> >
> >
=========================================================================
Date: Mon, 22 Mar 1999 02:49:35 -0600
From: EH&S Compliance
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: multipart/mixed; boundary="---- =_NextPart_000_01BE7410.2C457200"

------ =_NextPart_000_01BE7410.2C457200
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

I have heard that you had to have a MSDS from each manufacturer of each =
chemical also. We currently do this, but we have very few 'pure' =
chemicals. I don't know of a reference, but would be interested in =
seeing one.

One thing the standard does state is that the MSDS shall contain the =
'identity used on the label' (see section g). In a simple case we have =
had one manufacturer call a product sodium chloride and another calls =
its 50lb bags of sodium chloride ocean salt; both are sodium chloride. =
They have different names on the label. Two different MSDSs are kept.

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

=========================================================================
Date: Mon, 22 Mar 1999 15:14:17 -0500
From: "Dr. Linda A. Swihart"
Subject: MSDS for each manufacturer
Mime-Version: 1.0

I am searching, will say if I find an interpretation or anything.

The way I heard it was that for trade products like paints, cleaners,
etc... the manufacturer may not simply buy a book of MSDSs from Genium,
e.g., and use the MSDS for "alkali-based oven cleaner" for Easy-Off (we
have to pretend that this is Easy-Off in industrial sized containers
purchased for use by employees in an industrial setting, not consumer
packaging). You HAD to have an MSDS from the manufacturer of Easy-Off.

(And no disrespect to Genium, they do wonderful stuff. They were the only
company that popped into my mind regarding the massive multi-volume generic
MSDS collectins that were sold by several publishing houses in the mid to
late 80s.)

BUT, and this is what I'm looking for, supposedly OSHA ruled at some point
that this is not necessary for "pure" chemicals. I.e., that a Baker MSDS
for "TOLUENE" is equl to a Fisher MSDS for "TOLUENE."

I don't believe I have ever seem any of this in print, but I'm kind of
betting it's somewhere.

More later,
Linda

PS, who sells any 100% pure chemical of any sort? Maybe I've seen one, but
I don't recall ever seeing one. Unless it was a case of rounding up to the
nearest whole percent, that is, but most chemicals are sold as 98+%, or
>99.9%....
=========================================================================
Date: Tue, 23 Mar 1999 08:28:47 +1200
From: Tony Haggerty
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Helen,

Just to clarify what I think you are saying for those not familiar with CAS
Nos. They are specific to an element or compound. Mixtures do not have CAS
Nos. As you rightly say CAS Nos can identify unequivocally the constituents
of a mixture.

On the matter of MSDSs, I have 2 MSDSs from different suppliers of Nonyl
Phenol which classifies them differently. One as Class 6.1 Toxic the other
as Class 8 Corrosive for transportation. Discussions with chemical
classifiers confirm my thoughts that in fact it is neither.

You can't believe everything you read.
Tony Haggerty
-----Original Message-----
From: Helen B. Gerhard
To: LABSAFETY-L@SIU.EDU
Date: 23 March 1999 04:27
Subject: CAS number & MSDS


>OSHA no longer requires separate MSDS from each separate manufacturer.
>However, if you have differing formulation and ratio mixes, it would be
>prudent to have separate MSDS for each one. If you have 100% acetone from
>several vendors, then 1 MSDS would cover these.
>
>As stated CAS numbers are specific to a compound. However, mixtures of
>compounds do not necessarily have new CAS numbers. For example, ethanol
and
>water would list in the ingredients section of the MSDS Ethanol with its
CAS
># and Water with its CAS number (I could look them up but the idea remains
>the same). The mix itself does not have a new CAS #.
>
>Thanks!
>
>Helen
>-----Original Message-----
>From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
>Sent: Monday, March 22, 1999 9:21 AM
>To: LABSAFETY-L@SIU.EDU
>Subject:Re: CAS number
>
>The CAS number is assigned to a compound by the Chemical
Abstracting
>Service (CAS). Two products with the different ratios of the same
>compounds would have the same CAS numbers. This is one of the
>reasons
>behind requiring MSDS's from each manufacturer if you have multiple
>sources
>for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 15:46:21 -0500
From: Madelyn Miller
Subject: Re: MSDS for each manufacturer
In-Reply-To: <3.0.5.32.19990322151417.0087c1c0@postoffice.purdue.edu>
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; CHARSET=US-ASCII

Greetings
An MSDS from Baker for 3% formaldehyde will be the same MSDS for 37%.
Don't start quibbling about percents.

It is my opinion for "individual" products find the best MSDS - the one
that is not written by a lawyer.
Madelyn

----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Mon, 22 Mar 1999 15:50:48 -0500
From: "Henry Boyter Jr."
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

One correction. Certain mixtures can have CAS numbers.
The simpliest examples are fuel oils. Also, polymer mixtures
can have CAS numbers.
Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Tony Haggerty
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 3:26 PM
Subject: Re: CAS number & MSDS


Helen,

Just to clarify what I think you are saying for those not familiar with CAS
Nos. They are specific to an element or compound. Mixtures do not have CAS
Nos. As you rightly say CAS Nos can identify unequivocally the constituents
of a mixture.

On the matter of MSDSs, I have 2 MSDSs from different suppliers of Nonyl
Phenol which classifies them differently. One as Class 6.1 Toxic the other
as Class 8 Corrosive for transportation. Discussions with chemical
classifiers confirm my thoughts that in fact it is neither.

You can't believe everything you read.
Tony Haggerty
-----Original Message-----
From: Helen B. Gerhard
To: LABSAFETY-L@SIU.EDU
Date: 23 March 1999 04:27
Subject: CAS number & MSDS


>OSHA no longer requires separate MSDS from each separate manufacturer.
>However, if you have differing formulation and ratio mixes, it would be
>prudent to have separate MSDS for each one. If you have 100% acetone from
>several vendors, then 1 MSDS would cover these.
>
>As stated CAS numbers are specific to a compound. However, mixtures of
>compounds do not necessarily have new CAS numbers. For example, ethanol
and
>water would list in the ingredients section of the MSDS Ethanol with its
CAS
># and Water with its CAS number (I could look them up but the idea remains
>the same). The mix itself does not have a new CAS #.
>
>Thanks!
>
>Helen
>-----Original Message-----
>From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
>Sent: Monday, March 22, 1999 9:21 AM
>To: LABSAFETY-L@SIU.EDU
>Subject:Re: CAS number
>
>The CAS number is assigned to a compound by the Chemical
Abstracting
>Service (CAS). Two products with the different ratios of the same
>compounds would have the same CAS numbers. This is one of the
>reasons
>behind requiring MSDS's from each manufacturer if you have multiple
>sources
>for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 16:03:21 -0500
From: "Warren C. Pinches"
Subject: Re: CAS number & MSDS
Mime-Version: 1.0
Content-type: text/plain; charset=us-ascii

In practice I do obtain MSDS from every manufacturer, but I'm not sure it
helps employees to be confronted with 15 MSDS sheets for, say, methylene
chloride. Especially if they have a secondary container that is labeled
with the chemical and hazard, but not with the original manufacturer's
identity. They just want to know about *methylene chloride*. As for the
difficulties posed by synonyms, that must be dealt with in any hazcom
training program. I include synonym cross-reference sheets throughout our
MSDS files.

If a manufacturer spikes a chemical, especially one with a well-defined ACS
grade, with something that materially changes the health and safety
characteristics of the chemical, without identifying it on the label as
well as the MSDS, I don't think they would be in business long. It takes
significant adulteration to change a chemical's physical or health hazard
class, or change PPE selection. Yes, I do check for variations in
stabilizers and other trace components, and in rare situations (such as
having a highly carcinogenic additive or impurity) they could change the
health and safety characteristics of the chemical. In cases such as these,
the label of the chemical needs to be augmented to make it clear that it is
*not* the same chemical as other containers by that name, since in practice
employees who are used to working with a particular grade of a chemical
don't read a new MSDS, even when specifically given them, just because the
brand name changes.

Usually the most sensitive issue is waste disposal, since a few ppm of an
impurity can sometimes force a change in disposal methods or labeling, but
it would be a rare MSDS that would even mention that 0.6 ppm of benzene.
MSDS are practically silent on waste disposal, usually just suggesting that
you do it *in accordance with all applicable federal, state, and local
laws*. (My other favorite phrase is *use chemical-resistant gloves*.)

Certainly significantly differing degrees of mixtures may require different
MSDS; I gave the example in my original post of the many forms of HCl. For
proprietary mixtures or *trade-name* chemicals of course one must have the
manufacturer's MSDS because there is no other way of even identifying the
characteristics of the chemical. (And in most cases with proprietary
mixtures, chemical identity is hidden.) These mixtures are unique and
there are no generic MSDS. Very low-grade chemicals may also be considered
as a kind of proprietary mixture.

If we substitute one MSDS for another for the same chemical, there is of
course a liability attached -- we now have assumed responsibility for
communicating correct information, and we cannot pass the liability back to
the manufacturer. This is really what drives most people to insist on
manufacturer-specific MSDS. However, most of the issues that have a real
impact on employee or environmental protection -- safe work practices,
engineering, selection of PPE, and waste disposal -- MSDS provide little
guidance, and employers assume the liability for determing these anyway.

If I sound a bit cross on this subject, it is because MSDS so frequently do
such a poor job of hazard communication. Having read many unintelligible,
misleading, incomplete, and just plain wrong MSDS, I often find cases in
which a generic MSDS, or one from another vendor, offers better information
-- and thus protection -- to the employee than the manufacturer-supplied
one. In such cases I am glad that OSHA left us flexibility on this
subject.

Warren C. Pinches, CSP, CHMM
Purely personal opinions asked for and wanted by no one else.



"Henry Boyter Jr." on 03/22/99 02:06:20 PM


"Employers shall have a material safety data sheet in the
workplace for each hazardous chemical which they use."

There is the catch. If you do not have the MSDS from the second
manufacturer, how do you know it is the same? If the product is
tech grade acetone from Fisher and you have the MSDS for HPLC
grade acetone from Aldrich do you really have the MSDS for the
chemical being used?

If you are ordering for a lab and are ordering 100% pure chemicals,
you may want to take the responsibility on your shoulders. I wouldn't
except with pure chemicals (and I do in rare cases). I still get the
new MSDS in most cases anyway.

With commercial products, this can get you in deep trouble, because
few are exactly the same. For example, there are grades of "pure"
sodium chloride that are really very different.

At a minimum if this is done, I would say that the MSDS must have a
cross reference saying that the MSDS of vendor X is also being
used for vendor Y.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Warren C. Pinches
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 1:30 PM
Subject: Re: CAS number & MSDS


I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM
=========================================================================
Date: Mon, 22 Mar 1999 14:13:13 -0700
From: "Greene, Ben"
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Is it a common practice to archive an "obsolete" MSDS once it is
updated? It would seem this would at least be a means to prove that
what you (minimally) provided to the employee was what you (or the
manufacturer) knew about that product at that time?

Ben Greene, Ph.D.
AlliedSignal
Las Cruces, NM


> ----------
> From: Warren C. Pinches[SMTP:Warren_Pinches@PRAXAIR.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 2:03 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: CAS number & MSDS
>
> In practice I do obtain MSDS from every manufacturer, but I'm not sure
> it
> helps employees to be confronted with 15 MSDS sheets for, say,
> methylene
> chloride. Especially if they have a secondary container that is
> labeled
> with the chemical and hazard, but not with the original manufacturer's
> identity. They just want to know about *methylene chloride*. As for
> the
> difficulties posed by synonyms, that must be dealt with in any hazcom
> training program. I include synonym cross-reference sheets throughout
> our
> MSDS files.
>
> If a manufacturer spikes a chemical, especially one with a
> well-defined ACS
> grade, with something that materially changes the health and safety
> characteristics of the chemical, without identifying it on the label
> as
> well as the MSDS, I don't think they would be in business long. It
> takes
> significant adulteration to change a chemical's physical or health
> hazard
> class, or change PPE selection. Yes, I do check for variations in
> stabilizers and other trace components, and in rare situations (such
> as
> having a highly carcinogenic additive or impurity) they could change
> the
> health and safety characteristics of the chemical. In cases such as
> these,
> the label of the chemical needs to be augmented to make it clear that
> it is
> *not* the same chemical as other containers by that name, since in
> practice
> employees who are used to working with a particular grade of a
> chemical
> don't read a new MSDS, even when specifically given them, just because
> the
> brand name changes.
>
> Usually the most sensitive issue is waste disposal, since a few ppm of
> an
> impurity can sometimes force a change in disposal methods or labeling,
> but
> it would be a rare MSDS that would even mention that 0.6 ppm of
> benzene.
> MSDS are practically silent on waste disposal, usually just suggesting
> that
> you do it *in accordance with all applicable federal, state, and local
> laws*. (My other favorite phrase is *use chemical-resistant gloves*.)
>
> Certainly significantly differing degrees of mixtures may require
> different
> MSDS; I gave the example in my original post of the many forms of HCl.
> For
> proprietary mixtures or *trade-name* chemicals of course one must have
> the
> manufacturer's MSDS because there is no other way of even identifying
> the
> characteristics of the chemical. (And in most cases with proprietary
> mixtures, chemical identity is hidden.) These mixtures are unique and
> there are no generic MSDS. Very low-grade chemicals may also be
> considered
> as a kind of proprietary mixture.
>
> If we substitute one MSDS for another for the same chemical, there is
> of
> course a liability attached -- we now have assumed responsibility for
> communicating correct information, and we cannot pass the liability
> back to
> the manufacturer. This is really what drives most people to insist on
> manufacturer-specific MSDS. However, most of the issues that have a
> real
> impact on employee or environmental protection -- safe work practices,
> engineering, selection of PPE, and waste disposal -- MSDS provide
> little
> guidance, and employers assume the liability for determing these
> anyway.
>
> If I sound a bit cross on this subject, it is because MSDS so
> frequently do
> such a poor job of hazard communication. Having read many
> unintelligible,
> misleading, incomplete, and just plain wrong MSDS, I often find cases
> in
> which a generic MSDS, or one from another vendor, offers better
> information
> -- and thus protection -- to the employee than the
> manufacturer-supplied
> one. In such cases I am glad that OSHA left us flexibility on this
> subject.
>
> Warren C. Pinches, CSP, CHMM
> Purely personal opinions asked for and wanted by no one else.
> "Henry Boyter Jr." on 03/22/99 02:06:20 PM
> "Employers shall have a material safety data sheet in the
> workplace for each hazardous chemical which they use."

>
> There is the catch. If you do not have the MSDS from the second
> manufacturer, how do you know it is the same? If the product is
> tech grade acetone from Fisher and you have the MSDS for HPLC
> grade acetone from Aldrich do you really have the MSDS for the
> chemical being used?
>
> If you are ordering for a lab and are ordering 100% pure chemicals,
> you may want to take the responsibility on your shoulders. I wouldn't
> except with pure chemicals (and I do in rare cases). I still get the
> new MSDS in most cases anyway.
>
> With commercial products, this can get you in deep trouble, because
> few are exactly the same. For example, there are grades of "pure"
> sodium chloride that are really very different.
>
> At a minimum if this is done, I would say that the MSDS must have a
> cross reference saying that the MSDS of vendor X is also being
> used for vendor Y.
>
> Dr. Henry Boyter, Jr. Ph.D. Chemist
>
> The opinions of Dr. Boyter are provided for informational
> purposes only and should not be used as advice. No
> warranty or expression of professionalism is implied.
>
> ***************
>
> -----Original Message-----
> From: Warren C. Pinches
> To: LABSAFETY-L@SIU.EDU

> Date: Monday, March 22, 1999 1:30 PM
> Subject: Re: CAS number & MSDS
> I don't believe that it was ever true that you had to have a MSDS from
> each
> manufacturer of each chemical. I have heard this often before but I
> believe it is a myth that grew up after the adoption of the HCS; if
> anyone
> can correct me on this I would welcome the information. I just
> re-read
> 1910.1200 looking for this point and all I see is a requirement that
> you
> have *a* MSDS for each hazardous chemical. Depending on how you have
> written your hazard communication plan, it can be a generic MSDS.
>
> 1910.1200(g) Material safety data sheets. (1) Chemical manufacturers
> and
> importers shall obtain or develop a material safety data sheet for
> each
> hazardous chemical they produce or import. Employers shall have a
> material safety data sheet in the workplace for each hazardous
> chemical
> which they use.
>
> Since HCS is a performance standard, you have wide latitude as to how
> you
> achieve hazard communication, as long as your MSDS are complete and
> technically accurate (both major caveats). For example, you could
> write or
> buy MSDS for all your chemicals and use none of the manufacturer's
> MSDS.
> For laboratories under 1910.1450, you are required to keep on file any
> MSDS
> that you receive, although you are not required to obtain them from
> every
> manufacturer. As to mixtures, I note
>
> 1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards
> and
> contents (i.e.
> the chemical ingredients are essentially the same, but the specific
> composition varies from mixture to mixture), the chemical
> manufacturer,
> importer or employer may prepare one material safety data sheet to
> apply
> to all of these similar mixtures.
>
> Probably two bottles of polyethylene glycol with somewhat different MW
> could share a MSDS, since they would have "similar hazards and
> contents".
> I keep reminding my chemists (who sometimes expect a MSDS to be a spec
> sheet; they expect trace impurities to be listed) that MSDS are about
> *hazards* more than exact chemical composition. Indeed, under HCS you
> could claim composition as a trade secret and not disclose the
> chemical
> identity at all, as long as the hazards were disclosed, and as long as
> the
> chemical identity could be disclosed in an emergency.
>
> Using CAS numbers as a key to inventory or MSDS files is tempting but
> runs
> into immediate problems. CAS numbers are unique for a molecular
> structure
> or a polymeric unit, but the environment of these molecules makes a
> big
> difference. For example, a cylinder of hydrogen chloride gas and a
> bottle
> of N/100 hydrochloric acid have the same CAS number, but very
> different
> hazards -- and require very different MSDS.
>
> Warren C. Pinches, CSP, CHMM
>
=========================================================================
Date: Mon, 22 Mar 1999 16:17:38 -0500
From: "Henry Boyter Jr."
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Curious.

Do you have 15 types of methylene chloride in use? If not, why not
archive the old ones in a separate book so only the current in use
product is present. Also, why not put the manufacturer's name on
the secondary label. It can be impratical at times, but if possible it
helps identify the material.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Warren C. Pinches
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 3:55 PM
Subject: Re: CAS number & MSDS


In practice I do obtain MSDS from every manufacturer, but I'm not sure it
helps employees to be confronted with 15 MSDS sheets for, say, methylene
chloride. Especially if they have a secondary container that is labeled
with the chemical and hazard, but not with the original manufacturer's
identity. They just want to know about *methylene chloride*. As for the
difficulties posed by synonyms, that must be dealt with in any hazcom
training program. I include synonym cross-reference sheets throughout our
MSDS files.

If a manufacturer spikes a chemical, especially one with a well-defined ACS
grade, with something that materially changes the health and safety
characteristics of the chemical, without identifying it on the label as
well as the MSDS, I don't think they would be in business long. It takes
significant adulteration to change a chemical's physical or health hazard
class, or change PPE selection. Yes, I do check for variations in
stabilizers and other trace components, and in rare situations (such as
having a highly carcinogenic additive or impurity) they could change the
health and safety characteristics of the chemical. In cases such as these,
the label of the chemical needs to be augmented to make it clear that it is
*not* the same chemical as other containers by that name, since in practice
employees who are used to working with a particular grade of a chemical
don't read a new MSDS, even when specifically given them, just because the
brand name changes.

Usually the most sensitive issue is waste disposal, since a few ppm of an
impurity can sometimes force a change in disposal methods or labeling, but
it would be a rare MSDS that would even mention that 0.6 ppm of benzene.
MSDS are practically silent on waste disposal, usually just suggesting that
you do it *in accordance with all applicable federal, state, and local
laws*. (My other favorite phrase is *use chemical-resistant gloves*.)

Certainly significantly differing degrees of mixtures may require different
MSDS; I gave the example in my original post of the many forms of HCl. For
proprietary mixtures or *trade-name* chemicals of course one must have the
manufacturer's MSDS because there is no other way of even identifying the
characteristics of the chemical. (And in most cases with proprietary
mixtures, chemical identity is hidden.) These mixtures are unique and
there are no generic MSDS. Very low-grade chemicals may also be considered
as a kind of proprietary mixture.

If we substitute one MSDS for another for the same chemical, there is of
course a liability attached -- we now have assumed responsibility for
communicating correct information, and we cannot pass the liability back to
the manufacturer. This is really what drives most people to insist on
manufacturer-specific MSDS. However, most of the issues that have a real
impact on employee or environmental protection -- safe work practices,
engineering, selection of PPE, and waste disposal -- MSDS provide little
guidance, and employers assume the liability for determing these anyway.

If I sound a bit cross on this subject, it is because MSDS so frequently do
such a poor job of hazard communication. Having read many unintelligible,
misleading, incomplete, and just plain wrong MSDS, I often find cases in
which a generic MSDS, or one from another vendor, offers better information
-- and thus protection -- to the employee than the manufacturer-supplied
one. In such cases I am glad that OSHA left us flexibility on this
subject.

Warren C. Pinches, CSP, CHMM
Purely personal opinions asked for and wanted by no one else.



"Henry Boyter Jr." on 03/22/99 02:06:20 PM


"Employers shall have a material safety data sheet in the
workplace for each hazardous chemical which they use."

There is the catch. If you do not have the MSDS from the second
manufacturer, how do you know it is the same? If the product is
tech grade acetone from Fisher and you have the MSDS for HPLC
grade acetone from Aldrich do you really have the MSDS for the
chemical being used?

If you are ordering for a lab and are ordering 100% pure chemicals,
you may want to take the responsibility on your shoulders. I wouldn't
except with pure chemicals (and I do in rare cases). I still get the
new MSDS in most cases anyway.

With commercial products, this can get you in deep trouble, because
few are exactly the same. For example, there are grades of "pure"
sodium chloride that are really very different.

At a minimum if this is done, I would say that the MSDS must have a
cross reference saying that the MSDS of vendor X is also being
used for vendor Y.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Warren C. Pinches
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 1:30 PM
Subject: Re: CAS number & MSDS


I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM
=========================================================================
Date: Mon, 22 Mar 1999 16:37:58 -0500
From: "Dr. Linda A. Swihart"
Subject: Re: MSDS for each manufacturer
In-Reply-To: <3.0.5.32.19990322151417.0087c1c0@postoffice.purdue.edu>
Mime-Version: 1.0

The HCS is not something I have to do a lot of, and I had never looked at
the list of interp letters on the OSHA web site. HOLY COW!

what I found so far - dated 10/6/95:

http://www.osha-slc.gov/OshDoc/Interp_data/I19951006A.html

'....This is in response to your letter of August 14, requesting
clarification of the Occupational Safety and Health Administration's (OSHA)
Hazard Communication Standard (HCS), 29 CFR 1910.1200, regarding material
safety data sheets (MSDSs). Specifically, you requested an interpretation
as to whether the employer is obligated to maintain all individual MSDS's
for common chemicals purchased from a variety of vendors.

'The HCS requires that employers maintain copies of MSDSs for each
hazardous chemical used in the workplace. Employers may discard duplicate
copies of MSDSs, if the additional data sheets supplied by a different
vendor include the same hazardous chemicals in the same formulation.
However, if the formulation is different then the employer must maintain
both data sheets. OSHA standard, 29 CFR 1910.1200, Access to Employee
Exposure and Medical Records defines "employees exposure records" to
include MSDSs, and requires all employee exposure records to be maintained
for at least 30 years.'
=========================================================================
Date: Mon, 22 Mar 1999 16:39:36 -0500
From: Bill Schultz
Subject: Re[2]: CAS number & MSDS
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

OSHA does not reference CAS numbers in 1910.1200. It states under (e)(i) "A
list of the hazardous chemicals known to be present using an identity that is
referenced on the appropriate material data sheet....". Under (g)(2)(i) states
that the material safety data sheet must contain the identity used on the
container label. Therefore the identity used on the container label and
listing of hazardous chemicals must also be on the MSDS.

Since you can list either or both the chemical name and the CAS number on all
three items there is no way you can say that one has precedence over the other
as far as an "identity" is concerned.

If you look at the synonym section of the MSDS you can sometimes find 20 to 30
common names for the same chemical yet they all have the same CAS number. In
this situation the manufacturer is supplying one MSDS that covers the 20 or 30
common names listed based on the fact that they all have the same CAS number.

But then there is the case where two materials can have the same CAS number and
have totally different hazards. The CAS number for sodium hydroxide pellets
and sodium hydroxide liquid is 1310-73-2. The two substances have different
hazards and different disposal characteristics. Sodium hydroxide pellets are
not regulated by EPA yet sodium hydroxide solution is.

It appears that there is no blanket policy that can be applied and each item
must be evaluated to determine whether it requires a separate MSDS based on
several factors.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Re: CAS number & MSDS
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/22/99 2:06 PM


"Employers shall have a material safety data sheet in the
workplace for each hazardous chemical which they use."

There is the catch. If you do not have the MSDS from the second
manufacturer, how do you know it is the same? If the product is
tech grade acetone from Fisher and you have the MSDS for HPLC
grade acetone from Aldrich do you really have the MSDS for the
chemical being used?

If you are ordering for a lab and are ordering 100% pure chemicals,
you may want to take the responsibility on your shoulders. I wouldn't
except with pure chemicals (and I do in rare cases). I still get the
new MSDS in most cases anyway.

With commercial products, this can get you in deep trouble, because
few are exactly the same. For example, there are grades of "pure"
sodium chloride that are really very different.

At a minimum if this is done, I would say that the MSDS must have a
cross reference saying that the MSDS of vendor X is also being
used for vendor Y.


Dr. Henry Boyter, Jr. Ph.D. Chemist

The opinions of Dr. Boyter are provided for informational
purposes only and should not be used as advice. No
warranty or expression of professionalism is implied.

***************
-----Original Message-----
From: Warren C. Pinches
To: LABSAFETY-L@SIU.EDU
Date: Monday, March 22, 1999 1:30 PM
Subject: Re: CAS number & MSDS


I don't believe that it was ever true that you had to have a MSDS from each
manufacturer of each chemical. I have heard this often before but I
believe it is a myth that grew up after the adoption of the HCS; if anyone
can correct me on this I would welcome the information. I just re-read
1910.1200 looking for this point and all I see is a requirement that you
have *a* MSDS for each hazardous chemical. Depending on how you have
written your hazard communication plan, it can be a generic MSDS.

1910.1200(g) Material safety data sheets. (1) Chemical manufacturers and
importers shall obtain or develop a material safety data sheet for each
hazardous chemical they produce or import. Employers shall have a
material safety data sheet in the workplace for each hazardous chemical
which they use.

Since HCS is a performance standard, you have wide latitude as to how you
achieve hazard communication, as long as your MSDS are complete and
technically accurate (both major caveats). For example, you could write or
buy MSDS for all your chemicals and use none of the manufacturer's MSDS.
For laboratories under 1910.1450, you are required to keep on file any MSDS
that you receive, although you are not required to obtain them from every
manufacturer. As to mixtures, I note

1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards and
contents (i.e.
the chemical ingredients are essentially the same, but the specific
composition varies from mixture to mixture), the chemical manufacturer,
importer or employer may prepare one material safety data sheet to apply
to all of these similar mixtures.

Probably two bottles of polyethylene glycol with somewhat different MW
could share a MSDS, since they would have "similar hazards and contents".
I keep reminding my chemists (who sometimes expect a MSDS to be a spec
sheet; they expect trace impurities to be listed) that MSDS are about
*hazards* more than exact chemical composition. Indeed, under HCS you
could claim composition as a trade secret and not disclose the chemical
identity at all, as long as the hazards were disclosed, and as long as the
chemical identity could be disclosed in an emergency.

Using CAS numbers as a key to inventory or MSDS files is tempting but runs
into immediate problems. CAS numbers are unique for a molecular structure
or a polymeric unit, but the environment of these molecules makes a big
difference. For example, a cylinder of hydrogen chloride gas and a bottle
of N/100 hydrochloric acid have the same CAS number, but very different
hazards -- and require very different MSDS.

Warren C. Pinches, CSP, CHMM

"Stoll, Ilse (Ilse)" on 03/22/99 12:40:39 PM

Please respond to LABSAFETY-L Discussion List

To: LABSAFETY-L@SIU.EDU
cc: (bcc: Warren Pinches)
Subject: Re: CAS number & MSDS

Is this OSHA requirement relaxation for laboratories only or does this also
effect manufactuting MSDSs?

Ilse Stoll

> ----------
> From: Helen B. Gerhard[SMTP:hbgerhard@MEDLOGIC.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 11:20 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: CAS number & MSDS
>
> OSHA no longer requires separate MSDS from each separate manufacturer.
> However, if you have differing formulation and ratio mixes, it would be
> prudent to have separate MSDS for each one. If you have 100% acetone
from
> several vendors, then 1 MSDS would cover these.
>
> As stated CAS numbers are specific to a compound. However, mixtures of
> compounds do not necessarily have new CAS numbers. For example, ethanol
> and
> water would list in the ingredients section of the MSDS Ethanol with its
> CAS
> # and Water with its CAS number (I could look them up but the idea
remains
> the same). The mix itself does not have a new CAS #.
>
> Thanks!
>
> Helen
> -----Original Message-----
> From: John M. Neil [SMTP:jmneil@UCDAVIS.EDU]
> Sent: Monday, March 22, 1999 9:21 AM
> To: LABSAFETY-L@SIU.EDU
> Subject:Re: CAS number
>
> The CAS number is assigned to a compound by the Chemical
> Abstracting
> Service (CAS). Two products with the different ratios of the
same
> compounds would have the same CAS numbers. This is one of the
> reasons
> behind requiring MSDS's from each manufacturer if you have
> multiple
> sources
> for the same product. The formulation can vary.
=========================================================================
Date: Mon, 22 Mar 1999 14:29:09 -0800
From: Debbie Decker
Subject: Re: MSDS for each manufacturer
In-Reply-To:
Mime-Version: 1.0

At 03:46 PM 3/22/99 -0500, Madelyn wrote:
>Greetings
>An MSDS from Baker for 3% formaldehyde will be the same MSDS for 37%.
>Don't start quibbling about percents.

Ummm - Not entirely true. 37% formaldehyde (CAS # 50-00-0) is considered
"highly toxic" by fire hazard standards and quantities must be limited. 3
or 10% formaldehyde (CAS # 50-00-0) is considered an irritant by fire
hazard standards and the limits on quantity are not an issue. I don't know
if any of the MSDS' out there deal with this subtlety (my fave MSDS site is
404'd at the moment) which only reinforces the notion that workers (and all
of us too) shouldn't rely only on MSDS' for hazard information.

>It is my opinion for "individual" products find the best MSDS - the one
>that is not written by a lawyer.

I don't know what the OSHA interp is nor do I recall word for word the haz
com or lab standard. What I do is counsel my lab managers and safety
coordinators when they get an MSDS from a manufacturer, file the blasted
thing in a place where _everybody_ knows how to get to it. Train 'em not
to rely solely on MSDS' for chemical hazard information and you're good to go.

A recent OSHA inspection pointed up the value of good training when a young
worker, who stutters (what's the pc term for this one ?), was so
shook by the inspector asking him questions that he couldn't speak. So he
took the inspector by the hand and led him to the MSDS book and pointed to
it. The kid was also able to show the OSHA guy the training book and the
place where the IIPP (injury and illness prevention plan - a Cal/OSHA
requirement) was kept. Good training is always the best defense . We
got the results the other day and we had no violations :-)

Cheers,
Debbie
(sorry Jeff, no weird animal stories today - just a brain that has to be
delivered to the County Environmental Health lab )

Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Mon, 22 Mar 1999 17:20:36 -0600
From: Jeff Rubin
Subject: Management support
In-Reply-To: <9903229221.AA922139043@ftdetrck-ccmail.army.mil>
Mime-Version: 1.0

The Winter '99 edition of the "AASCIF News" (newsletter for Amer. Assn. of
State Compensation Insurance Funds) has an interesting little article by
Jim Fograscher. The title is "Selling Safety to Management" and it
includes the following table (which the editor, Michael Borque, was nice
enough to send me electronically as my fax-of-a-copy was tough to read):

"10 Questions to Win Commitment From Management"

If you can answer all of the following questions, you can get
commitment to
safety from management and realize the benefits of a successful safety program.

1. What are the organization's mission, vision and core values?
2. What are the strategic goals and objectives for the company this year?
3. How is the boss' success measured?
4. What is the cost of doing nothing?
5. What will the new approach cost to implement?
6. Does this boss have a driver, expressive, analytical or amiable personality?
7. What questions will he or she ask?
8. What are his or her likely objections?
9. Why is this plan better than other alternatives to solve the same problem?
10. What exactly do I need this person to do?

Not a bad thought process for proposing change in general.

Onward,

JNR


Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Tue, 23 Mar 1999 06:25:30 +0000
From: Drossart
Organization: Universit?catholique de Louvain
Subject: Re: CAS number
Mime-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

This problem is well known with polymers only.
claude

Cheryl Dawley wrote:
>
> This is not entirely true. An example: "Polyethylene glycol, MW 1200" has
> the same CAS number as "Polyethylene glycol, MW 5000". We ran into a number
> of similar problems when we tried to link our chemical inventory to CAS
> number,
>
> Cheryl Dawley
>
> Timettra Wellington wrote:
>
> > Hi all.
> >
> > Yes, CAS numbers are unique to the product they are found on. So,
> > sodium chloride is the same where ever you go and you will not find that
> > number on anything else.
> >
> > Hope that help.
> >
> > Timettra Wellington

--
Avec les meilleurs sentiments de Claude Drossart,
Universite catholique de Louvain
CICO-Chop-Laboratoire de Photochimie
1, place Pasteur, 1348-Louvain la Neuve (Wallonie-Belgique)
tel: 32-(0)10-472714 GSM: 0495.214835 fax: 32-(0)10-473009
http://www.chim.ucl.ac.be/CHIM/CICO/chop.html
=========================================================================
Date: Tue, 23 Mar 1999 09:46:48 -0500
Reply-To: dcon@vt.edu
From: Donald Conner
Subject: Lab design course
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

Hello NACHO-ers,
Has anyone out there attended the Harvard School of Public Health's course
"Guidelines for Laboratory Design: Health and Safety Considerations"?
I am considering the course, and I would like some feedback from others who
have attended the course. Thank you.
* ** *** **** ***** ****** *******
Donald E. Conner, Jr.
University Chemical Hygiene Officer
Virginia Tech Environmental Health & Safety Services
459 Tech Center Drive, Mail Stop 0423
Blacksburg, VA 24061
Phone (540) 231-7611 Fax (540) 231-3944
******* ****** ***** **** *** ** *
=========================================================================
Date: Mon, 22 Mar 1999 23:43:10 -0600
From: EH&S Compliance
Subject: Re: CAS number & MSDS
MIME-Version: 1.0
Content-Type: multipart/mixed; boundary="---- =_NextPart_000_01BE74D4.A8D3E3A0"

------ =_NextPart_000_01BE74D4.A8D3E3A0
Content-Transfer-Encoding: quoted-printable

It is common practice with my company, and the previous companies I have =
worked for. MSDSs are never tossed, whether we received an update or no =
longer use the chemical. They are separated out and archived so that =
someone doesn't have to wade through products no longer used (and old =
MSDSs).=20

Thank you,

Rebecca Levins
EH&S Compliance Specialist
RSR Corporation
Dallas, Texas

RSRrdl@onramp.net
(214) 583-0245

-----Original Message-----
From: Greene, Ben [SMTP:bgreene@SMTP3.WSTF.NASA.GOV]
Sent: Monday, March 22, 1999 3:13 PM
To: LABSAFETY-L@SIU.EDU
Subject:Re: CAS number & MSDS

Is it a common practice to archive an "obsolete" MSDS once it is
updated? It would seem this would at least be a means to prove that
what you (minimally) provided to the employee was what you (or the
manufacturer) knew about that product at that time?

Ben Greene, Ph.D.
AlliedSignal
Las Cruces, NM


> ----------
> From: Warren C. Pinches[SMTP:Warren_Pinches@PRAXAIR.COM]
> Reply To: LABSAFETY-L Discussion List
> Sent: Monday, March 22, 1999 2:03 PM
> To: LABSAFETY-L@SIU.EDU
> Subject: Re: CAS number & MSDS
>
> In practice I do obtain MSDS from every manufacturer, but I'm not sure
> it
> helps employees to be confronted with 15 MSDS sheets for, say,
> methylene
> chloride. Especially if they have a secondary container that is
> labeled
> with the chemical and hazard, but not with the original manufacturer's
> identity. They just want to know about *methylene chloride*. As for
> the
> difficulties posed by synonyms, that must be dealt with in any hazcom
> training program. I include synonym cross-reference sheets throughout
> our
> MSDS files.
>
> If a manufacturer spikes a chemical, especially one with a
> well-defined ACS
> grade, with something that materially changes the health and safety
> characteristics of the chemical, without identifying it on the label
> as
> well as the MSDS, I don't think they would be in business long. It
> takes
> significant adulteration to change a chemical's physical or health
> hazard
> class, or change PPE selection. Yes, I do check for variations in
> stabilizers and other trace components, and in rare situations (such
> as
> having a highly carcinogenic additive or impurity) they could change
> the
> health and safety characteristics of the chemical. In cases such as
> these,
> the label of the chemical needs to be augmented to make it clear that
> it is
> *not* the same chemical as other containers by that name, since in
> practice
> employees who are used to working with a particular grade of a
> chemical
> don't read a new MSDS, even when specifically given them, just because
> the
> brand name changes.
>
> Usually the most sensitive issue is waste disposal, since a few ppm of
> an
> impurity can sometimes force a change in disposal methods or labeling,
> but
> it would be a rare MSDS that would even mention that 0.6 ppm of
> benzene.
> MSDS are practically silent on waste disposal, usually just suggesting
> that
> you do it *in accordance with all applicable federal, state, and local
> laws*. (My other favorite phrase is *use chemical-resistant gloves*.)
>
> Certainly significantly differing degrees of mixtures may require
> different
> MSDS; I gave the example in my original post of the many forms of HCl.
> For
> proprietary mixtures or *trade-name* chemicals of course one must have
> the
> manufacturer's MSDS because there is no other way of even identifying
> the
> characteristics of the chemical. (And in most cases with proprietary
> mixtures, chemical identity is hidden.) These mixtures are unique and
> there are no generic MSDS. Very low-grade chemicals may also be
> considered
> as a kind of proprietary mixture.
>
> If we substitute one MSDS for another for the same chemical, there is
> of
> course a liability attached -- we now have assumed responsibility for
> communicating correct information, and we cannot pass the liability
> back to
> the manufacturer. This is really what drives most people to insist on
> manufacturer-specific MSDS. However, most of the issues that have a
> real
> impact on employee or environmental protection -- safe work practices,
> engineering, selection of PPE, and waste disposal -- MSDS provide
> little
> guidance, and employers assume the liability for determing these
> anyway.
>
> If I sound a bit cross on this subject, it is because MSDS so
> frequently do
> such a poor job of hazard communication. Having read many
> unintelligible,
> misleading, incomplete, and just plain wrong MSDS, I often find cases
> in
> which a generic MSDS, or one from another vendor, offers better
> information
> -- and thus protection -- to the employee than the
> manufacturer-supplied
> one. In such cases I am glad that OSHA left us flexibility on this
> subject.
>
> Warren C. Pinches, CSP, CHMM
> Purely personal opinions asked for and wanted by no one else.
>
>
> "Henry Boyter Jr." on 03/22/99 02:06:20 PM
> "Employers shall have a material safety data sheet in the
> workplace for each hazardous chemical which they use."
>
> There is the catch. If you do not have the MSDS from the second
> manufacturer, how do you know it is the same? If the product is
> tech grade acetone from Fisher and you have the MSDS for HPLC
> grade acetone from Aldrich do you really have the MSDS for the
> chemical being used?
>
> If you are ordering for a lab and are ordering 100% pure chemicals,
> you may want to take the responsibility on your shoulders. I wouldn't
> except with pure chemicals (and I do in rare cases). I still get the
> new MSDS in most cases anyway.
>
> With commercial products, this can get you in deep trouble, because
> few are exactly the same. For example, there are grades of "pure"
> sodium chloride that are really very different.
>
> At a minimum if this is done, I would say that the MSDS must have a
> cross reference saying that the MSDS of vendor X is also being
> used for vendor Y.
>
> Dr. Henry Boyter, Jr. Ph.D. Chemist
>
> The opinions of Dr. Boyter are provided for informational
> purposes only and should not be used as advice. No
> warranty or expression of professionalism is implied.
>
> ***************
>
> -----Original Message-----
> From: Warren C. Pinches
> To: LABSAFETY-L@SIU.EDU
> Date: Monday, March 22, 1999 1:30 PM
> Subject: Re: CAS number & MSDS
> I don't believe that it was ever true that you had to have a MSDS from
> each
> manufacturer of each chemical. I have heard this often before but I
> believe it is a myth that grew up after the adoption of the HCS; if
> anyone
> can correct me on this I would welcome the information. I just
> re-read
> 1910.1200 looking for this point and all I see is a requirement that
> you
> have *a* MSDS for each hazardous chemical. Depending on how you have
> written your hazard communication plan, it can be a generic MSDS.
>
> 1910.1200(g) Material safety data sheets. (1) Chemical manufacturers
> and
> importers shall obtain or develop a material safety data sheet for
> each
> hazardous chemical they produce or import. Employers shall have a
> material safety data sheet in the workplace for each hazardous
> chemical
> which they use.
>
> Since HCS is a performance standard, you have wide latitude as to how
> you
> achieve hazard communication, as long as your MSDS are complete and
> technically accurate (both major caveats). For example, you could
> write or
> buy MSDS for all your chemicals and use none of the manufacturer's
> MSDS.
> For laboratories under 1910.1450, you are required to keep on file any
> MSDS
> that you receive, although you are not required to obtain them from
> every
> manufacturer. As to mixtures, I note
>
> 1910.1200(g)(2)(i)(C)(4) Where complex mixtures have similar hazards
> and
> contents (i.e.
> the chemical ingredients are essentially the same, but the specific
> composition varies from mixture to mixture), the chemical
> manufacturer,
> importer or employer may prepare one material safety data sheet to
> apply
> to all of these similar mixtures.
>
> Probably two bottles of polyethylene glycol with somewhat different MW
> could share a MSDS, since they would have "similar hazards and
> contents".
> I keep reminding my chemists (who sometimes expect a MSDS to be a spec
> sheet; they expect trace impurities to be listed) that MSDS are about
> *hazards* more than exact chemical composition. Indeed, under HCS you
> could claim composition as a trade secret and not disclose the
> chemical
> identity at all, as long as the hazards were disclosed, and as long as
> the
> chemical identity could be disclosed in an emergency.
>
> Using CAS numbers as a key to inventory or MSDS files is tempting but
> runs
> into immediate problems. CAS numbers are unique for a molecular
> structure
> or a polymeric unit, but the environment of these molecules makes a
> big
> difference. For example, a cylinder of hydrogen chloride gas and a
> bottle
> of N/100 hydrochloric acid have the same CAS number, but very
> different
> hazards -- and require very different MSDS.
>
> Warren C. Pinches, CSP, CHMM
>

=========================================================================
Date: Tue, 23 Mar 1999 14:30:20 EST
From: John Yunker
Subject: A few openings left for Lab Design Course
Mime-Version: 1.0
Content-Type: text/plain; charset=US-ASCII

Dear Colleague,
If you are planning to attend the Laboratory Design Program, there are
still a few openings left.
Guidelines for Laboratory Design: Health & Safety Considerations.

April 12-16, 1999
This one-week program includes on-site lab tours and a wealth of expert
faculty.

To have a brochure mailed or faxed to you, please contact us at the
numbers below.

You may also fax your registration form to the number below.
Thank you.

=====================================

Center for Continuing Professional Education

Harvard School of Public Health

677 Huntington Avenue, LL-23

Boston, MA 02115-6096

Phone: (617) 432-1171

Fax: (617) 432-1969

Email: contedu@sph.harvard.edu

http://www.hsph.harvard.edu/ccpe

=====================================
=========================================================================
Date: Tue, 23 Mar 1999 16:09:55 -0500
From: Mark Yanchisin
Subject: Summaries of requested info
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"

Greetings all!

I apologize for taking so long to get these summaries to the list. The
following 2 short summaries are for information I recently requested from
the group. I requested info on two subjects: confirmation that MEK is or is
not a peroxide forming compound and info about the storage of acrolein.


MEK-
MEK is not a peroxide former (at least none of use could find references
saying it was). There are other ketones that do form potentially explosive
peroxides, but these all have an alpha hydrogen. In my original request, I
stated I had 3 references (one stating yes, one no, and one maybe). These
were old lists (without author info) that we were trying to consolidate and
update.


Acrolein-
The storage info I gathered for acrolein was a cause for concern. Acrolein
is a peroxide former, but relatively slow, according to Aldrich. Biggest
problem would be with self polymerization. It is inhibited with
hydroquinone, but it can become contaminated or exposed to light, or the
inhibitor can degrade over time so that this will react. It has a low odor
threshold range of 0.02 to 0.4 ppm. It is rather toxic with IDLH of 2 ppm
(NIOSH Pocket Guide).

What prompted this was that we had a small bottle self polymerize and break
in a refrigerator. The odor was horrendous (which is good because no one
stayed around). After looking at references, we closed the building to vent
vapors through the fume hoods. Building was fine 4 hours later. No one had
remembered using the bottle for 2 years or so. It was in the back of a
refrigerator in a lab used to store legacy chemicals from past grad
students. We are working with the present lab staff in clearing out the
room, but they had not got as far as the refrig yet. They have now!! We
actually took the unit, washed it over and over, drained the freon and
destroyed it prior to disposal. (Haz waste guys had "fun" with a sledge
hammer and pick axe! We did not want anyone trying to reuse any of it.)

Our "lessons learned" are that we will require acrolein to be stored for no
more than 6 months (as per Aldrich). This is not so much for the potential
formation of peroxides, but that the inhibitor can be degraded. Any hint of
contamination will require the lab to dispose of it ASAP. Any excessive
manipulation of the compound will require it to be disposed of, especially
if it has been distilled, as obviously this will remove the inhibitor.


I thank all of you who responded! Thank you for your time and efforts!!

Mark Yanchisin
Coordinator for Clinical and Lab Safety
Programs
University of Florida Env. Health and Safety
PO Box 112190
Gainesville, FL 32611-2190
352-846-2550 (T)
352-392-7386 (F)
Mark@ehs.ufl.edu
=========================================================================
Date: Tue, 23 Mar 1999 17:22:00 -0500
From: "Tayman, Tammy"
Subject: Re: MSDS for each manufacturer
MIME-Version: 1.0
Content-Type: text/plain

Actually, this is not true in all cases. I have several for differing
concentrations which differ!

Tammy Tayman
----------
From: Madelyn Miller
To: LABSAFETY-L@SIU.EDU
Subject: Re: MSDS for each manufacturer
Date: Monday, March 22, 1999 3:46PM

Greetings
An MSDS from Baker for 3% formaldehyde will be the same MSDS for 37%.
Don't start quibbling about percents.

It is my opinion for "individual" products find the best MSDS - the one
that is not written by a lawyer.
Madelyn

----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Tue, 23 Mar 1999 17:30:00 -0500
From: "Tayman, Tammy"
Subject: Re: MSDS for each manufacturer
MIME-Version: 1.0
Content-Type: text/plain

From: Debbie Decker
To: LABSAFETY-L@SIU.EDU
Subject: Re: MSDS for each manufacturer
Date: Monday, March 22, 1999 5:29PM


>I don't know what the OSHA interp is nor do I recall word for word the haz
>com or lab standard.


I think that Debbie has hit on part of the problem. My understanding is
that HazCom requires that you have a separate MSDS for each manufacturer,
whereas the Lab Standard requires that you have one for each chemical. Part
of the reasoning behind this was that Acme brand of "FloorBrite" and another
brand of "Floorbrite" may not contain the same chemicals or in the same
concentrations.

Tammy Tayman
=========================================================================
Date: Tue, 23 Mar 1999 14:42:25 -0800
From: Michael Ahler

Subject: Summaries of requested info
In-Reply-To: <435ACBA4E161D1118AC7006008A057A02B3C23@ehs-nts1.ehs.ufl.edu>
MIME-Version: 1.0
Content-Type: text/plain; charset=US-ASCII; name="Summaries"
Content-Transfer-Encoding: 7bit

Mark ( and All),

In a recent post I read:

> MEK is not a peroxide former (at least none of use could find
references
> saying it was). There are other ketones that do form potentially
explosive
> peroxides, but these all have an alpha hydrogen.

However,
The last time I looked, MEK ( aka 2-butanone) also has alpha hydrogens.
If the presence of alpha hydrogen were the criterion for peroxide
formation, I would expect MEK to do it also. Looking for the presence
or absence of alpha hydrogen may not entirely reveal the peroxide
forming potential of a molecule.
Without having looked up any ketones for peroxide formation recently
myself, I would guess that ketones that do form peroxides in air tend to
have TERTIARY alpha hydrogens, and this would make the enol tautomer
quite stable. In this configuration, the double bond would be more
available for air peroxidation than if the alpha hydrogen was secondary
or primary. Does this theory fly?

I just couldn't help commenting on MEK's absent alpha hydrogens that
really are there.

Thanks for listening.

Michael Ahler, CHO
mahler@calpoly.edu
Risk Management
Cal Poly
San Luis Obispo, California
=========================================================================
Date: Tue, 23 Mar 1999 18:26:58 EST
From: Labsafe@AOL.COM
Subject: Re: MSDS for each manufacturer
Mime-Version: 1.0
Content-type: text/plain; charset=US-ASCII
Content-transfer-encoding: 7bit

In a message dated 3/23/99 5:38:42 PM Eastern Standard Time,
ttayman@MC.CC.MD.US writes:

<< I think that Debbie has hit on part of the problem. My understanding is
that HazCom requires that you have a separate MSDS for each manufacturer,
whereas the Lab Standard requires that you have one for each chemical. >>

Hi NACHOs

The lab standard (to the best of my knowledge) does not require that you have
one for each chemical. .... Jim Kaufman
=========================================================================
Date: Tue, 23 Mar 1999 18:39:24 -0500
Reply-To: Bob Burns
From: Bob Burns
Subject: Re: MSDS for each manufacturer
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

I agree, but the prudent person...... would.


"HAPPINESS IS A WARM PUPPY!"

Bob & Evelyn Burns
Mill Hall, PA
----- Original Message -----
From:
To:
Sent: Tuesday, March 23, 1999 6:26 PM
Subject: Re: MSDS for each manufacturer


> In a message dated 3/23/99 5:38:42 PM Eastern Standard Time,
> ttayman@MC.CC.MD.US writes:
>
> << I think that Debbie has hit on part of the problem. My understanding
is
> that HazCom requires that you have a separate MSDS for each manufacturer,
> whereas the Lab Standard requires that you have one for each chemical.
>>
>
> Hi NACHOs
>
> The lab standard (to the best of my knowledge) does not require that you
have
> one for each chemical. .... Jim Kaufman
=========================================================================
Date: Wed, 24 Mar 1999 09:02:40 -0500
From: Naomi Kelly
Subject: Re: MSDS for each manufacturer
In-Reply-To: <9fc32c2f.36f82342@aol.com>
Mime-Version: 1.0

At 06:26 PM 3/23/99 -0500, you wrote:
>In a message dated 3/23/99 5:38:42 PM Eastern Standard Time,
>ttayman@MC.CC.MD.US writes:
>
><< I think that Debbie has hit on part of the problem. My understanding is
> that HazCom requires that you have a separate MSDS for each manufacturer,
> whereas the Lab Standard requires that you have one for each chemical. >>
>
>Hi NACHOs
>
>The lab standard (to the best of my knowledge) does not require that you have
>one for each chemical. .... Jim Kaufman


Correct. The lab standard requires only that employers maintain any MSDS(s)
that are received with incoming hazardous chemicals. We do, however,
require that labs maintain them. It is a way to ensure that necessary
"information" about the hazards of chemicals present (required by the
standard) is available. The HazCom Standard requires the employer to
maintain copies of the "required" MSDS for each hazardous chemical. I have
been told by state OSHA officers here that the MSDS does not have to be
specific to a manufacturer, however, 1910.1200 states "If the material
safety data sheet is not provided with a shipment that has been labeled as
a hazardous chemical, the distributor or employer shall obtain one form the
chemical manufacturer or importer as soon as possible, and....I'm afraid
that, as with many of the regulations, the interpretation might depend on
the mood of the enforcement officer.
=========================================================================
Date: Wed, 24 Mar 1999 10:48:26 -0800
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Re: MSDS for each manufacturer
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

LABSAFETY-L@siu.edu,.internet writes:
> dated 10/6/95:
>http://www.osha-slc.gov/OshDoc/Interp_data/I19951006A.html

>OSHA standard, 29 CFR 1910.1200, Access to Employee
>Exposure and Medical Records defines "employees exposure records" to
>include MSDSs, and requires all employee exposure records to be
>maintained
>for at least 30 years.'

I went to this site and found this information was provided by
Ruth E. McCully, Director
Office of Health Compliance Assistance

My response - 1910.1200 is NOT Access to Employee Exposure and Medical
Records.

The correct number is 1910.1020, and it DOES NOT say MSDS must be kept
for 30 years.

What it DOES SAY is in (b)(5)(iii) and (iv) is

(5) "Employee exposure record" means a record containing any of the
following kinds of information:

(iii) Material safety data sheets indicating that the material may pose
a hazard to human health; or

(iv) In the absence of the above, a chemical inventory or any other
record which reveals where and when used and the identity (e.g.
chemical, common, or trade name) of a toxic substance or harmful
physical agent.
So, I disagree with OSHA's (Ruth McCully's) interpretation of their reg
and would like you NACHOs to note that it says the exposure record
contains "ANY of the following" not "ALL of the following" and that it
says MSDS OR . . . .

Teresa Robertson, CCHO
CSUB
=========================================================================
Date: Wed, 24 Mar 1999 16:47:18 +0000
From: Karen Glover
Organization: Clarke College
Subject: Acute Hazardous Waste
MIME-Version: 1.0
Content-Type: text/plain; charset=us-ascii
Content-Transfer-Encoding: 7bit

Hello All:

I am reviewing the criteria established by the EPA for classification as a
"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
criteria is that the facility never accumulate more than 1kg (2.2lbs) of
acute hazardous waste on-site. My question is: What, EXACTLY, is defined
as acutely hazardous? Is there a specific list of acutely hazardous
chemicals somewhere? If so, I'd be happy to have a copy of it, or know
where to look for it.

Thanks in advance.
Karen Glover
=========================================================================
Date: Wed, 24 Mar 1999 14:01:40 -0800
From: Teresa Robertson
Organization: CSU Bakersfield
Subject: Re: Acute Hazardous Waste
Comments: cc: trobertson@csubak.edu
MIME-Version: 1.0
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit

LABSAFETY-L@siu.edu,.internet writes:
>Hello All:

>I am reviewing the criteria established by the EPA for classification
>as a
>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>criteria is that the facility never accumulate more than 1kg (2.2lbs) of
>acute hazardous waste on-site. My question is: What, EXACTLY, is
>defined
>as acutely hazardous? Is there a specific list of acutely hazardous
>chemicals somewhere? If so, I'd be happy to have a copy of it, or know
>where to look for it.

>Thanks in advance.
>Karen Glover

Karen,
I have a copy per Title 22 in California. Are you interested, or would
you like to wait for a response from someone who has the federal info?
It is not definitions, but a list of chemical names. It also includes
the category each chemical is in, i.e. whether it is on the list
because it is ignitible, toxic, corrosive, reactive, or a combination
of hazards.
Teresa
=========================================================================
Date: Wed, 24 Mar 1999 18:10:16 -0500
From: Don Abramowitz
Subject: Re: Acute Hazardous Waste
In-Reply-To:
Mime-Version: 1.0

>>I am reviewing the criteria established by the EPA for classification
>>as a
>>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>>criteria is that the facility never accumulate more than 1kg (2.2lbs) of
>>acute hazardous waste on-site. My question is: What, EXACTLY, is
>>defined
>>as acutely hazardous? Is there a specific list of acutely hazardous
>>chemicals somewhere? If so, I'd be happy to have a copy of it, or know
>>where to look for it.

I don't have the regs in front of me, but federal RCRA regs includes a
category among the listed wastes called acutely hazardous waste. I believe
it is the "p" list, but it may in fact go under another letter. As an
example, one acutely hazardous waste on the list, found in labs with
electron microscopes (among other lab uses) is osmium tetroxide.

One confounding aspect of the definition of "1 kilogram of waste" is that
it is the total product. So if you have a 1% solution of osmium tetroxide
in say, a gallon of water, you are obliged to count the weight of the
entire gallon in determining your quantity on hand, not just 1% of the
gallon.

Don


~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Thu, 25 Mar 1999 07:47:41 -0500
From: "Dr. Linda A. Swihart"
Subject: Re: Acute Hazardous Waste
In-Reply-To:
Mime-Version: 1.0

>I don't have the regs in front of me, but federal RCRA regs includes a
>category among the listed wastes called acutely hazardous waste. I believe
>it is the "p" list, but it may in fact go under another letter. As an
>example, one acutely hazardous waste on the list, found in labs with
>electron microscopes (among other lab uses) is osmium tetroxide.
>
>One confounding aspect of the definition of "1 kilogram of waste" is that
>it is the total product. So if you have a 1% solution of osmium tetroxide
>in say, a gallon of water, you are obliged to count the weight of the
>entire gallon in determining your quantity on hand, not just 1% of the
>gallon.


The P list and explanation is in 40 CFR 216.33

However, I believe that the 1% solution of osmium tetroxide does not fit
the description of what qualifies as P waste:

261.33:
The following materials or items are hazardous wastes if and when they are
discarded or intended to be discarded as described in Sec. 261.2(a)(2)(i),
when they are mixed with waste oil or used oil or other material and
applied to the land for dust suppression or road treatment, when they are
otherwise applied to the land in lieu of their original intended use or
when they are contained in products that are applied to the land in lieu of
their original intended use, or when, in lieu of their original intended
use, they are produced for use as (or as a component of) a fuel,
distributed for use as a fuel, or burned as a fuel.
(a) Any commercial chemical product, or manufacturing chemical
intermediate having the generic name listed in paragraph (e) or (f) of
this section.
(b) Any off-specification commercial chemical product or
manufacturing chemical intermediate which, if it met specifications,
would have the generic name listed in paragraph (e) or (f) of this
section.
(c) Any residue remaining in a container or in an inner liner
removed from a container that has held any commercial chemical product
or manufacturing chemical intermediate having the generic name listed in
paragraphs (e) or (f) of this section, unless the container is empty as
defined in Sec. 261.7(b) of this chapter.

[Comment: Unless the residue is being beneficially used or reused, or
legitimately recycled or reclaimed; or being accumulated, stored,
transported or treated prior to such use, re-use, recycling or
reclamation, EPA considers the residue to be intended for discard, and
thus, a hazardous waste. An example of a legitimate re-use of the
residue would be where the residue remains in the container and the
container is used to hold the same commercial chemical product or
manufacturing chemical intermediate it previously held. An example of
the discard of the residue would be where the drum is sent to a drum
reconditioner who reconditions the drum but discards the residue.]

(d) Any residue or contaminated soil, water or other debris
resulting from the cleanup of a spill into or on any land or water of
any commercial chemical product or manufacturing chemical intermediate
having the generic name listed in paragraph (e) or (f) of this section,
or any residue or contaminated soil, water or other debris resulting
from the cleanup of a spill, into or on any land or water, of any off-
specification chemical product and manufacturing chemical intermediate
which, if it met specifications, would have the generic name listed in
paragraph (e) or (f) of this section.

[Comment: The phrase ``commercial chemical product or manufacturing
chemical intermediate having the generic name listed in . . .'' refers
to a chemical substance which is manufactured or formulated for
commercial or manufacturing use which consists of the commercially pure
grade of the chemical, any technical grades of the chemical that are
produced or marketed, and all formulations in which the chemical is the
sole active ingredient. It does not refer to a material, such as a
manufacturing process waste, that contains any of the substances listed
in paragraph (e) or (f). Where a manufacturing process waste is deemed
to be a hazardous waste because it contains a substance listed in
paragraph (e) or (f), such waste will be listed in either Sec. 261.31 or
Sec. 261.32 or will be identified as a hazardous waste by the
characteristics set forth in subpart C of this part.]

(e) The commercial chemical products, manufacturing chemical
intermediates or off-specification commercial chemical products or
manufacturing chemical intermediates referred to in paragraphs (a)
through (d) of this section, are identified as acute hazardous wastes
(H) and are subject to be the small quantity exclusion defined in
Sec. 261.5(e).

[Comment: For the convenience of the regulated community the primary
hazardous properties of these materials have been indicated by the
letters T (Toxicity), and R (Reactivity). Absence of a letter indicates
that the compound only is listed for acute toxicity.]
These wastes and their corresponding EPA Hazardous Waste Numbers
are:

list....
=========================================================================
Date: Thu, 25 Mar 1999 07:35:00 -0500
From: Bill Schultz
Subject: Re: Acute Hazardous Waste
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

Acutely hazardous wastes are the "P" listed chemicals in 40 CFR 261.33(e).

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Acute Hazardous Waste
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/24/99 4:47 PM


Hello All:

I am reviewing the criteria established by the EPA for classification as a
"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
criteria is that the facility never accumulate more than 1kg (2.2lbs) of
acute hazardous waste on-site. My question is: What, EXACTLY, is defined
as acutely hazardous? Is there a specific list of acutely hazardous
chemicals somewhere? If so, I'd be happy to have a copy of it, or know
where to look for it.

Thanks in advance.
Karen Glover
=========================================================================
Date: Thu, 25 Mar 1999 08:06:38 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: Acute Hazardous Waste
Mime-Version: 1.0

40 CFR 261.33 Discarded commercial chemical products, off-specification
species, container residues, and spill residues thereof. This "P" list
contains chemicals identified as acute hazardous wastes.
Check this URL http://www.hazmat-tsp.com/index.html
I regularly attend seminars by these folks. They are the best. Their
support publications are top notch.
=========================================================================
Date: Thu, 25 Mar 1999 07:56:56 -0500
From: Bill Schultz
Subject: Re[2]: Acute Hazardous Waste
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

Even more confounding is the fact that if the osmium tetroxide and water
solution is the waste collected from a process and is no longer suitable for
use due to contamination or such the material is classified as "spent" and the
"P" listing no longer applies.

The other confusing exception is that if a "P listed" chemical is mixed with
other chemicals so that it is not the sole active ingredient the "P listing is
dropped. Water is never considered an active ingredient.

Even though the material is no longer a "listed" waste it may still be a
hazardous waste or an EPA regulated waste based on its "characteristics"

Bill Schultz

______________________________ Reply Separator _________________________________
Subject: Re: Acute Hazardous Waste
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/24/99 6:10 PM


One confounding aspect of the definition of "1 kilogram of waste" is that
it is the total product. So if you have a 1% solution of osmium tetroxide
in say, a gallon of water, you are obliged to count the weight of the
entire gallon in determining your quantity on hand, not just 1% of the
gallon.

Don


~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Thu, 25 Mar 1999 09:02:28 -0500
From: Naomi Kelly
Subject: Re: Acute Hazardous Waste
In-Reply-To: <36F91715.BA59FB24@keller.clarke.edu>
Mime-Version: 1.0

They are "P" listed wastes. Found in 40CFR 216.33(e).
At 04:47 PM 3/24/99 +0000, you wrote:
>Hello All:
>
>I am reviewing the criteria established by the EPA for classification as a
>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>criteria is that the facility never accumulate more than 1kg (2.2lbs) of
>acute hazardous waste on-site. My question is: What, EXACTLY, is defined
>as acutely hazardous? Is there a specific list of acutely hazardous
>chemicals somewhere? If so, I'd be happy to have a copy of it, or know
>where to look for it.
>
>Thanks in advance.
>Karen Glover
=========================================================================
Date: Thu, 25 Mar 1999 09:58:10 -0600
From: Jeff Rubin
Subject: Pregancy and solvents
In-Reply-To: <4.1.19990325090128.00a49260@mail.clemson.edu>
Mime-Version: 1.0

Is this timely or what? From the latest Journal of the American Medical
Association (JAMA):

Summary:

Pregnancy Outcomes After Organic Solvent Exposure
In a prospective study, Khattak and colleagues found that the risk of major
congenital malformations among infants born to women with occupational
exposure to organic solvents during the entire first trimester of pregnancy
was significantly higher than that among matched controls. All of the major
malformations occurred in infants of women who reported symptoms associated
with their exposure. A higher rate of fetal distress and lower mean birth
weight were associated with maternal exposure longer than 7 months compared
with shorter exposures of 3 to 7 months.
JAMA. 1999;281:1106-1109
http://www.ama-assn.org/sci-pubs/journals/most/recent/issues/jama/oc81429a.htm


JNR
Jeff Rubin, Asst. Dean for EHS
College of Natural Sciences G2500
W.C. Hogg Building
University of Texas at Austin
Austin, TX 78712-1199
(512) 471-6176 (O)
(512) 471-4998 (F)
jrubin@mail.utexas.edu
http://www.utexas.edu/cons/safety/

=========================================================================
Date: Thu, 25 Mar 1999 09:43:02 -0600
From: Ward R Phifer
Subject: Re: Acute Hazardous Waste
MIME-Version: 1.0
Content-Type: text/plain
Content-Transfer-Encoding: 7bit

Karen -

The specific reference is 261.5(e)(1) - which refers to the lists in
261.31, 32, and 33. Acute wastes are designated in these lists by an
(H); the entire P list is incorporated by reference. There are also a
number of these materials in the F list.

Russ


Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com


On Wed, 24 Mar 1999 16:47:18 +0000 Karen Glover
writes:
>Hello All:
>
>I am reviewing the criteria established by the EPA for classification
>as a
>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>criteria is that the facility never accumulate more than 1kg (2.2lbs)
>of
>acute hazardous waste on-site. My question is: What, EXACTLY, is
>defined
>as acutely hazardous? Is there a specific list of acutely hazardous
>chemicals somewhere? If so, I'd be happy to have a copy of it, or
>know
>where to look for it.
>
>Thanks in advance.
>Karen Glover
>

Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com
=========================================================================
Date: Thu, 25 Mar 1999 11:23:32 -0600
From: Ward R Phifer
Subject: Re: Acute Hazardous Waste - not just P!!!!!
MIME-Version: 1.0
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I would like to reiterate, since all the messages have been specific to P
waste. Acutely hazardous waste can also include a number of F wastes,
including all the pentachlorophenols. See F020, F021, F022, F023, F026
and F027.

Russ


Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com


On Thu, 25 Mar 1999 09:02:28 -0500 Naomi Kelly
writes:
>They are "P" listed wastes. Found in 40CFR 216.33(e).
>
>At 04:47 PM 3/24/99 +0000, you wrote:
>>Hello All:
>>
>>I am reviewing the criteria established by the EPA for classification
>as a
>>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>>criteria is that the facility never accumulate more than 1kg (2.2lbs)
>of
>>acute hazardous waste on-site. My question is: What, EXACTLY, is
>defined
>>as acutely hazardous? Is there a specific list of acutely hazardous
>>chemicals somewhere? If so, I'd be happy to have a copy of it, or
>know
>>where to look for it.
>>
>>Thanks in advance.
>>Karen Glover
>

Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com
=========================================================================
Date: Thu, 25 Mar 1999 12:31:56 -0500
From: "Stoll, Ilse (Ilse)"
Subject: Re: Pregancy and solvents
MIME-Version: 1.0
Content-Type: text/plain

Deb, This may be of interest.

Ilse

> ----------
> From: Jeff Rubin[SMTP:jrubin@MAIL.UTEXAS.EDU]
> Reply To: LABSAFETY-L Discussion List
> Sent: Thursday, March 25, 1999 10:58 AM
> To: LABSAFETY-L@SIU.EDU
> Subject: Pregancy and solvents
>
> Is this timely or what? From the latest Journal of the American Medical
> Association (JAMA):
>
> Summary:
>
> Pregnancy Outcomes After Organic Solvent Exposure
> In a prospective study, Khattak and colleagues found that the risk of
> major
> congenital malformations among infants born to women with occupational
> exposure to organic solvents during the entire first trimester of
> pregnancy
> was significantly higher than that among matched controls. All of the
> major
> malformations occurred in infants of women who reported symptoms
> associated
> with their exposure. A higher rate of fetal distress and lower mean birth
> weight were associated with maternal exposure longer than 7 months
> compared
> with shorter exposures of 3 to 7 months.
> JAMA. 1999;281:1106-1109
> http://www.ama-assn.org/sci-pubs/journals/most/recent/issues/jama/oc81429a
> .htm
> JNR
>
> Jeff Rubin, Asst. Dean for EHS
> College of Natural Sciences G2500
> W.C. Hogg Building
> University of Texas at Austin
> Austin, TX 78712-1199
> (512) 471-6176 (O)
> (512) 471-4998 (F)
> jrubin@mail.utexas.edu
> http://www.utexas.edu/cons/safety/
>
> > >
=========================================================================
Date: Thu, 25 Mar 1999 13:17:18 -0500
From: Bill Schultz
Subject: Re[2]: Acute Hazardous Waste
MIME-Version: 1.0
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Content-Transfer-Encoding: 7bit

I agree that there are some acutely hazardous wastes that are on the F list.
But I disagree with the interpretation of "P" listed chemicals being
incorporated by reference.

Section 261.30(b) lists the six criteria by which the Administrator will
indicate his basis for listing the classes or types of wastes.

Section 261.30(d) states, "The following hazardous wastes listed in 261.31 or
261.32 are subject to the exclusion limits for acutely hazardous wastes
established in 261.5: EPA Hazardous wastes Nos. F020, F021, F022, F023, F026,
and F027."

All of the above listed F codes have a (H) listed in the hazard code section
which according to 261.30(b) means they are acute hazardous waste.

Section 261.33(e) states, "The commercial chemical products, manufacturing
chemical intermediates or off-specification commercial chemical products or
manufacturing chemical intermediates referred to in paragraphs (a) through (d)
of this section, are identified as acute hazardous wastes (H) and are subject
to the small quantity exclusion defined in 261.5(e). These wastes and their
corresponding EPA Hazardous Waste Numbers are:" followed by the "P" list. I
believe that is a direct statement and not incorporation by reference.

I believe it is a little confusing for the EPA in one table such as 261.31
Hazardous wastes from non-specific sources to list a chemical in the hazard
class of (T) for toxic then in the "P" listing of 261.33 in which all
chemicals listed are (H) place a (T) or (R) after a chemical to indicate that
it is listed as an (H) because of its (T) or (R). This gets worse in the "U"
listing in which the chemicals are identified as (T) unless otherwise
designated in which the item listed may be followed by a (T), (R), (I) or (C)
with the absence of a letter indicating that the compound is only listed for
toxicity. Some items are listed (I)(T) and some just (I). If it is just (I)
does that mean that it is listed as (T) because of its (I).

This briefly explains why there are only two types of environmental
professionals: Those who have been to court and those who are going to go to
court.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Re: Acute Hazardous Waste
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/25/99 9:43 AM


Karen -

The specific reference is 261.5(e)(1) - which refers to the lists in
261.31, 32, and 33. Acute wastes are designated in these lists by an
(H); the entire P list is incorporated by reference. There are also a
number of these materials in the F list.

Russ


Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com


On Wed, 24 Mar 1999 16:47:18 +0000 Karen Glover
writes:
>Hello All:
>
>I am reviewing the criteria established by the EPA for classification
>as a
>"Conditionally Exempt Small Quantity Generator"--CE-SQG. One of the
>criteria is that the facility never accumulate more than 1kg (2.2lbs)
>of
>acute hazardous waste on-site. My question is: What, EXACTLY, is
>defined
>as acutely hazardous? Is there a specific list of acutely hazardous
>chemicals somewhere? If so, I'd be happy to have a copy of it, or
>know
>where to look for it.
>
>Thanks in advance.
>Karen Glover
>

Russell Phifer
WCC Environmental LLC
PO Box 39, 439 S. Bolmar Street, West Chester, PA 19381
610-696-9220 / 610-344-7519 fax
envasset@juno.com
=========================================================================
Date: Fri, 26 Mar 1999 11:17:00 -0800
From: Norm Englbrecht
Subject: Recycling Solvent and TRI Reports
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Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8Bit

About 6 to 10 months ago, I read a report about a court case regarding
TRI reports of recycled solvent which I believe was benzene. I think
the case was Hoechst vs. US EPA. The issue litigated was whether
redistilled solvent that was reused or recycled in a process was to be
a reportable quantity only once or each time it was distilled and
recycled. I think the chemical company lost and the recycled solvent
had to be reported on each use.

Can anyone direct me to a copy of the case?

Thanks in advance

Norm Englbrecht, CHMM
=========================================================================
Date: Fri, 26 Mar 1999 13:05:34 -0700
From: "Sonja G. Ringen"
Subject: Where can I find a door.....?
Comments: To: Safety
Comments: cc: "Madeline J. Dalrymple" ,
"Micheal W. Balanoff"
MIME-version: 1.0
Content-type: text/plain; charset="iso-8859-1"

We are remodeling a laboratory to a Biosafety Level 3. The
engineers are looking for a second door to the lab (for emergency escape)
that has a seal that will meet the needs of the biosafety concerns. But
they also want one that has some kind of indication so that the occupants
can tell if the door has been used and the seal broken.
Does anyone have company names that I could pass on to the
engineers?

Thanks ahead of time,

Sonja Ringen, Manager
Environmental Health and Safety
University of Wyoming
Laramie, WY 82071-3413
ringen@uwyo.edu
=========================================================================
Date: Mon, 29 Mar 1999 08:02:55 -0500
From: "Petuch, Brian R."
Subject: Re: LABSAFETY-L Digest - 25 Mar 1999 to 26 Mar 1999
MIME-version: 1.0
Content-type: text/plain
Content-transfer-encoding: 7BIT

Regarding the BSL-3 lab door, you can install a pushbar release coupled to
an alarm. If the door is opened, you get a local siren and/or strobe.
Items can be found in a Grainger catalog or contact your local locksmith.


Brian Petuch EMT, HMT
VTE Laboratory Management
> * WP 28-70
> * (215) 652-4039
Pager: 800-759-8888 pin 1380162


> ----------
> From: Automatic digest processor[SMTP:LISTSERV@siu.edu]
> Sent: Saturday, March 27, 1999 1:00 AM
> To: Recipients of LABSAFETY-L digests
> Subject: LABSAFETY-L Digest - 25 Mar 1999 to 26 Mar 1999
>
> There are 2 messages totalling 47 lines in this issue.
>
> Topics of the day:
>
> 1. Recycling Solvent and TRI Reports
> 2. Where can I find a door.....?
>
> ----------------------------------------------------------------------
>
> Date: Fri, 26 Mar 1999 11:17:00 -0800
> From: Norm Englbrecht
> Subject: Recycling Solvent and TRI Reports
>
> About 6 to 10 months ago, I read a report about a court case
> regarding
> TRI reports of recycled solvent which I believe was benzene. I think
> the case was Hoechst vs. US EPA. The issue litigated was whether
> redistilled solvent that was reused or recycled in a process was to
> be
> a reportable quantity only once or each time it was distilled and
> recycled. I think the chemical company lost and the recycled solvent
> had to be reported on each use.
>
> Can anyone direct me to a copy of the case?
>
> Thanks in advance
>
> Norm Englbrecht, CHMM
>
> ------------------------------
>
> Date: Fri, 26 Mar 1999 13:05:34 -0700
> From: "Sonja G. Ringen"
> Subject: Where can I find a door.....?
>
> We are remodeling a laboratory to a Biosafety Level 3. The
> engineers are looking for a second door to the lab (for emergency escape)
> that has a seal that will meet the needs of the biosafety concerns. But
> they also want one that has some kind of indication so that the occupants
> can tell if the door has been used and the seal broken.
> Does anyone have company names that I could pass on to the
> engineers?
>
> Thanks ahead of time,
>
> Sonja Ringen, Manager
> Environmental Health and Safety
> University of Wyoming
> Laramie, WY 82071-3413
> ringen@uwyo.edu
>
> ------------------------------
>
> End of LABSAFETY-L Digest - 25 Mar 1999 to 26 Mar 1999
> ******************************************************
>
=========================================================================
Date: Mon, 29 Mar 1999 08:15:43 EST
Reply-To: "Dufresne-ENV, Lisa"
From: "Dufresne-ENV, Lisa (Lisa Dufresne)"
Subject: alcohol burners
MIME-Version: 1.0
Content-type: text/plain; charset=us-ascii

I work for the Massachusetts Office of Technical Assistance for Toxics Use
Reduction. I assist public high schools in this state to implement pollution
prevention techniques as well as help schools comply with environmental
regulations. Recently, I visited a middle school where the teacher was using
alcohol burners. Apparently the gas line to the lab had leaked at one time,
so they had the gas company shut it off. Does anyone have advice on how to
safely use these with junior high kids (like there is such a thing..)? They
must be 12-13 years old. Any alternatives that don't require the use of gas?

Thanks for your help!
Lisa Dufresne
MA Office of Technical Assistance
100 Cambridge Street, Room 2109
Boston, MA 02202
617-727-3260 X638
=========================================================================
Date: Mon, 29 Mar 1999 13:28:20 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: alcohol burners
Comments: To: "Dufresne-ENV, Lisa"
Mime-Version: 1.0

We teach several large , 140+ sections of an "arm chair" chemistry class
for non science majors here at CMU where we use votive candles to boil,
distill, sublime, etc.. It works great. I take 100 ml plastic beakers and
cut them in half to serve as candle holders to catch the dripping wax. I
buy the votive candles by the case from
Lancaster-Colony Company
Candle-lite DivisionP.O. Box 86
Loveland, OH. 45140
#1041 Candles
bx/36
$4.55
96 bx/cs
=========================================================================
Date: Mon, 29 Mar 1999 14:33:34 -0500
From: Mary Ann Solstad
Subject: Re: alcohol burners
In-Reply-To: <199903291823.MAA95726@saluki-mailsmtp.siu.edu>
Mime-Version: 1.0

At 01:28 PM 3/29/99 -0500, you wrote:
>We teach several large , 140+ sections of an "arm chair" chemistry class
>for non science majors here at CMU where we use votive candles to boil,
>distill, sublime, etc.. It works great. I take 100 ml plastic beakers and
>cut them in half to serve as candle holders to catch the dripping wax. I
>buy the votive candles by the case from
>Lancaster-Colony Company
>Candle-lite DivisionP.O. Box 86
>Loveland, OH. 45140
>#1041 Candles
>bx/36
>$4.55
>96 bx/cs
>
But you are getting a lot of soot from these. It's a trade off, but at
least methanol is clean burning.

Mary Ann

Mary Ann Solstad, CIH 4 A's of Safety
SOLSTAD Health & Safety Evaluations Attitude
16 Pequot Rd, Marblehead, MA 01945 Awareness
781-631-4748 tel, 781-631-1832 FAX Automatic Application
Authority
Past Chair, DivCHAS, ACS
msolstad@mediaone.net
=========================================================================
Date: Mon, 29 Mar 1999 16:00:47 -0600
From: Katie Crysup
Subject: Chemical storage
Mime-Version: 1.0

When a chemical label says "stored under nitrogen", what exactly does that
mean? Has Nitrogen gas been bubbled into the liquid before closing? If
so, what should one do once that chemical has been opened and used, but not
finished? Should nitrogen gas be bubbled into the liquid after every use?
In this case, I am refering specifically to Acetaldehyde. But I would like
to know in general.


Katie Crysup
Chemistry Laboratory Coordinator
Texas A&M University -- Corpus Christi
6300 Ocean Drive, CS 130
Corpus Christi, Tx 78412
512-994-5701 (O)
512-994-2742 (F)
kcrysup@falcon.tamucc.edu
=========================================================================
Date: Mon, 29 Mar 1999 14:13:53 -0800
From: Ray Campbell
Subject: Re: Chemical storage
In-Reply-To: <3.0.1.16.19990329155610.3d2f96ae@falcon.tamucc.edu>
Mime-Version: 1.0

Yes. This will keep the material in an inert, dry atmosphere. It will be
safer, and preserve the material, if you do so.

Ray Campbell REA CCHO
310-257-1080

At 04:00 PM 3/29/99 -0600, you wrote:
>When a chemical label says "stored under nitrogen", what exactly does that
>mean? Has Nitrogen gas been bubbled into the liquid before closing? If
>so, what should one do once that chemical has been opened and used, but not
>finished? Should nitrogen gas be bubbled into the liquid after every use?
>In this case, I am refering specifically to Acetaldehyde. But I would like
>to know in general.
>Katie Crysup
>Chemistry Laboratory Coordinator
>Texas A&M University -- Corpus Christi
>6300 Ocean Drive, CS 130
>Corpus Christi, Tx 78412
>512-994-5701 (O)
>512-994-2742 (F)
>kcrysup@falcon.tamucc.edu
=========================================================================
Date: Mon, 29 Mar 1999 14:22:04 -0800
From: Mike hinz
Subject: Re: Chemical storage
Mime-Version: 1.0

It means that nitogen has been introduced to fill the headspace, displacing
air and eliminating the oxygen present in said air. No bubbling necessary.
If one is careful in dispensing the liquid most of the nitrogen, or argon,
will stay in place. If one is concerned one may introduce more inert gas
after each use.
Mike Hinz
Chemistry Dept.
Washington State University

At 04:00 PM 3/29/99 -0600, you wrote:
>When a chemical label says "stored under nitrogen", what exactly does that
>mean? Has Nitrogen gas been bubbled into the liquid before closing? If
>so, what should one do once that chemical has been opened and used, but not
>finished? Should nitrogen gas be bubbled into the liquid after every use?
>In this case, I am refering specifically to Acetaldehyde. But I would like
>to know in general.
>Katie Crysup
>Chemistry Laboratory Coordinator
>Texas A&M University -- Corpus Christi
>6300 Ocean Drive, CS 130
>Corpus Christi, Tx 78412
>512-994-5701 (O)
>512-994-2742 (F)
>kcrysup@falcon.tamucc.edu
=========================================================================
Date: Mon, 29 Mar 1999 17:24:58 -0500
From: "Dr. Linda A. Swihart"
Subject: Re: Chemical storage
In-Reply-To: <4.1.19990329141232.0091ec60@solan.spp.varian.com>
Mime-Version: 1.0

>>When a chemical label says "stored under nitrogen", what exactly does that
>>mean? Has Nitrogen gas been bubbled into the liquid before closing? If
>>so, what should one do once that chemical has been opened and used, but not
>>finished? Should nitrogen gas be bubbled into the liquid after every use?
>>In this case, I am refering specifically to Acetaldehyde. But I would like
>>to know in general.

At 02:13 PM 3/29/99 -0800, you wrote:
>Yes. This will keep the material in an inert, dry atmosphere. It will be
>safer, and preserve the material, if you do so.


Although there is not a particular hazard to personnel life or health if
you do not. In the case of acetaldehyde anyway, it's a chemical protection
issue. I.e., protecting the chemical from oxygen and moisture so that it
retains some high level of purity for which bucks were paid in the first
place.

There are chemicals and chemical mixtures (e.g. solutions of LAH... any
severe air or moisture reactive substance) available from manufacturers for
which the inert gas storage atmosphere is more than a chemical protection
issue, i.e., a safety issue. But (jump on this if I'm wrong, people)
acetaldehyde is not one of those.

Linda
=========================================================================
Date: Mon, 29 Mar 1999 14:50:27 -0800
From: Ray Campbell
Subject: Re: Chemical storage
In-Reply-To: <3.0.5.32.19990329172458.0087d760@postoffice.purdue.edu>
Mime-Version: 1.0

Since she asked "in general" as well as "specifically", I answered her
both ways. I agree that "specifically", it will not be safer.

Ray Campbell REA CCHO
3120-257-1080


At 05:24 PM 3/29/99 -0500, you wrote:
>>>When a chemical label says "stored under nitrogen", what exactly does that
>>>mean? Has Nitrogen gas been bubbled into the liquid before closing? If
>>>so, what should one do once that chemical has been opened and used, but not
>>>finished? Should nitrogen gas be bubbled into the liquid after every use?
>>>In this case, I am refering specifically to Acetaldehyde. But I would like
>>>to know in general.
>
>At 02:13 PM 3/29/99 -0800, you wrote:
>>Yes. This will keep the material in an inert, dry atmosphere. It will be
>>safer, and preserve the material, if you do so.
>Although there is not a particular hazard to personnel life or health if
>you do not. In the case of acetaldehyde anyway, it's a chemical protection
>issue. I.e., protecting the chemical from oxygen and moisture so that it
>retains some high level of purity for which bucks were paid in the first
>place.
>
>There are chemicals and chemical mixtures (e.g. solutions of LAH... any
>severe air or moisture reactive substance) available from manufacturers for
>which the inert gas storage atmosphere is more than a chemical protection
>issue, i.e., a safety issue. But (jump on this if I'm wrong, people)
>acetaldehyde is not one of those.
>
>Linda
=========================================================================
Date: Tue, 30 Mar 1999 22:20:02 -0300
Reply-To: damar@wkve.com.br
From: Damaris Silveira Duarte
Subject: water table
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 8bit

Thank you so much everybody sent me answers about our problem.
D鈓aris Silveira Duarte
Centro de Ci阯cias Exatas e Tecnol骻icas -CECET
Universidade Vale do Rio Doce - UNIVALE
rua Moreira Sales, 850, Vila Bretas
Governador Valadares -Minas Gerais - Brasil
CEP 35032-130
Tel: 55 033 2251717 ext.313
Fax: 55 033 2213185
e-mail: damaris@univale.br
damar@wkve.com.br
=========================================================================
Date: Tue, 30 Mar 1999 06:37:39 -0800
Reply-To: Marc Neuffer
From: Marc Neuffer
Organization: SafetyInfo.Com
Subject: EPA Says Sky Will Fall....
MIME-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 7bit

From SafetyInfo.Com
Free Safety Information for Business & Industry
************************************************************
Head of EPA Says Sky will fall....
Explosion In Factory Kills 4.....

These and other stories for 30 March (without Andy Rooney)
http://www.safetyinfo.com/news/news/htm
********************************************************************
Just Posted: 32 Page Electrical Safety On-Line Training Module to help you
train authorized employees.
Click on [Safety Training] then [On-Line Training]
******************************************************************
GET your Daily Safety News each morning @ SafetyInfo.Com
*****************************************************************
Regards & Best Wishes
Marc & Neil
http://www.safetyinfo.com
=========================================================================
Date: Tue, 30 Mar 1999 08:39:04 -0500
From: Robert Murphy
Subject: Explosives, OSHA, & NFPA
Mime-Version: 1.0

For training purposes, I would like to identify what NFPA reactivity rank
is equivalent to OSHA's definition of explosive in the Hazard Communication
Standard. Does anyone have any insights on this? (I have checked the NFPA
Standard on this issue and it does not help)
******************************************
Robert Murphy, Industrial Hygienist
Environmental Health and Safety
Bowling Green State University
Phone: (419) 372-2171
=========================================================================
Date: Tue, 30 Mar 1999 10:11:30 -0500
From: Naomi Kelly
Subject: Decon of PPE with UV light
Mime-Version: 1.0

Looking for information on using UV light to decontaminate safety eyewear.
Thanks


Naomi Kelly
Clemson University
Environmental Health and Safety
261 P&AS Building
Clemson, SC 29634-5740
(864)656-7554
Fax (864)656-7630
=========================================================================
Date: Tue, 30 Mar 1999 15:53:10 -0500
From: "L. James Stock III" <34EMQ6K@CMUVM.CSV.CMICH.EDU>
Subject: Re: Decon of PPE with UV light
Mime-Version: 1.0

I bought a safety UV sterilizing cabinet to zap my goggles from Fisher
Scientific
17-156-3D Safety Cabinet 423.80
=========================================================================
Date: Tue, 30 Mar 1999 11:18:49 EST
Reply-To: kuhn@babson.edu
From: Diane Kuhn
Subject: Re: Decon of PPE with UV light
MIME-Version: 1.0
Content-type: text/plain; charset=us-ascii

Naomi,

We use a Monitor Germicidal Cabinet from LAB Safety Supply, # 8B-1367.
They will send you product data on the cabinet if you call them
(800-356-0783). We have students return used goggles to a bin and not to
the cabinet. The goggles are returned by the person responsible for
decontaminating the eyewear. This allows us to pull goggles that need
repair/replacement and assures us that goggles in the cabinet are ready for
the next user.

Diane

Diane P. Kuhn
Science Laboratory Manager
Babson College
Babson Park, MA 02457

Phone: (781)239-5488
FAX: (781)239-6465

kuhn@babson.edu


-------------
Original Text
From: "Naomi Kelly" , on 03/30/1999 10:11 AM:
Looking for information on using UV light to decontaminate safety eyewear.

Thanks


Naomi Kelly
Clemson University
Environmental Health and Safety
261 P&AS Building
Clemson, SC 29634-5740
(864)656-7554
Fax (864)656-7630
=========================================================================
Date: Tue, 30 Mar 1999 15:39:54 -0600
From: Erik Talley
Subject: Mercury Contaminated Ovens
Comments: cc: Ami Ruffing
MIME-Version: 1.0
Content-Type: text/plain

Recently, our department used a Jerome mercury analyzer to test some
ovens on campus suspected of mercury contamination. Four of the ovens
tested showed the following results for Mercury:

0.013 mg/m3
0.020 mg/m3
0.022 mg/m3
0.128 mg/m3

The first thing we are doing campus-wide is to ensure departments
eliminate mercury thermometers entirely from all heated equipment. Most
departments made the switch several years ago but we are finding some
which never changed.

What we are trying to gather is information on contamination. Is there a
level low enough which is considered "acceptable" and also at what level
do you consider it necessary to take remedial action. Obviously the oven
above the .05 PEL will have to be handled accordingly but what about
under?

We would also like to know what success people have had at deconing an
oven in house. Our recent price quote from an outside vendor was
$3750/oven for retort...a little pricey!

Thanks!

Erik
____________________________________
Erik Talley, Assistant Director
Center for Environmental Health and Safety
Southern Illinois University
erik@cehs.siu.edu
=========================================================================
Date: Tue, 30 Mar 1999 14:43:55 -0700
From: "Helen B. Gerhard"
Subject: Re: Mercury Contaminated Ovens
MIME-Version: 1.0
Content-Type: text/plain

Re: Deconing Costs: How much for disposal and repurchase? The cost may be
worth it. Just a thought.

Thanks!

Helen


-----Original Message-----
From: Erik Talley [SMTP:erik@CEHS.SIU.EDU]
Sent: Tuesday, March 30, 1999 2:40 PM
To: LABSAFETY-L@SIU.EDU
Subject:Mercury Contaminated Ovens

Recently, our department used a Jerome mercury analyzer to test some
ovens on campus suspected of mercury contamination. Four of the
ovens
tested showed the following results for Mercury:

0.013 mg/m3
0.020 mg/m3
0.022 mg/m3
0.128 mg/m3

The first thing we are doing campus-wide is to ensure departments
eliminate mercury thermometers entirely from all heated equipment.
Most
departments made the switch several years ago but we are finding
some
which never changed.

What we are trying to gather is information on contamination. Is
there a
level low enough which is considered "acceptable" and also at what
level
do you consider it necessary to take remedial action. Obviously the
oven
above the .05 PEL will have to be handled accordingly but what about
under?

We would also like to know what success people have had at deconing
an
oven in house. Our recent price quote from an outside vendor was
$3750/oven for retort...a little pricey!

Thanks!

Erik
____________________________________
Erik Talley, Assistant Director
Center for Environmental Health and Safety
Southern Illinois University
erik@cehs.siu.edu
=========================================================================
Date: Tue, 30 Mar 1999 13:29:22 -0500
From: Janeen LaPierre
Subject: Re: Decon of PPE with UV light
Mime-Version: 1.0
Content-Type: text/plain; charset=US-ASCII
Content-Transfer-Encoding: 8bit

Hello Naomi.

When decontaminating goggles and safety glasses UV takes time. If you want a fairly quick decon, use a 2% solution of clorox and water for 5 minutes. Rinse and dry and you are good to go.

For what it's worth, Janeen.

*****************
Janeen Lapierre, CHO
College of Osteopathic Medicine
University of New England
11 Hills Beach Road
Biddeford, ME 04005

E-Mail: JLaPierre@MAILBOX.UNE.EDU
Phone: (207) 283-0170 ext 2446
Opinions are mine and not those of UNE.
=========================================================================
Date: Wed, 31 Mar 1999 08:25:15 -0500
From: Bill Schultz
Subject: Re: Explosives, OSHA, & NFPA
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

I believe you are looking for a way to compare apples with oranges. In the
HAZCOM standard an explosive is defined as a chemical that causes a sudden,
almost instantaneous release of pressure, gas, and heat when subjected to
sudden shock, pressure, or high temperature. There is no mention in the
standard of the magnitude of the release or magnitude of any of the causative
actions rerquired to cause the release. Without a magnitude of release or
causative action being mentioned there is no way to compare this definition to
a reactivity ranking.

Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Explosives, OSHA, & NFPA
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/30/99 8:39 AM


For training purposes, I would like to identify what NFPA reactivity rank
is equivalent to OSHA's definition of explosive in the Hazard Communication
Standard. Does anyone have any insights on this? (I have checked the NFPA
Standard on this issue and it does not help)
******************************************
Robert Murphy, Industrial Hygienist
Environmental Health and Safety
Bowling Green State University
Phone: (419) 372-2171
=========================================================================
Date: Wed, 31 Mar 1999 11:07:30 -0500
From: Don Abramowitz
Subject: Re: Mercury Contaminated Ovens
In-Reply-To:
Mime-Version: 1.0
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit

We recently got ourselves a Jerome and surveyed all of our current and
former science facilities to snoop for previously undiscovered mercury
spills/exposures, including checks of our drying ovens. A couple of
lessons learned:

The Jerome obviously measures vapor, not surface contamination. Old,
undisturbed mercury droplets may have a coating of dust, oxidation, etc.
that effectively blocks vapor release UNTIL the droplet is disturbed. We
found a few spots where contamination on the floor was at first
not-detectable or at say 0.003 mg/M3 (with probe an inch above the floor).
Within minutes of foot traffic in the room, vapor levels rose to
substantial levels, above the TLV of .025 in some areas, and > 0.100 mg/M3
where visible contamination was inadvertently disturbed (and then
discovered after the meter readings jumped! [anyone know how to get
mercury off of shoes?])

We also found that in areas of invisble contamination, that a resurvey
(without remediation) a few days later also revealed little or no
contamination until the surfaces were redisturbed, which repeated the cycle
of rising vapor levels.

I mention this as a complicating factor in determining a standard for "clean".

With regard to the ovens, you don't indicate whether the readings were
taken with the ovens hot or cold. If cold, the results may be much higher
when the oven is on.

Drying ovens might be satisfactorily cleaned by disassembling them to the
extent feasible, draining/scraping together any visible mercury, and
cleaning all exposed surfaces with a cleaning product designed for cleaning
no-porous surfaces. Mercon(r) makes such a product, and I believe it is
availble from Flinn, and either Fisher or Lab Safety. If the oven has
textured/slightly porous surfaces, such as those with transite panels or
porous ceramic insulation inside, effective deconamination may be
impossible. Also, it would be prudent to replace the heating element if
there is evidence that it is contaminated. The Jerome can give you
feedback as to how successful the cleaning process is.

We are in the process of bringing in a contractor to clean up some areas,
and struggle with determining a crieria for success. Obviously, we want to
reduce exposures to below the TLV, under conditions of use, to account for
the effect of traffic and activity (as well as temperature for the ovens).
Straight zeroes would be ideal, but from cleaning efforts performed thus
far, it is an elusive goal. Just for the sake of a number, .010, measured
just above the surface, seems reasonably achievable for non-porous
surfaces like counters and solid flooring (incuding tile), but if you take
enough tests, you can find higher levels at baseboards and other trap
areas. Porous surfaces like wood may be encapsulatable with epoxy paints,
but may otherwise need replacing. In general, we have achieved 0 to 0.005
in the breathing zone in labs that have been cleaned up.

Hope this lengthy reply is of some help.
Don


>Recently, our department used a Jerome mercury analyzer to test some
>ovens on campus suspected of mercury contamination. Four of the ovens
>tested showed the following results for Mercury:
>
>0.013 mg/m3
>0.020 mg/m3
>0.022 mg/m3
>0.128 mg/m3
>
>The first thing we are doing campus-wide is to ensure departments
>eliminate mercury thermometers entirely from all heated equipment. Most
>departments made the switch several years ago but we are finding some
>which never changed.
>
>What we are trying to gather is information on contamination. Is there a
>level low enough which is considered "acceptable" and also at what level
>do you consider it necessary to take remedial action. Obviously the oven
>above the .05 PEL will have to be handled accordingly but what about
>under?
>
>We would also like to know what success people have had at deconing an
>oven in house. Our recent price quote from an outside vendor was
>$3750/oven for retort...a little pricey!
>
>Thanks!
>
>Erik
>
>____________________________________
>Erik Talley, Assistant Director
>Center for Environmental Health and Safety
>Southern Illinois University
>erik@cehs.siu.edu


~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue
Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Wed, 31 Mar 1999 10:27:38 -0500
From: Don Abramowitz
Subject: Re: Decon of PPE with UV light
In-Reply-To:
Mime-Version: 1.0

>We have students return used goggles to a bin and not to
>the cabinet. The goggles are returned by the person responsible for
>decontaminating the eyewear. This allows us to pull goggles that need
>repair/replacement and assures us that goggles in the cabinet are ready for
>the next user.

>When decontaminating goggles and safety glasses UV takes time. If you
>want a fairly quick decon, use a 2% solution of clorox and water for 5
>minutes. Rinse and dry and you are good to go.

Just a thought - all this decontaminating and inspecting sounds like a lot
of work. Consider requiring students to buy their own goggles, perhaps
through your bookstore or the particular science department, preferably at
cost. Maybe use the money you would have spent on the UV cabinet (and the
labor) to either subsidize the student purchase price, or to supply
replacement rubber straps and lenses, free to the students.

This seems to work well for us (minus the subsidy part, which we don't do.)
Instills responsibility of ownership, and a student without goggles can be
dispatched to their dorm or the bookstore if they forget 'em.
Don

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Donald Abramowitz, CIH
Occupational and Environmental Safety Officer

Bryn Mawr College| Swarthmore College
101 N. Merion Avenue | 500 College Avenue

Bryn Mawr, PA 19010 | Swarthmore PA 19081
=========================================================================
Date: Wed, 31 Mar 1999 10:08:27 -0600
From: Peter Ashbrook
Subject: 2nd call for poster presentations in New Orlens
Mime-Version: 1.0

At the summer American Chemical Society national meeting in New Orleans
this August, the Division of Chemical Technicians is organizing a symposium
entitled, "Safety Issues in Our Laboratories." As part of this symposium,
I am organizing a poster symposium on compliance with the OSHA Laboratory
Standard. This would consist of presentations on institutional and
departmental strategies for compliance with the Standard, as well as
chemical hygiene plans and training programs.

This is your chance to show off your program and/or learn from your
colleagues. OSHA cares about the lab standard (consider the recent fine to
Columbia University).

IF YOU ARE WILLING TO MAKE A POSTER PRESENTATION, contact me by email and I
will send you information about how to submit an abstract. The official
deadline for abstracts is April 26, so don't delay. If you are interested
in making a presentation but not sure about doing the abstract, I can help
you prepare the abstract. The abstract may be submitted on-line! The exact
date for the poster session cannot be pinned down at this time, but will be
in the August 22-26 time frame--hopefully towards the beginning of the week.

Please contact me ASAP if you have any interest. Thanks.


Peter C. Ashbrook, CHMM, Assistant Director
Chemical Safety Section
Division of Environmental Health and Safety
University of Illinois at Urbana-Champaign
217/244-9278
=========================================================================
Date: Wed, 31 Mar 1999 08:45:33 -0800
From: Debbie Decker
Subject: Re: Explosives, OSHA, & NFPA
In-Reply-To: <9903319228.AA922888328@ftdetrck-ccmail.army.mil>
Mime-Version: 1.0

At 08:25 AM 3/31/99 -0500, you wrote:
> I believe you are looking for a way to compare apples with oranges. In the
> HAZCOM standard an explosive is defined as a chemical that causes a sudden,
> almost instantaneous release of pressure, gas, and heat when subjected to
> sudden shock, pressure, or high temperature. There is no mention in the
> standard of the magnitude of the release or magnitude of any of the
causative
> actions rerquired to cause the release. Without a magnitude of release or
> causative action being mentioned there is no way to compare this
definition to
> a reactivity ranking.

When I worked in the explosives industry, a detonation was described as a
loud noise followed by the rapid going away from the place where things
were .

You can, in your own hazcom documentation and training, define explosive
using the NFPA description. The description is a pretty good one - for
most high explosives and pyrotechnics, NFPA rating of 3 or 4 is
appropriate. And then you can hazcom train your folks using the NFPA
definition.

Hope this helps.

Deb.


Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Wed, 31 Mar 1999 13:21:15 -0500
From: Madelyn Miller
Subject: Re: Mercury Contaminated Ovens
In-Reply-To:
MIME-Version: 1.0
Content-Type: TEXT/PLAIN; CHARSET=US-ASCII

Greetings,
You might try measuring the Hg levels with the oven on! Since you are
not going to be using the oven at ambient temperatures, I think you
will find that the levels are much higher when the oven is hot!
Madelyn
----------------------
Madelyn Miller
Chemical Hygiene Officer, CCHO
Environmental Health & Safety
Carnegie Mellon University
mmiller@andrew.cmu.edu
=========================================================================
Date: Wed, 31 Mar 1999 13:21:43 -0500
From: Bill Schultz
Subject: Re[2]: Explosives, OSHA, & NFPA
MIME-Version: 1.0
Content-Type: text/plain; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit

Interesting. Since the definition is part of 29 CFR 1910.1200, which is a
Federal Regulation, I am not sure that you can replace it with a definition
that comes from an NFPA standard. NFPA standards are not enforceable by OSHA
unless they are incorporated by reference.

In my old (16th edition) of the NFPA Fire Protection Handbook there is a table
in Section 5/Chapter 9 which gives an explosibility index which allows one to
rate the relative hazards of dust as follows:

Type of Explosion Ignition sensitivity Explosion severity Explosibility Index
Weak <0.2 <0.5 <0.1
Severe >5.0 >2.0 >10.0


Based on this it might be possible for training purposes to say that any
chemical with an NFPA explosibility index of <0.1 to >10 (which is anything that
can explode) meets the OSHA definition of explosive in 29 CFR 1910.1200.
Bill Schultz


______________________________ Reply Separator _________________________________
Subject: Re: Explosives, OSHA, & NFPA
Author: LABSAFETY-L Discussion List at Internet-Mail
Date: 3/31/99 8:45 AM


At 08:25 AM 3/31/99 -0500, you wrote:
> I believe you are looking for a way to compare apples with oranges. In the
> HAZCOM standard an explosive is defined as a chemical that causes a sudden,
> almost instantaneous release of pressure, gas, and heat when subjected to
> sudden shock, pressure, or high temperature. There is no mention in the
> standard of the magnitude of the release or magnitude of any of the
causative
> actions rerquired to cause the release. Without a magnitude of release or
> causative action being mentioned there is no way to compare this
definition to
> a reactivity ranking.

When I worked in the explosives industry, a detonation was described as a
loud noise followed by the rapid going away from the place where things
were .

You can, in your own hazcom documentation and training, define explosive
using the NFPA description. The description is a pretty good one - for
most high explosives and pyrotechnics, NFPA rating of 3 or 4 is
appropriate. And then you can hazcom train your folks using the NFPA
definition.

Hope this helps.

Deb.


Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Wed, 31 Mar 1999 11:14:25 -0800
From: Debbie Decker
Subject: Re: Re[2]: Explosives, OSHA, & NFPA
In-Reply-To: <9903319229.AA922904570@ftdetrck-ccmail.army.mil>
Mime-Version: 1.0

At 01:21 PM 3/31/99 -0500, you wrote:
> Interesting. Since the definition is part of 29 CFR 1910.1200, which is a
> Federal Regulation, I am not sure that you can replace it with a definition
> that comes from an NFPA standard. NFPA standards are not enforceable by
OSHA
> unless they are incorporated by reference.

I'm not sure what the rules are in other states, but in CA, your written
program, written to comply with the regulation, has the force of regulation
at your worksite - so long as it meets the spirit and intent of the
regulation. So, if you have written it in your program, you better be
doing it.

> In my old (16th edition) of the NFPA Fire Protection Handbook there is a
table
>in Section 5/Chapter 9 which gives an explosibility index which allows one to
>rate the relative hazards of dust as follows:
>
>Type of Explosion Ignition sensitivity Explosion severity Explosibility
Index
>Weak <0.2 <0.5 <0.1
>Severe >5.0 >2.0 >10.0

I don't have my copy of the NFPA at the office (new office - no space!) so
I'm not sure what the definitions of these terms are. In my moldy copy of
the Ordnance Engineering Design Handbook, terms like sensitivity to
initiation, impact sensitivity and blast (relative to TNT) are terms that I
would use. I'm not sure if the original questioner was talking about dust
explosion potential (flour, grain, paper, etc. can all cause dust
explosions) or chemical explosives and pyrotechnics (TNT, tetryl, black
powder etc.). I was assuming, perhaps incorrectly, that the questioner was
asking about chemical explosives and pyrotechnics. If a potential for dust
explosions are the issue, it would change the definitions used and the
focus of hazcom training.

So - person who wrote the original question (whose name escapes me at the
moment), to what were you referring? :-)

Debbie


Debbie Decker
EH&S UCDavis
(530)754-7964
dmdecker@ucdavis.edu
=========================================================================
Date: Wed, 31 Mar 1999 15:57:32 -0500
From: Robert Murphy
Subject: Explosives, OSHA, & NFPA - Clarified
Mime-Version: 1.0

This message will attempt to clarifiy the questions posed by Debbie Decker
in the e-mail below.

I am developing training for our hazard communication program. In the
training I describe the HMIS labeling system and the NFPA system. I want
to describe it to the employees in terms of the OSHA definitions of Health
hazards, flammability and combustibility, and reactivity. It so happens
that HMIS and NFPA define health, falmmability, and combustibility in same
ways as OSHA does in the Haz Com Standard (except the NFPA only addressed
acute health hazards and chronic hazards are not identified on the NFPA
label).

For example: Materials identified on HMIS and NFPA labels as a 3 or a 4 in
the Flammability Section are considered flammable under OSHA Haz Com.
Materials identified as 1 or a 2 are considered combustable under OSHA Haz
Com.

In training I want to say that materials with a HMIS and a NFPA
Flammability Rating of 1 or 2 are Combustable materials (emloyees do not
care about how HMIS and NFPA define what makes a 0,1,2,3, or 4 rating.
They need to know what the hazard of the material is. That is what I am
trying to do.)

The reactivity section is where I am having a problem. The definitions
OSHA uses do not match up with NFPA. HMIS uses the NFPA reactivity rating.
So, my question is : For chemicals reasonably expected on a college
campus in non-laboratory settings, what is the NFPA rating that cooresponds
to the OSHA defintion?

I think an NFPA rating of 1 would be equivalent to the OSHA definition of
an explosive. Does anyone agree or disagree and why? Again, my purpose is
to inform employee using chemicals with HMIS and NFPA that a rank or "X" is
explosive under Haz Com.

It is possible that Bill Schultz is correct that I am attempting to compare
apples to oranges in the case of reactivity because the definitions are not
matching up - they use different means for determining what is explosive.
It was nice that the definitions matched up with the other catagories. I
was hoping that they could line up in terms of reactivity.

Bob

>At 01:21 PM 3/31/99 -0500, you wrote:
>> Interesting. Since the definition is part of 29 CFR 1910.1200, which is
>a
>> Federal Regulation, I am not sure that you can replace it with a
>definition
>> that comes from an NFPA standard. NFPA standards are not enforceable by
>OSHA
>> unless they are incorporated by reference.
>
>I'm not sure what the rules are in other states, but in CA, your written
>program, written to comply with the regulation, has the force of regulation
>at your worksite - so long as it meets the spirit and intent of the
>regulation. So, if you have written it in your program, you better be
>doing it.
>
>> In my old (16th edition) of the NFPA Fire Protection Handbook there is a
>table
>>in Section 5/Chapter 9 which gives an explosibility index which allows one
>to
>>rate the relative hazards of dust as follows:
>>
>>Type of Explosion Ignition sensitivity Explosion severity Explosibility
>Index
>>Weak <0.2 <0.5 <0.1
>>Severe >5.0 >2.0 >10.0
>
>I don't have my copy of the NFPA at the office (new office - no space!) so
>I'm not sure what the definitions of these terms are. In my moldy copy of
>the Ordnance Engineering Design Handbook, terms like sensitivity to
>initiation, impact sensitivity and blast (relative to TNT) are terms that I
>would use. I'm not sure if the original questioner was talking about dust
>explosion potential (flour, grain, paper, etc. can all cause dust
>explosions) or chemical explosives and pyrotechnics (TNT, tetryl, black
>powder etc.). I was assuming, perhaps incorrectly, that the questioner was
>asking about chemical explosives and pyrotechnics. If a potential for dust
>explosions are the issue, it would change the definitions used and the
>focus of hazcom training.
>
>So - person who wrote the original question (whose name escapes me at the
>moment), to what were you referring? :-)
>
>Debbie
>Debbie Decker
>EH&S UCDavis
>(530)754-7964
>dmdecker@ucdavis.edu
>
******************************************
Robert Murphy, Industrial Hygienist
Environmental Health and Safety
Bowling Green State University
Phone: (419) 372-2171
=========================================================================
Date: Wed, 31 Mar 1999 16:26:00 +0100
From: Debra Sharpe
Subject: fire protection engineer position
Mime-Version: 1.0

Fire Protection Engineer
Auburn University

Responsible to the Associate Director of Safety and Environmental Health
for developing, organizing and managing various fire protection programs to
insure University compliance with all applicable national and state fire
safety requirements. This includes review of construction plans for fire
code compliance and equivalent facility design standards, fire protection
acceptance tests, facility inspections, fire drills, fire safety training,
fire investigation, participation in various committees, maintenance of
fire protection systems and fire extinguisher contract. This person will
act as a liaison between the University and Auburn City Fire Department.

Good communication and negotiation skills are a must. This person will
work closely with the Facilities Division Plant Services group, the
University Architect's Office, the Office of Risk Management and the Auburn
Fire Department.

No direct reports but this position may supervise students or other staff
assigned to particular projects.

Requirements:

Education: BS in Fire Protection Engineering , the Fire Sciences or other
engineering degree, from an accredited four-year institution.


Experience: Desire two or more years experience as a Fire Protection
Engineer, extensive computer, written and interpersonal skills are required.

Salary Salary will be based on training and pertinent experience.
Starting salary for this position will be $25,885 - $39,935. Auburn
University provides an attractive benefits package.

Submit a letter of interest, resume' and the names of three references to:
Auburn University Human Resources
Employment Section
Langdon Hall
Auburn University, AL 36849-5126

For further information, please contact Ms. Debra Sharpe, Associate
Director, at (334) 844-4870 or sharpdc@mail.auburn.edu. Review of
Applicants will begin on May 5, 1999. Women and minorities are encouraged
to apply. Auburn University is an Affirmative Action/Equal Employment
Opportunity employer.
D. C. Sharpe, CCHO
Associate Director
Safety and Environmental Health
313 Leach Science Bldg
Auburn University, 36849
Ph (334) 844-4870
fax 4640
=========================================================================
Date: Wed, 31 Mar 1999 20:57:29 -0500
From: Mary Ann Solstad
Subject: Re: Explosives, OSHA, & NFPA - Clarified
In-Reply-To: <3.0.5.32.19990331155732.0082b210@popm.bgsu.edu>
Mime-Version: 1.0

>I am developing training for our hazard communication program. In the
>training I describe the HMIS labeling system and the NFPA system. I want
>to describe it to the employees in terms of the OSHA definitions of Health
>hazards, flammability and combustibility, and reactivity. It so happens
>that HMIS and NFPA define health, falmmability, and combustibility in same
>ways as OSHA does in the Haz Com Standard (except the NFPA only addressed
>acute health hazards and chronic hazards are not identified on the NFPA
>label).
>
>For example: Materials identified on HMIS and NFPA labels as a 3 or a 4 in
>the Flammability Section are considered flammable under OSHA Haz Com.
>Materials identified as 1 or a 2 are considered combustable under OSHA Haz
>Com. -snip-
>
>The reactivity section is where I am having a problem. The definitions
>OSHA uses do not match up with NFPA. HMIS uses the NFPA reactivity rating.
> So, my question is : For chemicals reasonably expected on a college
>campus in non-laboratory settings, what is the NFPA rating that cooresponds
>to the OSHA defintion?
>
>I think an NFPA rating of 1 would be equivalent to the OSHA definition of
>an explosive. Does anyone agree or disagree and why? Again, my purpose is
>to inform employee using chemicals with HMIS and NFPA that a rank or "X" is
>explosive under Haz Com.
>
>It is possible that Bill Schultz is correct that I am attempting to compare
>apples to oranges in the case of reactivity because the definitions are not
>matching up - they use different means for determining what is explosive.
>It was nice that the definitions matched up with the other catagories. I
>was hoping that they could line up in terms of reactivity.
>
>Bob
>
Of course you have apples and oranges. Go back to why the standards were
developed. NFPA is to provide info to firefighters entering a burning
building and they want to know what the h--l might happen if the fire
reaches that tank of chemicals, or if they add water to that sodium. The
concerns of someone planning an experiment in a lab are vastly different,
as would the information needed by someone using the stuff in a pilot
plant. Don't waste your time trying to arrange a perfect comparison.
'Tain't necessarily so that a 4 in NFPA equals a 4 in HMIS--it might. By
the way, HMIS is used for paint and related products, so unlikely to be
found in labs.

Mary Ann

Mary Ann Solstad, CIH 4 A's of Safety
SOLSTAD Health & Safety Evaluations Attitude
16 Pequot Rd, Marblehead, MA 01945 Awareness
781-631-4748 tel, 781-631-1832 FAX Automatic Application
Authority
Past Chair, DivCHAS, ACS
msolstad@mediaone.net
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