Document evZrNmBaov78b0dGwDmZbkjwq
Undated Documents
AR226-2087
Air Samples
R e s u lt
P o s t i o n ....... ........... ......... 1
S a m p le # T C P 2 3 1 )
P ayro ll #
(T M O 045)
TC P 603
F E P O v e n C o n tro l R o o m , P osition 1
(T C P 231)
F p & 0 A u to clave C ontrol R oom In take F P F ln lsh ln a D iv e r O p erato r
rrrF i0 2 ra 8 P i) IT M O 0 4 5 )
4872
ftra n n in r Pn lvketile C ontrol R oom ftra n u in r Polvkettle C ontrol R oom
((TTMTFOO0e4O5))
O TF060)
fT C P 231> (T M O 045)
W a x R o o m H V A C In ta k e
B e a d O v e n R o o m ______________
_______
F P fc n 'A iiW tlA V A C o n tro f R o o m In ta k e
"
(T M O 045) TC P 603 (TM 45) (T M O 045)
TC P 603
F P R n ish ln o (D rver) C o n tro l R o o m
(T T F 0 3 1 ) ~ TTMD45J"
frT F 028t 1
F P & D A u to clave co n tro l R o o m In ta k e F F P PnlvkettlB C o n tro l R o o m , P o sitio n 1 F E P E xtru d er C ontrol R o o m
B 1 6 2 2n d L evel O u tsid e S m oking A re a
(T M 045) "(T C P 2 1 5 >
(T C P 268) (T M O 045) (T M O 048) (T T F 0 2 8 )
'
(T T F 028)
(T T F 0 2 8 )
(T T F 028)
M o n o m e r C ontrol R o o m H V A C In take # 3 S la b D rn o W h ile In U s e
(T M O 045) IT C P 2 3 7 ) (T T F 0 2 8 )
(T T F 028) (TM O 04B )
F P F in iah in a /D iv e rt C o n tro l R o o m B 1R 2 2n d Level O u tsid e S m o kin g A re a F P & D A u to clave C on tro l R o o m in ta k e F F P Pnlykp.ttle C o n tro l R o o m . P o s itla n 1 W ax Room R 1 B2 2 n d L e v e l O u ts id e S m o kin g A re a F P Fin lsh in a D rver O o e ra to r W a x R o o m H V A C In ta k e # 3 S la b D ro o W h ile in U s e
B 1 6 2 2 n d L evel O u tsid e S m o kin g A re a B 1B 2 2 n d Level O u tsid e S m oking A re a F E P O v e n C ontrol R o o m . Position 2 F E P P o lykettle C ontrol R o o m , P o sition 1 B 1 8 2 2 n d Level O u tsid e S m oklnq A re a N . O ffices R o o f H V A C F E P O v e n C ontrol R o o m . Position 1 F P & n A u toclave C ontrol R o o m In ta k e
Bead O ven Room F E P O v e n C ontrol R o o m . P o sition 2 F P F ln lsh ln a D rver O p erato r B 1 6 2 2 n d L evel O u tsid e S m o kin g A re a F E P O v e n C ontrol R o o m , Position 1 M o n o m e r C ontrol R o o m H V A C In ta k e F F P O v e n C ontrol R o o m . Position 2
T T F 0 3 1 ) (T M 0 0 4 8 ) (T M O 048) (T C P 215) (T T F 0 2 8 ) (T M O 0 4 8 ) ` IT T F 0 2 /0 8 P I) (T M O 045) (T C P 237) IT C P 2 3 1 ) (TM O 048) (T M O 048) (T C P 2 3 1 ) (T C P 215) (T M O 048) (T M O 045) (T C P 231) (T M O 045) (T M O 04S ) T C P 6 0 3 /1 8 P J
(T C P 2 3 1 ) (T T F 102/08P I;
fTM O 048) (T C P 2 3 1 ) (T M O 045) (T C P 2 3 1 ) (T T F 1 0 2 /0 8 P I
....... - ........... 4382
C ontract 4624
.. 10203
(T M O C M 5)
B 1 6 2 2 n d L e v e l O u ts id e S m oking A re a N . O ffic e s R o o f H V A C P IS F E P E & l M ach / S hutdow n
(T M O 0 4 8 ) i (T M O 0 4 5 ) I CO PO LYM ERSI (T M O 0 4 5 ) I
D ate
(m pb)
0 0 /0 7 /9 7 S pilled
0 7 /1 0 /9 7 Spilled
10 /2 1 /9 7
4 7.85
0 7 /1 7 /9 7 r?/95W 7
421 2 .9 0
0 7 /1 4 /9 7
2 .4 3
0 7 /2 9 /9 7
2 .1 7
0 7 /2 4 /9 7
2 .1 3
0 7 /0 9 /9 7
1J91
0 7 /2 9 /9 7
1.8 0
0 7 /1 8 /9 7
1 .8 9
0 7 /2 2 /9 7
1 .2 1
0 7 /2 3 /9 7
1 .0 8
0 3 /2 7 /9 8
026
0 7 /2 4 /9 7 0 7 /2 9 /9 7 0 7 /0 9 /9 7
026 0 .9 4 023
0 7 /2 1 /9 7
0 .7 6
0 7 /2 6 /9 7
29
0 7 /2 3 /9 7
0 .5 2
0 7 /2 3 /9 7
0 .5 1
0 8 /0 4 /9 7
0 .4 8
0 7 /2 8 /9 7
0 .4 6
0 7 /2 9 /9 7
0 .4 5
0 7 /0 9 /9 7
0 .4 3
0 7 /2 4 /9 7
0 .4 3
0 7 /2 1 /9 7
0 .4 2
0 8 /0 4 /9 7
0 .4 1
0 7 /1 1 /9 7
0.4 0
0 7 /2 4 /9 7
0 .3 9
0 7 /2 8 /9 7
027
0 7 /1 0 /9 7
037
0 7 /2 5 /9 7 0 7 /2 5 /9 7
0 7 /2 3 /9 7 0 7 /1 1 /9 7
036 0 .3 4
033
0 .3 2
0 8 /0 6 /9 7
0 .3 0
0 7 /2 9 /9 7
029
0 7 /2 2 /9 7 1 0 2 8
0 7 /1 0 /9 7 1 0 2 6
0 7 /2 5 /9 7 : 0 2 6
0 7 /2 1 /9 7
026
0 8 /0 8 /9 7
025
0 7 /2 9 /9 7
025
0 7 /2 5 /9 7
023
0 7 /2 3 /9 7
023
0 8 /0 8 /9 7
023
0 8 /0 7 /9 7
023
0 7 /2 4 /9 7
022
0 7 /2 5 /9 7
022
0 7 /2 8 /9 7 i 0 .1 9
0 7 /2 2 /9 7 0 ,1 9
0 8 /0 5 /9 7 : 0.1 9
0 3 /2 7 /9 7 ! 0 .1 8
0 7 /1 4 /9 7
0 .1 8
0 7 /2 5 /9 7
0.1 8
0 7 /2 1 /9 7
0.1 7
0 7 /2 9 /9 7
0.1 7
0 7 /2 2 /9 7
0 .1 7
0 7 /1 6 /9 7
0 .1 6
0 8 /0 6 /9 7 0 7 /2 3 /9 7
0.1 6 0.1 6
0 7 /2 2 /9 7
0.1 5
0 7 /2 1 /9 7
0.1 5
8 /9 7 -1 1 /9 7 0.1 6
0 7 /2 4 /9 7
0 .1 4
T C P 6 0 3 /1 8 P J i 10169
0 7 /1 1 /9 7
0.1 3
M o n o m e r C ontrol R o o m N , O ffic e s R o o f H V A C
(T M 0100) (T M O 0 4 5 )
: :
0 8 /0 5 /9 7 07 /1 1 /9 7
0.1 3 0.1 3
W in d / M o rn in g
s
S
NE S
W in d / A ftern o o n
NNE
W eath er N o te s
C lear C lear
, ...
................ N E -- C lear
E C loudy
-
R o o f
k:
..
SrN SS E NWS sN Nb NE SW NW S
sW
C lear R ain
.....................
f i( _ "
R a in ___
C l e a r Slot 2
_
C lear
C loudy C loudy
............... --
___
ss
sN
N E L_ NEE SE SW
sW
5 SSE N NS 5N E NW 3S NE NE S SSfc
sS
Ss
R ain C lear
o te 2
-- --- --------------C lear
C loudy
C loudy
I
C loudy
Storm y
C loudy C lear R ain
N ote 2
Y "
R ain
C lear
aio rm y
C lear
K a m ___ L :
..... iY
s
IS S
:s
S SSE
S SW
S
NE :
S !S !S
ssw s s S N SW
SSE
i i i I 1
NE J
NE s SW NE
; !
S SW ' NE I
5W E E W S
SSE N
NW S SW
oear
C loudy
C loudy C loudy
C lear C lear uear
Y. . l TM
j ....... _____ _______ Y ............. ...
.. N o te
. .. --
C loudy t C lear
NE
N E w SW NNE s fc NS NW S SSE
i . __________ . c le a r ; N ote 4
Y
c le a r .N o te *
: C loudy ' i C loudy
Y* Y_ " J
1 C lear
1 C lear : . . . j , 1 K a m ____________ . . . 4 T ............... .
cio u o y
C loudy C loudv
C lear
j .............
Y'
NE ~
____ ; ______ ____________ uear
NE N NW S E
w NW S
NE
J _ ______ _ _ c i e a r _ _ :........ .................. \ y
.......... ...
c le a r jiM oie z
C loudy i C lear i
Y ............... ..
; C loudy
C loudv C lear
,
. Y Y`
. .Y
. S L s ..
SSE s
: !
SSE s
Kam
C lear C lear
ji j. 1
Y .
..
Y
............................ ............................
Pagel
RJ2043291
EID 476399
Air Samples
A /ft F F P S lab R acks C- 8 R eco very O p erato r
P E P P otvkettlB C o n tro l R o o m , P o sitio n 2 F P F in ish ing (D ry e r) C o n tro l R o o m G ra n u la r P o lykettle C o n tro l R o o m
N O ffices R o o f H V A C N . O ffices R o o f H V A C F E P O v e n C ontrol R o o m , Position 1 A /S # 2 Initiator P latfo rm Bead O ven Room F E P O v e n C ontrol R o o m . Position 2 F P Fin ish in g (D ryer) C o n tro l R o o m F E P O v e n C ontrol R o o m , Position 1 F E P O v e n C ontrol R o o m , Position 2 F F P O v e n C ontrol R o o m . Position 2 M o n o m e r C ontrol R o o m H V A C In ta k e N . O ffices R o o f H V A C B 1 6 2 2 n d L e v e l O u tsid e S m o kin g A rea C - 8 R ecovery O p erato r F F P O v e n C ontrol R o o m . Position 1 F P Fin ish in g D ry e r) C o n tro l R o o m F P F in ishina Orver O o e ra to r F P F in ishing D ryer O p e ra to r W ax Room B 1 6 2 2 n d L evel O u tsid e S m o kin g A re a F F P E xtru d er C ontrol R o o m F P O v e n C ontrol R o o m , Position 1 F E P P o lykettle C on tro l R o o m , Position 1 F P Fin ish in g (D ry e r) C on tro l R o o m F P & D A u to clave C o n tro l R o o m M o n o m e r C ontrol R o o m F E P E xtru d er C ontrol R o o m F E P E xtru d er C ontrol R oom F E P E xtru d er C ontrol R o o m F E P O v e n C ontrol R o o m . Position 1 F E P P o lvketlie C o n tro l R o o m , Position 2 F P F in ishing (D ry e r) C o n tro l R o o m F P & D A u to clave C o n tro l R o o m N e w F E P C ontrol R o o m N e w F E P C ontrol R o o m P /S F E P P K O perator F E P O v e n C ontrol R o o m . Position 1 F E P O v e n C ontrol R o o m . Position 2 F E P P o lvketlie C o n tro l R o o m . P o sition 2 F P F in ishing (D ry e r) C o n tro l R o o m N e w F E P C ontrol R oom P /S D a v P o ly A rea M e d a n le p /S F in e P o w d e r D ryer O p P /S S h ift M ech an ic A /S # 2 B ooster. P u m p Bead O ven Room Bead O ven Room B ead S w eeco Screener F E P O v e n C o n tro l R o o m , P osition 1 F E P O v e n C ontrol R o o m , P osition 2 F P F in ishing (D ry e r) C o n tro l R o o m F P & D A u to clave C o n tro l R o o m F P & D A u to clave C o n tro l R o o m F P & D A u to clave C o n tro l R o o m M o n o m er C ontrol R o o m M o n o m e r C ontrol R o o m N e w P E P C ontrol R o o m P /S F E P G eneral D a y M ech P /S F E P G en eral D a y M ech P /S F E P G e n e ra l S h ift M e c h Q e a d L a s e r insp ectio n
Bead O ven Room F E P P o lykettle C o n tro l R o o m , Position 1 F E P P o lvketlie C o n tro l R o o m . Position 2
CO PO LYM ER S (T T F 0 S 8 /0 B P M )
T C P 2 3 1 ) (TC P 215) (T T F 031) (T T F060) (T M O 045)
1 /9 7 -1 1 /9 7 0 7 /1 7 /9 7 0 7 /3 0 /9 7 0 8 /0 4 /9 7 0 7 /3 0 /9 7 0 7 /1 1 /9 7 0 7 /2 1 /9 7
0 .1 2 0 .1 2 0 .1 2 0 .1 2 0 .1 1 0 .1 1 0 .1 1
I
NE
s s s
~ NE
(TM O D 45) (T M 0045) (T C P 231) C O PO LYM ERS
0 7 /2 3 /9 7 0 7 /0 9 /9 7 0 7 /1 4 /0 7 9/97-1 1 /9 7
0 .1 1
0 .1 0
0.0 9 0.0 8
S E NE
T C P 6 0 3 /1 8 P J IT C P 2 3 1 ) (T T F 031) (TC P 231) (TC P 231) (T C P 231) 1TM O 45) (T M 0 0 4 5 ) (T M O 048)
(T T F 0 B 8 /0 8 P M ) (T C P 2 3 ) (T T F 031)
C ontract
0 7 /0 9 /9 7 0 7 /1 7 /9 7 0 7 /2 5 /9 7 0 7 /1 6 /9 7 0 7 /3 1 /9 7 0 7 /2 8 /9 7 0 8 /0 5 /9 7 0 7 /2 2 /9 7 0 8 /0 7 /9 7 0 8 /0 5 /9 7 0 7 /1 8 /9 7 0 7 /1 1 /9 7
0 .0 8 0 .0 8 0.0 8 0.0 7 0.0 7 0.0 7 0.0 7 0.0 7 0 .0 6 0.0 6 0 .0 6 0 .0 8
NE S NE S N SSE SW S SSE NE S
T T F 1 0 2 /0 8 P I)
10214
0 8 /1 2 /9 7
0 .0 0
(T T F 1 0 2 /0 8 P ) (TTF02B ) T M O 0 4 8 ) (TC P 268) (TC P 231) (T C P 215) IT T F 0 3 1 ) IT T F 01 0) (T M O 100)
10177
0 8 /0 5 /9 7 0 7 /0 9 /9 7 0 8 /0 4 /9 7 0 7 /1 4 /9 7 0 8 /0 8 /9 7 0 7 /1 4 /9 7 0 7 /2 4 /9 7 0 7 /1 1 /9 7 0 7 /2 8 /9 7
0 .0 8 0.0 8 0 .0 5 0 .0 5 0.0 5 0.0 5 0.0 5 0.0 5 0 .0 5
E S NE S NE S S N
(T C P 268) (T C P 2B 8) (T C P 268) (T C P 231)
0 7 /1 8 /9 7 0 7 /1 7 /9 7 0 7 /1 6 /9 7 0 8 /0 7 /9 7
0 .0 4 0.0 4 0 .0 4 0 .0 4
NE
..N E Nfc
s
(T C P 215) (T T F 0 3 1 ) IT T F 0 1 0 ) (T C P 280) (T C P 2B 0)
0 7 /3 1 /9 7 0 8 /0 7 /9 7 0 7 /2 5 /9 7 0 7 /2 8 /9 7 0 7 /1 7 /9 7
0 .0 4 0 .0 4 0.0 4 0.0 4 0.0 4
s s s N NE
CO PO LYM ERS
9/97-11/9" 0.0 4
(T C P 231) (T C P 231)
0 7 /3 1 /9 7 Q a /0 4 /9 7
0.0 3 0.0 3
S S
(T C P 215) (T T F 0 3 1 ) (T C P 280) H o m o o o lym ers
0 7 /2 9 /9 7 0 6 /0 6 /9 7 0 7 /1 4 /9 7 9 /9 7 -1 1 /9 "
0.0 3 0 .0 3 0 .0 3 0.0 3
s s NE
H o m o p o lym ers
9 /8 7 -1 1 /9
0.0 3
M ONOM ER
9/97-11/9" 0 .0 3
CO PO LYM ERS
9 /9 7 -1 1 /9
0 .0 2
T C P 6Q 3/18P J T C P 6 1 1 /1 8 P J
C ontract C ontract
0 7 /1 3 /9 7 0 4 /0 8 /9 7
0 .0 2 0 .0 2
T C P 6 1 0 /1 8 P J
C ontract 0 7 /0 9 /9 7
0 .0 2
(T C P 231)
0 8 /0 4 /9 7
0 .0 2
S
(T C P 231) (T T F 0 3 1 )
0 8 /0 6 /9 7 0 7 /2 2 /9 7
0 .0 2 0 .0 2
S SW
(T T F O tO ) (T T F 0 1 0 ) (T T F Q 10)
0 8 /0 7 /9 7 0 7 /2 4 /9 7 0 7 /2 3 /9 7
0 .0 2 0 .0 2 0 .0 2
s S S
(T M 0 1 0 0 )
0 7 /2 5 /9 7
0 .0 2
s
(T M O 100) (TC PZB O )
0 7 /2 3 /9 7 0 7 /1 8 /9 7
0 .0 2 0 .0 2
s NE
CO PO LYM ER S
9 /9 7 -1 1 /9 7 0 . 0 2
C O PO LYM ERS
9/97-11/97. 0 ,0 2
C O PO LYM ERS
0 /9 7 -1 1 /9 7 0 .0 2
T C P 8 1 1 /1 8 P J TCP611 IT C P 2 1 5 )
C ontract
0 3 /2 7 /9 7 1 0 3 /2 7 /9 7 T 0 8 /0 8 /9 7 I
0 .0 1
0 .0 1
0 .0 1
SSW
(T C P 215) I
0 7 /3 0 /9 7 1 0.01
S
Page2
NE SSW
.
C lear
............... ! . . ________ i
C ]e a r_ J viote 2
!
SSE SSW
s
NE w NW
'
Storm y C lear C lear C lear C loudy R ain
.........................I
4 o te.2
. . j . --------------
l_
7
Y
Y
N E C lear
...
.... __________ --
N E C lear
E C loudy
E _____ C le a r
NW
" C lear
N S C loudy
SSE
C lear
NW S
C loudy
NNE
C lear
--
. ______ --
. . . . . -------
N o t e 2 ______ ___________
________. Y
..................
Y
Y
________ _____
SSE
NE
s
C lear
___________
C lear
.. . . _____
C le a r .... _______
NW SSE
R ain Storm y
___
Y
NE S S E ___
N
s
C lear C lear C lear R ain
i
___ .
"
......................
5 " C le a r N S C loudy
_ .. .
NE NE
E NNE NW NNE
E NS NE
C lear C lear C lear C lear C lear C lear C loudy C loudy C lear
N ote 2
------- ----______
___________ ..
._________ ..
. .. . ......... ..........
NNW SSE
N SSE NE
C lear Storm y
C lear C lear C lear
______________ ..............
N ote 2
.
N ot 2
.. ____.
_________ --__--
... ... ..
SSE SSE NW S NNE
S W " W E
SW SSW
Storm y C lear
C loudy C lear R ain C loudy C loudy C loudy C lear
.. .
,_____ . . .
____________ !
i . . . . . . . . . . L......................
. _. ......__ ...
..................... --
c ________
..................
...
i_ -- i___________
__________
I, _.._.._._.._...
"C lear
: ..
C lear N o te 2
RJZ043292 EID 476400
Air Samples
Page 3
RJZQ43293 E ID 476401
G ra n u la rP o ly k e ttfe C roitrol R o o m G ra n u la r P olvkettle C ontrol R o o m G ra n u la r P olykettle C ontrol R o o m G ra n u la r P olvkettle C ontrol R o o m G ra n u la r PotvkettJe C o n tro l R o o m G ra n u la r P olvkettle C ontrol R oom
M o n o m er C ontrol R o o m M onom er C ontrolRoom M o n o m er C ontrol R oom M o n o m er C ontrol R o o m M o n o m e r C ontrol R oom
H e w F E P C ontrol R oom
N e w F E P C ontrol R o o m N e w F E P C ontrol R oom
N e w F E P C ontrol R o o m N e w F E P C ontrol R o o m N e w F E P C ontrol R o o m P I S C - 8 R e c O p C h g F ilters P I S D a v P o ly E & l M e c h a n ic P /S F E P E xtruder O p erato r P /S F E P F la k e P acko u t O p P IS R ne Powder A C Op P IS F in e P o w d e r P acko u t P /S W e t Flnlshlna O p e ra to r
(T T F 06 ) 1
(TTF 60)
fT T F 060)
(T T F060)
(T F F 060) i
m F060i 1
(TTF06Q ) i
(TTFO SO ) 1
(TTFO SO )
(T M O 100)
(T M O 100)
(T M 0100) '
(TM O 100) T
(T M O 1 0 0 ) 1
(T M O 100) (T M O 100) (T W I0 1 0 0 )
!
1
!
(T M O 100)
(T C P 280)
(T C P 280)
(T C P 280)
(T C P 280)
(T C P 280) (TC P 280)
(TC P 280) (TC P 280)
H o m opolym ers
H om opolym ers
CO PO LYM ERS
I COPOLYMERS
IH o m o p o lv m e rs
IH o m o p o lym ers
C O P O LY M E R S
Air Samples
0 7 /3 1 /9 7 0 7 /2 8 /9 7 0 7 /2 5 /9 7 0 7 /2 4 /9 7 0 7 /2 3 /9 7 9 7 /2 2 (9 7 0 7 /2 1 /9 7 0 7 /1 0 /9 7 0 7 /0 8 /9 7 0 8 /1 3 /9 7 0 8 /1 2 /9 7 0 8 /0 8 /9 7 0 8 /0 7 /9 7 0 8 /0 4 /9 7 0 7 /3 1 /9 7 0 7 /2 4 /0 7 0 7 /2 2 /9 7 0 7 /2 1 /8 7 0 8 /1 3 /9 7 0 8 /1 2 /9 7 0 8 /0 8 /9 7 0 8 /0 7 /9 7 0 8 /0 6 /9 7 0 8 /0 4 /9 7 0 7 /3 1 /9 7 0 7 /2 9 /9 7 8 /9 7 -1 1 /9 7 9 /9 7 -1 1 /9 7 9 /9 7 -1 1 /9 7 9 /9 7 -1 1 /9 7 9 /9 7 -1 1 /9 7 9 /9 7 -1 1 /9 7 1 9 /9 7 -1 1 /9 5
0 .Q0
0 .0 0 0 .0 0 0 :0 0 0 .0 0
0 .Q 0 X1 0
0 .0 0 0 .0 0
0 jD0
0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0
0 .0 0 0 .0 0 0 .0 0 0 .0 0 0 .0 0
s NNW
! C lear N o te 2
1
N
N S ! C lo u d y N o te l
I ...............
s
s *s
... E _ _ l C lo u d y Note i _____ s _____ l " R a in __ N o te
W 1" C loudy N o t a i
. ! .. j I
sw
NW S
C lo u d y., N o te 1
I
NE ' ' N
C lear N o te 1
s
SW
C lear N o te 1
1
______N E
NE
C lear N o te 1
j . _____
s
SE
R ain N o te 1
;
SSE
ssw
s
E SW NNE
R ain C lear C lear
N ote i N o te 1 N ote 1
j .........- . - ....
s
SSE
Storm y N o ta 1
s s sw
NNW
s
NW S
C lear R ain C loudy
N ote 2 N ote 1 N o te 1
.... ...
_____________
. . ..
N N E C lear N o te 1
s S E R ain N o te 1
SSE
ssw
E
sw
R ah C lear
|N o te 1
_
N o t e l _______
....
s
NNE
C lear N o te 1
s
SSE
C lear N o te 1
S
SSE
Storm y N ote 1
_______ -
s
NNW
C lear N o te .2
s .. . .
.N.................. ........ ..
C lear
______________ _._...._.._.._.. ..
N ote 2
I . . ______
______..... . ____
.
-
-
_ ..
Page 4
RJZ043294 E ID 476402
A rca
location
Sam ple U ow tion
Surface R(eusg>ult source
Hamopotymcrs (6162) P o te tte C ontrolRoom Ares Homopoymere (81fi3) D ry Area
ou trid e d o o ro n tt'o stana D iti r o tti e (re stiC-Biarde M e tti
b e tta ) coreraiROQin a tu e a n Roma end o ttirye fso n top
i abitala
P aint! M e tti
i47S^r<hab 310^ FScbob
' H em optym s(0l62) -8 R civw y C ontre!Room
e n to p o fsmaBjSher box onv Ito th rig h i y u ite r Meta! in fre n iti O ry S e n s ifto o m (W ia Room end)on sm ti)
1W .P N R tob
HrTwpO/yTftttS (8162) D ry A res F E P (01 3)A rtt *1 Rake Storage Happe)
m o ttis h ffla iW D ry e ftd e
M e tti
m fre rte n d tiP tiy M fe C o flm tR M ffl
M a lti
potiaofted *P P j*R aie^ IrB ie m kirte ol9 tiro area on
Homopolymere ( l ) C-B R tcovory C ontre! Room A res w itflltis u fa o a tta lw s a tirty
M etal
smaBw tiie re f^ e ra p rv>tbe le o f mWnghood by & 9
HorcpciyTwra(Bl6Z) Potykettb C ontrolRoom Area B-123Bad Fady BeadFaeaiv
B-123 B edP aiy Bead Fac$V Fine PowderFinbM nj (Dryer)
Homppoiymea(Bti) ControlRoom
F E P (B IO )Areas
*1 re P Clean Room
tgrii T o flo fo w fito O in h o o d v trtlO o w n Oven rw m w dgh de tic
tc p o frw rito r A lo e long re tta rg u b r lefiw be box
Pabrtcd Matti M e tti M etal
P ia s M e tti
7T.4 732
tsozdttiosbrtrO te* i2n 9f8 7 N<to
70.1 8 **k a b D hes 1ZH6/9? N ti*
6 2 2 M ctob $8.0 StakaS D ines 12/16/97 Note
HomopoVmc{B**> AboctovoContactRcom
B -123B i3dFacJ*y ta ttF e c & y F frF tiw d F W tH n ) (O iyar)
H om op tiyiw i (9 *6 *) C anto! Room
Homopolymers (0152) DryerA n a
M om opotynH ra(S i) W arehouse
H onw ptiynw s (0102) RoofA n a
o n tog o ffr is tia d lh a lh it K rtrio rts tttig en t
la n to M W o td
A topgbve storage b o * tip d b ttz e r room
P ia s ti
in fi> rem tt< oem adjacentto m entorroom o n lop or
c a ttra tin tear corner
Painted M etal
D ry S o ee nR d tin M b&re s itite lib o n s fo r moistaa
a n tik e r
Painted M etal
b e H rtire p a d e u d b p titio n area on tan m pplyestate*
b y le s k
Painted M e tti
on rette fedge o fnorthe nd ef AC partt i 9 A s tia re
C ostruRoom HVAC Una
M e tti
okntiMCtwalby3DryontopofyetowbRtaMneo8
48 2 FSctob *5 .7 zika ts O te s lz/t0 /B 7 Nera
*81 tottob 389 NktoB
31.1 toctots
2 8 7 N tauts
HW0 0 ^mra(Bie2 ) DryerArea H rtpem tfs (B1S2) Autoctane/Palyktitte C ortrelRoom Hom optiym ere (8152) RealAres H em opo!yniw s{Bi67) P c d x trfD bpersfcn Area
box P tirttd M o tti
OAw p o ftanfB ng c a ttiti roughly frta tiw tttfc M n C ontrai
M own
Painted M e tti
on base o fdie backside (w * y rfttifa ) c f the FPDryer
area and a e re b re tte rt hood e tia w t
M e tti
a i amaRcontatipanel (aaossfrem to k w d ldoom &ylon
togffreftshfeii b
C barP ia titi
29.3 N W IS 2B.6 fftto b 205 N ictob 272 tocJnb
Homt>pCplym*re(aiS2} W o/ns/veLoung*
f e p (B 163)Areas W arehouse
FEP (8163)Areas DispersionPackout Ares
Homopolymers{8152) SittoWngAraa
Ptaalo Covarad
warehouse along M ftM O iflO are - Witop o rb o xfo r safety
glasses betid o fdoorfrom tu ro m n d s i
PsbitedW ood
o n top o fdesW tr^ W M m beweenthe D ttperston
P a tto pod and wash bash o n too Ofventabove the bench
M etal M e tti
25.0 to rto la
28 7 N lrto li
26.0 to cto b 25.3 tochob
! i
F gP (8l63)A /eaa
S ta im i
Hom optiym m siBiQ 2) MonomerContre)Room
F P {B 1B 3)A f6
O re Area
H 6reoptiym *t(B1B2) Autoclave C ontrol Room
8*129 Beat)F K fky BeadFetifiry H fim opdym crlB182) PdyfcaflSC ontrol Ream
FEP (8193)A re
a S tti> Drop
H o m op tiym fiB 1 i2) N.0171* area
(In-between Dispersion P a rto u ta n lO iy Rake pekcut leading to second fk o r)o h tattge haffway u p to lr* on lop o fm entor tifa r M (fa ro UOor}o fcentro)panel
FEP Ovens- top o f yBow m e tti* *1 oven on to p o fre ffio b re to t A top refrigerato) in bretiuoom
on top o fmicrowave
Ensidoonsnafflbdga to teR o ff o l corridor by MonomerCoritaotRoem * b rt eflie e on le tt(R u b) on fSng a t te t rig o f dock
M e tti P ia titi
P a tite ) M e tti M etal P ia tile C aveftd P a tite ! Metal
P a tite ! M e tti
on sm tiH b o g D tib a n sra o fW a F to tiD H V A C w frstit to! M eMtatil
25.8 to d n b 23.4 N kto b 23.4 S ka ts Dinas 12/5)97 Noto 232 N kte b ZZ.0 212 to rto li 192 tochob
17 to m b
184 tochob
H otnpporyntais|Bie2) Room Area H om eptiym eia (8162) R o ti Area
R ffipdym anlB 1B 2) MonomerC ontrolRoom
F P (8103)A re
8*123 B o n i FacRy f P (0103)A re
E rfruderAree
B e ad F ad sty OvenA rea
F P (0 l6 3 |A rt FCP(B103)Areas
ExtruderA n a #2FePCttanRM<n
o n td p b tig re ttig e rw r
p a tite ) (to ta l
o n u n fs n tts sTto ftM.O ffe HVAC u tk kttaito
M e tti
o<tt$i> e fntontor (in d o rvont)ktcoreputurfronior cm
o d jM O rtto w tirp I tito
R ustie
o n top o fto d te rt agalna tti^w a # b fttid k t i tto fttt Extrude
CoofcotROom
.
P a tite ti M o tti
Bookcase top fa iftic ttn tio r CR
N e tti
FEP O vens*top o fe tiM ta t-tra y o u t
o n top o fM e to u tivcntonH VAC u tillA a o id h w e ti com ero farea (to lto skis t i doorwayto habw ayofftes) A tcpbeB laiialK g
P a tita ) M etal M e tti
183 tochob 15.S N kto b
183 to tho b
182 tochob
-
14.1 S xtire b Olnes 12)15)97 Note
18 8 S te tti O kies 12OT Nte
18 6 tochob 1 1 2 S zskabD toS 12/1IV37 N oto
H om optiym s(8l92) R o tiArea Hcmqpolymeis (8192) S m o tta Area
FEP (6163}A n o * FtuflA re N .T artrF araj Hom opcytnere{B1fi2) Fina Pewdf P a tito li Room Hom opotym oretO lj) M oro Contro Room FEP(Q163)Arcas OvertArea
P E P (8183)A re FEP (8183)A re
OryF b h e P a tiro tiArea O vsrtArea
FEP (B 0 )A rte * O vanArea H o h tip e ^m m p M a ) F in e P w )e rP ik i Room H o re o fw lym e w p i ) Rn P rw tH r P ackotf R o tin K o ro pclyro s(B 1R ) Fine Powder P a io li R on
PEP (8163)A f tti F E P (8 ls3 > A re
0W A Second FbO rPtiykeRlB C ontrol
FHEonPw(8p1cl0y3m)Aerree(a8*182) OPvoeVnrAetreo*onW Room
FEP (B 83)A reao O tiftA H oreoptiym ets (B U S ) Fine PowderP acAoit Room
FEP(B153)Areas BreifcR oom
FEP(g1$3)Area5 OvenArea
F E F (B l5 3 )A re New C o n titiRoom
N . TartrF srm
B-12
Homopolymere(0162} PotjAetflaConstiRoom
8*12 8-12 FE P (B 19 3)A rea s
O vtrtA rea
a t w estend o fMonomerC o rd itiRoom HVAC u ti on top
t ir e t t i M s u M e iM fl*o f b ig e rsafety m W j to *
M e tti
112 N kto b
M lM ttd sam ple o fd u tib iv e ti (wsIgfik'O 0.02351 grenu)i
*
s tia (Hub boa re d * frig o b o x ntrad arm aticomer
A o n btetiooom aa ow b om c to tttw r
P a tite ! M e tti
N . Tank F n * w o o fbreaw ng tirs ta k n C om erram pO w M fto titb n
M o tti
on to p o lm entorh m ttd lo o t contre)p u o ti
P tosfe
F P O vcn a -tD 9 o f h )V st'fM 5
11jO tochob
9A to rto * 9 3 S zatts O he* 12/5/97 NOW 9 3 S terefe D im s 12rfBf97 Note M tochob 8 3 S te te s O tite 12)6)97 N o ti
on lo p o fMack tir m askt * a tbreeW ng s ir a do nto P e tite ! M ote
FEP O ve rt*-P ia tile shield tra y a u t
on (o p tio tt O w n COntaOtBoom AC u to beMndC o rtre l
Room i t Dento fconveyorsystem
lb p o ff% ti}ts * w td > b * Top o fc o rtre lpanelS n s Toy o forereiP tid (he 82 on top t i storage to n e t* tio n g bscfcwtO a rm from
P tiree d M e tti Ptastte M etal M o tti
OW A o lfa r end (tr rtd o r)ti > rtrd O ita on to p ti box H ot
ro o m w re m e rita li* on b tJ 'ti tk c e a W * p o n tiboxbetween conveyor
D d n iM O itA S i o n top e tblock r e ti rock te tto door
N o tti
Lam inate!W ocrt
P tifte ) M e tti P u tito tiM ote
on blue boxen wanbetw een Oven(C o rtito ft old Oven
ContaciRoom
'
To o lte m titu B id contatibo* o c re bom P tiy to tia C ontati R oom -untop o f brewn
vandogm adtoe on t o r t i breetoing ir rto tio n 34 b fa tk bo* VHretwccw
P atate) M ete M ete
P a tite ti M e tti
O rtn U Z a n d co n w ro rtvste rt o n (o p ti m onitorabngdM dng w sfl P A farF O rm -topottceer
P a tite tiMata! P iaste
B*12 o ffkn b tifttt tre tr tto
do e rkn b ,as you ester co n tro lRoom (tougrty 100cm(2 )
area)
M e tti
EM 2 M . B oteysofffcc cn cstsh ti
8-12 top o f fifing cabtoct F 8 P O v rU *ti o fp la re o sre e tt'fH 4 3 2
92 tochob BJO S te te s D tte s 1 2 W 7 N ti*
7 3 tochob 7jB S zska ttO tite 12/16)97 Note 8 9 S te te O h 12H6N7 Note 8 6 S te a b O tie s 12)16)97 Note
8 8 tochob
81 to rto ti
4.7 N kto b 4S N kto b
4 3 N kto b 4 3 e te ttix O tite 12/16W7 Note
4.1 N kto b
2.6 to c to b 1 3 tochob 1 2 S te te s D b 12/5/97 Note f r i S te ta b D h e a 12/6/97 Note
1.1 N kto b 0.7 S te te s O tite 12)5)97 Note 0 5 S te re b O tte * 12)5)97 Note 0 3 S te te s O tite 12/5/97 Note
RJZ043295 EID 476403
Notes
1. Entered air sample values of ''<0.01" as 0 2. Air samples contaminated - blank value subtracted from analytical result 3. Only ran part of sample time 4. Ran entire sample time
Page 6
RJZ043296 E ID 476404
Number
All Sample # (T T F 1 0 2 /0 8 P I) (TTF068/08PW
(TTF060) (T T F 0 3 1 ) (TTF028) (TTF010) (TM 0100) (TM 0048) (TM 0045) (T C P 2 8 0 ) (T C P 26 8) (T C P 2 3 7 ) (T C P 2 3 1 ) (T C P 2 1 5 )
D a te 07/08/97 07/09/97 07/10/97 07/11/97 07/14/97 07/16/97 07/17/97 0 7 /1 8 /9 7 07/21/97 07/22/97 07/23/97 07/24/97 07/25/97 07/28/97 07/29/97 07/30/97 07/31/97 08/04/97 08/05/97 08/06/97 08/07/97 08/08/97 08/12/97 08/13/97
W ind/ M o rn in g
E N NE S SSE SSW SW W ind/ A fte rn o o n E N NE
Avg
Min
Max
Std Dev
7 0.11 0.00 0.30 0,10
9 0.35 0.00 2.43 0.79
4 0.05 0.00 0.12 0.06
18 0.21 0.00 1.91 0.60
17 0.09 0.00 0.76 0.19
9 0.36 0,06 0.52 0.13
17 0.01 0.00 0.05 0.02
14 0.02 0.00 0.13 0.04
11 0.19 0.00 0.43 0.13
27 0.60 0.07 2.90 0.74
14 0.01 0.00 0.04 0.02
11 0.06 0.00 0.45 0.13
2
0.31
0.25
0.37
0.08
23 0.34 0.00 4.31 0.92
28 0.05 0.00 0.48 0.11
2 0.00 0.00 0.00 0.00
6 0.42 0.00 1.91 0.75
5 0.13 0.00 0.37 0.18
6 0.18 0.05 0.40 0.15
8 0.35 0.00 2.43 0.84
6
0.05
0.00
0.16
0.06
7 0.66 0.00 4.31 1.61
6 0.29
0.00
1.59 0.64
9
0.21
0.00
0.76
0.25
10 0.21 0.00 1.21 0.36
10
0.30
0.00
1.08
0.33
10 0.43 0.00 2.13 0.67
12 0.44 0.00 2.90 0.80
10
0 .1 2
0.00
0.45
0.17
12 0.51
0.00
2.17
0.74
8 0.03 0.00 0.12 0.05
10 0.01
0.00
0.07
0.02
12 0.09 0.00 0.48 0.17
8 0.09 0.00 0.30 0.11
9 0.04
0.00
0.16
0.05
9 0.04 0.00 0.23 0.07
12 0.04 0.00 0.25 0.09
10 0.01
0.00
0.06
0.02
7 0.00 0.00 0.00 0.00
6 0.42 0.00 1.91 0.75 9 0.09 0.00 0.45 0.15 36 0.25 0.00 4.31 0.75 108 0.20 0.00 2.90 0.46 13 0.06 0.00 0.30 0.09 11 0.02 0.00 0.23 0.07 10 0.21 0.00 1.21 0.36
21 0.25 0.00 2.90 0.63
12 0.51
0.00
2.17
0.74
30 0.29 0.00 4.31 0.82
RJZ043297 E ID 476405
NNE NNW NS NW
1 NWS
S SE SEE
sSsSwE sww
W eather Clear Cloudy Rain Stormy
N o te s Note 2
9 10
9 S 11 16 1 2 27 8 16 10
112 39 30 12
29
Dates between 7/8 and 7/29
-A ll 119
-(T C P ...)
37
- (T T F ...)
43
- (T M O ...)
39
Dates between 7/30 and 8/13
-A ll 85
- (T C P ...)
41
-(T T F ...)
31
- (T M O ...)
13
0 .0 4 0.01 0.09 0.12 0.36 0.34 0.00 0.00 0 .0 7 0 .0 3 0 .0 6 0.30
0.17 0.28 0.23 0 .0 9
0.16
0.32 0.24 0.26 0.45
0 .0 4 0 .0 4 0.03 0 .0 6
0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.00 0.00 0.00 0.00
0.00
0.00 0.00 0.00 0.00
0.00 0.00 0.00 0.00
023 0.07 0.45 0.43 1.91 2 .1 3 0.00 0.00 0.48 0.12 0 .3 7 1.08
0.07 0.02 0.15 0.18 0.62 0.54 #D IV /0 ! 0.00 0.13 0.05 0.12 0.33
4.31 2 .9 0 2 .1 3 0.48
0.51 0.51 0.53 0 .1 7
1.80
0.37
4.31 4.31 2.43 2.90
0.64 0.74 0.53 0.65
0.48 0.48 0.41 0.30
0.09 0.10 0.08 0.09
\
RJZ043298
BID476406
Average Median Std. Dev.
Sam ple # (TCP215), Position 1 (TC P215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TC P215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215), Position 1 (TCP215). Position 1 (TCP215). Position 2 (TC P215), Position 2 (TCP215), Position 2 (TCP215), Position 2 (TC P215), Position 2 (TCP215), Position 2 (TC P215), Position 2 (TC P215), Position 2 (TC P215). Position 2 (TCP215), Position 2 (TCP215), Position 2 (TC P215), Position 2 (TC P215). Position 2 (TC P215), Position 2
(TC P215) (TC P215) (T C P 2 1 5 )
R e s u lt (m pb)
0.48 0.29 0.23 0.05 0.01 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.12 0.04 0.03 0.01 0.01 0.01 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.05 0.00 0.11.
Postlon FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room FEP Polykettle Control Room
(TCP231 ), Position 1 (TC P231), Position 1 (TC P231). Position I (TC P231}, Position 1 (TC P231), Position 1 (TC P231), Position 1 (TC P231), Position 1 (TC P231), Position 1 (TC P231). Position 1 (TC P231), Position 1 (TCP231 ), Position 1 (TCP231). Position 1 (TCP231), Position 2 (TCP231), Position 2 (TCP231 ), Position 2 (TCP231), Position 2 (TCP231). Position 2 CTCP231). Position 2 (TCP231), Position 2 (TCP231), Position 2 (TCP231), Position 2 (TCP231 ), Position 2 (TCP231). Position 2
4.31 0.19 0.17 0.12 0.09 0.07 0.08 0.05 0.04 0 .0 3 0.02 0.00 Spilled 1.59 0.25 0.23 0.18 0.16 0.08 0.07 0.07 0.03 0.02
FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room FEP Oven Control Room
RJZ043299
Average Median Std. Dev.
(TCP231). Position 2 (T C P 2 3 1 ) (T C P 2 3 1 ) (T C P 2 3 1 )
0.00 0.34 0.07 0.92
PEP Oven Control Room
Average
Average Median Sid. Dev.
Average Median Std. Dev.
(T C P 2 3 7 ) (T C P 2 3 7 ) (T C P 2 3 7 )
(T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 ) (T C P 2 6 8 )
(T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 ) (T C P 2 8 0 )
(TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045)
0.37 0.25 0.31
#3 Slab Drop W hile In Use #3 Slab Drop W hile In Use
0.45 0.05 0.04 0.04 0 .0 4 0.00 0.00 0.00 0.00 0.00 0.00 0.06 0.00 0.13
FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room FEP Extruder Control Room
0.04 0.04 0.03 0.02 0.01 0.01 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.01 0.00 0.02
New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room New FEP Control Room
Spilled 2.90 2 .1 7 2.13 1.21 1.08 0.96 0.94 0.69 0.51 0.45 0.39 0.34 0.30 0.26
N. Offices Roof HVAC FP&D Autoclave Control Room Intake W ax Room HVAC Intake W ax Room HVAC Intake W ax Room HVAC Intake W ax Room HVAC Intake FP&D Autoclave Control Room Intake FP&D Autoclave Control Room Intake W ax Room HVAC Intake FP&D Autoclave Control Room Intake Monomer Control Room HVAC Intake Monomer Control Room HVAC Intake Monomer Control Room HVAC Intake FP&D Autoclave Control Room Intake W ax Room HVAC Intake
Average Median Std. Dev.
Average Median Std. Dev.
Average Median Std. Dev.
(TM0045) (TM 0045) (TM0045) (TM0045) (TM0045) (TM 0045) (TM 0045) (TM0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045) (TM 0045)
(TM 0048) (TM 0048) (TM 0048) (TM0048) (TM 0048) (TM 0048) (TM0048) (TM 0048) (TM 0048) (TM 0048) (TM048) (TM 0048) (TM 0048) (TM 0048)
(TM O100) (TM O100) (TM O100) (TM O100) (TMOIOO) (TM O100) (TM O 100) (TM O IO O ) (TM 0100) (TMOIOO) (TM O IO O ) (TM O IO O ) (TM O IO O ) (TMOIOO) (TM O IO O ) (TM O IO O ) (TMOIOO)
(TTF010) (TTF010) (TTF010) (TTF010) (T T F 0 1 0 ) (T T F 0 1 0 ) (T T F 0 1 0 ) (T T F 0 1 0 )
0.22 0.19 0.19 0.17 0.16 0.15 0.14 0.13
0.11 0.11 0.10 0.07 0.07 0.60 0.26 0.74
N. Offices Roof HVAC FP&D Autoclave Control Room Intake W ax Room HVAC Intake Monomer Control Room HVAC Intake Monomer Control Room HVAC Intake N. Offices Roof HVAC N. Offices Roof HVAC N . Offices Roof HVAC Monomer Control Room HVAC Intake N. Offices Roof HVAC N. Offices Roof HVAC Monomer Control Room HVAC Intake N. Offices Roof HVAC
0.43 0.32 0.26 0.23 0.23 0.22 0.17 0.15 0.06 0.05 0.00 0.19 0.22 0.13
B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area B162 2nd Level Outside Smoking Area
0.13 0.05 0.02 0.02 0.01 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.02 0.00 0.04
Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room Monomer Control Room
0.05 0.04 0.02 0.02 0.02 0.01 0.00 0.00
FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room
Average Median Std. Dev.
Average Median Std. Dev.
Average Median Std. Dev.
(TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTF010) (TTFQ10)
(TTF028) (TTF028) (T T F 0 2 8 ) (TTF028) (T T F 0 2 8 ) (TTF028) (TTF028) (TTF028) (TTF028) (TTF028) (TTF028) (TTF028)
(TTF031) (TTF031) (TTF031) (TTF031) (TTF031) (T T F 0 3 1 ) (TTF031) (TTF031) (T T F 0 3 1 ) (TTF031) (TTF031) (TTF031) (TTF031) (TTF031) (T T F 0 3 1 ) (T T F 0 3 1 ) (T T F 0 3 1 ) (TTF031) (TTF031) (T T F 0 3 1 )
(TTF060) (TTF060) (T T F 0 6 0 ) (TTF060) (TTF060) (TTF060) (TTF060) (TTF060) (TTF060) (T T F 0 6 0 ) (TTF060)
0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.01 0.00 0.02
FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room FP&D Autoclave Control Room
0.52 0.43 0.42 0.41 0.40 0.37 0.36 0.28 0.06 0.36 0.40 0.13
W ax Room W ax Room W ax Room W ax Room W ax Room W ax Room W ax Room W ax Room W ax Room
0.76 0.33 0.11 0.08 0.06 0 .0 5 0 .0 4 0.03 0.02 0.01 0.00 0 .0 0 0.00 0.00 0 .0 0 0.00 0.00 0 .0 9 0.02 0 .1 9
FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room FP Finishing (Dryer) Control Room
1.91 1.80 0.11 0 .0 0
0.00 0 .0 0 0 .0 0 0 .0 0
0.00 0.00 0 .0 0
Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room
RJZ043302 EID 476410
Average Median Std. Dev.
Average Median Std. Dev.
Average Median Std. Dev.
(TTF060) (TTF060) (T T F 0 6 0 ) (TTF060) (TTF060) (TTF060) (TTF060) (T T F 0 6 0 ) (T T F 0 6 0 ) (TTF060)
(TTF068/08PM ) (TTF068/08PM ) (TTF068/08PM ) (TTF068/08PM ) (TTF068/08PM ) (TTFQ 68/08P M ) (TTF068/08PM )
(T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) {T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I) (T T F 1 0 2 /0 8 P I)
0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.21 0.00 0.60
Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room Granular Polykettle Control Room
0 .1 2 0.06 0.00 0.00 0.05 0.03 0.06
C-8 Recovery Operator C -8 Recovery Operator C-8 Recovery Operator C-8 Recovery Operator C-8 Recovery Operator C -8 Recovery Operator C-8 Recovery Operator
2.43 026 0.18 0.16 0.06 0.06 0.00 0.00 0 .0 0 0.35 0 .0 6 0.79
FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator FP Finishing Dryer Operator
