DEQ-CFW_00082499

Return
Activated
Sludge (RAS),
tie into existing
piping
....................... .. ........ .............
I..
. .......... . . .............. . ........ ...........
. . . . . . ........
.
.........
7
.
.
......... .. .
.... .........
4. 1
. .........
xx
EquWizafion
Aerabon Tank
�Uen'l
Ba%n
nt,
...... ......... ............... . . ......... ...........
.........
M
Effluent, tie into existing flume manhole
. ................................. --
P.
CD
CD
CD
00
CO
CO
...........
........... -
............
............. -
.................. -
.............. -

[Fiyd.Dupont)
Subject.- [Fwd: Dupont
Front., Belinda Henson <Beli a.1e on&cm .il.net
Date., Thu, 18.May 2006 08:2 :56 µ04 0
To:.Pflul Rawls <aul.rarvls@ncmail. net>
Paul,
We wanted to give you an update on where Dupont was On relocation of the discharge
pipe Thanks
Belinda S. Nenson
Regional Supervisor
TIC DENR--Division of dater Quality
Surface Water Protection Section
Fayetteville Regional. Office
[phone]
Subject: Dupont
Front., Marls Brantley Iar . r ntley € ncmai net>
Date: Wed, 17 May 2006 15:07:38 -0400
To.- Belinda Henson <BeIinda.Henson@ncmad. net>
Belinda
I talked with Mike Jonhson just a Crew minutes ago about their outfal.l. Line being
relocated. He told me they are in the: process of drawing up a contact with Ch2rf,
(Or is it C2 ra?) about doing the environmental modeling. They are having some.
Problems doing it but he eels they should have a contract in about 2 creeks. Then
the modeling work can begin. he told there he will try and provide gas with a
timeline for their: project.
Chad was the lock and dam yesterday and he said the of Lent was very Morbid from
the erosin. Will the outfal.l issue need to be in the staff; report for the perr€ it
renewal
Mark
Mark Brantley
Environmental Chemist
NC DE R- Division of water Quality
Surface dater Protection Section
Fayetteville regional Office
(910) 486-1.541
Depot Content -Type: tnessa a/ 822
Content -Encoding: 7bit
I Of ;
5/18/2006 8.47 AM
DEQ-CFW 00082500

DuPont Fluoroproducts
22828 NC Highway 87 W
Fayetteville, NC 28306-7332
Mr. Gil Vinzani
NCDENR Division of Water Quality
NPDES Unit
Archdale Building 9"' Floor
512 N. Salisbury Street
Raleigh, North Carolina 27604
SUBJECT: NPDES Permit Renewal ApIlicailb 1
NPDES Permit No, NCO003573
Dear Mr, Vinzani:
Pursuant, to requirements of the referenced NPDES permit, the DuPont Company
Fayetteville Works is submitting the NPDES Form I and Form 2C (original and two copies) for
permit renewal by the Division of Water Quality.
Included in the permit application is a Supplemental Information document which describes
the Current Operations and Proposed Changes, This site is implementing a project to construct
and operate a new manufacturing unit. This unit will produce Polyvinyl Fluoride (PVF) polymer
restris. The PVF resins which will be manufactured at the Fayetteville Works plant are used in
the DuPontTm Tedlar®R fluoropolymer film business. Tedlar(0) film is manufactured at another
DuPont site (not the Fayetteville Works site),
The application is being submitted without some of the testing results as these results were
not available at the time of submittal. These absent result,, are indicated by an asterisk (*) on
Pages V-2 throug0hV-9 of Form 2C., This data will be submitted as an addendum when the
analytical reports are received and inputted into a Form 2C.
Should you have any questions or need additional information, please feel free to call me at
E7Q 1 1 IZ <
Michael E. Johnson
Environmental Manager
Enclosures
U. du Pant de Namours and Compaq
DEQ-CFW-00082501

DuPont Company —Fayetteville Works
NPDES Permit No. NCO003573
Supplernental hifbr-mation
Supplemental Information — Permit Renewal Application — May 1, 2006
Current Site Water Management
Process wastewater and stormwater from the various manufacturing areas are collected in the
respective area sumps and ultimately conveyed via a gravity flow underground process sewer
pipe to the site's central wastewater treatment plant (WWTP), Sanitary sewage is conveyed via a
separate underground sewer system to the WWTP, The permitted flowrate of the WWTP is
2.0 MGD, with an actual average flowrate of'approximately one MGD.
This process wastewater is con-in-iingled in the WWTP Influent Sump where it is pumped to
an 850,000-gallon Equalization Basin. The Equalization Basin is mixed with two floating
submerged mixers. Three floating surface aerators in the basin cool and aerate the incoming
wastewater,
A 175,000-gallon Emergency Retention Tank is avail -able for temporary storage of
wastewater which may need additional treatment or acclimation in the WWTP activated sludge
process at a controlled rate that allows for proper biological treatment.
Wastewater from the Equalization Basin is normally pumped to a 250,000-gallon Predigester
Tank in which initial biological activity with the WWTP activated sludge begins. The
Predigester Tank is aerated. The partially treated wastewater from the Predigester Tank is
pumped to a 1,700,000-gallon Aeration Tank.
The Aeration Tank is the site of the majority of the biological activity. The Aeration Tank is
aerated primarily by a diffused air system located in the bottom of the tank. The tank- can have
supplemental aeration via a -floating Biomixei@ that injects air through submerged rotors.
The biologically treated wastewater is then sent to two in -ground clarifiers (119,000 gallons
Z:>
and 168,000 gallons respectively) in parallel. The clarified treated effluent is discharged to and
through Outfall 001.
The wasted sludge is sent to a Dissolved Air Floatation (DAF) unit, then to a 47,000 gallon
Sludge Storage Tank, and finally to a Rotary Filter for thickening. The thickened sludge is
dewatered in a Sludge Press, and can. be dried in a steam -heated dryer for additional moisture
removal. The dewatered and/or dried sludge is transported off -site to a commercial Subtitle D
landfill,
Non -contact process cooling water and non -process stormwater are conveyed via surface
ditches to the site's Woodlined Ditch. In addition, excess riverwater flow and Outfall 001
effluent are discharged directly to the Woodlined Ditch, The combined, total flow of water from
the site is discharged and monitored at Outfall 002, The Outfall 002 maximum 30-day average
flow was 16.3 MG1) during the period from 2005 to 2006. Flow variability at Outfall 002 is
from 3.0 to 18.6 MGD, however, flow can consistently be in the 16.3 MGD range,
1.
DEQ-CFW-00082502

DuPont Company Fayetteville Works
NPDES Permit No. NCO003573
Supplem.entalInfon-nation
PVF ManqhKt��rin Fac l.i�: Tice DuPont Company Fayetteville Works has been selected as
the location for the DuPontT-14 Polyvinyl Fluoride (-PVF) manufacturing process. The
manufacturing facility is in the process of being designed, and will produce PVF polymer resins.
PVF resin to be manufactured at the Fayetteville plant is used in. DuPoiijl", Tedlar@
fluoropolymer film business. Tedlaiff) film is manufactured at other DuPont site location (not
the Fayetteville plant). Tedlar(R) is used in tlie photovoltaic industry in photovoltaic cells and the
aircraft industry for interior cabin. surfaces, as well as many other uses. This new facility
construction will. be completed in August 2007 and begin start up in October 2007,
The manufacturing facility will be located near the existing Teflon -CO FEP resin manufacturing
area. This process will produce polyvinyl fluoride (PVF) resin (CAS No. 24981-14-4).
As with -inost fluorochemical processes, the wastewat er from the. PVF manufacturing process is
expected to have very little or no biological oxygen den -land (ROD,) value. Treatability tests
have been performed on samples from another DuPont site which- cut re ly manufactures PVF.
These studies have indicated use of non-laicilogical treatment will meet effluent limitation of
OCPSF NSPS guidelines of Subpart
t D­-Thermoplastic Resins (40 CFR 414.40). Dupont
proposes to discharge the treated wastewaters from this new facility through a currently
permitted outfall, designated as Outfall 006. The contact process wastewater and stormwater
will be treated with solids separation technology prior to discharging to the outfall.
A suggested change to the language of the current pen-nit's narrative for Outfall 006 that would
accommodate the new PVF Manufacturing Facility follows:
"Beginning on the effective date of this pen -nit and lasting through the expiration date, the
I Pennittee is authorized to discharge from Outfall 006 (Polyvinyl fluoride Manufacturing
Facility low -biodegradable process wastewaters). Such discharges shall be limited and
monitored by the Permittee as specified below: ­
The process wastewater is expected to contain e
ac unretd vinyl fluoride -02-5)
. . .. .......... . .... ........ _..,-(CAS No 00075
The anticipated quantity of vinyl fluoride from the PVF Manufacturing Facility is 0.312 pounds
pqr,44y. This quantity would equate to 0.9 ing/l, vinyl fluoride at Outfall, 006 and_6,0_6_35� nng­/_L
vinyl fluoride at Outfall 002.
Finally, non -contact cooling, condensate, and stormwater from the PVF Manufacturing Facility
will be discharged directly to Outfall 002 via the site's Woodlined Ditch.
DEQ-CFW-00082503

DuPont Company --- Fayetteville Works NPDES Permit No, NC0003573
Supplemental information
Current 2mafin C conditions
Butacite@ ManufactuLin o � e P)
g: The DuPont Company — Fayetteville W rl s' Butacit C
manufacturing area produces two final products. DuPorr[TAI Butacite-8 Interlayer plastic sheeting
is the final product used in safety glass such as automobile windshields. Polyvinyl butyral
(PVB) resin is shipped off -site as a transfer to other DuPont locations for final processing.
Wastewater generated from this manufacturing facility is treated in the site's biological
wastewater tr.eatinen.t � plant (WWTP).
............. -
Naflon ®R Manufacturing: The DuPont Company — Fayetteville Works' Nafion&;
manufacturing area produces five final products. DuPontTm NafionS Membrane is a plastic film
used in the chloroalkall industry and in electrochemical fuel cells. Naflon(E) Resins are
ultimately extruded into a finished film. The FLPR Vinyl Ether and HFPO monomers are
shipped to other DuPont locations to produce various A i0i6ch6n.1.1 cal products Such as DuPontTM
Teflon®. Wastewater generated from this manufacturing facility is neutralized, and discharged. To
the WWTP
Teflon@ ManufacturLng: The DuPont Company Fayetteville Works' PM1I)F TeflonCM
manufacturing area produces DuPontT11*1 Teflori'v FFP resin. Teflon(O FEP resin is used in the
electronics industry as a coating for wire, as well as many other uses. This facility was
constructed in 1999-2000 and was started up in December 2000, Wastewater generated from
this manufacturing facility is treated in the WWTP. _
APFO Maggfacturin - The DuPont Company — Fayetteville Works' APFO manufacturing
g.
area produces .,-,tmmomui-a perfluorooctanoate. The APFO produced in this unit is used to
......... .. . ammonium
produce fluoropolymers and fluorinated telomers, but none of the produced APFO is used at the
Faye
tteville Works site, This -facility was started. Lip in, November 2002. All wastewater'
generatedfrom. this manufacturing facility is collected and shipped ­­ o .1 ff-sitc -- fordisposal.
. - - .
No process wastewater from this manufacturing facility is discharged to the site's biological
WWTP or to the Cape Fear River.
SentrvG]as@ Plus Ma nytLactu ring: The DuPont Company — Fayetteville Works' SentryGlasCR)
Plus:manufacturing area produces DuPonfrm SeiitryGlas®R Plus lonoplast interlayer laminate,
SentryGlas([D Plus interlayer is used for laminated safety glass in side, rear, and overhead
automobile windows. It is also used in architectural applications desiring safety glass. This
facility was started up in June 2005. . There is no contact process wastewater generated from this
manufacturing, facility, di.e.r."e--f6te only sanitary waste from this area is treated in the WWTP.
This manufacturing facility does discharge non -contact cooling water to the woodlined ditch and
ultimately to Outfall 002. ------- . ........
DEQ-CFW-00082504

DuPont Company --- Fayetteville Works
NPDES Permit No. NC0003573
Supplernental Information
Form 2C Perffljj���
Data Unavailable
Priority Pollutants, special conventional and non -conventional analysis required testing results
were not available at the time of Permit Application. submittal, This data will be subi-nittedwhen
'lab reports are received and input into the Form 2C as an appendum. These absent analytical
results are indicated with an asterisk (*) on the Form 2C, Pages V-1. through V-9.
Data Abnormalities
When compiling the Out -fall analytical database to perform the statistical analysis required in
Form 2C, there were several apparent data abnormalities reported in the D.MRs, These
abnormalities, whether analytical or sampling event derived, are worth noting and or correcting
in the Form 2C as they are misleading of representing the discharge from the site.
Data Noted: On 11 /08/05 a COD value of 102 mg/L was reported for Outfall 002 at a high .flow
rate of 13.3 MGD resulting in a calculated mass of 11,292 lb/day. Upon review of Outfall 001
data and site's operating conditions, this value appears in error and the corresponding mass
discharge is believed to be incorrect. As with all analytical results when retains are not available
for retest, one must apply logic based on available Information. This value was still reported in
the 2C data, but noted here as to the possible error.
Data Revised: Total Phosphorus is monitored at Outfall 002 once a month. On site there is only
one potential source of phosphorus. The Butacite(ID operation uses phosphoric acid in the batch
operation. During the months of December and March 2005, the maximum nun-iber of batches in
a given day was twenty (20) batches, 'The quantity of phosphoric acid "as Phosphorus" in each
batch. is 4.7 lb/batch or a maximum of 94.5 lb/day "Total Phosphorus" potentially being
discharged. This value is in line with what is normally reported 15 to 50 lbs per day which will
vary as biological uptake will occur as well as equalization within the biological treatment
system. Any value grossly in excess of 95 lb/day Phosphorus is highly probable in error, either
analytical or sampling, and not representative of operations, therefore misleading, In March
2005, a concentration of 307 ppm was reported and a respective 14,092 lb Total P/day in the
discharge, In December 2005, a concentration. of 103 ppm was reported and a respective 1,040
lb Total P/day in the discharge. hi both cases these values are orders of magnitude greater than
what can physically be used and processed through manufacturing much less through
biotreatment and are evidently grossly in error. The likely scenario is either typographic or
analytical dilution calculation errors, in which both cases would be decimal place transposing
errors, Rather than just not include these two data points, for purposes of the Form 2C reporting
we chose to revise the numbers from 307 ppin to 0.307 ppm and 10.7 ppni to 0.107 ppm and
respective mass discharge of 14.092 and 10.4 lbs P/day. These are in ranges of norrnal reported
values of the time periods of concern and more in line with likely amowi-ts from the operating
unit.
DEQ-CFW-00082505

F-P. A. 1.33, Pdumhis (smPy fmm !tear I of Farm: 1)
PLEASE. PRitJT ORTYPE IN —HE UNSHADED AREAS OPJLY. Yea may >eps: aanra or a))
t�aP.t��7®�3��
of 4his +v::oamat3or or,'FgTmate sheets (us, : the scen-s: format;• inSte' d of oorpplet:r 9 "'ese paper.
Farrrs A;tgntv�id
SEE 3NSTP1.1CnONS
Obfe Na. ^<,GtTd6
Alpha+a1 MxF•Ittc f4:
9-i38
V, €NTAKE Y EFFLUENT CHARACTERISTICS (Continued frontpage 3 ofrorm 2-C)
PART A - ou must : provide ffie results of at leas ome analysis or t3very pd a ant 1313s table. UOMPJotC
one table rnr vac 3 outfalL: ee 3ms ruc ions or aorimonai
details,
OUTrALL NO.
1
2. EFFLUENT
I. POLLUTANT AND CAS
.•. UN3TS
}, FNTAXE f pf,'on-fi
NO a, MA%EM010, DA{LY VAWE b, Eb=WUM 30 DAY VALUE +,'aivaik We)
b_ LONG TERM AVRG. VALUE (ir
aeatlek?txt
d.NO,01:
4vankjJ
a. LONGTERM AVERAGE VALUE
(lt avafla8?Cj it) fj A1A35 tar O3rC,NTRATi�N (2k rs9ASS
CONCENTRATION i2),'OASS
ANALYE:FS
b. NO. OF
...
.KSSC7NCENrRaTON
ii-�cen:>.atca
Gs>na yss
,aN:+,I.Y:"ES
:�. "C�tO<:12e3T3iGa€
Oxygen Dernand 367,0 2981.2 33,30 265,90
9,70 72;30
169
rn91-.
lb/day
NA
NA
NA
b. Chemical
Oxygen EDem and 59.c0 359Y NA NA
NA NA
1
fng L
il_t;day
NA
(CD)
(COD)
NA
NA
. TOW Organic
1f.6 107.3 NA NA
,arbor {Ti`iC)
NA NA
�
mg,
nr €
i ?da
CJf;
d. Total Suspended
NA
NA
56.0 349.3 26,70 169,80
Solids (? 3)
18,90 133.20
169
u�gt€.
its%day
ivA
NA
IvR
e. Ammonia (as N) (]::1 0.6 NA NA
NA NA
i
r g i_
lb/day
NA
NA
NA
f. F€o:>u Value 1,30 valve 1.0
value
0,9
395
li G
aka life
NA
ۥ`iM
g. Temperature value value
23,0
value
(winner) 18.7
17.2
79
cC
value
NA
NA
€1, Temperature value value
value
's;Jar3arte) 30,0 23.0
21.0
88
zC
valve
NA
NA
Minimum
iitaXFEYEJrn Minimum
Maximum
r...............:Y"r
I. pH 69
8.0 NAmom
NA
167
�
PAR F S -Mark "7C<' in column 2a for eacia PO"utent YOU know ar have reason to believe €s
present, Mark " r
in column 2b for each pollutant you believe to tie absent.
..,
If you mark Column 2a for any pollutant which is limited either directly, or indirectly but exprossly, in an effluent limitations guideline; you must provide the results
of at least or3e analysis for that pollutant, For Other Pollutants for which you mark column 2a, you must provide quantitative data or an explanation of their presence
in your discharge. Complete one table for each avttall. See the instrUOions for additional details and requirements.
2, MARK "X" 3, EFFLUENT
k, UNn'S
i. EN3'AKE s-.ra(s
b, MAXIMUM Ski DAY VALUE !iFaNai?8b?e;
a• LONG TFRM. AVRG. VALE3E t"sP
b. NO, i9E-
—MAXIMUM ----- vns-s1£:
ata3fCb?et
a. LONG TERM AVERAGE VALUE
.ANALYSES
1, POLLUTANT & CAS NO,
C. NO, OF
rt7:J£. )tv^:tT:r f ct it) i;�rQi1•:a(,3+..-Z)MASS F3(2) MASS.
'7)fASS
AfJAIYSE
(i)
A^o3"E.:1E:5Nvlc
e4lFIAT:nu
il; MASS
S ti..U'JCEr4i'hA'i3t�N
a. BromideX
{24959-67-9j NA Nab
NA NA
NA
NA
i to
b. Chlorine
` uta Residual X NA NA
NA NA
"
NA
NA
NA
c. Color k 13 NA NA Nta
NANA
1
you
NR
NA
NA
d. Feca€
NA
Col'sform X 62 NA NA NA
NA NA
1
col/loom€
NA
NA
UA
NA.
e_ Fluoride
X �P1 2,44� NA
16984-4M t NA
NA NA
1
mgit.
ibtda;i
NA
NA
NA
€. Nitrate—
Nltr i {as N) x NA NA
NR NA
1
mg!i
It3r`day
NA
N
NA
EPA Forth 3810-2C (8-90) S1Ar � aa_•e

NPDES Permit No. NC0003573
ouffall 001
rrEM V•B CONTINUED FROM PREVIOUS PAGE
I . POLLUTANT AND CASE NO 2. MARK"X'
a. BELIEVED BELIEm- LT
PPE'SE-Nr AI�'E-Kf
g, Nitrogen
x
Total Organic (as N)
MAXWOM DAILY VALUE
O)CONrENTRAMN (2) MAS'S
2,77
I EFFLUENT
b. M"MIUM W DAY VALUE ff
I CONCY- NWRA-f 10-N MASS
NA NA
LONG TEM AVRG, VALUE {Wz.
(1) 1-QNCWrRATiQP4 (22) MASS
NA NA
OF"
ANA�,YSE8
4, UNITS
fj) C�XqCr ',ZMASS
nigL lblday
S.
a. LONG TERM AVERACE VALUE
f r, O.-','C EWii A T I ON e2i Wk�"::
NA NA
i), ;Qoi:
ANAUVS!-f�
lf� I
NA
h. Oil and Grease
FX'
28
223
28
223
NA
NA
-----------
mg/L
lb/day
NA
NA
NA
i, Phosphorus
!as P) . Total
2-39
14,557
NA
NA
NA
NA
t
mgfi-
blday
NA
NA
NA
(7723-14-0)
(1) Alpha, Total
x
NA
NA
NA
NA
NA
NA
NA
(21) Beta, Total
x
NA
NA
NA
NA
NA
NA
(3) Radium, total
x
NA
NA
NA
NA
NA
NA
NA
(4) Radium 226 Total
x
NA
NA
NA
NA
it. Sulfate (as SO4)
----
NA
NA
NA
(14808-79-8)
1,290
7:865
NA
NA
NA
NA
Mg/L
lb/day
NA
NA
NA
1, Sulfide (as S)
x
NA
NA
NA
NA
NA
NA
NA
m- Sulfile (as S03)
---
(14265-45-3
x
NA
NA
NA
NA
NA
NA
NA
a. Surfactants
x
0.562
3.43
NA
NA
NA
NA
NA
NA
hdA
(7429-90-5)
x
0,106
0:646
NA
NA
NA
NA
1
mg/l-
lbfday
NA
'A
NA
NA
p, Barium, Total—
(7440-39-3)
x
NA
NA
NA
NA
NA
NA
q, Boron, Total
(7440-42-8)
x
NA
NA
NA
NA
NA
NA
NA
r, Cobalt, Total
(7440-48-4)
x
NA
NA
NA
NA
NA
NA
NA
s. iron, Total
(7439-89-6)
x
0.'137
0,835
NA
NA
NA
f4 A
1
rrc #
lb day
NA
NA
NA
t. Magnesium
1
(7439-95-1)
x
NA
NA
NA
NA
NA
NA
NA
u, Molybdenum, Total
(7439-98-7)
x
NA
NA
NA
NA
NA
NA
NA
v, Manganese,
(7439-96-5)
x
'-,'A
NA
NA
NA
NA
NA
NA
w, Tin Total
I
i
(7440-31-5)
x
NA
NA
NA
NA
NA
I
NA
1
NA
X. TilaniumjotaI
I -
--------
9
L7440-32-61
NA
NA
I
NA
NA
NA
I
N
NA
I
EPA Form 3510-2C (8-90)
—
---------
PAGE V-2
—.-L
—...
- L�-
CONTINUED ON PAGE V-3

EPA #.3�. hBU�A6E#i (copy from Item of F'spm 1) OUTF`ALL NUMBER
Form Apprtwed
CONTINUED FROM PAGE �t�i" FaRkA 2-C �QU�J��73 �#ii'3
ON18 No. 2040
0066
PRl;`T C - If you are a Primary industry and this outfall contains procesa was£oavater, refer to TOMS; 2C-2 in the #osbructions to determtno which *7 the GCIMS fractions
�pprova# expiru,6 6-,31-Vfi
You must test for, Mark "x^ in Column 2 •a for all such GCIMS fractions that aPP#y to your industry and for ALL toxic anita#s, cyanides, and total phenols. #€you
are not required to mark column 2-a (secondary industries, nonprocess wastewater outfalls, and oonretluirad Gems fractions), mark, ".x" in Column 2-3 for each poliufant
you know or #rave reason to believe is present. Mark "x" in column 2-c for each Pollutant you bd#ieve is absent, if you mark column 2a for any poilotan£, you must
provide the results of at least one analysis for that pollutant, ti you mark Column 2b for any pollutant, you must provide the resutfs of at least one analysis
for that Pollutant if you know or have reason to believe it will be discharged in concentrations of 10 p}lr or greater. If you mark column 2b for acro#e#n, ocrylonMia
2,4 duft ophenol, or 2-me1hy#,4,6 d#n#trOphenol, you must provide the resoEis of at least one anaiysiS for eacit of these #ao#iutants which you know or have reason
that you discharge in concentrations of 10 pph or greater. otherwise, for pollutants for which you mark Column 2b, you must either submit at #east one analysis
or briefly describe Me reasons the pollutant is expected to be discharged. Note that there are 7 pages to this Part, Please review each Carefully, Complete one table
(ag 7 pages) for each ouffali. See instructions for additional details and requirements,
CASE A3. EFFLUENT
`#, POLLUTANTPOLLUTANTANDNO 2, MARK
e, UNITS
S. #NTAKE fep; nrs?i
bs MAXIMUM 30 DAY VALUE (if c. Lt3P1G 3'£fdA4 AUJSG. VALUE gr
[.,.MAJnPUM MLY lfALnt{Ifaeaifalkle3
a. 7E$rEPdC 6LElIE`lED xzr5EllEiL NO, Uw
a, LONG TERM
P,EWRED PRESENT AP.SEWE CEAiRR73U<• ($;MA&S 1,UONCENTRAMN ',2}?-iA$g (al COrrCG'�7P,A73+3'v f2}MASfi ANALYSES
... ... f ,, :.
fs;
C N=rtTR4'f'CfY3
v.. .. (a) MASS
SS
CU: GE RRA7 UNVEttAGE�A3.�E
PJAf YC•,�'_S'
f f
;.s'::fi% /lf/ % : 'f% fin i :
'I
t>Pf. Antlri3ony
_._''total (7440-36-0) X 0,003 0,018 NA PIA A, NAmg/L
lb/day
NA
I' A
v,1
2M. Arsenic.; I otal
y+7440-38-2) ' `=0-003 <0. 30 NA NA NA Pdri 11E
€q/L
Ii-ssday
PEA
fvA
i�
3ht. Beryllium,
Total (7440-41-7) X <0,001 <0,006 ESA Ili;, NA AA
mg/L
Wday
NA
NA
N
4M, Cadmium,
Total (7440-43-9)- 2 <0012 IAA NA NA NA i
mg/L
It3/day
NA
NA
NA
5M, Chromium: Total
(7447-47-3) X < 005 .0,030 NA NA NA NA (
mgL
Ib day
NA
NA
NA
6M. Copper, "fatal
K
(7440-50-8) - - 0:003 O.018 NA NA NA NA 1
mg/L
ltvday
NA
NA
NA
7h+t, Lead, Total
(7439-92-1) X -0,003 Pali NA NA NA 1
mW—i
lb/day,
NA
•r.'A
NA
BM, Mercury, Total
i ?439-97-6 K-0.0002 <O.00C 2 NA NA N
�t2.
NA
NA
NA
9M, Nickel, Total
(7440-02-0) X <OW6 <0,030 NA NA NA NA I
M91
ib/dav
NA
NA
N.A
1OM, Selenium,
Total (7782-49-2) X r(01.O05 <0,030 NA NA NA NA 1
rrFgA.
lblday
NA
NA
NA
11M- Silver Total
{7440-224) � <O. )OZ rO.O €2 PdA AdA NA NA 1'
mg/L
lW'day
NA
NA
NA
12M, Thallium
Total (7440-28-0) X <0.00 <0,030 NA NA A NA 1
mg/L
lb/day
NA
NA
NA
13M, Zinc, Total
(7440-66-5) 0. 8 i f=;506 A tilt`€ NA NA 1
frigil_
lh"'day
NA
NA
NA
14M. Cyanide, Total
(57-12-0) x a:005 <0'034 NA NA NA NA 9
mqt "
Vday
CIA
NA
NA
15M Phenols Total x
,, 0d4 n
�3 24 I dra. NA ILIA y
+y}
t
ppppn
i rn <L •R <
{ ::.....:::....:. .... .: ii
. fF` :T Ib+l��..
;
�tlA
aan�yy �r.�
NA iKA
2,3.t`,£3-Teii"aG}31artC.)E3_Pt:rE7i7^F'
Dioxin (1764-01-6) X CIA
NA
NA
NA
EPA Form 3510-2C (8-90) PAGE V-3
C83NTtN€JEC# ON PAGE V4

NPDES Permit No. NCO003573
Outfall 001
ITEM V-S CONTMED FROM PREIAOM PAGE
1, POLLUTANT AND CASE No
REOUJRED
IV, Acrofein
x
(107-02-8)
2V. Acrylonitrile (107-13-1) x
3V, Benzene (71-43-2) x
4V. BiS (Chloromethyl) x
Ether (542-88-1)
5V. Brornoform (75-25-2) x
2. MARK 'X" 3,EFFLUENT
a. MAXLMUM MLY
�,SFL EVEV VAL r
(1)
PRLSEW ASSENT CONCFNTRATION (2) MASS
<0,050 <0-05
3
<0,0 10 <0,061
<00010 --0,0061
b.ftUWUM3*DAYVA.LUE Of C LONGTERM AVRG. VALUE (w
�e4
CONCrNTRATON f'-!) MASS (1) coNcl-, 'wRAT*.N (a)
NA NA NA NA
NA NA NA NA
NA NA NA N
NA NA NA NA
NA NA NA NA
S. NO, GP
ANALYSEN'
1
1
NA
41 UNIT$ 5, INTAKE(,-, �kwp.3;)
— a, LONG TERM AVERAaE VALUE
R3MAZ5 CONCEN;PADON M.AEK> ANALYSES
Fyzg,;L lb/dav NA NA NA
mg/L lbiday NA NA NA
------------ - -------
mg/L 1b."'day NA NA NA
NA NA NA
Mg/L. lb/day .-A NA NA
6V. Carbon Tetrachloride
(56-23-5)
x
N
NA
NA
A.
g!L
ibld�v
N. A
NA
NA
TV. Chlorobenzene
(108-90-7)
x
10
0,0061
NA
NA
NA
NA
1
-m-,/L
lb"'day
NA
NA
NA
8V. Chlorodibromomethane
(124-48-1)
x
<0'0010
<0.0061
NA
NA
NA
NA
mg/L.
lblday
NA
NA
NA
9V. Chloroethane (75-00-3)
x
-------
<0.0010
-----------
<13-0061
NA
NA
NA
rng/il
----------
b/d a
NA
I OV, 2 Chforoethlylvinyl
y
NA
NA
Ether (110-75-8)
x
- ----------
<0'050
<OM5
NA
NA
NA
NA
1
mg1'
Ibi'day
NA
NA
NA
I IV. Chloroform (67-66-3)
x
<0,0050
<0.0305
NA
NA
NA
NA
mg/L
Ib/day
NA
NIal
N A
12V, DieWorobromornethane
(75-27-4)
x
'-OM'10
<Woel
NA
NA
NA
NA
1
mg/1-
Wday
NA
NA
NA
13V. Dichlorodifluorornethane
—1
1
x
< 0. f'; 0 10
<f).0061
;NA
PIA
NA
NA,
rrm,' L
Wday
NA
NA
NA
14V. M Dichloroethane
(75-34-3)
<0,0010
<U061
NA
NA
NA
NA
mg/L
b/day
NA
NA
NA.
15V, 1,2 Dichloroethane
------------
(107-06-2)
x
<0.0010
<0,0061
NA
NA
NA
NA
l
mg/L
;biddy
NA
NA
NA
16V, 1,1 DicNoroethylene
1(75-35-4)
-----------
- ----
-----
x
<0,0010
<0,0061,
NAIAA
N A
NA
NA
1
g,L.
IbMay
NA
NA
NA
17V. 1,2 Dichforopropane
---------- --
I
—
---------
-------
(78-97-5)
x
<0.00 " 0
<1-0061
NA
NA
NA
NA
mgk.
lb/day
NA
NA
NA
1W 1,3 Dichloropropylene
-------------
(542-75-6)
x
<0,0010
<0,006,1
NA
NA
NA
NA
I
rng/L
lbiday
NA
NA
NA
19V. Ethylbenzene(100-41-4)
x
<0.0010
<M061
NA
NA
NA
20V, MethyF'B'r'om5e
- --- ----
m9lL
lb/day
NA
NA
NA
(74-83-9)
x
<U010
<0.0061
NA
NA
NA
NA
1
mg/L
lb,day
NA
NA
NA
1
21 V. Methyl Chloride
— ----
(74-87-3)
x
<0'0010
<OM61
NA
NA
NA
NA
�177
11
rng/L
"L
1-Y
lbAday
I
NA
NA
EPA Form 3510-2C 8-90)
PAGE V-4
CONTINUED
ON PAGE V-5

D, dal foopy fflcm Hem I of 1)
UTFALL NUMBER
r-Onn Approveo
CONT1E4UFD FROM PAGE V-4
17, NCO003573
7717
001
')MR NO, 2040 0086
3. EFFLUENT
-hrvRrrr
-
Aprova! expires 8-�;I-t46
'H. POLLUTANT AND CASE NO
2. MARK "X"
uNffs
7
AKEoptonal)
MAXWUM 0AJLY
b-MAXIMUMUDAYVALUIE
(Y c. LONG TERM AVRZ, VALUE
a.TESTING
VALUE
b.UELEVED dF.L-Evil D
d, NO. OF
4, LONG TERM AVERAGE VA
. ... .........
REOURFD
PRESENT AI3SEWT {1) CONCENTRAI 4�l
(2) MASS
QONCIENTP-ADON
i2) VASS
MA$S ANALYSES
CONCEil;PATION MASS
I �////MEIEI
22V Methylene Chloride
(75-09-2)
x
<0 005
<0,0305
NA
NA
NA
NA
W..c./L
lb/day
NA
N" A
NA
23V,1,1,2,2 Tetrachloro-
ethane (79-34-6)
<0,001
<10061
NA
NA
NA
NA 1
rng"L
b1day
NA
NA
NA
24V. Tetrachloroethylene
(127-18-4)
0,0061
NA
NA
mg,"L
€b,,d-y
F NA
NA
NA
25V, Toluene (108-88-3)
Y.
<0,005
-0.0305
NA
N" A
NA
NA 1
mg/i-.
wday
NA
NA
NA
26V. 1 2-TransDichloro-
------------- -
ethylene (156-60-5)
<0,001,
<0,0061
NA
NA
NA
NA
rn ci IL
lb/day
NA
N-A
NA
27V, 1,1,1 Trichloroethane
(71-55-6)
001
<0,0061
NA
NA
NA
NA I
rngi'l..
lb/day
NA
NA.
NA
28V. 11,2 Trichloroethane
(79-00-5)
<0A")01
<0,0061
NA
NA
NA
NA 1
mqL
Wday
NA
NA
NA
29V. Trichloroethyiene
(79-01-6)
<0,001
<0-00611
NA
NA
NA
NA 1
mg,"L
lbld"
NA
NA
NA
30\1. Trichlorotluoro-
---------- --- -
methane (75-69-4)
-0.001
<0.006,1
NA
NA
NA
NA
rng/L.
lb/day
NA
NA
NA
31V. Vinyl Chloride
(75-01-4)
<0,00i
<0.0061
NA
NA
NA
NA 1
Mg/L
lb/day
NA
NA
NA
fi
. . . . I.W/RM
C1A, 2 hlorophenol
(95-57-8)
x
<6,010
<0,061
NA
NA
NA
NA 1
mq",L.
lb/day
NA
NA.
NA
2A 2A Dichlorophenol
--
(120--83-2)
x
<0-01.0
<0.061
NA
NA
NA
NA 1
mgIL
Wday
NA
NA
NP%
3A. 2A Dimethylphenol
(106-67-9)
x
<0,010
<0,061
N A
NA
NA
NA
i b/d a y
NA
NA
NA
4A 4,6 Dinitro-0-Cresol
ir
(534-52-1)
x
<(),010
<0.061
NA
NA
NA
NA I
Mg/L.
bMay
NA
NA
NA
1
5A, 2,4 Dinitrophenof
(51-28-5)
x
NA
NA
LEA.
NA I
Mg L
lbiday
NA
NA
NA
6A.2-Nitraphenol (88-75-5)
x
<0 10
<0,061
NA
NA
N'A
IL
- - - -
---
m 9
IbI , J a y
il,A
NA
NA
7A4-Nitrophenol (100-02-7)
x
<0,010
<0.061,
NA
NA
NA
NA I
mg/1-
lb/day
NA
NA
8A, P-Chloro-M-Cresol
NA
(59-50-7)
x
<0,010
,0,061
NA
NA
NA
NA I
MO/L
lb/day
NA
NN, A
NA
9A, Pentachlorophenol
------------
(87-86-5)
x
0
<0,061
NA
NA
NA
N. A 1
mql"L.
1b,"day
NA
NA
NA
I OA. Phenol (108-952)
x
<0.04
<0.244
NA
NA
NA
Plfi 1
rngtL
iblday
NA
NA
NA
I 1A, 2,4,6 Trichbro-
phenol (88-06-2)
x
<0.010
<0,061
NA
L
NA
i
NA
N A 1
rng./L
lb,day
NA
NA
NA
EPA Form 3510-2C (8-90)
—L.
PAGE V-5
CONTINUED ON PAGE V-6

NPDES Permit No. NCO003573
Outfell 001
CONTINUED FROM PAGE V-6
1. POLLUTANT AYd£3 CASE No
(3f c2K31f2b1@)
1B. Acenaphthene
8ry o
2B. A,enaphtylene
(208-96-8)
FE!�,lfRLLT
X.
X
S. EFFLUENT +`e, €4Nr 5. kt3TAafE it`PFics; tizy
2. MARK "X'" o. MUMUM, MLY b. Pt.akt?,lUM 3Q DAY VALUE , rc
.. r LUNG TERM AVRG \ALUE (i`
'dAi.i?i nva.tst:!»> �ir.Csh?a. LOING TFJ:W AVERAGE VA..,QF
C.^�Et1�VECl C NO OF� rs
RESi'`J" A6SET :91 C;pNCEM'i C.t+9 PS 2)PAAw r
(1; COniC.:MaamlGN „4aS !;rv"dCEl4TAA'f1+7:., ;7j?�AS� A.�,,,YS—S n''.;?':.Sc`;
?' (^.`CO" ry.�3s2A `�pti' ><� y (:t`."t.'tNLLMT^tiS":C3f+:
/.. �i.
«i. 1.e �: i,06'1 NA NA NA NA ra'agz`l 1hk?ay NA NA NA
«3.010 <ci, } I t; NA NA NA 1 rngJl_ lb,clay NA NA NA
3B. Anth£racene (120-12-7)
x
<0.010
<0.061
NA
NA
NA
IAA
1
mg/ L
bIday
NA
NA
NA,
4B. Benzidine (92-87-5)
x
<0.050
<0.30
NA
NA
NA
PEA
1
rag%L
lb/day
NA
NA
IAA
5B. Benzo (a)
Anthracene (56-55-3)
<0. i'
<0.C61
NA,
>)A
NA
NA
rs r`L
bkllni -
NA
NA
NA
YjPi. Setazti (a)
PyTene (50-32-8}
..
<E.3;ir1C�
<0-.00,1
IN
P,IA
h,(r�,
NA
1
tng/L
Wday<
NA
N-A
PEA
7B3,4 Benzofluororanthene
(205-99-2)
>
<0.010
-.i�.(ih #
F to
P iA
^:.�1
f� A
1
rng%L
I b/d ay
NA
NA
N,A
8B. Benzo(ghf)Perylene
(191-24-2)
x
<0 010
<0'061
NA
NA
NA
NA
1
r£aglL
lb/day
NA
NA
ILIA
9B. Benxa (lc)
Fluoranthene (207-08-9)
x
<0,010
<0 061
NA
NA
PEA
NA
1
algli-
?bfday
PEA
NA
NA
10B. B?s(2-Chloroethoxy)
Methane (111-91-1)
x
<0.010
<0,061
NA
NA
NA
NA
9
a? g/L
lb"day
NA
NA
t'1A
11 B. Bis(2-Chloroethyl)
Ether (111.44-4)
x
<0.010
<0.061
NA
NA
NA
;NA
€
£T£g"L
lb/day
NA
NA
NA
12B Bis(2Chlorolisopropyl)
Ether(102-60-1)
X
<0,C110
<0,061
NA
PIA
NA
NA
1
nagtL
,b day
NA
NA
P,:A
136. Bts(2-Elthylhexyl)
Phthalate (117-81-7)
x
<,O:t31fl
r<0.061
NA
NA
NA
NA
I
rng L
lb/day
NA
NA
ILIA
14BAt romophenylPhenyl
Ether (101-55-3)
<ti3Oi0
<0:�361
t o
I €s
A
NA
1
rnglt.
Ibiday
NA
NA
NA
168. Butyl Benzyl
Phthalate (i35 08-7)
x
<0.810
<0,061
NA
t'd,�
A
NA
1
£rfgll..
Ib1C)ay
€ lA
IAA
;tits
I
168, 2-Chlo£vnapthalene
-T
--
-
(91-58-7)
x
<0.010
<0.061
NA
NA
NA
NA
1
£xglL
lta?oay
f IA
NA
£ JA
17B.2-Chlorophenyl Phenyl
Ether(7005-72-3)
?
<0,316
<i3.C=Ei
C
Phi
NA
NA
1
Mg,
ibidav
NA
PEA
NA
1$B.ChrySene (218-01-9)
<0,010
<0,061
P IA
NA
PIA
l a,1,`.
1
r
1C;1y
19B. Gibenzo (a,h)
gIE_
I IA
NA€
NA
Anttaracene (53-70-3)
x
<0.010
-0.06:
NA
ILIA
NA
NLA
1
£ngA.
I b/d ay
NA
NA
NA
20B, 1,2 Dlchlorobenzene
(95-5Li-1)
<G.001Ei
0.C,0a
NA
PIA
NA
NA
1
£rgli.:
'<bttlay
(,IA
NA
NA
21B. 1.3 Dichlorobenzene
{541-73-1)
X
<0.La010
=0,006
NA
NA
NA
NA
1
mg!L
lb/day
ILIA
NA
N
EPA Form 3510- C (5-94)
PAGE V-6
®€diiN€1ED C3iyd
F'AGEV-i

CONTINUED FROM PAGE W6
JEPA LV� NUM
OU TFALE RiUMBER
Form App;zw,,,c!
............. NC0003573
001
Okle, No, 20,40 0066
. .............
Approval
3. EFFLUENT
1, POLLUTANT AND CASE NO
2. MARK"X'u.
h. MAXIW50.30 DAY VPJ-UE if
LONG TM0 AVRC, VALU rt
41 UNITS
MAKE
(Ifovallabf'.)
MNG
b-M-.UEMiD c,M - L E - "IrD VALUE
t:m
---
LONG M"AVERAGEVALU
REQDR�K)
O)CONCENT AS S
WksS
MASS
kNA: �.SES
ANALY�SEl:
2213. 1,4 Dicftrobenzene
(106-4
Y.
ILIA
NA
NA
NA
-ngiL
its/day'
NA
NA
NA
2313.3,31' Dichicrobenzidine
(91-94-1)
Y.
<0 010
<0, 061
NA
NA
NA
NA
1
r "—
li')ldlay
NA
NA
24B. Diethyl Phthalatp
(84-66-2)
x
< 0, (1, 10
6 1
NA
NA
NA
rng,L
lb/day
NA
;'girt,
NA
25B, Dimethylj Phthalate
(131 -11 -3)
x
<0.01 0
<0,061
NA
NA
NA
NA
1
a i el
io/day
NA
NA
l,4 A,
26B. Di-N-Butyi-
Phthalato (84-74-21)
x
<0.010
<0.061
NA
NA
NA
NA
1
rr-.gl
Vday
NA
NA
NA
278. 2,4 Dinitro
faluene(121-14-2) _
x
CiO
0.061
NA
NA
NA
NA
1
rngA.
ibleay
NA
NA
NA
28B, 2,6 trinitrotoluene
----
(606-20-2)
x
<0,0'0
<0'061
-NA
NA
N-A
NA
m'gl
lb/day,
NA
NA
NA
29B. Di-N-Ocy Phthalate
(117-84-0)
x
<0.010
'C0,061
NA
NIA
NA
NA
gA. Mg
!Wfj'�y
NA
--7,A
NA
]
30B. 1 2 DiphenylhydraAne
(as Azobenzene) (122-66-7)
x
0 1 0
NA
NA
NA
NA
mglL
IbMay
NA
NA
NA
31B. Fluoranthene
L(206-44-0)
x
NA
N'A
NA
NA
E
rng/L
ibtdy
NA
NA
NA
2 F 7—
328. Fluo� ene (86-7 �37)
'uo"'
'(6 -"'e
x
<0'010
NA
NA
NA
Nye
33B. Hexachlorobenzene
Hexachlomber� ',e
'3B' z
mg/L
lb/dav
NA
N A
NA
NA
(118-74-1)
8-74_1)
r-34H
x
<0'01 0,
<0,061
NA
NA
NA
NA
mgl
ibldoy
NA
NA
B ex__
34B, Hexacniorobutadiene
f8 7
(87-68-3)
x
"0'010
<0,061'
NA
NA
NA
NA
L
m,4�L
loloay
NA
NA —71�
1�
35B, Hexachlorocyclo-
pentadiene (77-47-4)
x
<0.01 0
-4 0. OG- I
NA
NA
NA
NA
biday
NA
NA
NA,
1
36B. Hexachlorciethane
(67-72-1)
----
x
<0. (-)10
-0.061
NA
NA
NA
NA
1
Mg/L
lbiday
NA
NA
NA
1
37BJndenol,2,3(,dPyme
--
--
(193-39-5)
x
<0'0E1
NA
NA
NA
NA
mg/L
tlL
biday
NA
NA
NA
388. Isophorone
x
<0.010
<0.061
NA
NA
NA
NA
L
ibtdav
NA
NA
�411
NA
39B� NaphtiWene (91-20-3)
x
<0,010
NA
NA
NA
NA
mg."L
lbiday
NA
NN A
NA
40B.Nitroberizzene (98-95-3)
x
NA
NA
NA
NA
1
41B, N-Wfosodime-
mgiL
lbi&y
NA
MA
thylarnine (62-75-9)
x
<0,010
<0,061
NA
NA
NA
NA
mg/
biday
NA
NA
d�A
42B, N-Wrosodi-N-
itaLylamine (621-64-7)
x
-,0,010
<0,061
NA
NA
NA
NA
i
"-fig/L
---
lb/day
NA
NA
N
EPA Form 3510-2C (8-90)
PAGE 11-7
I
CONTINUED ON PAGE V-8

INPDES Permit No, 0003573
Outfall 001
CONTINUED FROM PAGE V-7
1. POLLUTANT AND CASE NO
2. MARK "X"
--------.EFFLUENT
s, MAXWUM DAILY
b. M.AX£MUM.:.W DAY VALUE ;'Y
4, UMTS
S. £NTAKE ,,oFtt*,w!)
VALUE
;sv¢+fexsy'Ns
c. LONG lKRM AYE;r. VALUE 'f rsvezi.;dShJ
a. LE>N(i FE3144 AV£rWG>v
LA.F,E33::
(dray Fk?t�Fej
a i STrtiV R. 8'eLiEIEU
RE:� IR;3a PRESENT
3) tLVGir
ABSPO .
JA;$
vC,iCEf?:9:OM1:
($) Mq$^
(3}CiN:3 E":Ai::"
6.M .OF
AA>;
.
"
>j P,4,4w
L.' n
dN`tfa^t;EP'
NEI
43B£N-N lfrosodi phe%4amine
(86-3C?-6)
X
<:t,OgS
<0,061
NA
NA
B
A.A. 1
T)tlfL
b'dav
NA
NA
NA
446. Phenanthrene
(85-011-8)
X
<0,1061
NA
NA
NA
NA
Erg"L
lb/day
NA
NA
NA
45B. Pyrene (129-00-0)
X.
<0.010
<0.061
NA
NA
NA
NA
rng,L
lblday
NA
€'CIA
NA
468, 1,2,4-irioh€orobenzene
(120-52-1)
X
<OVO
<0,0 1
NA
NA
NA
NA, i
mgil-
€Wday
NA
NA
Ad a
:
n:..�i`f
/ i/:........//... ..i / .
i` .:
/ x/:.::, ..
..............
I P. Aldrin (309-00-2)
x
<E3c0010
<+3.006
NA
NA
NA
NA
trig:
lf7Jdap
NA
NA.
NA
2P, (--BHC (319-84-6)
X
<0.0010
<0'00c
NA
NA
NA
NA
Mg/L
b,day
NA.
NA
NA
3P.11-BHC {a19 85-7)
X
<0,0010
<0.006
NA
NA
NA
NA
mg!L
ibiday
NA
NA
NA
4P, y-BHC (58-89-9)
x
<0'0010
<0.006
NA
NA
NA
NA 1/L
lb/day
NA
lit"a
NA
5P. &-EHG (319-8G-8)
x
<(3:0010
<0asB6
NA
PEA
NA
NA
r gIL
lb/day
-NA,,
NA
NA
6P. Chlordane (57-74<9)
X
<0.010
<0,06
NA
NA
NA
NA
rC=-11L.
lb"'day
NA
NA
N
7P. 4,4` DDT (50-29-3)
X
-,0,00,10
<0'005
NA
NA
NA
NA
trgiL
Vday
NA
NA
€1r"
SP. 4.4' DDE (72-55.9)
X
<;:x:CC<'0
<0,006
NA
NA
NA
NA 1
>• g/L
htda'y
NA
NA
NA
9P. 4,4' DDD (72-54-8)
x
<0,0010-
<0.006
NA
NA
NA
NA
mg/L
hiclay
NA
NA
NA
IOP, Diiedrin (60-57-1)
X
<0,0010
< ,006
NA
NIP,
NA
NA 1
rig"L
lb/dav
NA
NA
NA
11 P. a-Endasu€fan
(115-29-7)
k
<).001 }
<0,006
NA
-NA
iNA
NA
fritliL
Ibtday
NA
NA
NA
12P, .3-Endosu€fan
(115-29.7)
X
-:0: 01u
-,0'00ri
NA
NA
NA
NA I
tt g/L
lbiday
NA,
NA
NA
13P, Endosu€fan Sulfate
(1431-0I-8)
Y
<0.0010
<0.006
NA
CAA
NA
NA 1
nng< L
lb!'d:ay
NA
NA
Nth
14P. Endrin (72-20-8)
x+.
<0.0010
<0.006
NA
NA
NA
NA
rng/l-
h1day
NA
NA
NA
15P. Endr£n Aldehyde
(7421-53-4)
X
<J.li(3'C;
G.Oz n
NA
NA
NA
mg!L
'tL:fday
NA
NA
N'A
16P. H+eptasih€or
(76-44-8)
X
ie .C+3t0
< 3.f)06
NA
NA
NA
N.4 1
£Tif f!..
lb/day
NA
NA
71
NA
;`Psi Form 3810-2C (- t3)
PAGE V-8
CONTINUED ON PAGE V-9

C-P, A. 1,E). Number (copy from item I of P,�wm 1)
PLEASE PRW OR TYPE IN THE UNSHADED AREAS 0?4LY.fctjmay ropvt some 0, al!
NCO003573
of this k0ofmotioa on &o.pi't,310 ^ch2Lis (use IN? F.IMn. Yonne?; instead of,=pl
F2 r. Appmyed
SEE 3N8_PUC1'!of45
OMB No. 2040086
Approval expires 8-31-:n�
V. INTAKE & EFFLUENT CHARACTERISTICS (Continued from page 3 of Form 2-C)
FALL NO,
PART A -You must provide the results of at least one analysis for every P'Oluiarit in this table. Uo_mplete one table for eaeffoul all, See instruct
002
2,EFFLUENT
1. POLLUTANT AND CAS
NO n, MAXIMUM DAILY VALUE b. MAXIMUM. 30 DAY VALUE (# ava,Itabiw
b. LONG TERM AVRG. VALUE if ovoWa
CO,NCE�'TRAIION (2) rvoas (1) CONCENTRATION
(1) Cot,,lcEnTi�A­nON (2� MASS
ANALYSES
C"l-NICENTRAT�ON'
b. MASS
b. No. OF
a, Biochemical
Oxygen Dem^,4nd 212,0 9,776 1106,00 4,888
26,50 1,222
5
mg/L
lbiday
NA
NA
NA
MOP)
b. Chemical
Oxygen Demand 102,0 11,292 102.0 11,292
57,8 4,853
4
mg/L
ib/day
NA
NA
NA
(cop,
c, Total Organic
7.5 2,324 NA NA
Carbon (TOO)
NA NA
I
mg/ L
lbiday
NA
NA
F
NA
d. Total Suspended
Solids j'TSS') NA NA
NA NA
I
mg/L
lb/day
NA
NA
NA
e, Ammonia (as N" 13.2 NA NA
NA NA
I
mg/L
lb/day
NA
NA
NA
f. Flow value18,60 value 16.3
value 10:6
396
MGD
I
value
NA
NA
I
9. Temperature Value value
wilue
-
-
(Winter) 22,0 16,7
14,9
128
C
value
1
NA
NA
h. Temperature value
39.0 value
32,2
Value
(summer)
25,8
145
Oc
Value
NA
NA
Mini Maximum Minimum Maximum
ME
i, pH 6.2. 8,6 NA NIA
2-14
PART B -Mark "X" in column 2a for each pollutant you know or have reason to believe is present, mark "X" in column 2b for each pollutant you believe to be absent,
If you mark column 20 for any pollutant which is limited either directly, or indirectly but expressly, in an effluent limitations guideline, you must
provide the results
of at least one analysis for that pollutant. For other pollutants for which you mark column 2a, you must provide quantitative data or an explanation
of their presence
in your discharge: Complete one table for each outfall. See the instructions for additional details and requirements.
2. MARK "X" 3, EFFLUENT
4, UNITS
S. INTAKE
A)0MUWI 30 DAY VALUE
a, MAXWOM DAILY VALUE
C. LONG YERMAVRG, VALUE
b, NO. Oiz
a.
a. LONG TERM AVERAGE VALUE
ANALYSF-S
1, POLLUTANT & CAS NO,
D. NO, OF
r) r2% MASS 41)CONOE.NTPAT;ON (2) 111.14ISS
"msss
ANIALYSEs,
(1)
Ss
1,2) MASS
,_.N
CONO�tr' PAnQN
a� Bromide
—
X NA NA
(24959-6744)
NA NAb,
Chlorine
NA
NA
A
NA
Total Residual X NA NA
NA NA
C' Colo" X 64 NA NA NA
NA NA
pou
NA
NA
NA
NA
NA
NA
d, Fecal
NA
Coliforin X 5. NA NA NA
NA NA
1
COVI 00ml
NA
e. Fluoride
NA
NA
IJ A
X 41,3 5003 NA NA
( 16984-48-8
NA 643.7
130
mi�
lb/day
f, Nitrate—
NA
NA I
NA
X 0.52 13,2 NA NA
Nitrite (as N)
NA NA
rog/L
lb/day
NA
NA
NA
EPA Form 3510-2C (8-90) 101

EPA W. NUMBER (cagy from Kern 1 of Form 1) OUTFALL NUMBER
r.nfti nJ>�tt'[7V9L'
10
OMB No. 2i 4G 4li ;£08+a
o.
CO
CONTINUED FROM PAGE 3 OF FORM 2-C NCO003573 € 02
PART C ^ if you era? a primary #Rdustr and tixis Cullat£ Contains process wastewater, refer to Table 2C-2 in the instructions to determine which of the Gc: %is fmcU*rs
AplSrGa ?;x 8-3t-a&
you must test for, mark "X" In column 2 -a for ail such GCM$ tractions that apply to your Industry and for ALL toxic metals, Cyanides, and total phenols. If you
are not required to marts column 2 a (secondery industries, nonprocess wastewater outkalls, and nonraqu£red GCjM$ fractions), mark "X" in column 2-b for Each pol£irlant
you know or have reason to believe is present. Mark "X" In column 2-c for each believe is if
Pollutant you absent, you mark column Za for any polknotit, you must
provide the results of at least one analysis 'Or that pollutant, If YOU mark Column 2b for any pollutant, you must provide the results of at mast one analysis
for that pollutant if you know or have reason to believe it will be discharged in concentrations of 10 ppb or greater, #€you mark column 2b for acrelein, aCry£nn£tr£le
2,4 dinitrophenol, or 2-methyl-4,6 dinitrophenol, you must provide the results of at least ens analysis for each of these pollutants which you know or nave reason
that you discharge in Concentrations. of 100 ppb or greater. Otherwise, for pollutants for which you mark column 2b, you emus& either submit at least one analysts
or briefly describe the reasons the pollutant is expaCtEd to be discharged, Note that there are 7 pages to this part, please review each carefully. Complete one table
(a## 7pages) for each outtall. see instructions for additional details and requirements.
3, EFFLUENT
9, POLLUTANT ANDCASENO2, P?ARK "X" h. MAXIMUM 34 DAY VALUEkAwE ¢f
4, UNIT$
S, INTAKE iop6--,P
n13
a TESTING b. BELIEVE c.EEL3ElEU a, MAXIMUM DAILY VALUE 3✓dN r�G;
�.V.rF
a. LGNG TERM AVERAGE. VAEUr-
ttfavkabtE#
MASS CONCENTRATION, 2MASS vRC:AErJ£FED PRE8EPrE ABSENT £)CCNCEfFCATON CTN £Zj MASS
d
RNLtS'S
(v)
;C"CNTzATiJS
2T
0
;¢vYnRT!<3r
� N, :OF
Rva£ YiES(21
1Ti1T. AI•iik£monv
<0.0£2 <ti.26 NA NA Pd NA
TDt�I (`7440-36-0)
#nglL
lbiddy
NA.
NA
tiA
4. Total
0-38-Arsenic,
0 66 PEA PEA NA NA
(7
1
m fL
+�
l� d;i y
NA
IOTA
I1iA
3M. Servilium.
Y <i},00I <0.1a NA NA NA NA
Total (7440-41
1
€nwl-
T#31day
PEA
NA
PEA
a miu-7)
Cadmium,
<
Tot.11 (7440-43-9) X <0.002 iT. 26 NA NA NA PEA
I
Irgfl
lhmdav
PEA
NA
NA
Chromium, I Cl
(7440-47-3) X <0,005 <0,66 NA NA NA NNA
1
mglL
..
IbM ay
NA
NA.
NA
6M. Copper, Total
(7440-50-Ov) 0,�#tl6 U.s9 _ ��A NA Ili NA
1
mrlglL
IbidAy
NA
NA
NA.
7K Lead, TE>Wl
(7439-92-1) X <0,003 <0.40 NA NA NA NA
1
R?gfl.
lb/day
NA.
NiA.
NA
8M. Mercury, Total
(7439-97-6) X <t.Oils <�t.Q�3 PIA C�a°4 P4A. %dry
�l�
lbldav
NA
NA
NA
9tv3. Nickel, Total
(7440-02-0'3 X <0-i�05 <(3.tz�a NA PdF3 %�� (VA
1
l€g/L
lb"d hf
NA
PEA
C'QA
laiit. Seienjurn,
Total (7732-49-2) X <0,005 <'M6 apt; NA NA NA
#
tug i_
bIc€ay
13e?
A.
'i'iPv3. SihrefTotaT
(7440-22-4) A cr.GO' ti0:26 NA PIA NA NA
lYl�ii.
:btday
NA
NA
]NA
12M. Thaltitfrit
Total (7440-23-0) X 0.005 <0,66 NA NA NA NA
1
mgfi
lb/day
NA
NA
13M, .Zinc, Total
(7440-66-6) 0.029 3.83 NA NA NA NA
#
mo,'L.
lb/day
NA
NANA
' ' 14K Cyanide, Total
i Y __.. 0.08 0-3 NA. NA NA AdA
n #lL
<ii ldav
PEA
td£,
i'3A
15M. Phenols, Total 0 £i4 <5 ryry NA PEA PTA €�tA
GL�
'
y
t
) Tt g; W
I baE92y
T�tA
T�Jt�
ff>ff+.fi.
� �,.. :.� . ,: f�' ;f:;:..i.:
« / +il:i ::: ::.:f,.i+:l.: :nFi:: /. //'Fif.: fF! f :.aF:f ::::nF:FF:,.Ff� f:.. Fr
Fi fi fy:N�'�:l : f:F ni'.l F.:{i::.. F :::�... �..:...iw
��� ��:f ff f���iii`ff FlFfi f `F:F.:f �i..: :. :n: .�����%� f : . F f
:fi:.::. f� �����
a
<'ri'l
2,3,7,8 -Ti ellra hloridibenzo-P-
Dioxin (1764-01-6) X NA
NA
NA
PTA
EPA Form 3510-2C (8_90) PAGE V-3
CONTINUED ON PAGE -4

F- I
EPA I.D. NUMBER (apy from item I ofForad 1) . .....
OUTFALL NUMBER
FOrm Approved
CONTINUED FROM PAGE V-4
NCO003573
002
Okla No. 2040,j0&i
3. EFFLUENT 7 .
.....
—
Approval expirc,: 8,3 1 -�sP
1� POLLUTANT AND CASE• NO
2, MARK"X"
4, uNfTs
5757
== : INTAKE fop,
.AOIAXIMUM DAILY
VALUE
MAXWV14.'X DAY VALUE. (;f
a. LONG TFW AVA0, VA: -'-,Jr
13, 1.1;1:i. 0i
LONG TERM AVERAGE. v.Q-ur--
--------
A8SHN3 01��CJNCEWRAT:ON
�2) MAS�3
CONC�-NTRA:EXI
i2� WISE,
I PK-
CONC�-NT JON
ANA0'-,EE
(1)
C ,;,�NCFWFOMON
[
C
Jr
EM. . . . . . . . . . . . . . . . . . . . . .
22V Mathylene Chloride
ME
(75-f)�2)
x
<0,W5
<0,��
NA
NA
NA
NA
i n-gli-
lb/day
NA
NA
NA
23V.1,1,2,2 Tetrachloro-
offiane (79-34-5)
-0,001
<0,13
NA
NA
NA
NA
1
Ing"L
Wd a y
NA
NA
NA
24V. Tetrachloroeth 71e;e
—
(127-18-4)
<0.001
0,13
NA
NA
NA
NA
mg/L
b1day
NA
NA
-NA
25V. Toluene (108-88-3)
x
<0.005
<0,6-3
NIA
NA
NA
NA
- --------
mg/ L
IbIday
NA
NA
NA
26V, 1,2-TransDichloro-
ethylene (156-60-5)
<0,00I
<0.13
NA
NA
NA
NA
mg""!;
Wday
NA
NA
NA
1,1,1 Trichioroethane
(71 -56-6)
<0� 00 1
<n-1.3
NA
NA
NA
NA
rung ,'-.
ib/day
NA
NA
NA
hane 28V, 1,1,2 Tdchloroetj
NA
NA
NA
NA
L
lb"day
NA
N,A
""k
NA
44AN4
29'v. Trichforoethylene
(79-01-6)
<0.001
NA
NA
NA
NA
rng"l.
bkJay
NA
l�
A,
30V. Trichlorofluoro-
- --------
O'lethane (75-69-4)
<0.001
<0A3
NA
NA
NA
NA
I
rn-gli..
b'day
NA
NA
NA
,31V. Vinyl Chloride
(75-0 1 -4)
11
<0-001
<0,13
NA
NA
A
fng,'i-
NA
NA
NA
1 A. 2 Chlorophenol
(95-57-8)
x
<1,3
NA
NA
NA
NA
1b,"'day
NA
NA
NA
2A 2A Dichlorophenol
(120-83-2)
x
NA
NA
NA
N.
1
ing"'L.
lb/day
NA
NA
NA
3A. 2,4 Dimethyfp�enol
(105-67-9)
x
NA
NA
NA
mg/L
bJd-iy
NA
f,€A
4A 4,6 Dinitrf,-O-Creso�
(534-52-1)
x
<Uio
<1,3
NA
NA
NA
NA
rng/L
lb/day
NA
NA
NA
5A. 2,4 Dinitropheri�,—
(51-28-5)
x
< '3
NA
NA
NA
NA
I
mg/l.
lb"day
N'A
NA
NIA
6A, 2-Nitropheriol (88-75-5)
x
<0,0 10
<1,31
NA
NA
N"A
NA
#
mg/L
:b,/diy
NA
NA
NA
7A, 4-Nitrophenol
x
<0,010
<1.3
NA
NA
NA
NA
—(100-02-7)
P-chloro-m7resof
mg
b;day
N;'
A
NAL8A.
(59-50-7)
--
x
—
NA
NA
NA
NA
I
lb/day
NA
NA
N.lk
9A. Penfachlorophenol
—
—
(87-86-5)
x
<0.010
<1,3
NA
NA
l,4A
NA
1
Mg/L
ibJ'day
NA
NA
NA
10A, Phenol (108-95-2)
'8 95
x
<0,010
<1.3
NA
NA
NA
NA
mg/L.
Ib;day
NA
NA
NA
I IA. Trichloro-
72,A6
f88 0
phenol (88-06-2)
x
-0,()10
<1,3
NA
NA
NA
NA
f
mg/i..
by'day
NA
NA
NA
EPA Form 3510-2C (8-90)
PACE V-5
1CONTINUED
.......... -
............
- ............
..........
..........
...............
...........
.............
ON PAGE V-6
............ - - ............ -

INPDES Permit No. NCO003573
Outtall 002
CONTINUED FROM PAGE V-5
s. EFFLI3ENT
3, POLLUTANT AND CASE No
g. MARK "x. a. AAXiDAILY
bMAKEh4vd.Y3td9J .
c.
LONG T�VRGvp'LLIE ,fVAL1ENO.
4. UNITS
5, INTAKE tnn;�n:ral;
n 7E P O
b PEcF)�Vx fS r �cLi=�ir>
e.'+m?3£Ge>)
OF
z. L:NaC>7fRY AVErtA;yAE.;I
f .. ...:... .: ...::::::.. f
RED IR!-7
RR53ENT AE3$„INI7 kTS Ct fJ I TRf,7fD� ft)Y•AR.\5
..
:�nP'"ff
!fi < JfE3h`fiJlV
:2F Cvih�$
..,
i)L?tiC'f�F'F�.Ai>C,JPi
�S P.kA'w
_
r i ..�
Ef• CCSi;f;i.N;Rp `:fJly
t?;.`v<.>?u5
Ti Gl.Nti4'f fd"%?A';fF
6'�`S E
ANA.V5:.',
16. ACenaphthene
t83^s2^�}
x
<(i.01C::
�=1.3
IsdA
1�3A
NA
NA
ntgt2
IEtday
rQA
NA
2B. Acenaphtylene
(208-96-8)
x
�.i3.01it
<1a
A
NA
NA
NA
1
mgrL
Ibrday
NA
NA
NA
3B, Anthracene (120-12-7)
x
--0.010
<1_3
NA
NA
PNA
NA
1
mgi€.
€/day
NA
NA
PEA
4B. Benzidine (92-87-5)
xt
<0.050
<5:6
PIA
NA
#SSA
NA%€_
5B. Benzo (a)
Vday
NA
NA
NA
Anthracene (56-55-3)
Y
<0.010
<1:3
NA
NA
ILIA,
NA
1
£roll..
Ib/day
NA
NA
NA
6B. Benzo (a)
Pyrer£e (50-32-8)
X
<0,0,1 j
*1.3
NA
NA
NA
NA
l
rt£i'#1€..
13 d 'r
NA
IAA
NA
7B3>4 Benzolluororanthene
(205-99-2)
x
<t3:010
<1_3
NA
NA
NA
NA1
ri�g!t.
lb/day
NA
NA,
NA
Benzo(ghi)Perylene
(191-24-2)
Y
<0,010
<1>3
NA
NA
NA
NA
1
;m;t,
ibiday
NA
NA
9B. Benzo(k)I=Ei£oranthene
(207-08.9)
X
<0,010
s1.a"
NA
'.;A
IAA
PEA
1
£r A.
b/day
NA
NA
€ A
10B. Bis(2-Chloroethoxy)
Methane (111-91-1)
x
�0,91f1
<'I;3
NA
NA
NA
NA.
1
fngtL
::Wdav
NA
NA
NA
11 B. Bis(2-ChloroethL4)
Ether (111-44-4)
x
O.LI'i G
<1.3
I��
NA
NA
NA.
1
m a%L
t sicay
NA
NA
NA
126 Bis(2-Chloraisopropyl)
E€her(102-60-1)
�
<f3:010
<1:3
NA
NA
NA
NA
1
mg/L
Ibf`day
N.11
€1A
NA
13B. Bis(2-Elthythexyl)
PI£tbalate (117-81-7)
0.0,3
1.72
NA
NA
NA
NA
rngiL
Vday
NA
NA
NA
14BA Bromophenyftenyl
Ether ('141^55-3)
x
<0.310
<'€>3
NA
NA
NA
NA
t
mgfL
b/day
NA
PvA
hd.Pz
enzyl
5 v"8-7)
'0 f 0:3
Y IA
Pt
€ l>
NA
l
i L
I../doy
t d?a
I his.
€ €A.
ronapthalene
F
X
0;010
1. s
iNA
€'�€A
NA
NA
I
Ing/L
lb/d@y
NA
NA
NA
ophenyl Phenyl
Ether (7005-72`3)
<3 010
1 <3
A
NA
NA
NA
1
mpfL
lb day
NA
NA
Nl A
18B.Chrysene(218^01-9)
Y,
<0,010
<13
NA
^,A
NA
€ A
1
19B. Diben o (a,h)
Yltgr2
1131da
NANArig:
Anthracene (53-70-3)
<0.010
<1:3
ILIA
NA
NA
NA
1
Ir£gtL
lb/day
NA
NA
Itz',.
20B, 1.2 Dichlorobenzete
(95^Sik-1)
* ;BU10
3
ICI£.
€�!£.
ILIA
NA
1
nIg.%L
tbJday.
NA
t� A
NA
21B, 1>3 Dichlorobe£�zene
(54i-73-1)
x
<.t3.Oril3
L<OJ.3
€�!A
NA
NA
IAA
1
£miL
b1day
€'+lA
NA
NA
EPA Form 35 ! £i-2tA (8 gtg)
PAGE V
CONTINUED ON PAGE V-7

CONTINUED FROM PAGE V-6
EPA W, NUMBER (Copy from ftem I &77ftn 1)
OUTF NUMBER
01"Ap -No. 2CM0 001m,
NCO003573
002
3, EFFLUENT
1. POLLUTANT AND CASE NO
2. MARK "X" MAOMUM DAILY
b. MAXIMUM,M DAY VALUE
c. LONG TEW.- MIRG. VALUE (if
A. UNtTS
S. #1iT3t4iE
3E- �3,iNG
VALUE -- ---------
0 C.OW�VED
-
-
I
-
Ij :Q, 0�
A
.. LONG' 3f--RM xll$��WGE VALUE
REOUR3, "I
PRIESENT AB$rN1
Ca4cENTRAT: ON
tZ� MASS
�11 CQNr-ENT1-,,T:0N
ANALY��S
S�S
)N
I
"Ap", ISE"
I'M . . . . . . . . . . . . . . . . . . . . . . . . . . . ....
22B. 1A Dichlorobenzene
............. .1 ......................................
.. ........
.................................... .. .... ...
06-46-7)
x
<O,W�
<0.13
NA
NA
NA
NA
NA
NA,
NA
23B.3,3' Dichlorwenzidine
(91-94-l',
I-
x
NA
NA
N A
NA
1
rng/l-
Vday
NA
:,N:A:
NA
24S. Diethyl Phthalate
----------
(,34-66-2)
x
0'010
-13
NA
NA
NA
NA
:bkjay
NA
NA
NA
2513. Dimeth�E Phthalate
-- ---------
(r31-11-3)
x
NA
NA
NA
NA
rng!L
1-b/c,"ay
NA
NA
N
26B, Dj-N-Butyl-
------
---------
Phthalate (84-74-2)
x
NA
NA
NA
NA
1
w..g,L
lb/day
NA
NA
W�
27B, 2A D:M:!trotoiuene
(121-14-2)
x
< 01. 0 1 10
4
�1.3
NA
NA
NA
NA
i
mr-'Y'L
;b/d��y
NA
NA
N
28& 2,6 Dinitrotoluene
"Oil,
(606-20-2)
<0,01 0
<1.3
NIA
NA
NA
NA
I
mg,".
bhday
NA
NA
NA
29B, Di-N-Ocyl Phthalate
---------- - - —
(117-84-0)
x
<0�011 0
<13
NA
NA
NA
NA
rng!L
!b/day
NA
NA
NA
3013. 1 2 Diphenyllhydrazine
(as A70benzene) (1122-66-7)
x
<0,010
<
NA
NA
NA,
1
NA
mg/l-
NA
�Nk
31 B. Fluomn'then
(206-44-0)
x
113
NA
NA
NA
NA
mg/L
lb,"day
NA
NA
NA
3213, Flucrene (86-73-7)
x
<0.010
<,..3
NA
NA
NA
NA�b/day
------------
338. Hexacliiarobenzem:,.
. .....
NA
NA
----------
NA
x
<0.010
- ---------
<13
NA
NA
NA
NA
mq/L
lb/dav
NA
NA
NA
34B- Hexachlorobutadm,ene
(87-68-3)
x
<0,010
<1 _3
NA
NA
NA
NA
mg/L
fbid2y
NA
NA
NA
35B. Hexachiorocyclo-
------------
pentadiene (77-47-4)
x
NA
NA
NA
',,A
F.-Ig/L
ffilk,"v
NA
NA
;NA
36B. Hexachloroethane
(67-72-1)
x
NA
NA
NA
NA
ng,'L
b/day
NA
NA
NA
37B,Indenol,2,3 cdPyrene
(193-39-5)
x
-,"3
NA
NA
NA
NA
1,1/da,
NA
NA
NA
38B. Isophorone (78-59-1)
x
<1,3
NA
NA
NA
-----------
NA
rn g/L
NA
IN' A
NA
39B, Naphthalene (91-20-3)
x
-------
<0.010
- ----- ---
<1.3
NA
NA
NA
NA
rng/L
Ill/day
NA
NA
NA
40S.Wrobenzene (98-905,3)
x
<0,010
i.3
NA
NA
NA
NA
418. N-Nitrosodimethyl-
1
T-Ag"l-
lbfd,y
NA
NA
NA
amine (62-75-9)
x
<0,010
<1 .3
NA
NA
NA
NA
1
rngtL
inldav
NA
NA
NA
42B, N-Nitrosod-W
Propylamine (621-64-7)
x
Jie
3
NA
mgs'L
b/day
NA
N
EPA area 3510-2C (8.9o)
PAGE V-7
CONT&NUED ON PAGE V-8

NPIDES Permit No, NCO003573
ClUtfall 002
CONTINUED FROM PAGE V-7
I. POLLUTANT AND CASE NO
43BN-Nilmsodiphenylamine
44B. Phenanthrene
(85-01-8)
717T 1"-1—EE
II,1.l-
x
x
2. MARK W
F.
ZLEFrLUENT
A-WOMUM b.?,4AXl;.W300AYVALUF fW R. UNIT$ INTAKf�
VALUE
-�
C�m.FVF3Wavailable) 0NO 0-F
1
fl) fi(:NCENTPATir).N ,')MASSMCDNMWMAT101 MASC AN 0) CONCEN Mpl-:C94 ;2IMASS 0%C0W`N3RAT;0N
ME= -.1-14 1—M.
< 0, 0 " <,..3 NA NA NA NA 1"*Jay N'A N" A
<001 <1, NA NA iNA NA r1giL Vday NA NA
=�� . . . . . . . . . . . . . . . . . . . . . . .......
NA
NA
45B. Pyrene (129-00-0)
x
-101
< I
NA
NA
NA
NA
ib/d�.y
46S. I 2ATdchlorobenzene
-----------
mg/L
F'M'gil.
NA
NA
NA
(120-82-1)
x
<0'("!
<,:,3
NA
NA
NA
NA
Ib."'jay
NA
NA
NA
. . . . . . . . . . . . .
I P. Aldrin (309-00-2)
x
< 0'00"
. . . . . . ........
-----------
<0,13
)"
NA
NA
NA
NA
Mg/L
py
NA
I
NA,
N /1%
2P. fy.-BHC
x
< 0. GO 1
()
<,13
NA
NA
NA
NA
NA
—
mg/L
b;(J.'�ly
NIA
NA
NA
3P, P,-BHC (319-85-7)
x
<0'001
<0.13
A
NA
NA
NA
NA
mg/-'
lb/day
4P.y-fat C(58-89-9)
x
-0,001
3
NA
NA
NA
NA
—J
NA
NA
NA
mg/L
biday
NA
NA
NA
5P, &BHC (319-86-8)
x
<0'13
NA
----------
NA
NA
NA
t
—NA
—NA
malt.—bidiay
NA
6P. Chlordane (57-74-9)
x
<0.01
<1 "i
NA
NA
NA
NA
bMay
-NA
NA
NA
7P, 4,4'DDT (50-29-3)
x
llilool
<0,13
NA
NA
NA
NA
L
lh/doy
NA
NA
NIA
8P, 4,4'DD6 DDE '72 (72-554))
x
<013
NA
NA
NA
NA
i
MgIL
10,;d ay
NA
NA
NA
9P. 44'DDO (72-54-8)
x
NA
NA
NA
—<0"101
--NA
fn[jd"
bfdav
NA
NA
NA
IOp, LDiednn (60-51-1)
x
<0.001
<tj. i 3
NA
NA
NA
NIA
I I P. u,-Endosuffa
nlg'l
b)day
NA
NA
NA
(115-29-7)
x
<0'001
3
NA
NA
NA
NA
M'i'L
ftble.ey
NA
NA
NA
12P, fi-Endosulfan
—
(115-29-7) -
x
<0,001
<0. 3
NA
NA
NA
N"A
mig/L
lb/clay
NA
NA
NA
13P, EndwulTan Sulfate
<0.13
NA
.
mg4
N
N
N(1031-07-8)
14P. Endrin (72-20-8)
xx
X
<0,001
<013
NA
NA
NA
NA
15P, Endrin Aldehyde
Vday
NA
;'NA
NA
(7421-93,4)
x
< 0. 0 (11.
3
NA
NA
NA
NA
r'ng"L
ibfde'y
NA
NA
N/1%
16P. Heptachlor
x
<0,001
<0, 13
NA
NA
NA
NA
mgwL
�""L
lb/day
A
NA
NI
NA
EPA Form 3510-2C (8-90)
- ---- -
PAGE V-8
CONTINUED ON PAGE V-9

EPA I -M NUMBER-(c7:py from item i Of Form 1)
OUTrALL NUMB97
Form Approved
CONTINUED FROM PAGE V-8
I NCO003573
AMR No, 2040 006
002
Appra-vef expires 8-31 -a8
1, POLLUTANT AND CASE NO
2, MARK 'X'
3,EFFLUENT
4,
UNITS
5. INTAKE
b. MAMMUM 30 DAY VALUE (ir
c LONG TERM AVfIG, VALUE e.;r
a. MAMMUM DAILY VALUE
av"gatle)
- --------
-----------a.
LONG TERM AVERAGE VALUE
(If a v a ila 13 k)
W..'u c.sEUEvF0
C. t"10, Or
M
MT (I)CONCONTRATION �2� MASS
N) OONCENTRA'nON q) MA's-,
el) C<NCENTRATiON
MACS
A-110.LYS��.$
CONCENTP—no'n 0 MAS'�
CONCENTRAT
wsS
F
ANALYSEII
Ell..........
I
. .
17P. Heptacblor
................. . . . ...... .
Epoxide (1024-57-3)
x
<0,13
NA
NA
NA
NA
rr g/L
i b, ,',' c y
N A
NA
NA
18P. PCB-1242
—
(53469-21-9)
x
<0,0005 <0.066
NA
PdR,
N'A
PEA
rng/L
lb/day
NA
NA
NA
19P. PCB-1254
(11097-69-1)
x
NA
NA
NA
NA
lib,"day
NA
NA
NA
20P. PCB-1221
---------- ---
----------- —
(11104-28,2)
x
0,0005 <0066
NA
NA
NA
NA
rngl
lb/day
NA
NA
NA
21 P. PCB- 1232
(1114-16-5)
x
<0,0005 <0,066
NA
NA
NA
NA
rng/L
bday
NA
NA
Npl,
22P, PCB-1248
(12672-29-6)
x
NA
NA
NA
NA
mg/L
lb/day
NA
NA
NA
23P. PCB-1260
(11096-82-5)
x
<0,',')005 <0,066
NA
NA
NA
NA
m9liL
lb/day
NA
NA
NA
24P, PCB-1016
(12674-11 -22)
x
<0:0005 <0.066
NA
NA
NA
NA
gA-
l b/d�y
NA
NA
NA
25P. Toxaphene
—lrlq-/L
-----------
(8001-35-2)
x
<0,02 <2,64
NA
NA
NA
NA
1
iblday
NA
NA
N,'
EPA Form 3510-2C (8-90)
PAGE V-9
--L�
10 ,
6
n
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00
N)
cn
N?