Document 9J7gyOX3JmxZkqBV2n9e8YEB7
60
y
70
0
8
V.109 \\
0 o 0
0 o
0
0:28:23^
7-- 6- 1984
U# VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 18.6 PPM
g_PDtTfibl-Ef6pf
10:29;14
7- 6- 1984
**** HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION 18.3 PPM
POINT # 2
/O',**''?* / ,y
/D r, -?<* i / f
*!_ iz.u
)i, 3 n,i /3, )<r, /
I': 30: 22
7~ 6~ 1984
:** HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 18.0 PPM
POINT # 1
7^i 3
10:31:13
7~ 6- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 17.7 PPM
2
W-'' 32:21
7- 6- 1984
*##* HIGH VCM IN INCINERATOR AREA_____POINT # VCM CONCENTRATION 13.4 PPM
1
R 00002l^79 L
:12
7- 6- 1984
HIGH VCM IN INCINERATOR AREA.. ..POINT #
VCM CONCENTRATION = 13.2 PPM
2
10:34:20
7- 6- 19B4
#*** HIGH VCM IN INCINERATOR AREA.. ..POINT #
VCM CONCENTRATION = 15.3 PPM
1
10:35:11
7- 6- 1984
'#* HIGH VCM IN INCINERATOR AREA. ..POINT #
VCM CONCENTRATION = 15.1 PPM
2
10:36:19
7- 6~ 1984
* * * * HIGH VCM IN INCINERATOR AREA.. ..POINT #
VCM CONCENTRATION = 11.0 PPM
1
CCR 000021480
11:00:13
7- 6- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 ,(CAR-171,PTS 1, 2,3) AREA o (CAR-171,PTS 1, 4) -
AREA 3 (CAR-171,PTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) =
P.:EA 5 AREA 6
(CAR-171,PT 6) = (CAR-171,PT 7) --
AREA 7 (CAR-171,PT 8) as
AREA B (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3, 4,5,8) AREA 12 (CAR-401,PT 6) SS
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9, 10) -
=
0 LEAKS 0 LEAKS
0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT - PROCESS AREA
10
0 30
40
50
60 70
80
90
0
: 47: 46
7- 6- 1984
#*** CAR-904 OFF LINE ***#
OFF-SITES 0 0 0 0 0 0 0 0 0 0
INCINERATOR 5 4
V--
12:00: 04
7- 6- 1984
LEAKS! DURING THE PAST HOUR:
1 (CAR-171,PTS 1,2,3) = ^EA 2 (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6)
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) = ARFfl 9 (TAR-401.PT 1) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 1 FAKS
CCR 000021481
DAT^V^ ^ 'Jd~ fy
/
S/s SIGNATURE:
ft //CsJLla-
REPORT OF EPA VCM VERT NON-COmPLIANC-E' (See Note 1)
1) Area of Violation:
2) Time of Violation: ___ J&SCl. ift JZoO
3) Duration of Non-Compliance:
/d 'Tr?,
4) Reason for Violation (See Note 2):
Sif* u/& SsA6-tltulisr
^4stzz&
2>
&
^
CXJL
- *Ji
-ft
t '* * ftu.
5) Corrective Action Taken:
HP
Notes:
1) This report must be completed anytime that an hourly average emission _ from the incinerator or carbon beds exceeds 10 ppm .VCI1 or tlje emission from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC.produced or a vent by-passes the incinerator.
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because___ )
;x- ^ I ^
^ ^ I's
FI t\ Y*-*- fl ' ! LA_ Y C- .
l; CCR 0000214-82 1
1 i
t
I
It i1
lI
1 "1
I i
1
in f bHoiz
t
i
i
4
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? 3) Other? Explain _____________________
\
(Circle answer) Yes No No
What action was taken to minimize the effects of the incident:
1) Off-line unit was started up/placed on-line? 2) Vents were cut back? 3) Supplier of raw material (ethylene or chlorine) was
notified of off-spec product?
4) Vents were split? 5) Other? Explain
VS QSP
Yes Yes
No No
No No
sre any manual vents ocurring in the main plant? If yes, what was being vented? //*/?? /
No
Were Oxychlorination? Direct Chlorination? LE Column? fank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
^Yey
7Ytp b^es
No No No
Yes Yes C3
Yes Yes Yes Yes ffjo?
Notes:
CCR 0000214-88
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer)
must be notified immediately.
VCM VENT REPORT (See Note 1)
Date of incident
^J?Y
Time of incident A3SO
On-line unit___________ ^
1-901
Off-line unit
1-901
Main Plant VCM Production Rate
&//// /O^ja/ -- o --
Wet-Vent Flow Rate
~ $aao________________ _
Dry Vent Flow Rate ________
5500
Firebox Temperature _____ /33a
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
/&/W//J.
t(Clirec)lie answer)
/^Yep
No
(See Note 2
(YeP
No
(See Note 2)'6S>
No
(See Note 2)
Did the on-line unit shutdown?
If yes: 1) How long did it take to bring a unit on-line?
2) What condition initiated the shutdown:
a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature? d) Low combustion air flow? e) Loss of flame? f) Power failure? g) Manual (Operator) shutdown?
Yes No
(See Note 2)
Yes Yes Yes Yes Cep yIs
Yes
No No No No No No No
caused the incident checked above:
1) Excessive vent flow? 2) Rich vent flow, i.e. high ethane in ethylene, etc.?
3) Steam outage?
4) Electricity outage? 5) Other? Explain
~LA' .
W .. P . t,
,.
No Yes No Yes No Yes No
CCR 000021489 I
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? Other? Explain )K7-e
i t
(Circle answer)
What action was taken to minimize the effects of the incident: 1) Off-line unit was started up/placed on-line? 2) Vents were cut back? 3) Supplier of raw material (ethylene or chlorine) was notified of off-spec product? 4) Vents were split? 5) Other? Explain __________________________________________
Yes
Yes Yes
do) No
Qjjj) Qio)
Were any manual vents ocurring in the main plant?
<r-If yes, what was being vented?
OV,,
No
Were any of the following units down: Oxychlorination? Direct Chlorination? LE Column? Tank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
No -Yes Qjo}
Notes:
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer) must be notified immediately.
Date:
90 'f j
S/S Signature:
VCM VENT REPORT (See Note 1)
Date of incident Time of incident On-line unit
7- Po -Tj
aP-
1-901
I-901B
Off-line unit
1Main Plant VCM Production Rate
1-901
2?
I-901B MMlbs./day
Wet Xent Flow Rate Dry Vent Flow Rate
9-
d
SCFH SCFH
Firebox Temperature ! !Q-
c
Did the Wet Vent by-|pass?
-1If yes, how long did it by-pass?
Did the Dry Vent by pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
r
.*r
jr
(See Note 2) 'Yes'V
(See Note 2>><
(See Note 2)
answer) No
No
No
Did the on-line unit shutdown?
If yes: 1) How long did it take to bring a unit on--line?
2) What condi tion initiated the shutdown:
a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature? d) Low combustion air flow? e) Loss of flame?
f) Power failure? g) Manual (Operator) shutdown?
Yes
SL
(See
Yes Yes Yes Yes
^tes Yes
What caused the incident checked above: 1) Excessive vent flow? 2) Rich vent flow, i.e. high ethane in ethylene
3) Steam outage? 4) Electricity outage"? 5) Other? Explain V^ O'rP _5
No
CCR 00002X491 )
VCM VENT REPORT (Cont`d)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? 3) Other? Explain _____________________
(Circle answer)
C^eiD No Yes {NcT)
What action was taken to minimize the effects of the incident: _ 1) Off-line unit was started up/placed on-line? '2) Vents were cut back? 3) Supplier of raw material (ethylene or chlorine) was notified of off-spec product? 4) Vents were split? 5) Other? Explain __________________________________________
Yes C8fD Yes\ No
Were any manual vents ocurring in the main plant?
If yes, what was being vented?
-.r20l.
No Mar/***.
Were any of the following units down: Oxychlorination? Direct Chlorination? LE Column? Tank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
No No
Notes:
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer) must be notified immediately.
Date:
yv? if </
S/S Signature:
VCM VENT REPORT (See Note 1)
Date of incident Time of incident
'^7^/9 "V,'2 ^ PAl
On-line unit Off-line unit
/
Main Plant VCM Production Rate
Wet Vent Flow Rate ____________
1-901 1-901
2.
ujas- syb v--
1. '~ -C5^~ :T
I-901B
,
I-901B
MMlbs./day
SCFH
Dry Vent Flow Rate ____________
_Q_
SCFH
Firebox Temperature _ /o.rQ
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
^3 r~XLM
(Cjxcje answer)
^es)
No
(See Note 2J
\Ye> (See Note 2)~
J/;Z (: O-'J
No
(See Note 2)
Did the on-line unit shutdown? If yes: 1) How long did it take to bring a unit on-line? 2) What condition initiated the shutdown: a) High firebox temperature? b) Low steam drum level? cj High HC1 absorber temperature?
_ d) Low combustion air flow? e) Loss of flame?
f) Power failure? g) Manual (Operator) shutdown?
Cjfes)
No
(See Note 2)
Yes Yes Yes rNo) Yes
No
<&) Yes
What caused the incident checked above:
1) Excessive vent flow?
2) Rich vent flow, i.e. high ethane in ethylene, etc.?
3) Steam outage?
4) Electricity outage?
,
5) Other? Explain /A a * /- ~ c 7/'/ ^7c* '-(?
Yes <t"No) Yes Yes CTloO Yes <<flo)
CCR 000021493 I
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? , 2) On hot standby? 3) Other? Explain__________ fA //!/
L_
^
^ d.
(Circle answer)
Yes Yes
'bU&AS 7AJ<5r
What action was taken to minimize the effects of the incident 1) Off-line unit was started up/placed on-line?
' 2) Vents were cut back? 3) Supplier of raw material (ethylene or chlorine) was notified of off-spec product? 4) Vents were split? 5) Other? Explain
C-2ol ^ C-?oa
vcrvrr*5
(yell? <s^Yesy
Yes
No No
No
A&4JAJ
Were any manual vents ocurring in the main plant?
If yes, what was being vented?
^o.
CA~"? a f
No
Were any of the following units down: Oxychlorination? Direct Chlorination? LE Column? -Tank Farm Blower?
No No
Were tank cars being loaded? Was a ship being loaded?
Was recycle EDC routed to: Wash System? HE Column? R-101? T-101?
Yes Yes
<o^) Yes Yes Yes
Notes:
CCR 000021494
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer)
must be notified immediately.
Date: 7^/9 SL7
S/S Signature:
2
VCM VENT REPORT (See Note 1)
Date of incident Time .of incident
7 " /C; - ^ 5^, ?Q /*M
rPLA.AbT'
oA~ C L<'^-9 1 ?J<S
-S
FPT W-K //NTT,
On-line unit
1-901
I-901B
Off-line unit
1-901
Main Plant VCM Production Rate _______ O Wet^Vent Flow Rate ___________ /, 0 u Wr______ X~%
Cr-n
Dry Vent Flow Rate ____________ /Q
Firebox Temperature /2 <TO ' /1 cT-q c
I-901B MMlbs./day SCFH SCFH
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
5^ f~yf t~i > -M .
^STZ -mjaj
;5>2 "M 5^7
(Circle answer)
4es^
No
(See Note
Yes No
(See Note 2L-- ( Yes^
No
(See Note 2)------
Did the on-line unit shutdown? If yes: 1) How long did it take to bring a unit on-line?
2) What condition initiated the shutdown: a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature?
__ d) Low combustion air flow?
"" e) Loss of flame? f) Power failure? g) Manual (Operator) shutdown?
Yes ^ No
^9 o O rw (gee Note 2)
Yes
Yes
Yes Yes y-Aa & Yes
Yes
No
What caused the incident checked above:
1) Excessive vent flow?
Yes
2) Rich vent flow, i.e. high ethane in ethylene, etc.?
Yes
3) Steam outage?
Yes
4) Electricity outage?
Yes
~ZC- 2o2- 'jr
rtf
o-f SA \ Vcvo /
OyoL>\ 32 " W ''>UQ "TO L^Arrer
; A)
V^VOif
-me e^cP
at
7sO ^cAv\s? OF -33JS/A \XrFp
CCR 000021495
*
I
7' ^
S/S SIGNATURE:
REPORT OF EPA VCM VENT NON-COuPLIANGE'(See Note I)
1) Area of Violation:
Time of Violation:
/'C) AfV
Duration of Non-Compliance:
5 ^ kvv{ 5 _
Reason for Violation (See Note 2):
.. CAvfa- f- SJftcn^r # O Ta 7
7
JJ r------------I-------------- -------------- -----------------------*
1 -n------------------ ---
) ~t Sjaj ....
; --------------------------- ---------------- ---------- 1-------------------------------------------------------------------------------------------------------------------------------------
.. ---
Corrective Action Taken: V (pod***/ (1 fjL s?9U`
~yf/ $P
/ jt yif <" ij--
________
____________________ ,,
-----------------------^-- ---------------------------?---------------------- -----------------------------------------------------------------------
7
Notes:
1) This report must be completed anytime that an hourly average emission from the incinerator or carbon beds exceeds 10 ppm VCM or the emission
-- from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC'produced or a vent by-passes the incinerator.
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because....)
\J '^.'1 ^ A'
jr% ^v f K i /j U. \j I fir
CCR 000021501 1
.I
i
4
r.
'
DATE:
I
2
S/S SIGNATURE:
REPORT OF EPA VCM VENT NON-COMPLIANCE' (See Note!)
ion Si sZ/jc t U t 1) Area of Violati
2) Time of Violation:
3) Duration of Non-Compliance:
/_S /tf/JuS
4) Reason for Violation (See Note 2): far/ 7~r>f-/-A C ti t Qi-Xj
.JssArj. cy* n. i
T S f .Tasc
/ rL'-Z.
rfr ^ $C/ iSttz,
22jl x-^J1 Sx,rY^<~ -- /&'2~0'?*st6
UuS&M lAol. y&w- Z*
>_____________________
5) Corrective Action Taken:
oJ2T~ /juSh^ , ArtcS: r>rJ , T^AS'rtS
% r-f /7o-0s'
Notes:
1) This report must be completed anytime that an hourly average emission
from the incinerator or carbon beds exceeds 10 ppm VCM or the emission
from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC- produced
" or a vent by-passes the incinerator.
-
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because....)
( Hir. }S
W
. JD
n
V f / ruJ ^ rrv-A-
/ OCR 000021504
:V; m . .......... , . \
.<VV f-v.. :* : *
Vi-. . .. i
DATE:
S/S SIGNATURE:
Keoskle
REPORT OF EPA VCM VENT NON-COMPLIANCE'(See Note 1)
1) Area of Violation:
2) Time of Violation:
1 U>30
3) Duration of Non-Compl iance:
4) Reason for Violation (See Note 2): f-'Pa7`X
/ ife-fS &<<; -40 TA t Kl ,
5) Corrective Action Taken:
-7-
Notes:
1) This report must be completed anytime that an hourly average emission from the incinerator or carbon beds exceeds 10 ppm VCM or the emission from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC. produced
- or a vent by-passes the incinerator.
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because....)
( \J 1J y J j') A. 4 ( * }
^
a - h 7>d'7s as lr a *j \i*(
P ca
CC*
v: * rt
f
(
(
i
\
\.\
\
\A
DATE: ,
' ^
S/S SIGNATURE:
K?202>K.e
REPORT OF EPA VCM VENT NON-COMPLIANCE' (See Note 1)
1) Area of Violation:
'BcrkU
\lo\S^C'5
2) Time of Violation: 3) Duration of flon-Compliance:
iZ so
I'D
S.
t_U r ( d.
4J_ Reason for Violation (See Note 2):
rLArn z. o
Oro
Z.
^ K/
5) Corrective Action Taken:
Aa. cP * . d- fU-b 'VerOis s
2:\J ~
*A 20
Sc^ 'STAb IAJC
Notes:
1) This report must be completed anytime that an hourly average emission from the incinerator or carbon beds exceeds 10 ppm VCM or the emission
"from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC produced or a vent by-passes the incinerator.
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because___ )
YZL s&-
10 VI. F
$C
u^r C-
.4 a
t'
/*
CCR 000021508 ^
06: 38
7- 2~ 1984
To*** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 16.B PPM
2
08:07:29
7- 2- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 16.6 PPM
1
:08:37
7- 2- 19B4
**** HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 12.2 PPM
POINT # 2
U v-v J I j 0 $! & ? : * 2
08:09:28
7~ 2- 1984
*### HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 12.0 PPM
POINT # 1
yy.y -</3. y -
/ (&, c*> /g_>
Jo
ft P.
?3, 7
?3.7 } t~,$ /P, P
3. s'
08:59:36
7- 2- 1984
#**# CAR-904 OFF LINE #***
CCR 000021509 )
09:00:00
7- 2- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3)
AREA
(CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6)
AREA 6 - (CAR-171,PT 7) =
AREA 7 (CAR-171,PT B) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1)
AREA to (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
10
0
0
4O
50
60
7O
80
9o
10 0
09:20:05
7- 2- 1984
*##* CAR-904 OFF LINE ****
OFF-SITES 0 0 0 0 0
0 0 0
0 0
INCINERATOR 4 4
CCR 000021510
jUT
/ &J> f>
3>A* c-v< c*
*.. I ^
!y
07:12:09
7- 2- 1984
%%%% CAR-171 OFF LINE ****
07:12:13
7- 2- 1984
**** CAR-401 OFF LINE ****
07:51:33
7- 2- 1984
**## HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
07:52:24
7- 2- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION =43.7 PPM
2
CCR 0000215H
**** HIGH VCM IN INCINERATOR AREA_____POINT # VCM CONCENTRATION =43.7 PPM
1
07;54:40
7- 2- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
2
07:55:31
7- 2- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
07:56:39
7- 2- 1984
**#* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
2
07:57:30
7~ 2- 1984
**## HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 43.7 PPM
1
OCR 000021512
:38
7- 2- 1984
HIGH VCM IN INCINERATOR AREA..
VCM CONCENTRATION ~ 43.7 PPM
POINT # 2
07:59:29
7~ 2- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
59:45
7- 2- 1984
**## CAR-904 OFF LINE *#**
U n ^/ ) onm:?*!
dJ-
'/i, 7
yj, v
ftjftZ
P//,T
ft p-
^3.7 /3, 7 /3-7 ^3- 7
7* 7^
08:00:09
7- 2- 1984
LEAKS DURING THE PAST HOUR:
^|'EA 1 (CAR-171,PTS 1,2,3) 2 (CAR-171,PTS 1,4)
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171, F'T 6) =
AREA 6 (CAR-171,PT 7) -
AREA 7 (CAR-171,PT B) =
AREA 8 (CAR-171,PT 10) Q /rAD.^Ai C'T n --
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS C\
CCR 000021513 )
ni \i_f-i
AREA AREA AREA AREA
j, v
11 12 13 14
/
(CAR-401, RTS 3,4,5,8) (CAR-401, PT 6) = (CAR-401,PT 7 (CAR-401, RTS 9,10) =
v Luni\a
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
^^JMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
0
0'Ji
0
30
0
40
0
wJ 0
0
60
o
70
0
80
0
90
0
10 0
0
08:02:40
7-- 2- 1984
**#* HIGH VCM IN INCINERATOR AREA_____POINT
VCM CONCENTRATION = 43.7 PPM
#
INCINERATOR 5 4
2
08:03:31
7- 2- 1984
#*#* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION * 43.7 PPM
1
08:04:39
7- 2- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 43.7 PPM
2
08:05:30
7- 2- 1984
###* HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION 43.7 PPM
1
CCR 00002X514
I vf '
lATf: 7M 7* +
S/S SIGNATURE;
REPORT OF EPA VCM VENT NON-COMPLIANC-E' (See Note 1)
1) Area of Violation:
<s.< .
2) Time of Violation: 3) Duration of flon-Compliance:
0^51
0803 /'W'W'A--'Lxe&>
4) Reason for Violation (See Note 2):
_______
C7V~N
CtrwJk?
J&yq^2<A.
rAI^ - 3)04
5) Corrective Action Taken:
J?
JXtLcJ^
Notes:
1) This report must be completed anytime that an hourly average emission from the incinerator or carbon beds exceeds 10 ppm VCM or the emission
" from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC^produced or a vent by-passes the incinerator.
2) Explain any circumstances which relate to the incident of non-compliance (i.e.; the incinerator was down so many hours because___ )
ft or
{1 & pottr/t-Bi-e.
* >< * 4*.
f * .v . ; .
0 ooooz^15 CC*
POINT 1 2 "t**
4 5 6 7 8 9 10
PROCESS AREA 0
0 0 0 0 0 0 0 0 0
OFF-SITES 0 0 0 0 0 0 0 0 0 0
INCINERATOR
22:00 15
7- 3- 1984
LEAKEi DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA 2 (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9)
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
A:EA 9 (CAR-401,PT 1)
WiEA 10 (CAR-401,PT 2)
AREA 11 (CAR-401,PTS 3,4,5.8)
AREA 12 (CAR-401,PT 6)
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT - PROCESS AREA
OFF-SITES
10
0
00
00
40
0
50
0
60
0
70
0
80
0
90
0
10 0
0
22:33:55
7- 3- 1984
***# HIGH VCM IN :INCINERATOR AREA....POINT #
VCM CONCENTRATION 10.7 PPM
INCINERATOR 0 0
1
CCR 0002l5l6
22:34:46
7- 3- 1984
*##* HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 10.6 PPM
2
N*
22:35:54
7- 3- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 10.5 PPM
1
2:36:45
7- 3- 1984
*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 10.4 PPM
2
22:37:53
7- 3- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 10.5 PPM
1
CCR 000021517
22:38:44
7- 3- 1984
##** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION - 10.4 PPM
2
22:46:57
7- 3- 1984
*##* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 10.7 PPM
2
22:47:48
7- 3- 1984
*#*# HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 10.6 PPM
POINT #
22:54:53
7- 3- 1984
#*#* HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 12.9 PPM
POINT # 2
f8
/D.S' ) o,U>
/P/7
7^ ^
/D, ifi
/a, 4 /o,4
lo, 7 /?/ ?
/P. * H'l
n$> i
p,4 3v '
22:55:44
7~ 3- 1984
*#** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 12.7 PPM
30 CCR 000021518
22s56:52
7- 3- 1784
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 12.0 PPM
2
22:57:5-3
7- 3- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 12.4 PPM
1
22:58:51
7- 3- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.9 PPM
2
:00 s05
7~ 3- 1984
^*EAKS DURING THE PAST HOUR:
AREA 1 (CAR-171, PTS 1,2,3)
AREA 2 (CAR-171,PTS 1,4) =
AREA 3 AREA 4 AREA 5 AREA 6
(CAR-171,PTS 4,9) (CAR-171,PTS 1,5) (CAR-171,PT 6) (CAR-171,PT 7) -
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
0000Z1519 CCfl.
AREA 8 (CAR-171,FT 10) = AREA 9 (CAR-401s.pt 1) AREA 10 (CAR-401s.pt 2) = AREA 11 (CAR-401,PTS 3,4,5,8) AREA 12 (CAR-401,PT 6) AREA 13 (CAR-401,PT 7 =
KEA 14 `(CAR-401, PTS 9, 10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1 2 3 4 S 6 7 8 9
10
i
PROCESS AREA 0 0 0 0 0 0 0 0 0 0
OFF-SITES 0 0 0 0 0 0 0 0 0 0
INCINERATOR 6 7
23:49:21
7- 3- 1984
*#*# HIGH VCM IN OFF-SITES AREA_____POINT #
VCM CONCENTRATION 16.2 PPM
2
CCR 0021520 )
)ATE:
S/S SIGNATURE:
REPORT OF EPA VCM VENT NON-COMPLIANCE'(See Rote 1)
1) Area of Violation:
CL .C .
2) Time of Violation:
225^
3) Duration of Non-Compliance:
4,) Reason for Violation (See Note 2):
/V72.
*4 /V'OC'wfc?
tese
0-4 1 Q
5) Corrective Action Taken: ________________
Notes: 1) This report must be completed anytime that an hourly average emission
_ from the incinerator or carbon beds exceeds 10 ppm VCM or the emission ~ from the oxy unit exceeds 0.2 grams VCM per kilogram of EDC."produced
or a vent by-passes the incinerator. 2) Explain any circumstances which relate to the incident of non-compliance
(i.e.; the incinerator was down so many hours because....)
fjer /Zfz^r/)-iu-
OCR 000021521 )
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? 3) Other? Explain _____________________
(CircTe answer)
Yes No Yes No
What action was taken to minimize the effects of the incident:
1) Off-line unit was started up/placed on-line? - 2) Vents were cut back?
3) Supplier of raw material (ethylene or chlorine) was notified of off-spec product?
4) Vents were split? 5) Other? Explain
Yes No Yes No
Yes No Yes No
Were any manual vents ocurring in the main plant? If yes, what was being vented? ______________
Yes No
Were any of the following units down: Oxychlorination? Direct Chlorination? LE Column? Jank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
Notes:
CCR 000021522
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer)
must be notified immediately.
f Dat^
2-
(/
S/S Signature:
jail
*.i: Date of incident Time of incident
VCM VENT REPORT (See Note 1)
7-zz -t/V'
ft'.la fm
77Wtt
On-line unit
1-901
I-901B
Off-line unit
1-901
I-901B
Main Plant VCM Production Rate
o
MMlbs./day
Wet Vent Flow Rate
/hcv-e
/ /l/ q ^ naAcFH
Dry Vent Flow Rate
op- dTbc 7^ks___________ scfh CIVlL
Firebox Temperature
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
(Circle answer)
Yes No
(See Note 2) Yes
No
(See Note 2) Yes
No7" y* < &
(See Note 2)
y6 */>,.r-
Did the on-line unit shutdown? If yes: 1) How long did it take to bring a unit on-line? 2) What condition initiated the shutdown: a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature? d) Low combustion air flow? _ e) Loss of flame? f) Power failure? g) Manual (Operator) shutdown?
Yes No
(See Note 2)
Yes No Yes No Yes No Yes No Yes No tes No Yes No
What caused the incident checked above:
1) Excessive vent flow? 2) Rich vent flow, i.e. high ethane in ethylene, etc.?
Yes No Yes No
17;03s54
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 14.4 PPM
2
17:20:03
7- 25- 1984
***# HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
17:20:54
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 43.7 PPM
1
CCR 000021524
17:27:08
7- 25-- 1984
***# HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 12.1 PPM
1
17:27:59
7- 25- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 12.0 PPM
2
17:29:07
7- 25- 1984
##*# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
17:29:58
7TM 25- 1984
***# HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
2
17:39:02
7- 25- 1984
#*# HIGH VCM IN INCINERATOR AREA....POINT #
VCM CONCENTRATION = IB.2 PPM
1
CCK 000021
**** HIGH VCM IN INCINERATOR AREA____ POINT # 2 VCM CONCENTRATION = 18.1 PPM
17:41:01
7- 25- 1984
*#*# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
17:41:52
7- 25- 1984
*##* HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION =43.7 PPM
2
17:43:00
7- 25- 1984
**#* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
17:44:08
7- 25- 1984
###* HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 43.7 PPM
2
17:44:59
1984
CCR 00002! 526
VCM CONCENTRATION = 43.7 PPM
17:46:07
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.5 PPM
17:46:58
7~ 25- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.3 PPM
17:48:06
7~ 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 13.6 PPM
17:48:57
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 13.4 PPM
17:50:05
7- 25- 1984
**## HIGH VCM IN INCINERATOR AREA_____POINT #
2
17:50:56
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 11.2 PPM
1
17:52:04
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 17.4 PPM
2
17:52:55
7- 25- 1984
**#:* HIGH VCM IN INCINERATOR AREA. . . . POINT #
VCM CONCENTRATION = 17.1 PPM
1
17:54:03
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.3 PPM
2
17:54:54
7- 25- 19B4
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.1 PPM
1
CCR 000021528
17:56:02
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 13.7 PPM
2
17:56:53
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 13.5 PPM
1
17:58:52
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 13.9 PPM
1
8:00:06
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3)
AREA 2 (CAR-171,PTS 1,4)
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
OCR 000021529
AREA 7 AREA 8 AREA 9 AREA 10 AREA 11 AREA 12 ^KEA 13 ^r"A 14
(CAR-171,PT 8) (CAR-171,PT 10) = (CAR-401,PT 1) = (CAR-401,PT 2) = (CAR-401,PTS 3,4,5, 8) (CAR-401,PT 6) = (CAR-401,PT 7 = (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1
my
4 5 6 7 8 9 10
PROCESS AREA 0 0 0 0 0 0 o 0 0 0
OFF -SITES 0 0 0 0 0 0 0 0 0 0
INCINERATOR 15 X -;>
19: OC -14
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA
(CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,F'T 8) =
AREA 8 "(CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5, 8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 = AREA 14 (CAR-401,PTS 9,10) #--i
=
0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER F TIMES OVER 10 PPM FOR EACH POINT:
POINT 1 jib 3 4 5 6 7 8 9
PROCESS AREA 0 0 0 0 0 0 o 0 0
OFF --SITES 0 0 0 0 0 0 0 0 0
INCINERATOR 0 0
CCR 000021530 )
20:00:05
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171 , F'TS 1,2,3)
AREA
(CAR-171 ,PTS 1,4) =
AREA
(CAR-171 , F'TS 4,9) =
AREA 4 (CAR-171 ,PTS 1,5) =
AREA 5 (CAR-171 ,PT 6) =
AREA 6 (CAR-171 ,PT 7) =
AREA 7 (CAR-171 ,PT 8) =
AREA 8 (CAR-171 ,PT 10) =
AREA 9 (CAR-401 ,PT 1)
AREA 10 (CAR-401 j F'T 2) =
AREA ll' (CAR-401 , PTS 3,4,5,8)
AREA 12 (CAR-401 |PT 6) =
AREA 13 (CAR-401 , PT 7 =
AREA 14 (CAR-401 ,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0- LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
E^JINT
PROCESS AREA
OFF-SITES
0
^^2
0
0
30
0
40
0
50
o
60
0
70
0
80
0
90
0
10 0
0
20:34:03
7- 25- 1984
*### HIGH VCM IN INCINERATOR AREA.
POINT #
VCM CONCENTRATION 43.7 PPM
INCINERATOR 0 0
20:34:54
7~ 25- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
002i53l
20:36:02
7- 25- 1984
#.#** HIGH VCM IN INCINERATOR AREA. ... POINT #
VCM CONCENTRATION = 43.7 PPM
2
20:36:53
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
1
no
O'
\2>
20:38:01
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 13.7 PPM
2
21:00:13
7- 25- 1984
LEAKS DURING THE FAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA
(CAR-171,PTS 1,4) =
AREA
(CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5)
AREA 5 (CAR-171,PT 6) = P,:LA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8)
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401.PT 1)
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6)
*
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS o LEAKS
CCR 000021532 1
AREA 14 (CAR-401,PTS 9,10)
0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
I NT --1
TJ
4 5 6 7 8 9 10
PROCESS AREA 0 0 0 0
0 0 o 0 0
0
OFF -BITES 0 o 0 0 0 0 0 0 0 0
INCINERATOR '-y
22:00:03
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA 2 (CAR-171,PTS 1,4) =
^REA 3 (CAR-171,PTS 4,9) =
(CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7)
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5, 8)
AREA 12 (CAR-401,PT 8) =
AREA 13 (CAR-401,PT 7 = AREA 14 (CAR-401,PTS 9,10) =
0 LEAKS o LEAKS 0 LEAKS 0 LEAKS o LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
W'
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POI NT 1
-r -j
4 5 6> 7 8 *1
FROCESS AREA 0 0 0 0 0 0 0 0 0 0
OFF-SITES 0 0 0 o 0
0 0 o o o
INCINERATOR 0 0
000021"3 ' CCR
15:33:51
7- 25- 19B4
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
2
15:34:59
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
15:36:07
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION * 43.7 PPM
2
15:36:58
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
15:38:06
7- 25- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 21.7 PPM
2
CCR 000021534
15:38:57
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.. ..POINT #
VCM CONCENTRATION =21.4 PPM
1
15:40:05.
7- 25- 1884
**** HiGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION 12.2 PFM
2
15:40:58
7- 25- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 12.0 PPM
1
>; 00: 00
7- 25- 1984
AKS DURING THE PAST HOUR:
AREA 1 (CAR-171, F'TS 1,2,3)
AREA 2 (CAR-171, PTS 1,4) <=
AREA 3 (CAR-171, F'TS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 8)
AREA 8 (CAR-171, F'T 7) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
CCR 000021535 )
AREA 8 AREA 9 AREA 10 AREA 11 AREA 12 AREA 13 gfcEA 14
(CAR-171? PT 10) = (CAR-401SPT 1) = (CAR-401,PT 2) = (CAR-401,PT5 3,4,5,8) (CAR-401,PT 6) = (CAR-401,PT 7 = (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
0
00
00
40
0
50
0
60
0
70
0
80
0
90
o
10 0
0
16:05:05
7- 25- 1984
HIGH VCM IN INCINERATOR AREA
POINT #
VCM CONCENTRATION = 20.2 PPM
INCINERATOR B 7
1
16:05:56
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION - 20.0 PPM
2
16:16:59
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION =21.2 PPM
1
16:18:07
7- 25- 1984
*#*# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.3 PPM
2
s36 )
16:18;58
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.1 PPM
1
16:20:06
7- 25- 1984
HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 14.8 PPM
F`01 NT # 2
16:20;57
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 14.6 PPM
1
16:28:02
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:28:53
7- 25- 1984
**#* HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION - 43.7 PPM
1
CC* 00021S3
16:30:01
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:30:52
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
16:32:00
7- 25- 1984
###* HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:32:51
7- 25- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
16:33:59
7- 25- 1984
**## HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
Cc 00002153a
35s07
7" 25" 1984
#### HIGH VCM IN INCINERATOR AREA. ..POINT #
VCM CONCENTRATION * 43.7 PPM
S'
16s35:58
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
r6: 37: 06
7- 25- 1984
*##* HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 43.7 PPM
POINT #
16:37:57
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 43.7 PPM
//!
3 /1 ^ jr, 1 H.o
$
pc,o
/s', z jt/.3 {3,1 '
? *j3,1
^ H3n f /3. 7 ^3.7 ?7 8 1/3.7 <i 43, 7 't/3.7
fsn .1/3,1 r- i/3,1 /3.1 3 /7. 7
l&i,>
^ 2S<L>
f 3,7 ? </3,7 ' <6.7 l/3,7 V 43,7 7 t/3.1 y i/3,1 /?,7 ' y* ?" i/3.1 '* i/3.7' * 46?, 7 /3.1 "" yj/ 7 ^
7/^,3
75^, 1 30
16:39:05
7- 25- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
CCR 000021539 ^
39:56
7- 25- 1984
* HIGH VCM IN INCINERATOR AREA_____ POINT #
VCM CONCENTRATION = 43.7 PPM
16:41:04
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA_____POINT tt
-VCM CONCENTRATION 43.7 PPM
1
:55
7- 25- 1984
r** HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION =43.7 PPM
POINT # 2
16:43:03
7- 25- 19B4
**** HIGH VCM IN INCINERATOR AREA.___ POINT #
VCM CONCENTRATION 43.7 PPM
1
^:43:54
7- 25- 1984
#### HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 43.7 PPM
POINT # 2
CCR 000021540
16:45:02
7- 25- 1984
## HIGH VCM IN INCINERATOR AREA..
VCM CONCENTRATION = 43.7 PPM
,POINT #
1
16:45:53
7~ 25- 1984
#*** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION =43.7 PPM
2
1^:47:01
7- 25- 1984
HIGH VCM IN INCINERATOR AREA. ... POINT #
W VCM CONCENTRATION =43.7 PPM
1
16:47:52
7- 25- 1984
##*# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
:49:00
7- 25- 1984
** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
1
CCR 000021541 )
16:49;51
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____ POINT #
VCM CONCENTRATION 43.7 PPM
2
16;50;59
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
16:52;07
7- 25- 1984
*#*# HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:52:53'
7- 25- 1984
##*# HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION =43.7 PPM
1
16:54:06
7- 25- 1984
f** HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 43.7 PPM
POINT #
CCR 000021542 )
16:54:57
7- 25- 1984
#*## HIGH VCM IN INCINERATOR AREA_____ POINT #
VCM CONCENTRATION = 43.7 PPM
1
16:56:05
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:56:56
7- 25- 1984
*### HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
1
16:58:04
7- 25- 1984
**:*:* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
16:58:55
7- 25- 1984
*### HIGH VCM IN INCINERATOR AREA_____ POINT # VCM CONCENTRATION = 41.6 PPM
1
02l543 )
17:00:04
7- 25" 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 14.9 PPM
2
17:00:15
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171, RTS 1,2,3) -
AREA 2 (CAR-171,PTS 1,4) =
AREA
(CAR-171, RTS 4,9)
AREA 4 (CAR-171,PTS 1,5) *=
AREA 5 Aea 6 ^KEA 7
(CAR-171,PT 6) (CAR-171,PT 7) = (CAR-171, F'T 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401, FT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7
AREA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
1
PROCESS AREA
0
OFF-SITES
0
00
o0
40
0
50
0
60
o
70
0
80
0
90
0
10 o
0
j: 03: 03
7- 25- 1984
'#* HIGH VCM IN INCINERATOR AREA. ..POINT tt
VCM CONCENTRATION = 14.6 PPM
INCINERATOR 20
20
1
CCR 000021544
AREA 1 1 (CAR-401,PTS 3, 4,5,8) = AREA 12 (CAR-401,FT 6) =
AREA 13 (CAR-401, FT 7 AREA 14 (CAR-401, F'TS 9, 10) =
0 LEAKS 0 LEAKS 0 LEAKS o LEAKS
jMBER OF TIMES OVER 10 PPM FOR EACH POINTS
POINT 1
PROCESS AREA 0 0
OFF-SITES
0 0
"jr
0_:
0
40
o
50
0
6> 0
o
7o
0
80
0
90
0
1.0 0
0
13:12!:: 04
7- 25- 19B4
# * % * HIGH VCM IN INCINERATOR AREA.
POINT
VC>1 CONCENTRATION = 19.4 PPM
#
INCINERATOR 0 0
2
l: 2:55
7- 25- 19B4
*### HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION 19.1 PPM
.POINT # 1
13:14:03
7- 25- 19B4
**#* HIGH VCM IN INCINERATOR AREA. . ..POINT #
VCM CONCENTRATION = 43.7 PPM
2
1*
)3
13:14:54
7- 25- 1984
#**# HIGH VCM IN INCINERATOR AREA..
VCM CONCENTRATION = 43.7 PPM
.POINT #
16:02
7- 25- 1984
F*:* HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 43.7 PPM
POINT # 2
13:16:53
7- 25- 1984
***# HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 43.7 PPM
1
14:00:02
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 AREA oHt
(CAR-171,PTS 1,2,3) = (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) *
AREA 5 (CAR-171,PT 6)
AREA & (CAR-171,F'T 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) -
AREA 13 <CAR-401, FT 7 =
EA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS
CCR 000021546
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1
PROCESS AREA 0
OFF-SITES 0
INCINERATOR
3o 40 50 60 70 80 90 00
0 0 0 0 0 0 0 0
15500:10
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 AREA AREA "T
(CAR-171,PTS 1, *t ) (CAR-171, F'TS 1, 4) s
(CAR-171,PTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) =
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,FT 7) = AREA 7 (CAR-171,PT 8) --
AREA 8 (CAR-171,PT 10) as
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3, 4,5,8)
AREA 12 (CAR-401,PT 6) =
EA 13 (CAR-401,PT 7 =
W<E(\ 14 (CAR-401,PTS 9, 10)
=
o LEAKS 0 LEAKS 0 LEAKS o LEAKS o LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
00
00
00
00
wl 0
0
60
0
70
0
80
0
90
0
10 0
0
15: i; o:
1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
INCINERATOR 0 0
CCR 000021547 )
15:12:53
7- 25- 1984
* * * * HIGH VCM IN INCINERATOR AREA_____POINT #
1
15:14:01
7~ 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____ POINT #
VCM CONCENTRATION = 43.7 PPM
2
15:14:52
7- 25- 19B4
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
15:16:00
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 43.7 PPM
2
is l>
15:16:51
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
15:33:00
7- 25- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
4'
***# HIGH VCM IN OFF-SITES AREA------- POINT # 10 VCM CONCENTRATION 65.5 PPM
06:00:03
7- 25- 1984
LEAKS DOPING THE PAST HOUR:
AREA 1 AREA
(CAR-171,PTS 1, 2,3) = (CAR-171 , F'TS 1, 4) =
AREA
(CAR-171,PTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) =
AREA 5 (CAR-171,PT 6) ' =
AREA 6 (CAR-171,PT 7) "
AREA 7 (CAR-171,PT 8) as
AREA 8 JMREA 9
(CAR-171,PT 10) = (CAR-401,PT 1) =
W'-:Lh 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3, 4,5,8) AREA 12 (CAR-401.PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9, 10) =
*
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
0
20
0
30 /j. 0
0 0
50
0
60
0
70
0
80
0
90
0
10 o
1
06:17:02
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 10.7 PPM
INCINERATOR 0 0
1
CCR 000021549
06:22:59
7- 25- 1984
**#* HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
1
06:23:50
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION =43.7 PFM
2
06:24:58
7- 25- 1984
*#** HIGH VCM IN INCINERATOR AREA____ POINT #
VCM CONCENTRATION = 16.6 PPM
1
06:25:49
7- 25- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 16.4 PPM
2
06:26:57
7- 25- 1984
###* HIGH VCM IN INCINERATOR AREA_____ POINT #
VCM CONCENTRATION = 17.0 PPM
1
CCR 000021551
**** HIGH VCM IN INCINERATOR AREA_____ POINT # VCM CONCENTRATION = 16.8 PPM
2
07:00:11
7- 25- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171, F'TS 1,2,3) =
AREA 2 (CAR-171, F'TS 1,4) =
AREA
(CAR-171, RTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171, FT 6)
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
fcREA 8 (CAR-171,PT 10) =
Urea 9 (CAR-401,PT 1) =
AREA 10 (CAR-401, FT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7
AREA 14 (CAR-401,PTS 9,10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1
4 5 6 7 8 9
10
PROCESS AREA
0 0
0
0
0
0 0 0 0 0
OFF-SITES
0
0 0
0
0
0 0 0 0 0
INCINERATOR 6 6
CCR 000021552
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? 3) Other? Explain
0>j
L
to TTH,
(Circle answer)
rV)A0 u
Yes No Yes No
LAM tr
What action was taken to minimize the effects of the incident:
1) Off-line unit was started up/placed on-line? 2) Vents were cut back? . 3) Supplier of raw material (ethylene or chlorine) was
notified of off-spec product?
4) Vents were split? 5) Other? Explain
Yes Yes
Yes Yes
A To ^2
No No
No No
Were any manual vents ocurring in the main plant? If yes, what was being vented? ______________
Yes
Were any of the following units down: Oxychlorination? Direct Chlorination? LE Column? Jank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
Yes Qla CY es) No
Notes:
1. This report must be completed anytime that the concentration of VCM in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer) must be notified immediately.
Dat J f
t
S/S Signature:
Ca^k
VCM VENT REPORT (See Note 1)
Date of incident Time of incident On-line unit
"7 - Z'ST - &A*
/M
7 1-901
)Qoo
y
I-901B
Off-line unit Main Plant VCM Production Rate
1-901 O. 2ocO
I-901B MMlbs./day
Wet Vent Flow Rate ____________
SCFH
Dry Vent Flow Rate ____________ Firebox Temperature ___ 2 "3 O
SCFH
Circle answer)
Did the Wet Vent by-pass?
Yes
If yes, how long did it by-pass? Did the Dry Vent by-pass?
(See Note 2) Yes
If yes, how long did it by-pass? ____________(See Note 2)
Did the Tank Farm Vent by-pass?
Yes
c
If yes, how long did it by-pass?
(See Note 2)
Did the on-line unit shutdown? If yes: 1) How long did it take to bring a unit on-line? 2) What condition initiated the shutdown: a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature? d) Low combustion air flow? __ e) Loss of flame?
f) Power failure? g) Manual (Operator) shutdown?
a/a
Yes
(See Note 2)
Yes No Yes No Yes No Yes No .Yes No Yes No Yes No
What caused the incident checked above:
1)' Excessive vent flow? 2) Rich vent flow, i.e. high ethane in ethylene, etc.?
3) Steam outage? 4) Electricity outage? 5) Other? Explain _______________________________
lAr&r~b>
O--0 k*C
<33> Yes Yes Yes
J^Tw. "> * '
No No No No
4
CCR 0002i554 )
I
VCM VENT REPORT (Cont'd)
What was the condition of the off-line unit: 1) Down for repairs or maintenance? 2) On hot standby? 3) Other? Explain ____________________
(Circle answer) es
What action was taken to minimize the effects of the incident:
1) Off-line unit was started up/placed on-line?
2) Vents were cut back?
3) Supplier of raw material (ethylene or chlorine) was
notified of off-spec product?
4) Vents were split?
*/ n
*
5) Other? Explain
Were any manual vents ocurring in the main planet?
If yes, what was being vented?
Je> faa ^ -
No
Were any of the following units dov/n; Oxychlorination? Direct Chlorination? LE Column? lank Farm Blower?
Were tank cars being loaded? Was a ship being loaded? Was recycle EDC routed to:
Wash System? HE Column? R-101? T-101?
Yes Yes Yes . . wYes
Yes
Notes:
OCR OC
1. This report must be completed anytime that the concentration of VCM-in the incinerator stock gas exceeds 10 ppm, a vent by-passes the incinerator, or an incinerator automatically shuts down.
2. If a vent by-passes the incinerator for greater than one hour or both incinerators are down for more than one hour the appropriate personnel (process superintendent, operations duty person, or chief process engineer)
must be notified immediately.
Date:
S/S Signature:
VCM VENT REPORT (See Note 1)
Date of incident ^
Time of incident f/ 6 $)
On-line unit__________
1-901
Off-line unit
1-901
Main Plant VCM Production Rate _______
Wet Vent Flow Rate -3!. 3 & o
I-901B I-901B MMlbs./day SCFH
Dry Vent Flow Rate______ f/6, rSti t)
SCFH
Firebox Temperature
/ jl? Q <g?
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
(Circle answer) CYes^ No
,_______ (See Note 2) Yes
________________ (See Note 2) Yes
________________ (See Note 2)
Did the on-line unit shutdown? If yes: 1) How long did it take to bring a unit on-line? 2) What condition initiated the shutdown: a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature? d) Low combustion air flow? - e) Loss of flame? f) Power failure? g) Manual (Operator) shutdown?
What caused the incident checked above:
1) Excessive vent flow?
2) Rich vent flow, i.e. high ethane in ethylene, etc.?
3) Steam outage?
4) Electricity outage?
5) Other? Explain
(W,
*
7 ,----------------------------T /
e1
-- o~& **zry-\
*|T-----
CZp
C
Yes
(See Note 2)
Yes Yes Yes Yes tes Yes Yes
CCR 00002l55fc
[es No OD No Yes Yes
a-6jl
V
J fo ^>o
C- -vt.
<> Cr SO
IUJ
V
'w
i
ll *1*
S51' o
ot-f-
V
I '' 1
000021567 y.
-r r -f -- 'IT.. T " "1_T r`
I
-hI i- : l , TTT'iT^Tr
f-
^Ti
i: ) i
"T* "+--
iI tr
' *! 1 . . __ _____Lj.....^....1.. 1".......J...i'""
i i rrt" -
i11
'.
! 1 1 T5P:
i,
j.-
CaJ \
j "Jpj
1 },
-- 1
; ~-- -- -7------------*----------!- --
ff i.....
nr
+--i-
ii
.U-l____ i --
f
x
nvrr
4f
! so!
g^
&
iit^~siicc
4-Ui i i
!i ii:i
CCR 000021571
Mi-lH:-
tj t*
la
-i--f-
o;'K}| I tVvT
I 48
r
*.**, .t-v ,fW >
mnr ~ " t - - r r r I oon
OQiti ~
;- I
t~ : I
r t u ; jn ju j^ i- L -t __ j_ __1 00i
0 01~ 1
~t
I:
l : i l IJ
00ij L
0131
il.
w
Date: 7 5~,~btf
S/S Signature
VCM VENT REPORT (See Note 1)
Date of incident Time of incident On-line unit
42-
1-901
Off-line unit
1-901
Main Plant VCM Production Rate ___
4/ A Q 0 o , o a3
I-901B I-901B MMlbs./day
Wet Vent Flow Rate
ff,.
SCFH
Dry Vent Flow Rate _
SCFH
Firebox Temperature
/?
Did the Wet Vent by-pass? If yes, how long did it by-pass?
Did the Dry Vent by-pass? If yes, how long did it by-pass?
Did the Tank Farm Vent by-pass? If yes, how long did it by-pass?
(Ci
(See Note 2)
(See Note 2) np
(See Note 2y-^
answer) No
No
No
Did the on-line unit shutdown?
If yes: 1) How
long
did
it
take
to
bring
a
unit
on -line?
-3 //g
2) What condition initiated the shutdown:
a) High firebox temperature? b) Low steam drum level? c) High HC1 absorber temperature?
jzC'Cc. "IT
r
d) Low combustion ai flow?
e) Loss of flame?
1 Power failure?
Manual (Operator) shutdown? /
- (gee
What caused the incident checked ^bove:
1) Excessive vent flow?
2) Rich vent flow, i.e. high ethane in ethylene, etc.?
3) Steam outage?
4) Electricity outage?
5) Other? Explain ___
,
y
w/
Yes Yes Yes Yes
<Sd>
<&o>
CCR 000021590 )
\ >
I
CCR 000021593 i
H U - > . '.h iH A u iO W fi. iv lW *
11:48:42 \
6- 2B- 1984
*%$* ki^hVcm IN INCINERATOR AREA_____POINT #
y* \ \i . VVUC-1ML1 CONCENTRATION = 15.2 PPM
z7
k*n~ir'/Ly
//
^.5>
11:49:50
6- 28- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 14.4 PPM
2
11:50:41
6- 28- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.5 PPM
U. !>' I 1 1I
,/ -
^/
11:51:49
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.3 PPM
2
<2 / "7
?JP -sJC.
12:00:08
6- 28- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
0 LEAKS
CCR 000021595
AREA 3 (CAR-171,PTS 4,9) = AREA 4 (CAR-171,PTS 1,5) = AREA 5 (CAR-171,PT 6) = AREA 6 (CAR-171,PT 7) = AREA 7 (CAR-171,PT 8) = AREA 8 (CAR-171,PT 10) = AREA 9 (CAR-401,PT 1) = _ AREA 10 (CAR-401.PT 2) = AREA 11 (CAR-401,PTS 3,4,5,B) AREA 12 (CAR-401,PT 6) = AREA tX 7w (CAR-401,PT 7 AREA 14 (CAR-401,PTS 9,10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
0
20
0
3O
0
40
0
50
0
60
0
70
0
80
o
90
0
10 0
o
12:02:56
6- 20-- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
INCINERATOR 2 2
1
12:03:47
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
12:04:55
6- 28- 1984
*##* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
ooooz^6 (cc*
12:05s46
6- 28- 1984
*#** HIGH VCM IN INCINERATOR AREA_____FOINT #
VCM CONCENTRATION = 43.7 PPM
2
12:06:54
6- 28- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
1
12:07:45
6- 28- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT tt
VCM CONCENTRATION = 43.7 PPM
2
/s ie> 2.; U /v ^ 1 1
/? !ol;aS^
) To-7
7 7?, 7 "73 A/
^3,7 V3.7
/3 /, /
mi ^37 1
13:00:16
6- 28- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171, PTS 1,2,3)
AREA 2 (CAR-171,PTS 1,4) =
AREA
(CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5)
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401, FT 6) =
AREA 13 (CAR-401,FT 7 =
=
0 LEAKS 0 LEAKS 0 LEAKS
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
|CCR 000021597
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT
POINT
1 2 3
4
5 6
7
8 9
10
PROCESS AREA
0 0 0 0 0
0
0
0
0
0
OFF-SITES
0 0 0 0 0
0
0
0 0
o
INCINERATOR 3 3
14:00:07
6- 28- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1, 2,3)
AREA
(CAR-171,PTS 1, 4)
AREA c* (CAR-171,PTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) =
AREA 5 (CAR-171,PT 6) ~
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) 3=
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) S=
AREA 10 (CAR-401,PT 2) SB
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
(CCR 000021598
18:37:27
6- 28- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 30.4 PPM
5
18:40:51
6- 2B- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 16.1 PPM
1
18:41:59
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 13.7 PPM
2
18:42:33
6- 28- 1984
#**# STREAM ID OUT OF RANGE...CAR-171
**** STREAM # 10
18:42:50
6- 28- 1984
**** STREAM ID OUT OF RANGE...CAR-171
**** STREAM # 11
rCc* 002159'
18:44:15
6- 28- 1984
#**# HIGH VCM IN PROCESS AREA.... POINT #
VCM CONCENTRATION =31.8 PPM
1
18:44:49
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 12.7 PPM
1
18:47:05
6- 28- 1984
*#** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION =23.7 PPM
4
18:56:43
6- 28- 1984
**#* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 13.7 PPM
1
18:57:51
6- 28- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 14.2 PPM
//;/* /57
r?; r^/r/
CCR 000021600
}L,} 7
/V7
tf p?
t3 /V,
VO U
19:00:13
6- 28- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1, 2,3)
AREA 2 (CAR-171,PTS 1, 4) =
AREA 3 (CAR-171,FTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) -
AREA 5 (CAR-171,PT 6) ss
AREA 6 (CAR-171,PT 7) = AREA 7 (CAR-171,PT 8) --
AREA 8 (CAR-171,PT 10) ss
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9, 10) =
11
in
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
11
0
20
0
30
0
41
0
51
0
60
0
70
0
80
0
90
0
10 0
0
19:02:44
6- 28- 1984
#*** HIGH VCM IN :INCINERATOR AREA_____ POINT #
VCM 1CONCENTRATION = 11.4 PPM
INCINERATOR 2
1
19:03:52
6- 28- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.3 PPM
2
f CCR 000021601
19s14:04
6- 28- 1984
LEAK IN PROCESS AREA 4
19:14:55
6- 28- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
19:15:46
6- 28- 1984
*### HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
2
19:16:54
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 43.7 PPM
1
19:17:45
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA------- POINT #
VCM CONCENTRATION = 43.7 PPM
2
fCCR 000021602
19:18;53
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
19:19:44
6- 28- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
19:29:05
6- 28- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 13.9 PPM
6
00021&03 f CCR 0
20:00 : 04
6- 28~ 1984
LEAKS DURING THE PAST HOUR:
|AREA 1 (CAR-171,PTS 1,2,3)
rREA 2 (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA h (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8)
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1)
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,B)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10)
=
0 LEAKS 0 LEAKS 0 LEAKS 1 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
0 LEAKS 0 LEAKS
NUMBER QF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
O
20
O
30
0
40
0
50
0
61
O
70
0
80
0
90
0
10 0
0
20:07:58
6- 28- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.7 PPM
INCINERATOR 4 4
2
20:08:49
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.7 PPM
1
20:09:57
6- 28- 19B4
#**# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 14.5 PPM
2
(CCR 000021604
20:10:48
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION 14.3 PPM
20:11:56
6- 28- 1984
*#** HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 14.0 PPM
..POINT # 1 0
Xti
< 13',!-
..POINT #
!?,1 /V- 3
) 3, d
i=r ^
/v,r
MO
2jJ[
$7
3`
20:12:47
6- 28- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 13.0 PPM
1
20:13:55
6- 28- 1984
%%%% HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.8 PPM
2
000021&05 f CCR
1:00 : 12
6- 28- 1984
pEAKS DURING THE PAST HOUR:
'AREA 1 AREA Anh AREA 3
(CAR-171,PTS 1, 2,3) (CAR-171,PTS 1, 4) = (CAR-171,PTS 4, 9) =
AREA 4 AREA 5 AREA 6
(CAR-171,PTS 1, 5) = (CAR-171,PT 6) =
(CAR-171,PT 7) --
AREA 7 (CAR-171,PT 8) = AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) SE
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3, 4,5,8)
AREA 12 (CAR-401,PT 6) as
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9, 10) =
=
o LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1 2 3 4 5 6 7 B 9
10
PROCESS AREA 0 0 0 0 0 0 0 0 O 0
OFF-SITES 0 0 O 0 0 0 O 0 0 0
INCINERATOR 3 4
22:00:03
6- 28- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) -
AREA 2 (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) -
AREA 4 (CAR-171,PTS 1,5)
AREA 5 (CAR-171,PT 6)
AREA h (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) -
AREA 8 (CAR-171,PT 10) -
^AREA 9 (CAR-401,PT 1) = Farea 10 (CAR-401,PT 2) =
AREA 11 C8AR-401,PTS 3,4,5,8)
AREA 12 aCAR-401,PT 6) =
AREA 13 1>< CAR-401, PT 7 =
AREA 14/ (yAR-401,PTS 9,10) =
=
/
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
CCR 000021606
\\
*jt>r Upz>(-1 *bL-
<iDr,~ JL J K--// *'*'*-*''
Sir t-i
RsH5IG1H VCM IN7- P2RO0C- ES1S984AREA------- POINT # VCM CONCENTRATION * 20.9 PPM
8
fCCR 0000Z1607
uusWsij
/- ju- ivy4
#*** STREAM ID OUT OF RANGE...CAR-904
*#** STREAM # 2
00:42:29
7- 20- 1984
**** STREAM ID OUT OF RANGE...CAR-401
**** STREAM # 11
00:42:46
7- 20- 1984
**** STREAM ID OUT OF RANGE...CAR-401
**** STREAM # 10
01: OC:09
7- 20- 1984
LEAKS1 DURING THE PAST HOUR;
AREA 1 (CAR-171,PTS 1,2,3) =
AREA
(CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) -
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171, PT 6) .=
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8)
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) -
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10) =
-
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
CCR 0021608
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
'*1-
0 0
0 0
30
0
40
0
50
0
60
0
70
0
81
0
90
0
10 0
0
01:42:03
7- 20- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = IB.1 PPM
7
INCINERATOR 0 0
01:48:00
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
J^jf~ 0/4?
43,1
&^ ^3."?
01:48:51
7- 20- 1984
*##* HIGH VCM IN INCINERATOR AREA
VCM CONCENTRATION = 43.7 PPM
. .POINT #
2
63, i
6*3.9 3*
rv '}
&3,3>
6* 3,
3*
01:49:59
7- 20- 1984
*:*:** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 20.2 PPM
1
000071609 ( CCR
01:50:50
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 20.0 PPM
2
01:52:32
7- 20- 1984
###* STREAM ID OUT OF RANGE...CAR-401
**** STREAM # 11
01:52:49
7- 20- 1984
***# STREAM ID OUT OF RANGE...CAR-401
**** STREAM # 10
02:00:17
7- 20- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1, 2,3) =
AREA 2 (CAR-171, F'TS 1, 4) = AREA --.J (CAR-171,PTS 4, 9)
AREA 4 (CAR-171,PTS 1, 5)
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7)
AREA 7 AREA 8 AREA 9 AREA 10
(CAR-171,PT 8) =
(CAR-171, F'T 10) = (CAR-401,FT 1) = (CAR-401, FT 2) =
AREA 11 (CAR-401,PTS 3, 4,5,8) AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
00002l6l CCR
NUMBER QF TIMES OVER 10 PPM FOR EACH POINT
POINT
PROCESS AREA
OFF-SITES
10
0
00
00
40
0
50
0
60
0
71
0
80
o
90
0
10 0
0
02s48:08
7- 20- 1984
#*** HISH VCM IN PROCESS AREA. ... POINT
VCM CONCENTRATION = 18.1 PPM
#
INCINERATOR '?
02:54:05
7~ 20- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 13.3 PPM
9
02:58:55
7- 20- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 11.9 PPM
2
( CCR 000021611
LiAki mim iml maui m\k:
AREA 1/\i--r-/\ h
/ (oC/\rAr._R_ --i1-7711,oPrTe?S -I 1,r*2,-3r \) =
AREA
(CAR-171,PTS 1, 4) -
AREA
(CAR-171,PTS 4, 9) =
AREA 4 (CAR-171,PTS 1, 5) = AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7) *
AREA 7
~ AREA 8 AREA 9
AREA 10
(CAR-171,PT 8) --
(CAR-171,PT 10) = (CAR-401,PT 1) = (CAR-401,PT 2) --
AREA 11 (CAR-401,PTS 3, 4, .j , 8) AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7
AREA 14 (CAR-401,PTS 9, 10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
OFF-SITES
10
0
OAw 1
0
1sj
0
40
0
50
0
60
0
70
0
80
0
91
0
10 0
0
03:02:56
7- 20- 1984
**** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 41.7 PPM
8
INCINERATOR 0 0
03:06:03
7TM 20- 1984
**** HIGH VCM IN PROCESS AREA.... POINT #
VCM CONCENTRATION = 18.8 PPM
1
03:06:09
7- 20- 1984
* * * * HIGH VCM IN INCINERATOR AREA_____POINT
VCM CONCENTRATION =43.7 PPM
CCR 000021612
03:06:56
7- 20- 1984
*:**:* HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
03:08:04
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
1
03:08:55
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
2
03:10:03
7- 20- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
03:10:54
7- 20- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
fcCR 000021613
03:12202
7- 20- 1984
#*** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
lAM. A /
6 3^6: 57
03:12:53
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
2
#/
3,1 43.1 3,7
93,-7
/7,S~ }&. t/3,'7 ! ?> 7
^ 6^7 /
-H 2
s.y 3, 7
3.7 3,-7/?,?-
/^s
<?>?
03:14:01
7- 20- 1984
**## HIGH VCM IN INCINERATOR AREA_____FOINT tt
VCM CONCENTRATION 17.5 PPM
1
~rrr~ ^ y ' 36
3q ^
03:14:52
7- 20- 1984
**** HIGH VCM IN PROCESS AREA.... POINT #
VCM CONCENTRATION = 11.5 PPM
10
03:14:58
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 17.2 PPM
2
00002X6^ \ CCR
03:16:02
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT tt
VCM CONCENTRATION = 16.4 PPM
1
03:16:53
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT tt
VCM CONCENTRATION = 16.3 PPM
2
03:18:01
7- 20- 1984
**** HIGH VCM IN OFF-SITES AREA_____POINT #
VCM CONCENTRATION = 10.7 PPM
6
03:18:07
7- 20- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 43.7 PPM
1
03:18:54
7- 20- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
2
fcCR OOOOZ1615
03:20s02
7- 20- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.7 PPM
1
03;20s53
7- 20- 1984
##*# HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 11.3 PPM
6
03:20:59
7- 20- 1984
%%%% HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.5 PPM
2
03:24:02
7- 20- 1984
#*** HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 11.0 PPM
9
03:29:59
7- 20- 1984
*### HIGH VCM IN PROCESS AREA_____POINT #
VCM CONCENTRATION = 20.3 PPM
5
f CCR 000021616
#### HIGH VCM IN PROCESS AREA_____POINT # VCM CONCENTRATION = 15.2 PPM
4
04:00:07
7- 20- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) = AREA 2 (CAR-171,PTS 1,4) =
AREA 7 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA 8 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) *
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401j.pt 6)
AREA 13 (CAR-401, FT 7
AREA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
11
0
0
41
1
61
70
81
91
10 1
04:02: 55
7- 20- 1984
LEAK IN OFF-SITES AREA 12
OFF-SITES 0 0 0 0 0 1 0 0 0 0
INCINERATOR 8 8
(CCR 00002m7
AREA 14 (CAR-401,PT5 9,10) =
0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
i
POINT*
PROCESS AREA
10
o
30
40
0
60
70
80
90
10 0
15:13: 32
7- 19- 1984
jjj HIGH FLAMMABILITY IN
QFF-SITES 0 0 0 0 0 1 0 0 0 0
R-302 INLET
*****
INCINERATOR 0 0
jj&r
///
L.0. & $,
15:23:27
7- 19- 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
15:35:51
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.2 PPM
1
15:36:59
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 13.3 PPM
2
f CCR 000021618
15:37:50
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 13.2 PPM
1
15:38:58
7- 19- 1984
***# HIGH VCM IN INCINERATOR AREA.
VCM CONCENTRATION = 15.4 PPM
.POINT #
15:39:49
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 15.2 PPM
!3.*>
ss>. >n,x )j, i
nn
) 7><
& /oo,*>
3-
15:40:57
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.2 PPM
2
15:41:48
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.0 PPM
1
fCCR 000021619
15:42:56
7- 19- 1984
*#** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.2 PPM
2
15:43:47
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.1 PPM
1
15:50:52
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.1 PPM
2
15:52:51
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 11.7 PPM
2
15:53:59
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 12.8 PPM
1
f CCR 000021620
**:*# HIGH VCM IN INCINERATOR AREA_____POINT # VCM CONCENTRATION = 12.6 PPM
2
IS;55:58
7- 19- 19B4
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.1 PPM
1
15;56;49
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 12.0 PPM
2
15:59:56
7- 19- 1984
***# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.9 PPM
1
16:00:07
7- 19- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) -
AREA 2 (CAR-171,PTS 1,4) =
0 LEAKS 0 LEAKS
i ccft 00021621
AREA 4
AREA s AREA 6
AREA 7 AREA 8 AREA 9 AREA 10 AREA 11 AREA 12 AREA 13
AREA 14
(CAR-171,PTS 1,5) = (CAR-171,PT 6) = (CAR-171, FT 7) = (CAR-171,PT 8) = (CAR-171,PT 10) = (CAR-401,PT 1) = (CAR-401,PT 2) = (CAR-401,PTS 3,4,5,8) (CAR-401,PT 6) (CAR-401,FT 7 = (CAR-401,PTS 9,10) =
=
0 LEAKS o LEAKS
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
10
o
30
4o
50
60
70
80
90
10 0
16:26:30
19- 1984
***** HIGH FLAMMABILITY IN
OFF--SITES 0 0 0 0 0 0 0 0 o 0
R-302 INLET
*****
INCINERATOR 8 8
16:30:11
7- 19- 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
16:30:58
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.. .POJNT #
VCM CONCENTRATION = 43.7 PPM
2
16:31:49
7- 19- 1984
(CCR 000021622
VCM CONCENTRATION = 43.7 F'PM
16:32;57
7- 19" 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 FPM
2
16:33:48
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
/iSo ! S? 11 I
43,1
43,7
ti/f
16:34:43
7- 19- 1984
***** HIGH FLAMMABILITY IN R i02 INLET *****
j4 9s.7 43,7
)3.4
444
16:39:49
7- 19- 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
16:41:48
7- 19- 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
CCR 000021623
16:43:47
7- 19" 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
16:44:38
7- 19- 1984
***** HIGH FLAMMABILITY IN R-302 INLET *****
16:45:59
7- 19- 1984
/
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 19.1 PPM
v
1
16:46:50
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT j/ 2
VCM CONCENTRATION IB.9 PPM
16:47:58
7- 19- 1984
*:*:** HIGH VCM IN INCINERATOR AREA. ... POINT # , 1
VCM CONCENTRATION = 13.6 PPM
/
CC 00002l624
16:4B:49
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.POINT #
VCM CONCENTRATION = 13.4
16:59:52
7~ 19- 1984
##** HIGH VCM IN INCINERATOR, AREA_____POINT #
VCM CONCENTRATION = 13.2 PPM
1
17:00:04
7- 19- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) = AREA nji. (CAR-171,PTS- 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) = AREA 5 (CAR-171, PT 6) ' =
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
oooo*1-625 CO*
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT 1
PROCESS AREA
0 0 0
OFF-SITES 0 0 0
INCINERATOR 5 4
5 6 7 8 9 10
****
00 00 00 00 00 0o 7- 19- 1984 HIGH VCM IN INCINERATOR AREA------- POINT VCM CONCENTRATION = 17.8 PPM
#
2
17:04:00
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =20.3 PPM
1
17:04:51
7- 19- 1984
*#*# HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 20.1 PPM
2
17:09:57
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION =43.7 PPM
CC 000021626
nop
a n. 4 / /
17:10:48
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 43.7 PPM
tiL
43,1 t/3,1 / 3, 3
/ PI
-.4:0 5
lo
nz
43,1
?
13. 1 13 2,t/
3o - f
17:11:56
7- 17- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 43.7 PPM
1
17:12:47
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION 43.7 PPM
2
17:13:55
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA.... POINT #
VCM CONCENTRATION = 13.3 PPM
1
17:14:46
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 13.1 PPM
2
17:19:39
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
CCfl 0000^6i
17:36:40
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
18:00:12
7- 19- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA 2 (CAR--171,PTS 1,4) =
AREA -> (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7) =
AREA 7 (CAR-171,PT 8)
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401, FT 6) AREA 13 (CAR-401,PT 7 *
AREA 14 (CAR-401,PTS 9,10) =
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
FROCESS AREA
10
0
30
40
50
60
70
B0
90
10 0
18:12:42
7- 19- 1984
***** HIGH FLAMMABILITY IN
OFF-SITES 0 0 0 o 0 0 0 o 0 o
R-301 INLET
*****
INCINERATOR 4 5
/
l CCR 000021628
18:14;24
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
18:28:17
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
18:33:06
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
18:35:05
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
18:36:30
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
f CCR 000021629
19:00:03
7- 19- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171,PTS 1,2,3) =
AREA 2 (CAR-171,PTS 1,4) =
AREA 3 (CAR-171,PTS 4,9) =
AREA 4 (CAR-171,PTS 1,5) =
AREA bi (CAR-171,PT 6) =
AREA 6 (CAR-171,PT 7)
AREA 7 (CAR-171,PT 8) =
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401,PT 6) =
AREA 13 (CAR-401,PT 7 =
AREA 14 (CAR-401,PTS 9,10) =
=
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS o LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
10
20
30
40
50
60
70
80
90
10 0
19:17:22
7- 19- 1984
***** HIGH FLAMMABILITY IN
OFF-SITES 0 0 0 0 0 0 0 0 0 0
R-301 INLET
*****
INCINERATOR 0 0
19:19:21
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
! CCR 000021630
19:21:54
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:29:50
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:30:41
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:31:50
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:33:14
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:35:13
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
CCR 000021631
19:35:47
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:36:55
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:37:29
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:37:59
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 20.6 PPM
1
19:3B:50
7- 19- 1984
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION - 20.4 PPM
Cc*
63<?
**** HIGH VCM IN INCINERATOR AREA_____POINT # VCM CONCENTRATION = 11.6 PPM
1
19:40:49
7- 19" 19B4
**** HIGH VCM IN INCINERATOR AREA_____POINT #
VCM CONCENTRATION = 11.4 PPM
2
19:41:27
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
/f3?/rf
$!
<=}>, Co
n.c*
pa/
/A6/
31,?
19:43;10
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
3P, * ' Ad?
~3), ? 1,0 L 3o
19:44:00
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:46:16
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
CCR 000216"
19:47:41
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:48:33
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
:49:57
7- 19- 1984
*** HIGH FLAMMABILITY IN R-301 INLET *****
19:50:31
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19 :51:05
7- 19- 1984
,*** HIGH FLAMMABILITY IN R 01 INLET * * * * *
CCR 000021634 ]
19:52:31
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:53:21
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:55:03
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:56:11
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:56:45
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:57:36
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
CCR 000021635
19:59s01
7-19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
19:59:52
7- 19- 1984
***** HIGH FLAMMABILITY IN R-301 INLET *****
20:00:11
7- 19- 1984
LEAKS DURING THE PAST HOUR:
AREA 1 (CAR-171, F'TS 1,2,3) =
AREA 2 (CAR-171,PTS 1,4) =
AREA
(CAR-171,PTS 4,9)
AREA 4 (CAR-171,PTS 1,5) =
AREA 5 (CAR-171,PT 6) -
AREA 6 (CAR-171, FT 7)
AREA 7 (CAR-171,PT 8) *
AREA 8 (CAR-171,PT 10) =
AREA 9 (CAR-401,PT 1) =
AREA 10 (CAR-401,PT 2) =
AREA 11 (CAR-401,PTS 3,4,5,8)
AREA 12 (CAR-401, F`T 6) =
AREA 13 (CAR-401,PT 7 =
IAREA 14 (CAR-401,PTS 9,10) =
-
0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS o LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS 0 LEAKS
NUMBER OF TIMES OVER 10 PPM FOR EACH POINT:
POINT
PROCESS AREA
10
OFF-BITES 0
INCINERATOR