L
CAS
Number
1763­
23­
1,
29081­
56­
9,
70225­
14­
8,
2795­
39­
3,29457­
72­
5
l3M
Company
/4/
27/
2000
1
Voluntary
Use
and
Exposure
Information
Profile
Perfluorooctane
Sulfonic
Acid
and
Various
Salt
Forms
I.
CHEMICAL
IDENTIFICATION
Chemical
Name:
CAS
Number:
Perfluorooctane
Sulfonates
Various,
including:
1763­
23­
1
(acid)
2908
l­
56­
9
(ammonium
salt)
70225­
14­
8
(DEA
salt)
2795­
39­
3
(K­
salt)
29457­
72­
5
(Li
Salt)

The
perfluorooctane
sulfonate
anion
(PFOS)
has
no
specific
CAS
number.
The
listed
salts
summarize
the
designated
Tier
I
perfluorochemicals
that
are
all
considered
perfluorooctane
sulfonates.

II.
COMPANY
IDENTIFICATION
Company
Name:
3M
Site
Locations:
1)
10746
Innovation
Road
Cottage
Grove,
MN
55016
2)
1400
State
Docks
Road
Decatur,
AL
35601
Technical
Contact:
W.
A.
Weppner
Phone:
65
l/
733­
6374
Address:
3M
Center,
Building
236­
lB­
10
St.
Paul.
MN
55
144
III.
ON­
SITE
ACTIVITIES
#CAS
iI&&
(1997)
Imported
1763­
23­
1
29081­
56­
9
70225­
14­
8
2795­
39­
3"
29457­
72­
5
Less
Than
200,000
lb/
yr.

Estimate
the
amount
of
subject
chemical
distributed
off­
site:

95%
of
manufacture/
import
*Submitted
in
1998
TSCA
IUR
additional
information.

3
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
2
Narrative
Description
and
Process
Flow
Schematic:

3M
Company
utilizes
a
process
known
as
Simons
Electra­
Chemical
Fluorination
(ECF)
to
synthesize
organofluorine
molecules.
In
this
process,
organic
feedstocks
are
dispersed
in
liquid,
anhydrous
hydrogen
fluoride,
and
an
electric
current
is
passed
through
the
solution,
causing
the
hydrogen
atoms
on
the
molecule
to
be
replaced
with
fluorine.
The
predominant
components
of
the
products
created
by
this
process
have
the
same
carbon
skeletal
arrangement
as
the
feedstock
used,
but
with
all
of
the
hydrogen
atoms
replaced
by
fluorine.
However,
fragmentation
and
rearrangement
of
the
carbon
skeleton
can
also
occur
and
significant
amounts
of
cleaved,
branched
and
cyclic
structures
may
be
formed.
The
degree
of
fluorination
of
the
organic
feedstock
is
also
dependent
upon
the
specific
carbon
chain
length
of
the
feedstock
and
parameters
of
the
ECF
process
such
as
electrical
current
and
the
length
of
time
the
process
is
run.
It
is
possible
to
synthesize
fully
fluorinated
or
perfluoroorganic
molecules
where
all
of
the
hydrogen
atoms
of
the
hydrocarbon
feedstock
have
been
replaced
by
fluorine
atoms.
Using
these
perfluoroorganic
molecules
as
basic
building
blocks,
unique
chemistries
can
be
created
by
further
reactions
with
functionalized
hydrocarbon
molecules.

3M
has
produced
sulfonyl
based
fluorochemicals
commercially
for
over
40
years
using
the
ECF
process.
A
basic
building
block
of
such
products
and
the
highest
production
volume
fluorochemical
3M
manufactures
is
perfluorooctanesulfonyl
fluoride
(POSF).
The
starting
feedstock
for
this
reaction
is
1
­octanesulfonyl
fluoride.
(Reaction
1)

Reaction
1
CsH,
S02F
+
17
HF
Energy
­­­­­­­­­
>
CsFi7S02F
+
17
HZ
1­
Octanesulfonyl
fluoride
ECF
Perfluorooctanesulfonyl
fluoride
The
electrochemical
fluorination
process
yields
about
35%­
40%
straight
chain
(normal)
POSF,
and
a
mixture
of
biproducts
and
waste
of
unknown
and
variable
composition
comprised
of
the
following:

higher
and
lower
straight­
chain
homologs,
i.
e.,
n­
CnFzn+
iS02F,
e.
g.,
GFiS02F,
C7F1$
02F,
C9F1$
S02F
which
comprise
about
7%
of
the
process
output
2)
branched­
chain,
perfluoroalkylsulfonyl
fluorides
with
various
chain
lengths,
about
18­
20%
of
the
output
3)
straight­
chain,
branched,
and
cyclic
(non­
functional)
perfluoroalkanes
and
ethers,
which
comprise
about
20­
25%
of
the
output
4)
"tars"
(high
molecular
weight
fluorochemical
byproducts)
and
other
byproducts,
including
molecular
hydrogen,
which
comprise
about
lo­
15%
of
the
output.

Because
of
slight
differences
in
process
conditions,
raw
materials,
and
equipment,
the
mixture
produced
by
the
electrochemical
fluorination
process
varies
somewhat
from
lot­
to­
lot
and
from
plantto
plant.
The
product
that
results
from
electrochemical
fluorination
is
thus
not
a
pure
chemical
but
rather
a
mix
of
isomers
and
homologues.
The
commercialized
POSF
derived
products
are
a
mixture
of
approximately
70%
linear
POSF
derivatives
and
30%
branched
POSF
derived
impurities.

4
CAS
Number
1763­
23­
1,29081­
56­
9,70225­
14­
S,
2795­
39­
3,29457­
72­
5
l3M
Company
/4/
27/
2000
3
During
production,
byproducts
and
waste
products
are
formed.
The
volatile
waste
products,
such
as
perfluoromethane,
have
been
vented
to
the
atmosphere
in
the
past,
but
improvements
are
underway
to
capture
and
destroy
these
releases
by
thermal
oxidation.
The
tars
are
incinerated
at
an
in­
house,
hazardous
waste
incinerator.
The
byproducts,
many
of
which
are
incompletely
fluorinated
with
hydrogen
atoms
still
present,
can
be
recycled
back
into
the
ECF
process
or
are
partially
degraded
in
stabilization
processes,
and
discharged
to
controlled,
in­
house,
wastewater
treatment
systems.
The
treatment
sludge
is
either
landfilled
or
land­
incorporated,
Some
of
the
non­
POSF
byproducts
are
recovered
and
sold
for
secondary
uses.

POSF
is
itself
a
commercially
viable
product,
but
is
primarily
an
important
intermediate
in
the
synthesis
of
substances
used
in
many
other
3M
fluorochemical
products.
The
majority
is
used
to
produce
functionally
derivatized
fluorochemicals
and
high
molecular
weight
polymeric
products.

The
perfluorooctane
sulfonic
acid
manufactured
by
hydrolyzing
POSF
intermediates
to
the
sulfonic
acid.
The
various
salts
of
perfluorooctane
sulfonate
are
manufactured
by
base
neutralization
of
the
acid
to
the
appropriate
salt
in
a
batch
reaction.

The
following
block
flow
diagram
describes
the
process
discussed
above.

BLOCK
FLOW
DIAGRAM
FOR
PERFLUOROSULFONIC
ACID
AND
ITS
SALTS
Electra­
Chemical
Fluorination
Cells
(Octanesulfonyl
fluoride
+
HF
+
electrical
energy)

Perfluorooctane
sulfonyl
fluoride
Secondary
Reactors
Hydrolysis
&
Base
Neutralization
Functionally
Derivatized
Fluorochemicals
Perfluorooctane
sulfonic
acid
and
various
salt
forms
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,2795­
39­
3,
29457­
72­
5
/
3M
Company
/
4/
27/
2000
4
IV.
SITE
RELEASE
AND
TRANSFER
INFORMATION
FOR
TRI
CHEMICALS
Not
Applicable
­
Perfluorooctane
sulfonic
acid
and
its
salts
are
not
listed
on
TRI.

V.
SITE
RELEASE
AND
TRANSFER
INFORMATION
FOR
NON­
TRI
CHEMICALS
A.
ON­
SITE
AIR
RELEASES
FROM
DECATUR,
AL
AND
COTTAGE
GROVE,
MN
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)
#days/
years
release
occurs
Fugitive
(non­
point)
Negligible,
Not
quantified
Stack
(point)
0
Comments:

Physical
chemical
property
information
and
industrial
hygiene
monitoring
support
that
PFOS
salts
would
not
be
in
the
form
of
volatile
air
emissions.
Some
industrial
hygiene
testing
at
Cottage
Grove,
MN
has
shown
the
presence
of
PFOS
in
work
areas,
however
the
industrial
hygiene
personnel
have
indicated
that
this
material
is
believed
to
be
in
the
form
of
dried
particulate
dust.
Although
dispersed
PFOS
has
been
detected
in
the
work
area,
the
concentrations
do
not
indicate
significant
contributions
to
annual
site
air
emissions.

Industrial
hygiene
data
for
PFOS
salts
has
not
been
generated
in
Decatur,
AL
because
they
are
in
a
liquid
slurry
versus
particle
form.

Fugitive
air
emissions
testing
for
the
Decatur
wastewater
treatment
system
was
conducted
in
late
1999.
Results
are
still
under
review
and
no
final
report
is
available.
However,
no
PFOS
was
detected
in
air
samples.

B.
WATER
RELEASES
FROM
SITE
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)

Water
releases:
10,000
Number
of
days/
year
release
occurs:
(See
comments
below)

Receiving
Water
Name:
Baker's
Creek
at
the
junction
with
the
Tennessee
River
NPDES
Number:
ALD004023
164
.
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,
2795­
39­
3,29457­
72­
5
/3M
Company
/
4/
27/
2000
5
Comments:

Although
manufacturing
of
the
salts
listed
on
this
form
is
associated
with
less
than
10
wastewater
discharges
per
year,
the
hydrolysis
of
other
sulfonated
compounds
to
PFOS
in
the
wastewater
treatment
system
result
in
an
ongoing
discharge
of
the
PFOS
compounds.
The
calculated
discharge
amount
therefore
is
not
attributed
to
just
the
salt
production.
A
percentage
of
the
discharges
are
from
the
PFOS
salt
manufacturing.
There
is
not
data
to
distinguish
between
PFOS
discharge
from
PFOS
salt
manufacturing
versus
hydrolysis
of
other
sulfonated
compounds
manufactured
at
this
site
to
PFOS.

PFOS
in
wastewater
discharge
is
not
measured
as
specific
salt
compounds,
but
instead
reflects
the
total
amount
of
dissociated
salts
and
compounds
that
hydrolyze
to
perfluorooctane
sulfonate.

COTTAGE
GROVE,
MN
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)

Water
releases:
1000
Number
of
days/
year
release
occurs:
11
times
per
year
Receiving
Water
Name:
Mississippi
NPDES
Number:
MN0000
1449
Comments:
The
discharge
amount
is
based
upon
`per
batch
estimates
of
releases'.
Removal
of
the
PFOS
to
the
sludge
from
the
Cottage
Grove,
MN
wastewater
system
was
calculated
based
upon
the
measured
removal
of
PFOS
from
wastewater
in
the
clarifiers
at
Decatur,
AL.

C.
ON­
SITE
LAND
RELEASES
DECATUR,
AL
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)

Landfill
0
Land
Treatment/
Land
Amendment
40,000
Surface
Impoundments
Not
quantified
Underground
Injection
0
Other
(specify):
CAS
Number
1763­
23­
1,29081­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
/3M
Company
/4/
27/
2000
6
Comments:

In
1997,
land­
amended
sludges
were
held
in
an
impoundment
until
weather
permitted
application
to
the
field.
The
impoundment
is
no
longer
used
as
part
of
the
normal
wastewater
treatment
operation
except
during
equipment
downtime.
A
percentage
of
the
PFOS
land
treatment
is
from
the
PFOS
salt
manufacturing.
There
is
not
data
to
distinguish
between
PFOS
land
treatment
from
PFOS
salt
manufacturing
versus
hydrolysis
of
other
sulfonated
compounds
manufactured
at
this
site
for
PFOS.

The
land
treatment
of
Decatur
sludge
was
discontinued
in
early
1998.
Sludge
now
is
transported
to
an
offsite
landfills,
after
passing
through
a
thickener
and
a
sludge
press.

Estimated
PFOS
levels
in
the
sludge
are
based
upon
the
reduction
of
PFOS
in
the
wastewater
stream
as
it
passes
through
the
clarifiers
at
the
site.
The
PFOS
levels
in
the
sludge
have
been
reduced
by
changes
in
the
amount
of
materials
being
discharged
to
the
sewer.
Wastewater
data
from
1999
show
that
PFOS
levels
in
the
sludge
were
less
than
20,000
pounds
per
year.

COTTAGE
GROVE,
MN
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)

Landfill
Land
Treatment/
Land
Amendment
Surface
Impoundments
Underground
Injection
Other
(specify):

Comments:
Sludge
from
the
Cottage
Grove
facility
is
sent
to
an
off­
site
industrial
landfill.

D.
OFF­
SITE
TRANSFERS
­
Decatur,
AL
and
Cottage
Grove,
MN
(1997)

Dl.
Transfer
to
Publicly
Owned
Treatment
Works
(POTW)

Number
of
days/
year
the
release
occurs:
Not
applicable
­
waste
is
not
sent
to
a
POTW
Annual
Transfer
(lb):
0
Estimated
%
Accuracy
of
Transfer
Estimate
(optional)
(%):

POTW
Name:
Not
Applicable
Street
Address:
Not
Applicable
City:
Not
Applicable
Country:
Not
Applicable
State:
Not
Applicable
Zip
Code:
Not
Applicable
NPDES
Number:
Not
Applicable
Comments:
CAS
Number
1763­
23­
1,29081­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
D2.
TRANSFERS
TO
OTHER
OFF­
SITE
LOCATIONS
DECATUR,
AL
Estimated
Total
Estimated
%
Annual
Releases
Accuracy
of
(lbs.
1997)
Estimate
(optional)

Incineration:
Not
applicable
Wastewater
Treatment
(Excluding
POTW)
Not
applicable
Underground
Injection
Not
applicable
Hazardous
Waste
(RCRA
Subtitle
C)
landfill
Not
applicable
Other
Landfill
Not
applicable
Recycle
or
Recovery
Not
applicable
Unknown
or
Other
Comments:

COTTAGE
GROVE,
MN
Estimated
Total
Annual
Releases
(lbs.
1997)
Estimated
%
Accuracy
of
Estimate
(optional)

Incineration:
0
­
See
comment
Wastewater
Treatment
(Excluding
POTW)
Not
applicable
Underground
Injection
Not
applicable
Hazardous
Waste
(RCRA
Subtitle
C)
landfill
Not
applicable
Other
Landfill
7400
Recycle
or
Recovery
Not
applicable
Unknown
or
Other
Comments:
Cottage
Grove
facility
utilizes
incineration
for
all
their
drummed
wastes.
Waste
summary
does
not
show
any
drummed
PFOS
salt
wastes
in
1997.

Sludge
from
the
Cottage
Grove
facility
is
sent
to
an
industrial
landfill.
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
l3M
Company
/4/
27/
2000
VI.
ON­
SITE
WORKPLACE
EXPOSURE
CAS
Number:
2795­
39­
3
Company:
3M
Comnanv,
Snecialtv
Materials
Manufacturing;
Division,
Cottage
Grove,
MN
(uotassium
nerfluorooctane
sulfonatel
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
c.
25
.25­
l
l­
8
>8
<lo
1
2
6
Days/
Year
10­
100
loo­
250
23
23
>250
2
.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
(2795­
39­
3)
is
a
light,
free­
flowing
powder.
Initially,
the
material
is
a
wet
slurry
(within
a
reactor)
and
is
then
transferred
to
drying
equipment
for
final
processing
and
packaging.
The
above
employees
operate
and
maintain
the
drying
equipment,
collect
quality
samples,
and
also
package
(by
gravity
or
by
hand
scooping)
dry
powder
from
the
spray
equipment
into
drums,
pails,
and
cans.
CAS
Number
1763­
23­
1,
29081­
56­
9,
7022514­
8,2795­
39­
3,
29457­
72­
5
/3M
Company
/
4/
27/
2000
9
3.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
description
of
the
sampling
method
and
exposure
scenario
monitored,
e.
g.,
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

These
samples
were
collected
during
operation
of
drying
equipment
and
packaging
activities.
Past
sample
collection
and
analysis
has
utilized
37­
mm
Nucleopore
filter
cassettes
with
either
gravimetric,
inductively
coupled
plasma
emission
spectroscopy
(for
K+),
or
liquid
chromatography
analysis.
The
current
method
is
an
OSHA
Versatile
Sampler
(OVS)
tube
analyzed
by
liquid
chromatography/
mass
spectrometry.
Wipe
sample
data
for
the
chemical
does
exist
and
has
indicated
significant
levels
of
this
material
on
surfaces
in
the
production
area.
The
results
were
used
for
focusing
decontamination
and
exposure
control
efforts.

Area/
Job
Classification
Production
Unit:
Chemical
Process
Operator
Pilot
Plant:
Technician
Sample
TYPe
#
of
Samples
Minimum
Maximum
Concentration
Concentration
Geometric
Mean
Geometric
Standard
Deviation
Partial
Shift
(Sample
Time
Range:
7
125
minutes)
1
0
0.00013
40
mg/
m3
0.050
mg/
m3
64.407
mglm3
Partial
Shift
(Sample
Time:
7
0
minutes)
1
0.45
mglm3
0.45
mglm3
NA
NA
4.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

The
drying
and
packaging
activities
are
contained
within
small­
room
enclosures
with
negative
pressure
and
filtered
exhaust
ventilation.
Local
exhaust
may
be
present
directly
at
the
point
of
packaging.

5.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
working
within
the
above
small­
room
enclosures
use
airline
respirators,
chemical­
protective
coveralls
(Tyvek),
boot
covers,
and
gloves.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)
.

I
CAS
Number
1763­
23­
1,29081­
56­
9,
70225­
14­
8,
2795­
39­
3,
29457­
72­
5
/
3M
Company
/
4/
27/
2000
10
CAS
Number:
1763­
23­
1
Company:
3M
Comuanv,
Snecialtv
Material
Manufacturing
Division,
Cottage
Grove,
MN
Chemical
Name
CAS
No.
Perfluorooctane
sulfonic
acid
1763­
23­
1
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
c.
25
.25­
l
l­
8
>8
<lo
DaysNear
10­
100
100­
250
6
1
2
>250
2.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
formulation
containing
1763­
23­
1
is
a
clear
colorless
liquid
solution
(32­
38%
concentration).
Employee
activities
include
operation
and
maintenance
of
process
equipment,
product
quality
sampling
and
drumming
as
an
intermediate
or
final
product
liquid
solution
containing
1763­
23­
1.

3.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

No
data
available.

4.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

Local
exhaust
ventilation
used
at
product
container
openings
during
container
filling.
CAS
Number
1763­
23­
l)
2908
l­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
I
3M
Company
I
4/
27/
2000
11
5.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
wear
PVC
jackets
and
pants,
neoprene
gloves,
and
face
shield
and
chemical
splash
goggles
for
containerization
of
solutions
containing
1763­
23­
l.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)

/3
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
12
CAS
Number:
70225­
14­
g
Company:
3M
Companv.
Suecialtv
Materials
Manufacturinrr
Division,
Cottage
Grove.
MN
Chemical
Name
Diethanolamine
salt
of
perfluorooctane
sulfonate
CAS
No.
70225­
14­
g
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
c.
25
.25­
l
l­
8
>8
<lo
2
4
Days/
Year
10­
100
loo­
250
>250
2
.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
(70225­
14­
g)
is
a
clear,
light
colored
solution
containing
19­
23%
70225­
14­
g.
Employee
activities
include
operation
and
maintenance
of
process
equipment,
product
quality
sampling
and
drumming
of
final
liquid
solution
containing
70225­
14­
g.

3
.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
description
of
the
sampling
method
and
exposure
scenario
monitored,
e.
g.,
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

No
data
available.

4
.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

Local
exhaust
ventilation
used
at
product
container
openings
during
packaging.
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/4/
27/
2000
13
5.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
wear
PVC
gloves
and
chemical
splash
goggles
for
containerization
of
product.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
14
CAS
Number:
29081­
56­
g
Company:
3M
Comuanv.
Snecialtv
Materials
Manufacturing
Division,
Cottage
Grove,
MN
Chemical
Name
Ammonium
perfluorooctane
sulfonate
CAS
No.
29081­
56­
9
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
<lo
Days/
Year
10­
100
loo­
250
>250
c.
25
.25­
l
1
2
1
­8
1
2
>8
2
.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
formulation
containing
2908
l­
56­
9
is
a
clear
amber
solution
(19­
23%
concentration).
Employee
activities
include
transferring
wet
slurry
to
filter
press,
operating
filter
press,
transferring
filter
cake
to
reactor,
and
drumming
final
liquid
solution
containing
2908
l­
56­
9.
The
above
employees
also
operate
and
maintain
process
equipment
and
collect
quality
samples.

3
.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
description
of
the
sampling
method
and
exposure
scenario
monitored,
e.
g.,
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

No
data
available.

4
.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

Local
exhaust
available
at
the
filter
press,
at
the
reactor
opening
and
at
the
product
container
openings.
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
15
5.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
wear
PVC
jackets
and
pants,
neoprene
gloves,
and
chemical
splash
goggles.
Half
mask
dust­
mist
respirators
are
used
for
handling
of
wet
filter
cake.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)

/7
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/4/
27/
2000
16
CAS
Number:
29457­
72­
5
Company:
3M
Comnanv.
Snecialtv
Materials
Manufacturinc!
Division,
Cottage
Grove,
MN
Chemical
Name
Lithium
perfluorooctane
sulfonate
CAS
No.
29457­
72­
5
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
c.
25
.25­
l
<lo
1
2
Days/
Year
10­
100
loo­
250
~250
l­
8
6
>8
2
.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
formulation
containing
29457­
72­
5
is
a
clear
amber
solution
(24­
26%
concentration).
Employee
activities
include
operation
and
maintenance
of
process
equipment,
product
quality
sampling
and
drumming
of
final
liquid
solution
containing
29457­
72­
5.

3
.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
description
of
the
sampling
method
and
exposure
scenario
monitored,
e.
g.,
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

No
data
available.

4
.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

Local
exhaust
ventilation
used
at
product
container
openings
during
packaging.
CAS
Number
1763­
23­
1,29081­
56­
9,
70225­
14­
8,2795­
39­
3,29457­
72­
5
l3M
Company
/4/
27/
2000
17
5
.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
wear
PVC
jackets,
neoprene
gloves,
and
chemical
splash
goggles
for
containerization
of
product.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)
CAS
Number
1763­
23­
1,29081­
56­
9,
70225­
14­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
18
CAS
Number:
2795­
39­
3
Company:
3M
Companv,
Suecialtv
Materials
Manufacturinrz
Division,
Decatur,
AL
Chemical
Name
CAS
No.
Potassium
perfluorooctane
sulfonate
2795­
39­
3
This
information
will
assist
EPA
in
characterizing
the
number
of
workers
potentially
exposed
and
the
magnitude,
frequency,
and
duration
of
potential
exposure.
When
providing
monitoring
data,
ensure
that
data
is
linked
with
worker
activities
described
in
question
2.

1.
Estimate
the
number
of
workers
potentially
exposed
routinely
to
the
subject
chemical
for
each
of
the
exposure
duration
times.
If
a
worker
is
involved
in
more
than
one
activity,
enter
only
his/
her
most
typical
activity
in
the
table.
Don't
count
a
worker
more
than
once.
The
total
number
in
the
table
should
equal
the
total
number
of
workers
potentially
exposed.

Hours/
Day
<lo
Days/
Year
10­
100
loo­
250
~250
c.
25
.25­
l
2
4
l­
8
X
3
2
.
Describe
the
routine
worker
activities
to
which
the
workers
in
question
1
are
exposed:
sampling,
removal
of
filter
cake,
and
drumming
of
liquids,
manufacture
an
article,
etc.
For
these
activities,
describe
the
physical
state
of
the
subject
chemical
(liquid,
gas,
particulate,
or
aerosol,
etc.)
and,
if
in
a
mixture,
the
chemical's
concentration:

The
chemical
(2795­
39­
3)
is
in
an
aqueous
solution
(25%).
Employees
operate
and
maintain
the
production
equipment
and
collect
quality
samples.
Material
is
produced,
stored,
and
metered
into
product
container
in
a
closed
system
3.
Provide
industrial
hygiene
monitoring
data,
if
available,
with
a
brief
description
of
the
sampling
method
and
exposure
scenario
monitored,
e.
g.,
describe
the
specific
worker
activities
performed
by
the
individuals
monitored.
For
privacy
considerations,
please
do
not
include
any
personal
identifiers
such
as
a
worker's
name
or
social
security
number
with
any
data
submitted
to
EPA.

No
data
available.

4
.
Briefly
describe
the
engineering
controls
used
to
minimize
exposure
to
this
chemical:

Enclosed
process.
CAS
Number
1763­
23­
l)
2908
l­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/
4/
27/
2000
19
5
.
Briefly
list
the
personal
protective
equipment
your
workers
regularly
wear
to
prevent
exposure
of
this
chemical:

Employees
use
safety
glasses
and
neoprene
gloves.

Comments:
(This
section
is
available
to
clarify
the
responses
given.
Attach
additional
pages
if
desired.)
CAS
Number
1763­
23­
1,29081­
56­
9,
70225­
14­
8,2795­
39­
3,29457­
72­
5
I
3M
Company
/4/
27/
2000
20
CAS
Number:
1763­
23­
1,29081­
56­
9,29457­
72­
5,
70225­
14­
8
Company:
3M
­
Decatur,
AL
Chemical
Name
Perfluorooctane
sulfonic
acid
Ammonium
perfluorooctane
sulfonate
Lithium
perfluorooctane
sulfonate
Diethanolamine
salt
of
perfluorooctane
sulfonate
CAS
No.
1763­
23­
1
29081­
56­
9
29457­
72­
5
70225­
14­
8
None
of
these
materials
are
manufactured
at
3M­
Decatur.
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
/
3M
Company
/4/
27/
2000
21
VII.
CHEMICAL
END
USES
A.
END
USE
AS
AN
INTERMEDIATE
CONSUMED
TO
MARE
OTHER
CHEMICALS
Al.
On­
Site
Use
as
a
Intermediate:

CAS
#1763­
23­
l
Perfluorooctane
sulfonic
acid
is
used
as
an
intermediate
while
the
salts
are
not
used
as
intermediates.
The
perfluorooctane
sulfonate
salts
are
only
used
as
finished
products.

Product
chemical
class
or
product
chemical
(Include
CAS
number
if
appropriate)
%
of
total*
volume
of
subject
chemical
manufactured
or
imported
1.
Fluorochemical
trivalent
chromium
compound
l­
5
2
.
Perfluorooctane
sulfonate
salt
l­
5
*As
reported
in
Part
III,
p.
2
A2.
Off­
Site
Use
as
an
Intermediate:

Product
chemical
class
or
product
chemical
(Include
CAS
number
if
appropriate)
%
of
total
volume
of
subject
chemical
manufactured
or
imported*

1.
Not
Applicable
Not
Applicable
*As
reported
in
Part
III,
p.
2
CAS
Number
1763­
23­
1,
29081­
56­
9,70225­
14­
8,2795­
39­
3,
29457­
72­
5
/3M
Company
/
4/
27/
2000
22
B.
END
USES
OTHER
THAN
AS
A
CONSUMED
INTERMEDIATE
The
following
two
tables
present
a
summary
of
the
information
contained
in
VI1.
B
regarding
uses
of
perfluorooctane
sulfonic
acid
and
its
salt
forms.

Table
1
details
the
end
applications
in
which
a
particular
CAS
Number
is
used.
For
each
CAS
Number,
the
%
used
in
each
application
totals
to
100%.

Table
1.
CAS
Number
by
Application
CAS
NUMBER
APPLICATION
2795­
39­
3
1.
Film
former
in
Fire
Fighting
Foams
2.
Mist
suppressant
for
a&
d
baths
in
metal
plating
factories
3
.
Surfactant
in
acid
etching
processes
for
production
of
circuit
boards
29457­
72­
5
1.
Surfactant
in
alkaline
cleaners
2
.
Emulsifier
in
commercial
floor
polish
3
.
Mist
suppressant
for
acid
baths
in
metal
plating
factories
4
.
Surfactant
in
acid
etching
processes
for
production
of
circuit
boards
I
5
.
Registered
active
ingredient
for
insect
control.
Used
in
formulations
used
in
bait
traps
70225­
14­
8
1.
Emulsifier
in
commercial
floor
polishes
29081­
56­
9
1763­
23­
1
2
.
Mist
suppressant
for
acid
baths
in
metal
plating
factories
3
.
Surfactant
in
acid
etching
processes
for
production
of
circuit
boards
1.
Surfactant
in
acid
etching
processes
for
production
of
circuit
boards
No
commercial
products
Table
2
details
the
multiple
CAS
Numbers
which
may
be
used
in
any
one
application.

Table
2.
Application
by
CAS
Number
CAS
NUMBER
2795­
39­
3
2795­
39­
3
29457­
72­
5
70225­
14­
8
2795­
39­
3
29457­
72­
5
70225­
14­
8
29081­
56­
9
29457­
72­
5
70225­
14­
8
29457­
72­
5
29457­
72­
5
APPLICATION
Film
former
in
Fire
Fighting
Foams
Mist
suppressant
for
acid
baths
in
metal
plating
factories
Surfactant
in
acid
etching
processes
for
production
of
circuit
boards
Emulsifier
in
commercial
floor
polishes
Surfactant
in
alkaline
cleaners
Registered
active
ingredient
for
insect
control.
Used
in
formulations
used
in
bait
traps
1763­
23­
1
No
commercial
products
I
CAS
Number
1763­
23­
1,
29081­
569,70225­
14­
8,
2795­
39­
3,
29457­
72­
5
/3M
Company
/4/
27/
2000
23
CAS
Number
2795­
39­
3,
Potassium
perfluorooctane
sulfonate
Use
Number
1
of
3
Description
of
Chemical
End
Use:
Chemical
used
as
film
former
which
is
blended
into
tire
fighting
foams.
These
products
are
designed
for
primary
use
by
fire
fighting
professionals.

Percent
of
total
manufactured
or
imported
Check
all
physical
forms
of
the
Volume
going
to
this
use:
92
f
2
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
weight
fraction.
Average
Values
are
acceptable:

1<,
~1%
(600­
1200
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
­&
Liquid
solution
Other
(Explain)

Use
Number
2
of
3
Description
of
Chemical
End
Use:
Metal
plating
factories
use
this
chemical
to
suppress
oxidizing
acid
mist
in
order
to
protect
their
workers'
health.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
6
f
2
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

X
­­­
<I%
(1000
ppm)
1­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
&
Liquid
solution
Other
(Explain)
CAS
Number
1763­
23­
1,29081­
56­
g,
7022514­
8,2795­
39­
3,29457­
72­
5
l3M
Company
/
4/
27/
2000
24
Use
Number
3
of
3
Description
of
Chemical
End
Use:
Electronic
factories
add
this
chemical
as
a
surfactant
to
improve
the
wetting
of
strong
acids
used
in
the
etching
of
precise
patterns
in
a
silicon
water
or
a
printed
circuit
board.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
2
f
0.5
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

J­
<l%
(<
lo00
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
X
­­
Liquid
solution
Other
(Explain)
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,2795­
39­
3,29457­
72­
5
/3M
Company
/4/
27/
2000
25
CAS
Number
29457­
72­
5,
Lithium
perfluorooctane
sulfonate
Use
Number
1
of
5
Description
of
Chemical
End
Use:
Chemical
formulators
use
this
chemical
as
a
surfactant
to
improve
the
wetting
of
water­
based
products
that
are
sold
as
alkaline
cleaners.
These
cleaners
are
then
diluted
and
sold
to
the
consumer
or
contract
cleaner.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
23.5
f
0.5
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

J­
<l%
(30
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
1(,
Liquid
solution
Other
(Explain)

Use
Number
2
of
5
Description
of
Chemical
End
Use:
Metal
plating
factories
use
this
chemical
as
a
surfactant
to
suppress
oxidizing
acid
mist
in
order
to
protect
their
workers'
health.

Percent
of
total
manufactured
or
imported
Volume*
going
to
this
use:
1
f
1
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

J­
<l%
(30­
50
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
L
Liquid
solution
Other
(Explain)
CAS
Number
1763­
23­
1,2908
l­
56­
9,
7022514­
8,2795­
39­
3,29457­
72­
5
I
3M
Company
I
4/
27/
2000
26
Use
Number
3
of
5
Description
of
Chemical
End
Use:
Electronics
factories
add
this
chemical
as
a
surfactant
to
improve
the
wetting
of
strong
acids
used
in
the
etching
of
precise
patterns
in
a
silicon
water
or
a
printed
circuit
board.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
1.
f
1
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

J­
cl%
(30­
50
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
1(,
Liquid
solution
Other
(Explain)

Use
Number
4
of
5
Description
of
Chemical
End
Use:
Chemical
formulators
use
this
chemical
as
a
surfactant
to
improve
the
wetting
of
water­
based
products
that
are
sold
as
commercial
floor
polishes.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
23.5
*
0.5
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

_35_
<l%
(15
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
1(,
Liquid
solution
Other
(Explain)
.'
­
!
I
CAS
Number
1763­
23­
1,29081­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
/3M
Company
/4/
27/
2000
27
Use
Number
5
of
5
Description
of
Chemical
End
Use:
Chemical
formulators
use
this
chemical
as
a
registered
active
ingredient
for
insect
control.
It
is
blended
with
bait
that
is
attractive
to
insects
and
placed
in
bait
stations.
Either
commercial
facilities
or
consumers
can
use
these
bait
stations.

Percent
of
total
manufactured
or
imported
Check
all
physical
forms
of
the
Volume
going
to
this
use:
53
f
0.5
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

X
cl%
­­

l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent­
wet
solid
Gas
or
vapor
1(,
Liquid
solution
Other
(Explain)
CAS
Number
1763­
23­
1,29081­
56­
9,70225­
14­
8,2795­
39­
3,29457­
72­
5
l3M
Company
!4/
27/
2000
28
CAS
Number
29081­
56­
9,
Ammonium
perfluorooctane
sulfonate
Use
Number
1
of
1
Description
of
Chemical
End
Use:
Electronics
factories
add
this
chemical
as
a
surfactant
to
improve
the
setting
of
strong
acids
used
in
the
etching
of
precise
patterns
in
a
silicon
wafer
or
a
printed
circuit
board.

Percent
of
total
manufactured
or
imported
Check
all
physical
forms
of
the
Volume
going
to
this
use:
100
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

z
<l%
(­
100
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
X
­­
Liquid
solution
Other
(Explain)

3
0
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,2795­
39­
3,29457­
72­
5
l3M
Company
/4/
27/
2000
29
CAS
Number
70225­
14­
8,
Diethanol
amine
perfluorooctane
sulfonate
Use
Number
1
of
3
Description
of
Chemical
End
Use:
Chemical
formulators
use
this
chemical
as
a
surfactant
to
improve
the
emulsification
of
materials
used
in
commercial
and
consumer
floor
polishes.

Percent
of
total
manufactured
or
imported
Check
all
physical
forms
of
the
Volume
going
to
this
use:
35
i
2
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

­&
cl%
(­
15
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
z
Liquid
solution
Other
(Explain)

Use
Number
2
of
3
Description
of
Chemical
End
Use:
Metal
plating
factories
use
this
chemical
to
suppress
oxidizing
acid
mist
in
order
to
protect
their
workers'
health.

Percent
of
total
manufactured
or
imported
Volume
going
to
this
use:
48.5
h
1
Check
all
physical
forms
of
the
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

_1c_
<l%
(­
100­
1000
ppm)
l­
30%
_IL.
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­wet
solid
Gas
or
vapor
Liquid
solution
Other
(Explain)
CAS
Number
1763­
23­
1,29081­
56­
g,
70225­
14­
8,
2795­
39­
3,
29457­
72­
5
l3M
Company
/4/
27/
2000
30
Use
Number
3
of
3
Description
of
Chemical
End
Use:
Electronic
factories
add
this
chemical
as
a
surfactant
to
improve
the
wetting
of
strong
acids
used
in
the
etching
of
precise
patterns
in
a
silicon
water
or
a
printed
circuit
board.

Percent
of
total
manufactured
or
imported
Check
all
physical
forms
of
the
Volume
going
to
this
use:
16.5
f
2
chemical
during
this
use:

If
used
in
a
mixture
check
appropriate
box
To
indicate
Weight
fraction.
Average
Values
are
acceptable:

J­
cl%
(­
100­
1000
ppm)
l­
30%
30­
60%
60­
90%
>90%
Aerosol
Dry
Powder
Pellets
or
large
crystals
Water
or
solvent
­
wet
solid
Gas
or
vapor
2i,
Liquid
solution
Other
(Explain)
