ML20099L068

Forwards 1975 NPDES permit,1974 CP-stage Water Quality Certificate (Section 401) & 1984 NJPDES Renewal (Revised) Application.Info Provided to Assist Review of Discharge Water Quality Aspects of Facility

ML20099L068
Person / Time
Site:	Hope Creek
Issue date:	03/15/1985
From:	Mittl R Public Service Enterprise Group
To:	Schwencer A Office of Nuclear Reactor Regulation
References
NUDOCS 8503200455
Download: ML20099L068 (129)

Text

_

O PS G Company Put4ic Semce Electnc and Gas 80 Park Plaza, Newaik, NJ 07101/ 201430-8217 MAILING ADDRESS / P.O. Box 570, Newark, NJ 07101 Robert L. Mitti General Manager Nuclear Assurance and Regulation March 15, 1985 Director of Nuclear Reactor Regulation U.S.

Nuclear Regulatory Commission 7920 Norfolk Avenue Bethesda, MD 20814 Attention:

Mr. Albert Schwencer, Chief Licensing Branch 2 Division of Licensing Ge ntleme n:

DISCH ARGE WATER QUALITY HOPE CREEK GENERATING STATION Pursuant to the recent telephone conversation between Mr.

D. Wagner and Mr.

E.

Nemeth, enclosed please find the following documents you requested:

1.

1975 Hope Creek Generating Station National Pollutant Discharge Elimination Permit (NPDES) 2.

1974 C.P.

Stage Water Quality Certificate (Section 401) 3.

1984 NJPDES Renewal ( Revised) Application for HCGS It is our understanding that the above documents will enable you to proceed with your review of the discharge water quality aspects of Hope Creek, including any timely input you may request from the NJDEP, in support of your consid-eration of our Operating License application.

It is also our understanding since a 401 permit was issued for HCGS at the C.P.

Stage, a second water quality certificato is not required at this time.

If you have any questions, please contact Mr. Nemeth at (201)430-8423.

Very truly yours, 8503200455 850315

/

/

PDR ADOCK 05000354

/ l,

,,// _

PDR l

g Enclosure C

D. H.

Wagner g 9g USNRC Licensing Project q p Manager (w/o attachments) s The [ngggy1 People 1

953 4112 (4V) 7 R1 s.

Director'of' Nuclear Reactor Regulation 2

3/15/85 BC -General Manager - Environmental Affairs Manager

. Licensing and Analysis Manager '- Environmental Licensing Project Licensing Manager - Hope Creek-E. J.-Nemeth CARMS IL 16 3 e

i 5

i i

I:

4 4

l l

lI

es O PSIEG!E:-

80 Park Plaza, Newark, NJ 07101/ 201430-5858 MAILING ADDRESS / P.O. Box 570, Newark, NJ 07101 James A.Shissias General Manager Environmental Affairs May 9, 1984 Mr. Paul J.

Kurisko, P.E.,

Chief Bureau of Industrial Waste Management New Jersey Department of Environmental Protection bivision of Water Resources CN-029 Trenton, New Jersey 08625

Dear Mr. Kurisko:

REVISED NJPDES-DSW RENEWAL APPLICATION HOPE CREEK GENERATING STATION - NJPDES PERMIT NO. NJ0025411 PUBLIC SERVICE ELECTRIC AND GAS COMPANY Attached is the revised NJPDES-DSW Renewal Application for Hope Creek Generating Station (NJ0025411).

As per our previous dis-cussions, this revised application replaces the original renewal application (submitted on October 1, 1979).

It reflects:

1) a single unit generating station versus the original two unit design; 2) a changed low volume waste system which will treat boiler blowdown and potentially oily wastes; 3)

An added settling pond which treats metal cleaning wastes during plant startup (flushing operations);

4) a liquid radioactive waste system which removes radioactive isotopes from certain liquid waste streams; 5) new anticipated flows and characteristics of the cooling tower blowdown and sewage treatment plant, and; 6) storm drains.

Data for systems in operation are based on information gathered under a full range of operating conditions.

Data for each discharge not yet in operation represent anticipated " steady-state" conditions for that system.

The Eneray P:c o mwn s n

1h P. Kuricko Pags 2 May 9, 1984 In order for PSEEG to meet its construction schedule, two specific areas need to be addressed immediately.

The first pertains to a Nuclear Regulatory Commission (NRC) Regulation, 10 CFR 51.20 (c),

requiring the Company to obtain a 401(a) Water Quality Certifica-tion as a prerequisite to the NRC Operating License.

A Water-Quality Certification was obtained by PSE&G on May 8, 1974 (refer to attachment A) for the construction phase of the Hope Creek Plant.

However, that was prior to the State's assuming the administrative authority for the NPDES program.

We have discussed this matter with Mr. Stephen Schlags of the NJDEP's Bureau of Planning and Standards - Monitoring and Planning Element.

In his opinion, the issuance of the NJPDES DSW permit may in itself comprise the Water Quality Certification.

If this is the case, PSE&G requests i

a letter stating as such, otherwise please contact me so we can discuss this further.

The second area concerns the low volume waste system's stage 2 treat-ment works waiver (issued December 9, 1983) which restricts the start of its construction until a final draft NJPDES permit is issued.

Concerning this restriction, we request your assistance in deter-mining a mechanism to expedite the approval for construction of this treatment works system (i.e., perhaps a " Letter of Clarification" or a further waiver of the construction constraints).

PS E& G's construction schedule calls for construction to begin on this system by June 15, 1984.

i If you have any questions on this application or the items addressed above, please contact either Eric Nemeth at (201) 430-8423 or Eric Svenson (201) 430-5860.

i Sincerely, l

1 l

l i

1 Opgga a m+,e Public Service E!ectne and Gas Company 80 Park PIace Newark, N.J. 07101 Phone 201/622 7000 May 24, 1974 4

U.S. Environmental Protection Agency Region II 26 Federal Plaza New York, New York 10007 Attention:

Mr. Ernest A.

Regna, Chief Industrial Water Facilities Branch

~

Facilities Technology Division Gentlemen:

NPDES PERMIT APPLICATION NO. NJ 0025411 HOPE CREEK GENERATING STATION LOWER ALLOWAYS CREEK TOWNSHIP SALEM COUNTY, NEW JERSEY In accordance with Section 401(a) of the Federal Water Pollution Control Act Amendments of 1972, enclosed please find copies of letters dated May 1, 1974 and May 8, 1974 from the State of New Jersey Department of Environmental Protection issuing water qual-ity certification to the Hope Creek Generating Station, NPDES application number NJ 0025411.

Very truly yours, F. W.

Schneider i

l Manager of Engineering l

Electric Engineering Department The Energy People manen 51

,.c -

7 9 tate of Nem 3rrsey DEPARTMENT OF ENVIRONMENTAL PROTECTION I

DIVISION OF WATER RESOURCES

~

c.o. nox xame 28 09 4

1 vnsaron. new asmen oness 4

l May 8, 1974 P.W. Schneider, Manager of Engineering Public Service Electric and Gas Company 80 Park Place Newark, New Jersey 07101 Re:

Hope Creek Generating Station 4'

Units No. 1 6 2 Lower Alloways Creek Township Salem County,New Jersey

Dear Mr. Schneider:

The following is offered as an amendment to the water quality certificate issued by this Department on May 1, 1974:

This is to further certify that to our knowledge there are no applicable Federal effluent limita-tions established pursuant to the Federal Water Pollution Control Act Amendments of 1972 under Sections 301(b) and 302 nor are there any applicable Federal standards under Sections 306 and 307 of the Act.

Very truly yours,

,hl.-

oma's P. Harding Project Manager, Permits Bureau of Water Pollution Control E36:C:A21 9

e i

===.

e.-e = =sm,

.emm,==.

=1

-.m me-.-

~.*-'.'--,.l

?.--...,.--,-----.---

.$..$...,,, - __. -......... AS-,--. S

f.

9 tate of Nem 3rrary DEPARTMENT OF ENVIRONMENTAL PROTECTION OlVISION OF WATER RESOURCES p.o.so 2809 vusmen. new mesy...a.

e May 1, 1974 Public Service Electric and Gas Co.

80 P. ark Place Newark, New Jersey 07101 Re:

Nos. 1 and 2 Units, Hope Creek Generating Station Lower Alloways Creek Township, Salem County, N.J.

Public Service Electric and Gas Co6 Applicant Gentlemen:

This is to certi y in accordance Neith the provisions of Section 401 (a) (1), " Federal ifater Pollution Control Act Amendnents of 1972" that there is reasonable assurance as determined by the Departncnt of Environmental Prntec-tion of the State of New Jersey that the proposed activity, as described above, will be conducted in a manner which will not violate applicable water quality standards of the State of New.fersey.

l The foregoing applies only and exclusively to the effect the. proposed work would have on water quality as defined l

- in the regulations establishing certain classifications to be assigned to the waters of this State and standards of quality to be maintained in waters so classified.

The certification does not apply to broader ecological, bio-logical, or environmental effects which may result from the project, nor does this certificate evaluate the dcyree of public interest the project may further.

Very truly your d

gM)

Ernest R. Segesser' Assistant Director for 1*:ater Quality I

6 Ell:Al cc:

Mr. Paul McDowcli Bureau of Navigation I

-,-._----w

-,n--._-----y.,-.-

-~w-

-.. -, - + - _. -.. - - _ -_

m-

, i.

JV 9[

UH1ii [ t t il A 1 I '. l' NVild.ilmil:N 1 Al. l *lv.)l'EC l'lO:1 ACI:t JCY.

J:. l J.:...,

Y la Gior: u

'? '

r G 1 1.l tl".ll Ai.1 l. AZ A l.'s !,.d,,,,,,,,

141.W Y OI K.141.W Y O R K 10007 g

.).

! I i nu

[ ] 3;,

qc,/h'"-

E!.';c rite:

July

],

1975 fN nta h. 'J bI 0Df5TED

.CEhlli _1ED._.!'!.1.L_ - I!ETCia N:CI:ll'i RI:

..i s.L li - (..,. 0 gW,

l y

lir. f t.

J.. ?!It tl General ! nt r.er-Project :,

Enr,tneerjug nnd Cum,truction Dept.

P.S.E. 1. C... Co.

CO Park Place Re: Public service Elcetric and cas Co.

!!cuarh, ::e. Jerney 07101 Permi t lio. !?J 0025411

Dear !!r. litt]:

Pursuant to cuthority granted by Section 1342 of the Federai Mater Pollutien Control Act Amend:sents of 1972, 33 U.S.C. Es1251-1376, the l>gieral Ac.iinistrator fo Region II of the United States Envircrr.en'al Protection A,.er.cy his made a final deter-

.r.iraticn to issue a b'ational Poliotant Disch..rge Elimination Sys-tem (liPDES) pernit for the above-indicated facility.

Thank you for your cor. ment concerning this permit.

All such i

1 cccents rcceived have been considered by EPA in making this final

)

I determinction.

l Emclosed you will find the final determination referred to j

Please rend the final determinatic.n carefully, since it above.

l pay centain changes from the Draft Pemit concerning which Public

. }

liotice a s given. Also enclosed is a co;1y of c me.porandum pre-pared by the EPA staff. This me:norandun addresses all com.cnts a

- J received concerr.ing this I Pi1ES pemit and explains' this Agency's j

position en the issues raised by those cc:rments.

I am certain 4

this accorandun will assist you in understanding EPA's final deter-mination with regard to this pemit.

The enclosed final determination will become a final l!PDES

~

permit, issued and effective in its entirety, and a legal requirc-j mont of-the permittee on the_ date indicated t.nless a request for

/

C.' es.:

s.

/

s s.

t-3.

l.

/.,,,(e,...y

" ~ ~Q.,,,...,.-l -l,'

l#

l i

f l

l

• • I M

.,.,., f. 'p

.w i.n.,

i

.h-C..

e e-l l

l i.i,

,(

/

I

.)

T L

r

[fs'_ "'

1 J$-

7

.i

~i

.anI.djudicatorylharinr} is (tranted pursuant to the provisions of Title 40, Sectior.175 of the Corb or l'oderal Reciulations, as amended, 39 federal Register 143, pp. 27079-27004 (July 24,1974).

.s Your coo;>eration in the NPDES program is appreciated.

Sincerely yours,

,'../,}..c, /..$s.,.' C.f f. - Q. r f. 1 R

Chief Status of Compliance Branch Enforttnent and Regicnol Counsel Division Enclosure

[

.f'

')

i

{.

4.,.-

1 1

1 i

i

.l' I

n-

~;*

f I'/l e

o

,.o....,,

(")

i g~'s,y/,-

UNITED S'1 AI ES ENVlifol4MI.NI At_ PitOTECTION AGENCY

'h ' " ','. <'

rotection Dox 2803 Trenton, h'cre Jersey 08G25 e

b i

I

Persnit No. : N.100.i.5411 N mni of Pei mittee: Pol.11 c se rvi ce T. lect ri c and Cat. Co., llope Greek Cencrat. hip, ;tation Effective Date:

July 31, 1975 1

E):piration Date: July 31,1980 NATION AL. POI.LUTAliT DISCIIARGE EL11.ilNATION SYSTEM PEl:I.

DISCIIARGE PEni\\11T 1

In ref6rence to the above application for a permit authorizing the

}

discharr.e orpoHutants in compliance veith the provisions of the Federal i-j Water Pollution Control Act, as amcnded by the Federal Water Pol-P. L.02-500, October 10.,

lution Control Act Amendments of 19'i2,1251-137G) (hcreinafter referred to as "the 10*/2 (33 U. S. C.

Public Service Electric and Cas_ Co., 80 Park Place, Nevark, Nov Jersey, 07101

')

l t

(hereinafte.r referred to as "the Permittee")

U. S. Environ-,

is nuthorized byihe Regional Admininirator, Region II, mental Protection A gency to discharge,from the 11 ope creek Generating S.tation, Artificial Island, Lower Allovayc Creek 'founchip, Ecu Jersey to the D21avarc River

_in accordance with the following conditions.

y e

I l

....s 1

pane 2 of 15 pagen H.1 002 5411 1.

All dicebarges authorized herein chall be consit; tent with the ternn and conditionn of thic pern.it; facility expannions, production increanes or proceen nodificationn which result in new or increased discharges 'of pollutantc rust be reported by oubmission of a new UPDES application, or if cuch new or increcsed diccharge does not violate the effluent limi-.

tations cpecified in this permit, by submicsion to the Regional Admin ts-trator of notice of cuch new or increnced dischargen of pollutantc; the discharge of 'any pollutant nore frequently t han or at a Icvel in excess of that identified and authorized by thic permit shall constitute a violation of the terr.c and conditions of this permit.

2.

After notice and opportunity for a public hearing, this permit may be nodified, suspended, or revoked in whole or in part during its term for ccuse including, but not limited to, the following:

violation of any terms or conditions of this permit; a.

b.

obtaining this permit by micrepresentation or failure to discloce fully all relevant facts; a change in any condition that requires either a temporary or c.

permanent reduction or elimination of the permitted discharge.

3.

Notwithstanding Condition 2 above, if a toxic cffluent standard or pro-hibition (including any schedule of compliance specified in such ef fluent standard or prohibition) is established under Section 307(a) of the Act for a tonic pollutant uhich, as a result of plant operation, is precent in the discharge authorized herein and such standard or prohibition ic more htringent than any limitation upon such pollutant in this permit, the Regional Administrator shall revise or modify this permit in accordance with the toxic effluent standard or prohibition and so notify the per-mittcc.

4.

The permittee shall allow the Regional Administrator or his authorized representative and/or'the authorized representative of the State unter pollutit.1 control agency, in the case of non-Federal facilities, upon the presentation of his credentials:

o a.

to enter upon the permittee's premises in which an effluent source is located or in which any records are required to be kept under the terms and conditions *of this permit; b.

to have access to and copy at redsonable times any records required to be kept under the terms and conditions of this permit;

'to inspect at reasonabic times any monitoring equipment or monitoring c.

method required by this permit; d.

to sample at reasonable times any discharge of pollutants;

I Pm.c :t. of ) g, pa y.e:.

U.)o02:.4 31 fi. The perinittee nhall at all tin en maintain in good.workin;; order and~ op" rate. an ef fici"ntly an po:.:.ihle any facilitie : or ny::temn of I

treatment or controlin:;t slled or utili.*.ed by 11o permit toe to nehieve compliance with the terma and conditioni; of thin permit.

t G.

The in:a:ance of thin permit doen not convey any property rightn either in real e.: tate or material, or any exclunive privilegen, nor doen it authori".e any.hijary to private property or any invanion of right :, nor any infritmes. ent of Federal, State or local laws or y

regulationn; nor doet, it obviate the nt:eesnity of obtaining. State or j

local an.;ent required lay law for the dischorne authorized.

7.

Thin permit doen not authorir.c or approve the conntruction of any 3'

onsh6re or o! Shore physical ntructuren or facilities or the under-taking of any work in any navigable waters.

D.

The npecific effluent limitations and other pollution controls applic-able to thri discharge permitted herein are set forth in the followinti

.]

conditionn. The following conditions alno net forth self-monitori::g 1

and' reporting requirements. Unless otherwise specified, -the* per-mittee shall submit duplicate original copies of all reports to the 7

~ head of the State water })ollution control agency and the-Regional Administrator. E:.: cept for data determined to be confidential under Section 300 of the Act, all such reports shall be available for y

. public inspection at the office of the Regional Administrator. Know-ingly mnhin,; any false statement on any such report may result m the imposition of criminal pennitics as provided for in Section i

300 of the Act.

j

,i p

d

)

i 1

i

.j i

l il-

=

I I

i.

1 I

.--L,-.----,-,.

Par,e 4 of 3 5 pagen

-NJ 002 5411 9.

3 neral LitItationy ga\\

Except as npecif J cally authorized in this permit, the permittee sha]'1 not discharge floating so]ide; attributabic to plant operations.

b'.'

Initin! Linitat f ony_ - The fol.louing conditions apply on the effective date of this permit and laLL for the duration of the permit:

(1) The permittee chall discharge condenser cooling vater effluents such that the follo.ing conditions are satisfied:

Effluent Discharge Serial ~ h'o.

Lim 3t 461 (a) The discharge temperature shall not execed 35.6'c (96.0*F).

(b)

The net rate of cddition of heat

• to the receiving water shall not exceed:

(1) 170.29 uillion Kcal./hr.

(675.25 rdllion ETU/hr.)

in the vinter (October-May).

(2) 120 million Kcal./hr.

(475 million BTU /hr.)

in the summer (June-Septe=Lcr).

(c) The discharge induced temperature increase above ambient tc=perature

~

shall not exceed 4*F (2.2*C) from Septether to May and 1.5'F (0.8'C) from June to August, or a maximum of 86*F (30.0*C), whichever is 1 css **.

• The net rate of addition of heat is determined by the product of the heat capacity, discharge flow and discharge-intake temperature dif ference.

• • These temperatu'res shall be measured outcide of the heat dissipation area designated by the Delawarq River Basin Com iusion.

Page 5 of 15 1.agen NJ 002 5431 General 1 Itd t ations (continued)

I:ffluent Dincinr re 1.f tnf f Scrini 1..

(d) There shall be no diccharge of heat 461 from the rx2in condenscrc of the llope Creek Generating Station except heat my be dincharged in blowdown fron recirculated cooling unter cysters provided the t emperature at which the blowdown in diccharged docn not exceed at any time the levest tecpera-ture of recirculated cooling water prior to the addition of mhe-up water.

(e) Concentrctions of free available chlorine in vaste uater discharged fro = non-rceirculatinr. cnd recirculating coeling water cycters chall not exceed an svcrage of 0.2 mg/l and an instataneous r.axirrr.

of 0.5 ngl1.

(f) T1.e pH shall not be less than 6.0 nor greater than 9.0 at any time.***

.(23 The perr.ittee shall discharge ef fluents from Diccharge 462B such' that* the concentration of D0D-5 Day shall not exceed 25 r.;;/1 or f.82 kg/ day (41bs/ day), whichever is less.

, b *.

f<7 i

• • • k' hen *.he intake pH is less than 6.0, the discharge pH shall not be less than the intake pH; when the intahc pH is greater than 9.0, the discharge pH shall not exceed the intake pH.

I e

Page 6 of J S pagen NJ 002 5411 10.

Monitoring and Recording.

The pernittec chall tonitor and record the' quantitative values of cach discharge according to the following nchedule and other provinionn..For eackdischarge and for each Sampling Schedule listed below, the flow (in gallonn per day) chall be measured.* Uhcre net values are listed in Condition 9(b) the surface cater intahe ic to be sat. pled with the name frequency and type of cample as cpecified below for each required para-meter.

d SaypJ_(nr Sche dule for Cmi cyner and Service Ceolin3 Unter Discharco a.-

(Disclurge Serial No. 461)** - The ' allowing saupting schedule shall begin within 4 conths of cor=encenent of the discharge cud last for the duration of the permit:

Minicum Trcq.

parareter of Analysin

_Sarple Tyne Dischstge temperature Continuou:

Intake temperature Continuous pit Twice Weekly Grab **

Free Available Chlorine Continuous during Chlorination periods ****

• 'the flow of cooling tower bloudown shall be conitored and recordc.d by continuously recording the operating code of the service water purps and by continuously monitering the parcneters necessary to calculate the cooling tower blowdown' rate; for all other discharges of internal vaste streats (only those which are limited), the flow chall be measured and recorded at a fregnency coinciding with the most frequently sa= pled para-meter. Methods, equip:cnt, installation and procedurcs shall conform to those prescribed in the Water Measurement ISnual.,U.S. Department of the Interior, Bureau of Reclamation, Washington, D.C.

1967.

• • Grab saeples only shall be taken for analysis of dissolved oxygen, oil and grease, pli and any bacteriological analysis.

Care shall be exercised-when ctilecting a composite cample such that the proper preservative is present in the sample container during sample collection.

Deponding on the analysis to be conducted, coveral different containers and preservation techniques may be required.

Samples shall be analy:cd as quickly as possible after collection and in no ecce shall the maximum holding time exceed that contained in the references cited in Condition 10(f).

• • • Cooling tever discharges are to be monitored prior to combination with the cold water bypans.

• • • • Not later than 15 (fif teen) nonths af ter the commencement of operation of Unit 1, the permittee sh111 nubmit to EPA, Region II a report on chlorine monitoring experience at the facility.

If the renults of t.hnt report demount rate to the Regional AJuinf ot rat or that the lhipe Creek Cenernting unf t n cannot operat e at or below thin level of reniduni free chlorine, the effinent limitation in Condition 9(b)(1)(e) may be modified.

a Pas.< 7 o r 19 pri;,e.

r o

!!100;t.'s / I J i

/

r e -.t :iSn il In: Sch, ilul t-fo r t-lic

c.'.u'e P l :.n t-lii n ch a r s'.<-

(1)ln e hto e.

(13)

Serial :20 4'i,1Q Thu J ol lini to.

.n.:;,l i u3. r.t heilu l e sluill bei.in t.*it hi s: 4 u,: :.h s o f coi...f m ce r.c n t. of t.h e d h.cli a r r,e an d 2nct f or the dur.iLion of Llie pernit.

111niimo:i Fi eq.

Par:i.e t e r o f An,) v:. i:,

~$ar,p1 e T3 pe, BOD-5 D.iy lion t hly Grub e

t 1

k s

1 I

1 6

e b

e

r a r.e o in w p i,c 1U00254 L1.

7 (c).]/so;tification:: 10 S:nntilisq' Selu slulen The permittuu may manbmit for approval an alternate ncheilule(n) to account for any realigginnent of dim:harge :, for nul>ntitutionn be nmopied, for :malytical and ::cou pling hf p;n aineterr, to inethort:: to be utilir.ed, for reali;,nment of 3:nnpling location:;-

(;u that concentrati(.nu to.be meanured are within reliable nen-sitivity ran;;on of the analytical inchniquen, and for the com-poniting by volume'of individual dinchar;;c n:unplen to mal:e a ningle plant naniple. With rejstrd to nuhntituting par:unetern such as TOC or COD for' DOD, the permittee shall provide

' tent data to support the correlation betvecen,the parametern.

If-the permittee monitors any pollutant more frequently than is required by thin permit, he shall include the resulta of such monitoring in the calculation and reporting of the values requiredin the: Discharge hionitoring Report Form (ET% Form 33'AO-1 (10 '72)) in Condition 10 (r,).

Such increased frequency shall be indicated on the Discharge h1onitoring lleport Form.

I.

e L

5 e

I k,

l 4

9 4

l D

f f

er e

an e

--,,,---.e-,--

,-wr,

.v,--

~r-~

or-

- - ~ -, -

,..,e

, -~

w-

i. y.. s o,

i..

7-11.1001i I J.

./

.y

[

(d)

Qhality Control recordith:, and maintained in obtaining, Nde< plate care shall be reporting the. recpiired data on effluent <piality and epnentity, no i

that the.precinic;n and accuracy of the data will be equal to or better than that achieved by the prencribed utandard analytical j

proceduren.

The permittee nhall c:dibrate and perform mnintenance proceduren

. on all monitorind and analytical inntrumentation at sufficiently fre-quent indervala to ennnre accuracy of meannrements.

Sampling nh:dl be representative of the volume and quality of ef-fluent diacharged over the nampling and reporting period.

The permittee is renponnibic for annuring that tbc methodology for their specific wastes in their laboratory.

used in reliabic The permittee munt b able to demonntrate to the Regional Ad-ministrator that they have a viable quality control program.

(e)

Recording The permittec cha11 maintain and record the renults of all requirca analynes and measurements and shall record, for all sample.s,

. the date and time of nampling, the namnle method used, the dat':n analysen were performed, who performed the sampling and ana-

~ ' ~ ~

,1yses, and the results of such argalynes.

All records shall be retained for a minimum of 3-years, such a period to be extended during the course of any unresolved liti-The Eation or when so requested by the Regional Administrator.

-permittee also shall retain all oriji nal stripchart recorcings from i

any continuous monitoring instrumentation andany calibratica and maintenance records for a minimum of 3 years, such period to be extended duringthe course of any unresolved litigation or when so requested by the llegional Administrator.

The permittee shall provide the above records and shall demon-strate the adequacy of the flow meant ring and samplin t methoda upon request of the Renional Administrator. The permttice shall identify the effluent sampling point used for cach discharge pipe by providing a sketch or flow diagram, as appropriate, showing the locations.

o e

{

]

.. y.c is,.

/

-lW0n.D4l1

/

kt) U:nup)iry :nid Analynh:

All n:nnpling and analytical methodn uned to meet the monitoring re'piiremonto :.pecificil above chall confono to gnideline. enlah.

Jinhin;', tent proceduren for the annlyni: of pollutanin, publidn d J

purnuant to Section ~30'I(n) of the Federal Water Pollution Control

-[

Act, an amended. If the-Meetinn 301(g) gnidelinen do not specify

- tent procedor<:n f or any pollutantt, regnired to be monitored by this permit nin! until uncly guidelinen are promuh.ated, namplin::

and analjlical methodn used to meet the inonitoring inqnirement:.

npecified _ in thin permit chall, unlenn otherveine npecified by the Regional Adminintrator, conform to the latent edition of the fol-lowing referencen:

Standard 1.':elboda for the B: amination of Water and War,t ert. !"rn, D;tii Ed: tion, J ii'/I"AEerledii PGblic J Rialth 7isnocilition, New York, New York 10019.

A.S.T.M.

Standardn, Part'23, ' Water; Atmospheric 7majynin, T07T Iiii6iican Society for Testing and Ida-terials, Philadelphia, Pennsylvania 193 03.

W.Q. O. i.Tothods for Chemical Analynin of Water and Wi5iien, April ~Iu'l a, Enviro:.% ental Protection nget.cy, Water Quality OSite, Analytical Quali'y Control Labe-ratory,14ERC,103 4 Broadway, Cincinnati, Ohio 4 52GB.

(g) Reporting The results of the above monitoring requiremenic shall'be re-ported by the permittee in the uniin specified in Condition 9(b).

.A report o'r a written stateirnt snall be subaitted even if no

'dischiir{ occurred during the reporting period.

A report._

\\

shall alno be nuhraitted if there have been any r:odifi, cations inthe wante collection, treatment, and dinpnsal facilities, chang-cs in operations procedures, or other nignificant activities which alter the quality and quantity of the discharges or otherwine con-i cern these Conditions l'ermanent climination of a discharge shan

. be promptly reported by the permittee in writing to the Regional 1; Administrator.

The permittee shallinclude in thin report any previounly approved on standard analytical inethals u:a.d. Qopien of the report shall be sent to both the liegional Adminintrator :md the Sth_te"Agonev ETiliid1 tith of each month. reporting the omnitoring datd froE Jie prFvious month. A 1)h: charge Aloaitorii.g liepos t tidi ]El'A i

m Form 13319 (10-7:0} nhall be used for reporting.

o g ae.,==

l' age 11 of 15 pa;,c:,

10 002 5411 O

Slud.c Ditmoval.

IL t

CD33ccted ccreeningn, nludgen, and ot.her colida and precipitaten neparated f ro:.: the permittee's dicchargen authorized by thic permit and/or intake or cupply water by the permittee chall be dicposed of in such a nanner an to prevent entry of nuch mat crialo f nto navigabic waters or their tribut aries. Any Jive fish, shellfich, or other animala collected or tri:pped on. a recult of dntahe water screening or treatnent a2y be retur nc d to their water body habitat. The permittec chall report

-on all effluent ccreeningc, sludges and other solida nococinted with the discharge herein descrlhed. The following data shall be reported quarter 3y together with the tonitoring data required in Condition 10:

the method by which they were removed and transported; a.

b.

their final dispoucl locations.

13., Discharge Containing parancter Not Previously Reported.

The permittee chall not discherge any' wastewater containing a substance or characterized by a parameter which was indicated as absent in its NPDES Pernit Application.

In the event of such a discharge, the per-mittec chall notify the Regional Aduinistrator and the State Agency prior to the dischcrge.

133, Non-Corpliance with Conditions.

In the event the permittee is unable to comply with any of these a.

conditions, duc, ac:ng other reasons, to:

(1) breakdown of waste treatment equipment, (biological and physical-chem 1 cal systc=s including, but not limited to, all pipes, transfer pu=ps, compressors, collection ponds or tanks for the segregation of treated or untreated wastes, ion exchange colu=ns, or carbon absorption units);

(2) accidents caused by human error or negligence; or (3) other causes, such as acts of nature, the permittee shall notify thc Regional Administrator, the Chief.

Status of Compliance Branch, EPA, Region II, and the State Agency within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> by telephot.e and in writing within ten (10) days.

D l

l we -

Page 12 of 15 panen NJ 002 5411 b.

The writt en notification chall include the followAng pertinent-inf orrutica:

j (1) cause of noncompliance; (2) a deceription of the noncomplying diccharge including its impact upon the rccciving waters; (3) anticipated time the condition of noncorpliance in expected to continue, or if cuch condition has been corrected, the duration of the period of noncomplinnec; (4) ctcps taken by the permittee to reduce and clininate. the nonco: plying diccharge; and, (5) ctcps to be taken by the permittee to prevent recurrence of the condition of noncompliance.

Permittee shall take all reasonable steps to uinimice any adverse impact to navigable waters resulting from noncompliance with any effluent lititation specified in this permit, including such accelerated or additional monitoring as necccsary to determine the nature and impact of the nonconplying discharge.

Nothing in this permit shall be construed to relieve the per-mittee from appropriate civil or criminal penaltics for non-compliance.

14.

Bypass Provicion."

Any diversion from, or bypass of, facilities necessary to maintain cou-pliance with terms and conditions of this per=it is prohibited, except (1) where unavoidable to prevent loss of life or severe property damage; or (2) where excessive storm drainage or runoff would damage any facility necessary for co=pliance with the effluent limitations and prohibitions of this permit. Tha permittee shall promptly notify the Regional Adr.inic-trator and the State Agency in writing of each such diversion or bypass within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> of its occurrence.

15. Authori:cd Signature for Reporting Requirements.

All reports required to be submitted by a corporation must be signed by

, a principal executive officer of at least the icvel of vice president, or his duly authorized representative, if such representative is responsible for the overall operation o'f the facility from which the discharge described in the application form originates. In the cacc of a partnerchip or a sole proprictornhip, all reports must be signed by a general partner or the pro-Prietor renpcetively.

In the case of a municipal State, Federal or other public facility, the application must be signed by either a principal executive of ficer, ranking ciccted official or other duly authorized employce.

a P---

-+y-r

IU D0;i4 J 1 DC1'lll1T ntlG Eagloani Ad::alnint rator:

negional Adminintrator Urglon ]I Environn.ent al P ot ection Agency 26 Federal Plana

}

Neu, York, New York 10007 1

ATTJ:

Statuu of Coupi3ance Branth St.atn' Cert.1f ying Agency: h.nintant DJ rector for 0;icrations and Enforcen.:nt Div3cion of Unter Renourecu-

./'

11.J. Dc partw:nt of Environment al Protection

'o, P.O. Box 2009 l

Trenton,1:ew Jersey 08625 l

5 I

.q

>j

- Dei 3y - each operating dr.y.

4 I

Uen):1v - everv seventh dr.y (the sc=c day each ucek) and a normal i

.{

1 operating day.

.3

.1!onthlv - cac day cach r.pnth (the cor.2 day cach conth) and a norr.,a1 operating day. (i.e. ths 2nd Tuccday of each ir.onth)

.)

ht, - 'the arount of a pa13utant contained in the discharge incasured in approprirtc unito as speci fica hern.in,- less the a.ount of a pollutant contcined in the surface j.

j wat er body intr.hc sourec, n.casured in the sacc units, over the sama period of ti:::2 1.

The int.che source r.ust be the same water body that is being discharged t I

In cases where the surf ace water body intake sonrce is pretreated for th 2.

j retmval of po))ut. ants, the intake level of a pn]Iutant to bc c':ed in j

is that level contained af Lur the pret reatti:ut Stcp calculating the net, b

t O

i -

r e

j l

l

\\

l e

1

air.'

ii u.

..e..

N.it ni/:4.1 J.

('oj n;.on i t <- - a conihio:ition of italivielnal (or c< nliutnin.:ly tal:en):.:nnpl.-

'idt:ooef 51 re;,nla r interval:: over the entire ilincha r 'c d:iy.

'I'he vohnne of ear. h

.:nnple ::b: Il be pnip u li.ui:el to the th::cha r;;c f i n cf rate.

For a conliant'iu:; de.cha rp,e,

t ininiinurn of ?. l jiulividnal gra!,

t;;unplen(at hourly intervaln):. hall in collected :nni co:nbined to counti--

tule a lM -hou r co:npo::it e f.:no ple. For inte rsn it t en t di:: char;;en of.i f b o u r:: du ra t ion, grab :::naplen :. hall l><

tal:en at a minianum of ::()

ininuie intervalt,.

For interinittent. di.:charl'.en of le:::: (lian 4 hour:.

duration gnab n:nnples :: ball.<he tal.en at a minianum of 15 minute inter-val::.

Gronn - the poundage contained in the dincharge.

(Gronn applieu when the antal:e cource in a nn:nb:ipal or private water :a:pply, ground water,

/

or a nurface water body o'her than the one bein;< discharged to. )

i Grab - an im!!vidual sample collected in Icss than 15 minutes.

f 6

I I

i 1

I l

i l

i i

,k go l

1 6

4

11.100 '.'.'..' I L Thi:: permit anil thi ; ullioriz:ition to sli::ch:ir;;e ::h:dl in liiinlity', up if in intere.:t of the perinillee :ndl ::frdi ipe pennitte e and :iny ::ur:ce:. :or:: Tim pt nnitice hall not di::elia rlic alle.r ths{

i

. c>:pi ro 0:i.i n l y 31, 1 *> t;t) caliove date o! c..;piration. In order t<> receive atilluiri:'.ation to di::cha ry;c the perniitteo :: ball ::nbinit ::ocli br yoral the :elsove cl.ite of e.s:piration,aini fee: ar; are recluit ed by the al;ency :utthorir.ei ibformation, forro!:,

h b

lt

,to i ;raie NJ'l)T;;i.yerinit:Lno Inter than 3 00 day:; prior to t e_a ove c a e Of~ck:pi riition.

,a By authority of Ger gdjl. Ilannler, P. E.

(Jter,ional Asn unntrator)

I A

.e e A e, '.' ",,..y,v j.' w A,, <,.o

,e en.,

, i s'

e

( > %.. ',,,@

i:

~

' JUh' 2 71975

/

l

~ iicycr Scolnict;, uu ector Enforcemerit and Regional

((

Counuel Division

~

l}-

1 I.

4

!l 1

4 t i t

~l

~

!i-

• i

-t 4

1 i t

(-

i I

?'

h o

t i

I.

... ~..

(

i UNITED STATES ENVIRO!31 ENTAL PitOTECTION AGENCY REGION !!

t 2G Federal Plaza liew York, New York 10007 p..___..._........__....._x:

(n the Matter of lp;utional P6llutant Discharge Elimination System Permit for Docket N o.: II-W P-75-118 Public Service Electric and Gas Company, Newark, New Jersey l

iPermit No.:

p;J 002 5411(Hope Creek Generating Station) :

....._....._______.____..__.x STIPULATION Public Service Electric and Gas Company (hereinafter, "the perm

{Jnited States Environmental Protection Agency (EPA hith regard to the above-referenced administrative action:

The permittee hereby vithdraws its request for an Adjudicatory He (1) on all issues, subject to the conditions set forth below.

I The National Pollutant Discharge Elimination System (NPDES)

(2) which is the subject of this proceeding shall be modified as set forth herein:

Condition 3 shall be modified to rend as follows:

A.

Notwithstanding Cendition 2 above, if a toxic effluent standard or prohibition (including any schedule of complinn 3.

k,

i

.2-the Act for a toxie [.olh'iniit which, as a result of pinnt operation, is present in the di:. charge authoriv.ed herein and such ston:!nrd or prohibitien is more stringent than tmy limitation upon such pollutant in this permit, the Regionnl Administrator shall revisc or modify the.

permit in accordnnee with the to::ic effluent sinndard or prohibition and so notify the perrnittec.

B.

Condition 9 shall be modified to read as follows:

9 9.

GENER AL LIMITATIONS Except ns specifically nuthorized in this permit, the permittee a.

shall not discharge floatia; solids attributable to plant operations.

C.

The second sentence of Condition 9.b.(1)(c) shall be deleted.

l l

A triple cstcris.k (***), referring to the triple esterisked footnote following Con '

D.

i dition 9.b.(2), shall be added following Condition 9.b.(1)(f).

E.

The monitoring requirement for Free Available Chlorine in Condition 10.a. shall be gnodified to read as follows:

Free Available Chlorine Continuous during chlorination periods *"*

1 Not later than 15 (FIFTEEN) months after the commencement of operation of Unit 1, the permittcc will submit to EPA Region 11 a report on chlorine monitoring experience at the facility. If the results of that report demonstrate to the Regional Administrator that the Hope Creek generating units cannot operate at or below this level of residual free available chlorine, the effluent limitation in Condition i

9.b.(1)(c) may be modified.

i I

F.

In Condition 11. the reference in the last sentence of the first paragraph 10'

' Condition 12" shall be changed to rend " Condition 10."

a:.

l h

I G.

In recognition of tac unique nature of the effluent from the Ilope Crcck Generating Station, the conclusion of the last sentence in Condition 13.u. shall be modified to read tu

...the permittee sh,all notify the Regional Administrator, the Chief, Status of follows:

Compliance Branch, EPA Rcgion II, and the State Agency within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> by telephonc mn in writing within ten days."

II.

Condition 14, " Bypass Provision," shall be modified to read as follows:

Any diversion from, or bypass of, facilities necessary to maintr,in compliance with the terms and conditions of this permit is prohibited, except (1) whcre unavoidr.ble to prevent loss of life or severe property damage; or (2) where excessive storm d ainage or runoff would damage any facility necessary for complinnee with the effluent limitations and prohibitionr. of this permit. The permittec shall promptly notify the Regional Administrator and the State Agency in writing of each such diversion or bypass within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> of its j

occurrence.

k.

Condition IG, Radiocetive Substances, shc11 be deleted.

I (3) ihe New Jersey Department of Environmental Protection (NJDEP) by signing thisi thi.l

stipulation, exercises its right to recertify the amended, permits resulting from 1

istipulation, pursuant to 33 U.S.C. S1341 and regulations promulgated thereunder at 40 CFR 125.32(c)(8)(vi). NJDEP is not a party to this stipulation.

[4)

The final NPDES permits issued as a result of this stipulation shall have requiredj chemical limitations and monitorin'g schedules modified in accordance with the revised' acrmit pages, which are attached hereto and made a part hereof.

i 5)

This stipulation and attendant modifications to the issued NPDES permits to which!

I it refers, as embodied in the attached modified permit pnges, shall be in full force nnde I

i, s

I

\\l i h Director, Enforcement i

cffcet from and nfter the execution of this stipulniion by t e t

I

! Division, EPA Region U, who shall be the Itast signntory to this I,.

i ental There are no parties to this stipulation other than the United St l(G) l Protection Agency end Public Service Electric cnd Gcs Company.

I J

/

_,A.3/

Dated by the last si;natory hereto:

INMMC UNITED STATES ENVIRONMENTAL By: Robert A. Emmett PROTECTION AGESCY Office of Water Enforcement

/

f

}

v m/7 47

/

Public Service Electric and Gas Company By:' ': chert L. JEttlCeneral I*mager-Lice D3yi nmnt,,

Up d} h j

f' tNew Jersey Department o

'By: fHi likson b

Envir6amenti11 Protection Rcting Director j

g],

WA United States Environmental

_By: Meycrp oinie;.

Protection Agency DirecG.

Enforcement Division 4

i l

9 m

.h*

CD3 m-w l

1 0-U 1

1 I

i i

l I

t i

I 4

~L 1

0 t

i I

FOR OFFICIAL i 61altDfNtinIttsty DEPARTMENT OF ENVIRONMENTAL PROTECTION STANDARD APPLICATION FORM (CP #1)

CONSTRUCTION AND DISCHARGE PERMITS READ REOUIREMENTS PLEASE TYPE OR PRINT Public Service 21ectric 1.

Applicant / Owner

• and Gas Company Telephone (20]) 4 30-7000 Permanent Legal Address 80 Park Plaza City or Town Newark State New JerseyZip Code 07101 2.

Location of Work Site Artificial Island Name of Facility,if applicable Hope Creek Generating Station Street / Road Foot of Buttonwood Road (Artificial Island) 1-P Lot No.

Block No.

26 City or TowIt wer Alloways Creek TownshhtSte New Jersev Zip Code Municipality County Salem 3.

If applicable, give name of: Engineer / Surveyor /Well Driller / Geologist / Soil Scientist (Specify/.

Name N.J. License No.

Name of Firm,if employee Public Service Electric and Gas Companu Address Box S70 County Essex State New Jersey Zip Code 07101 Municipality Newark Telephone (201) 410-7000 4

This is an application for New Jersey Pollutant Discharge Elimination System (pa,c al; Permit (Name ofpermit, certification, approval or exemption. See item 9. Next Pace.)

5.

Fee is attached (If applicable).

(Provide explanation of how fee was calculated Read Requirements Section of Standard Application booklet.)

6.

Estimated construction cost of project:

a.

total cost of the project.

b. $

portion for which this permit is requested.

7.

I have included certifications of any public notifications.

Yes No 8.

If applicable:

(For Waterfront Development applications, Bc. must be completed./

a.

Source of Water Supply Delaware River and On-Site Wells b.

For Treatment at (Water Treatment Plant)

N/A c.

Stream, Waterway, Pond or Lake Delaware River

d. Wastewa'ter Treatment Facility M/A

• Applicant / Owner must be the individual or municipality, public agency utility, company, industry who will be the eventual owner and operator of said facility (sewer extension or treatment works) when completed.

7/82 FOLLOWINSTRUCTIONS CAREFULL Y

Have any cth'.r applications f ar this site /ptcject been submitt:d, cr have any state permits been issued 9.

f:r this pt: ject? (If yes, indicate status andproject number below.)

No...............

Yes......X.. Decision.............

APPLICATION STATUS (PE NDING.

APPRoVEDI PROJECT #

PERMIT TYPE (use additione/ sheets // nsessasty./

.......................Ap p ro ve d CA74-014 CAFRA..'...

9.1 Waterfront Development (Riparian)................................Aporoved 74-46_

9.2 W e tl a n ds.....................................................Ap p ro ve d W74-042 9.3 9.4 Purchase Water.

Diversion:

9.5 Divert Water Supply f or Public Use................................

9.6 Divert Surf ace Waters for Private Use...............................

9.7 Divert Subsurf ace / Percolating Water for Private Use...................Ap p ro ve dP-998 9.8 Well Drilling................................................

Water Lowering:

9.9 Permanent Lowering.

9.10 Temporary Lowering...

9.11 Construct / Modify. Operate Public Potable Water Works.................

9.12 Connection between an approved water supply and non. approved supply...

............... Ap p ro ve d gg. Letter 9.13 Water Quality Certification....

9.14 Construct / Repair Dam.

9.15 Stream Encroachment......................................... W a i va r DareinaA 9.16 Sewer Systems: Coflectors. Pump Station etc.....

......See Attachmant 9.17 Exemption from Sewer Ban.

N,70n > 5411 New Jersey Pollutant Discharge Elimination System (Specify)........... Aporoved 9.18 9.19 Solid Waste Permits (Specify)....

h

......See Attac ment 9.20 Air Quality Permits (Specify).

9.21 Delaware and Raritan Canal Review Zone " Certificate of Approval".......

.....Saa AF*achmane 9.22 Other State agencies' permits

....................... S e e A t t a chme n t 9.23 Local Permits

.........See Attachment 9.24 Federal Permits.

10.

Brief Description of the Proposed Project and Intended Use:

Fccility discharges include:

A) Cold-side cooling Tnwar nl m-amn. prouante colids build-up in condenser coolina water.

B) sewaga T ra a *ma n +- plane. mrogte ocnitary wastes.

C) Low Volnma Wasta Mystam. Tra=*e kni1=* bley-de:'n and

{

potnntially oily wastes.

D) Liquid Radioactive Waste System: Removes radioactive l

iCotopes from certain liquid waste streams.

E) Sedimentation Pondr Treats metal l

clenning wastes during plant start-up (flushing) operations.

I hereby certify that the information furnished on this application (and the attachments) is true. I am 11.

aware that false swearing is a crime in this State and subject to prosecution.

M/7 T.

J. Martin

[.spnatMcTApplicant Type: Narne and Date

/

I //M Vice President - Engineering and Construction Date

/

Type: Position e

n

s APPLICPTIOE/PERGTS RR llE 10PE CREEK GNEWCDG bTATICN Pf0JELT APPLICATICN PENGT TIPE SIAIUS PENGT #

- tcPEES, Discharge to Grotndwater for Settlirg Pcnd Approved NJ0025411

- NJPDES, Discharge to Surface 2ter for Settling Ptnd Draft Received MJ0025411

- Treatment 2rks AEprwal, Stage 2, for Im Nblune Systen Naiver Iboeived

- Treatmmt Wrks Approval, Stage 2, for (boling 70wer 2iver Received

- NJPEES, Tuporary Discharge of Auxiliary Boiler Blowdcun to the Delaware River Approved NJ0025411

- Operate Sewer Extensicn AEproved ED-76-0193-4

- KPA, Hazardous 2ste Facility Registraticn Granted EPA I.D. - 135001474 N.J.I.D. -

NID980646939

- Ocnstruct/Cperate Sewage Treatment Plants Approved ED-5-76-5720A ED-5-76-5720B

.nstructicM0peraticn Air Polluticn Ocntrol Device For:

Dust Coll. Oirnent Approved 23728 Ibst Coll. Oment Approved 23729 Dust Coll. Oment Approved 23730 Dust Cbll. Canent Approved 23731 I% 2ody Boilers Aggroved 34090 Space Heater 2PBIU Approved 35717 Space Heater 2PBIU Apgroved 35718 Space Heater 2PBIU Approved 35719 Space Heater 2PBIU Approved 35720 Space Heater 2PBIU Approved 35721 Space Heater 2PEIU Approved 35722 Space Heater 2PEIU Approved 35723 Space Heater 2PEIU Approved 35724 Space Heater 2PBIU AEproved 35725 Space Heater 2PEIU AEproved 35726 1 4 62/02 1-dh

=

~

p s APPLICATICN PEPHIT TYPE SIATUS PERMIT #

Space Heater 2tBIU Agproved 35727 Space Heater 2te1U Approved 35728 Space Heater 216IU Agproved 35729 Space Heater 2Pe1U Approved 35730 Space Heater 2BEIU Agproved 35731 Cboling Tower Approved 41932 Tank OUP-527 - Day Tank Agproved 42152

1. 2 Ebel Oil Tank (AT-403)

Approwd 42154

1. 2 Fuel Oil Tank (Br-403)

Approved 42155

1. 2 Ebel Oil Tank (CD-403)

PEproved 42156

1. 2 Fuel Oil Tank (EI-403)

Apprmed 42157

1. 2 Ebel Oil Tank (Fr-403)

Approved 42158

1. 2 Fuel Oil Tank (GP-403)

Approved 42159

1. 2 Ebel Oil Tank (Ifr-403)

Approved 42160

1. 2 Fuel Oil Tank (IT-403)

Agproved 42161 Diesel Gen. #1 Agproved 42170 Diesel Gen. #2 Approved 42171 Diesel Gen. #3 Approved 42172 Diesel Gen. #4 Agproved 42173 Boiler #1 Approved 42178 Boiler #2 Agproved 42179 Boiler #3 Approved 42180

1. 2 Fuel Oil ' lank 00r-516 Agproved 42181 Na O C Stor. Tank (obr-501)

Approved 42215 Na O C Stor. Tank (OCr-501)

Agproved 42216 H2SO4 Star. Tank OAT-500 Apptoved 42218 Na O Q Stor. Tank (OEE-501)

AEproved 42220 Na O C Stor. Tank (OET-501)

Approved 42221 Spac Htr. T-100-1 A[ proved 45630 Spac Htr. T -100-2 Agproved 45631 l

Spac Htr. T-100-3 Agproved 45632 Spac Htr. T-100-4 Approved 45633 Spac Htr. T-100-5 Approved 45634 Spac Htr. T-200-1 Agproved 45635 l

Spac Htr. T-200-2 Agproved 45636 Spac Htr. e-200-3 Poproved 45637 Spac Htr. CP-250 Agproved 45638 Prrpane Tank #1 Approved 45639 (36180)

Prxpane Tank #2 Agproved 45640 (36181)

Prtpene Tank #3 Approved 45641 (36182) l Prtpane Tank #4 Approved 45642 (36183) l l

t i I64 62/02 2-dh l

l

. APPLICMrICN PDMIT TYPE SDE.E PDMIT #

Tavbd Gas Tanks Appttwed 62426 Unimba Gas Tanks AEpcoved 62204 3 w w Htr.7-100-6 Appttwed 62206 W Htr.T-100-7 AEpcoved 62205 3we Htr.G-125-1 7pproved 62207 Sp e e Htr. G-125-2 AEpcoved 62208 i w

• Htr. 7-127-1 Approved 62209 Fly Ash Storage Tanks AEpcoved 63438 20,000 Fuel Tank 7Epcoved 63787 3,000 Gasoline Tark Approved 63439 4,000 Ebel Tank 7pproved 63700 Cenent Storage Tark AEpcoved 65460 LWe Oil Stat. Tank (OP-119) 7Epcoved 66250 Inbe Oil Rec. Tank (OP-120)

AEpcoved 66251 Paint and Blasting Ehop 7Epcoved 67426 FHEAL PDMrIS tGC, Cbnstructicm Permit 7(proved Docket Ib. 50-354 NRC, Operating License AEplied fbe

?,ProjectReview AFptoved Ibcket No. D-73-193G U.S. Army Cbtps of Ergineets, Dredging Penrit 7(proved t&PCP-R-970 FAA, Air Navigaticn Determinaticn 7pproved 74-EPr995-0E IIX'AL PEEMrIS Building Permit 7pproved Ib. 152 1

l l

ENidi I

4/11/84 N 62/02 3-dh

,. - -,, - -. - - _ _ ~

cow ve m..

...a SOME PERMIT APPLICATIONS REOUIRE 3PECIFIC ENOORSEMENTS OF OWNERS. AGENTS, MUNICIPALITIES, ETC. ENDORSEMENTS MAY BE REOUIRED FOR YOUR PER*:IT.

VERIFY THE NEED FOR ENDORSEMENTS IN THE REOUIREMENTSSECTION OF THE STANDARD APPLICATION FORM CP #1 BOOKLET OR WITH THE APPROPRIA TE DEP A A.

PROPERTY OWNER'S CERTIFICATION *t Public Service Electric and Gas Company I hereby certify that Properry Owner's Name is the owner of the property upon which the proposed work is to be done. This endorsement is certification that the owner grants permission for the conduct of the proposed activity.

In addition, the aforementioned property owner shall certify:

1. Whether any work is to be done within an easement - Yes No finorosti (onorostl

2. Whether any part of the entire project (i.e., pipeline, roadway, cable, transmission liae, etc.) will be located within property belonging to the State of New Jersey.,N/

Yes No (onstroll (onorrall e

Type or Print Name and Address of owner.

if dofferent from frem 1 on Pege 1

.</

< ~

j R.

B.

Fitzsimmons Date f

Ssgnature of Owner General Manager - Real Estate

• Not required for Sewer System Application.

t Required for the Land Application of Slod:e. Septage or Compost.

B.

APPLICANT'S AGENT N/A I, the applicant (name) authorize to act as my agent / representative in all matters pertaining to my application the following person:

Phone Name f

Address County State Zip Code h

City or Town Occupation / Profession Signature of Applicant AGENT'S CERTIFICATlON Sworn before me this day of l agree to serve as agent for the above named applicant 19 Notary Public Signature of Agent

C.

PROPER CONSTRUCTION AND OPERATION CLAUSE (Sewer Extensions. Treatment Work Appro el, Water C:r)

I, the applicant, agree that the works will be properly constructed and operated in accordance with the engineering plans and specifications, as approved, and the conditions under which approval is granted by the State Department of Environmental Protection.

N/A Signature of Applicant D.

STATEMENT OF PREPARER OF PLANS, SPECIFICATIONS AND ENGINEER'S REPORT l hereby certify that the engineering plans, specifications and engineer's report applicable to this project comply with the current rules and regulations of the State Daoartment of Environmental Protection with the exceptions as noted.

M/a Signature of Engineer Type: Name and Date PROFESSIONAL ENGINEER'S Positron, Name of Firm EMBOSSED SEAL E.

OWNER'S COMPLIANCE WARRANT (NJPDES ONLY) l, the owner, hereby agree that any treatment works constructed to meet the NPDES /NJPDES permit discharge limits will be properly constructed and operated to meet those limits. I also warrant that the discharge (s) will meet the ef fluent limitations as described in the NPDES /NJPDES permit, as issued.

Signature of Owner Title Date

a 8 E

e 0

2 s

=

s e

"h53 o

cE weg ze 800 N5 w

-d >

sma mS

$dx 5%

5 m w v 2 E

a a

sa 3

0 t

5 e

g g

1. 5 r

o Z

O O

I l

E b a

5 U

8 a

o s

=.

_ a-Uw,,c.

n wxn

. cf Q-,., < g.--.

~ tt ) ?

'5 '*.

~

% d 7,.,wR?....

" ~ '

~c '.

. -t a 2l::.serh -

c7 f'/h f1

'f '.

,\\

a

,, N. v~s g?,.:a k e z&3$l $

+ ;,

9x

>?

7 Q,

f;Y,ft:.: :

6f 3.+

%, r.

9f-a.s.y /.:.

u "t

,e f

c j

- h.,j !I.

4.g u

,..., +,.',

'l

.JJ' ggs.1.x,. -

2 I

-O j,+r

>j a

o 1

a, '-

M 7, j%g di 9

/msj[.:d,9. (\\_

,' Ci g j-

..s....,

a

.g

, y ms

x.

+

, y, i

gn g

• 5,,)$ IfllO, =...

• /

,,rh*

H M3

'N Eo

/

4,r.,- s'

-3._m, -

7-

.c gr7gy.;g.,-

.]. ]p t.. # Y. :.

UT\\

s*

. nr.......

r

%y a

6 3

q g t

.5,; r,

p;>

g,.

u i ; Wl/ iyng@gr;gs i

pS

-'.-j

$%4Laisam_.x N

qA

. g y,:. g - g m,q%;kqh.gg,_ s::,Q, ga

. g.

Q F'; gY,,

W ng

~ 1. < o m a y w g ? R. g g g $@ h v

g

< s, j* g. W4g gfjgy, s S y 9

. y:

.pp.

w i

h-O

,,~., -

t y.

-2

.q

~

~3

- _~ ~ Q '

b

. W-l., g

[_ ho [' Q. - _. -.

, c-l

=

y.

~

s N)

- - h ' *-

( - 5/

&l 6

_ *[

~

b

).

h'-

- ^-

f E

., u a

-) g *,

i +'_- :, ^-~ t ?

, jr -

~ p.1 g

_. _ =.

_; g. = yyQ

- 4

.d g.,.

.4 h-:.-1

}f Yif5 fT t

b

$h

=,, ~

t - ~ ~ -

m.

- - Q *. N-

- A l - I^~ -

6 M_...~A ~ S ~ ' ' _,,. f y -

m

. Q* y'

' j'p _ ^.

_q

_- E- ? _ 6 A-

~

A J _.- s.. '_' '7.~ % '

A r_

• * *. - + _.- 4 7.a. L _

?

~-

s a

"*-:5.f*_-Q_., _

-,.g._ _

' _ t,

--=

-g. p, ua\\ ; -

.,,4 4._

z. _. f.,, --a M ~

-P_ ~6 :f o

s-f

-f

_L _-e

~~~~~ A._$_

- 4._~ -t -

SED TATp PONQ f

.e.

-,*- 2 g,nw Vo1ume Waste 5ystem -

$s._,4 4*

f,," y,- ;

Pe r1 mete r storm Drain

,,e i.T +. * ' ' _ y *s r

a.

'E g

-4,*'

COcunG TOWER DLOWDOWN-

-I-~.'a'.-._.-

EI. ~ ^'r-

~[.S~S M . -

COOtEJG TOWER NORUf STORM DRAW W

~ 'h.~a.~ [ ~~

b4

$ l_'I _~ ~s'[

4 -E ~

s V._~

f'

_ o

.4 Y e.

- g (

& ~6

_A'

-s Sewage Treatment Plant

..,, " -% f ; __g-g,

0 f.

^

4

.~.oo.~.,.

'7

_.* ~a

_ -'*/;..5 _. ' _-?

']

~~~~

4

~

m,,

k O[*

WTAKE STRUCTURE TT~-

?

^

_%-_;* -Zh*.,m:

=-

.) )

~

r D

.-~...

E.,.~..=.

., =

.~

l

_,e SOUTH STORM DRAIN

,7 L RADWASTE_TREATMENLfACit.ITY b -0. '* ~ _. ~.

r

..~~j---

,e Auxiliary Building y

g%

_-1,.,.

.L y

Settling Pond

_.s zy j

_ ( - %,,.,g,

j

,. +. _ -

P.S E.5G. SITE DOtUDARY

.s x.

1 x

=== %. %

.e.

/,.,-,

g 6_

^ ' -

ster <

y

__ ?%

~ *~..o 4

g

.___ m IW,

~ ' ~, _

i

- ~ -

spd * *

-J~- N.

~.

}

3 i

s Mud

(

m

^

LONG.

g j

d' PUBLIC SERVICE ELECTRIC AND

• • • 4e#

GAS COMPANY

.,. ",,T y..

y HOPE CREEK GENERATING STATION t

j W

3 Yi*

g Site Treatment Facilities, Intake and Discharge Points

@ ITIODUCTION Welt e OftSERVATION WTIL i

1

STATE Or NEW JERSEY Form WOM 1 DEPARTMENT Or ENVIRONMENTAL PROTECTION 12 ^~ 1 DIVISION OF tiATER RESOtJRCES NEW JERSEY POLLUTANT DISCHARGE ELIMINATION SYSTEM innm SUPPLEMENT TO THE STANDARD APPLICATION FORM CP

• 1 umr -

APPLICATION TO DISCHARGE WASTEWATERS AND RESIDUALS TO THE STATE'S LAND AND WATER Answer allquestions. Please print or type, 1.

Circle the letter (s) for those discharge activities presently conducted or to be conducted as part of the facihty's operation.

(Seasonal facility operation shall be considered as a present operation.)

• In the space provided, indicate if there is an existing NPDES or NJPDES permit for each circled activity (yes/no).

• In the space provided, indicate if this application is for a "new" source, an " existing" source, or a " renewal" of a current permit.

DISCHARGE ACTIVTTY YE5f.'O NEW. EXISTING. RENEWAL A.

Municipal Surface Water Discharge B.

Industrial / Commercial Surface Water Discharge Va=

mnmal C.

Thermal Surface Water Discharge vna mnen 1 D.

land Application of Sludge and Septage E.

Land Application ofIndustrialWaste Residues F.

landfill Wastes G.

Spray irrigation H.

Overland Flow 1.

Rapid Infiltration J.

Surface lmpoundment Yes (tenporarv)

Wi sH ng K.

Underground Injection L.

Discharge to a Domestic Treatment Works 0

0 2.

Facility: Latitude 39 27' 53" N longitude 75 32' 12" W 3.

Name and address of applicant's parent corporation, subsidiary, or partnership data.

(A ttach additional sheets if necessary.)

Public Servi Electric and Gas Carpany Telephone No. (201) 430-7000 Name Box 570 Maihng Address City or Town State New Jersev Zip Code 07101 Newark 4.

Facility's Contact Person (This person must be responsible for andfamihar with the facility operation.)

Name D. E. Cbolev Telephone No.

(201) 430-8413 Address of Operator T22A Box 570 Newark State New Jersev Zip Code 07101 City or Town 5.

Is the facility a O Federal Facihty O State Facility O Pubhc Facility (a local govemment subdivision)

@ Private Facility (Over)

I 9

26., IJst is order of priority su Standard ladustnal Codes (SIC) which best r:flect the principal products er services

~ provided by the facility.

i;.,.

~

PRODUCTS OR SERVICES PROVIDED X

Grotp No. 491/ Industry No. 4911 Generation, Tranaminaion and ninerihiteinn og Electricity l

7.

If applicable, identify an administrative orders, temporary or permanent injunctions, civil administratiw penalties, civil penalties, or criminal actions concerning pollution issued against the facility dunng the last five (f) years.

ENFORCEMENT ACTION DATE OF ACTION RESULT Administrative Order; 8/10/93 Pranarad and AnhmiPFad NJDEP Division cf Was te umquirad nneimance f

Manaamment 8.

If applicable, list alllocations involved in the storage of solid or liquid waste at the facility for which the NJPDES application is being made and the ultimate disposal sites of solid o. liquid wastes generated by the facility being permitted.

STORAGE STTE(S)

ULTIMATE DISPOSAL SITE (S) l See at*me+1r.1ent i

l l

l 1

i i

t I

l I

u -..-.

LOCATIONS AT HOPE CREEK GENERATING STATION USED FOR STORAGE OF SOLID OR LIQUID WASTES AND ULTIMATE DISPOSAL OF EACH WASTE TYPE WASTE SOURCE ULTIMATE DISPOSAL Sludge Sewage Treatment Plant Trucked off-site Liquid Sewage Treatment Plant Discharged to Delaware River through the North Storm Drain.

Liquid Demineralizer Regenerant Trucked to the Waste Storage Tank Salem Generating Station for treatment Liquid Olly Water, Low Volume Discharged to Waste Water Treatment Delaware River System Sludge Oily Water, Low volume Trucked off-site Waste Water Treatment System Liquid Settling pond for Discharged to metal cleaning wastes Delaware River (primarily for system start-up)

Sludge Settling Pond Trucked off-site Liquid Waste Oil Holding Tank Trucked off-site Liquid Liquid Radioactive Recycled, concen-Waste System trated for off-site disposal or treated and dis-charged to Delaware River in accordance with discharge limits in 10CFR20.

Solid Spent Nuclear Fuel Stored on-site in spent fuel pool Solid Low Level Solid Radio-Shipped off-site active Waste System to licensed burial site Sludge Cooling Tower Basin Deposited in (bottom sediment) on-site disposal site ENadb MP83 123/21 1

r O

"c c

t, 3

U $

3 3

m 6

I 5 S' I "18 s b

,r "md u

OL E

35x P

o 204 E

! x all -* iB gS5 03i

'O ->

O s

2EC

.S

{

e >!!

3>:

g5i

@ia 3

S t

s 2

12 8

3 A

E 4-1 7

E 30

(

o E

{

?

i R

Gs Yh n

m

>\\

(l'~!!{

'/

J g

"2 ju

!3

$5

(

' "p.

Q o

S4k

\\\\

o e

7 i

o 2

g C

[P

' g 8y O

y t

R

\\

U

,e

'r 5

N E

e

\\

kg I hE d hh S

\\j o

ua g gl8

.A Rsla d

a

• U I

u o

6

~K~

O A

6 4

E

.3 O

5

\\,\\

A gy s

%E u

y y

K v

Y 8

g J

V

$3 R$

it

• ]

3)!

y, d.

g'* 3 3#

Og3 Y

y EE 3

5

=

gj hlgh S

S

.4 j 3

9 2

j Si B

1

. T gh g

t1 4

\\\\

I g j PDW C 6

a 4

e ST9) ky 5

4_

st99 _ p 000'05 pd6 coot e w 4-ce

\\'

r

=

V4/F

' hivuG Hu018 61&uoti

\\\\.

4

vg9, Ha vuo huot s idinos 4-999 4

ujo2a waots 2etewpad l

\\\\

e O

pi.e.e.,ix, o,,yo. in thi vainesea sie ri o~v l

NT0025411 l

ro, Apari = d o*'a us 75& #0f7J

"" ** * *""*" * '*cn*~

• Fronu APPLICATION Fr2 PEC%IT T3 C" ESCHAR Zg CAg"TEv'vATE2

~

g h

EXISTING MANUFACTURING, COMMERCIAL.MININ3 AND SILVICULTURAL OPERATIONS eross Consolidated Permits Program Sov each outf all, het the istituce and long tuce of its location to the nearest 15 seconos and the name of the rece. wing water.

ouT 66 s 6 ATit uot c. 4.Q M G 4 T u o t f,,,,

461A 39 22 15 75 32 10 Delaware River 461B 39 20 15 75 32 30 Delaware River 461C 39 20 15 75.

32 30 Delaware Rive r 462A 39 28 15 75 32 30 no1 aware River 462B 39 23 15 75 32 30 noinu3rg plver A. Attach a line drawing showeng the water flow through the f acility, Indicate sources of intake water, operations contributing westeweter to the effluent, and treatment units labeled to corretOond to the more detailed descriptions an item S. Construct a water balenCS on the hne drawing by shownng Sve'89e flows between intakes, operations, trestrnent units, and outf alls, if a water balance Connot be deterrnened (ag, for certain mansnp scor#De81, provice a pictones description of the nature end amount of any sources of water end any collection or treatment rnessures.

B. For each outtan, provide e oescription of. (1) Att operations contributmg westeveter to the ettluent menuding process westeneter, nonetary westewater, coohng water, and storm water runoff; (2) The everage flow contnbuted by each ooerstion; and (3) The treetment received by the viesteweter. Continue on additional sheets if noctuary.

a. ope nationist comynimuttmo Plow

s. v n a a vies s u r

,, g,.

.'s "gNe,"

e ops naticn th,t;

" ^[ $ a","[ [,,',

a. DE eC ntPTION

• ya g

Cooling Tower Blowdown 30.8 med See Attachment 2F 2r (Retention time in cool-IF 4A ina water system aver, ages 50 5.4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />)

Licuid Radioactive 1,000 cod See Attachment l2J i IC 161B was te System 4A 4C (Batch operation) 1F 2K 50 Low Volume Waste 50,000 cod See Attachment in 4A I 10 461C System (Retention time in the system is approximately che hour) 462A' S torm Drain. North 201,000 opd enn %,,w m e r, *_

an (Inte *mi tenn e fi nue 462B Sewage Treatment 29,000 cod sno u+ n e-s m o r, n

4-System n

im (Retention time 10 the sys tem is aceroximatelv 17.

nn JU hours)

'63A Storm Drain. So uth 189,000 cod enn 1 *.- w w e.,

n (In te rmit tent flows) o e,ic e.

w e. o ai..,eroise. ni si.

e,e,one.,

CONiapeuk ON MVER5E EPA Form 35142C (6-40)

PAGE 1 OF 4

taaow eo wm. t *= i s wy y g ru rn A 6. **

e we

• w-ei pies oeine or tyoe in ths uninaded erres oMv VT(1f)29411 Fr,w, Aporoved OM8 Ns.158-R017.7 U E. E,e V a m OM he E M Y A L F*WOT E C T d4. M we.M C Y p

g A

(PPLICATION FO'l PERMIT T3 OtSCHARGE WASTEWATER EXISTING MANUFACTURING, COMMERCIAL, MININ3 AND SILVICULTURAL OPERATIONS

-,g Consolidated Permits Program NFDEs tot esen outf all. bst the latitude end longitude of its iocat'on to the nearest 15 seconds and tne name of taie race..ing water.

QUTFALL

e. L A YtTUDE C. LONG BTUDE

" "*c*'v'"*"^"(""

463B 39 28 00 75 32 30 Delaware River l

18. FLOWS SOURCES OF POLLUTION. AND TREATMENT TECHNOLO A. Attach a hne drawing snowing the water flow through the f acihty. Indicate sources of intame water, operations contributing westewster to the effluent, and treatment units labeled to correspond to the enore detailed descriptions in item B. Construct a water baience on the kne drawing by showing average flows between intakes. operations, treatment units. and outfeils. If a water balance cannot be determined (e.S. for certeest mansny acorroes), provioe a pictonal description of the nature end amount of any sources of water end any collection or treatment measures.

8. For each outtait, pronde e description of: fil All operations contributing westewater to tne effluent, including process westoweter, senstary westeweter, coohng water, and storm water runoff; (2) The everage flow contributed by each operation; and (3) The treatment received by the westewster. Continue on additional sheets if necessary.

2. OPE R A TiONill COM TaleU TIN G FLOW

3. TREATMENT

1. O U T.

0"' g g L

t e.g;

e. OPE R A TION lluff gg g gg g,

s OgeCRpp? TON g

g, Settling Pond 58,000 gpd See Attachment 1U 4A (De tention time in the l

463B pond is aoproximately l

21 cays) l l

Storm Drain Perimeter l 248,000 cmd See Attachment I

i 4A (Intermittant Flow) l g

l l

l l

l I'

I I

1 l

I I

s...... A. e m.,,,o.. n.,u s........ e,., _..,

EPA Form 35142C 4403 PAGE 1 oF 4 COPsT6NUE Ott REVER5E

t II.)

Flows, Sources of Pollution, and Treatment Technologies i

Attachment OUTFALL NUMBER / TREATMENT DESCRIPTION OtiTFALL NO.

OPERATION TREATMENT 461A Cooling Tower Blowdown a.) Cooling Tower Blowdown is Delaware River Water concentra-ted approximately two (2) times.

Condenser cooling water is treated to remove heat by circulation through an evaporative natural draft (counter flow) cooling tower.

Sulfuric Acid is added to control-scaling.

Sodium hypochlorite is added for biofouling prevention.

A portion of this water is continuously removed to prevent solids buildup as required, it is treated with a Sulfur IV type dechlorinating agent to reduce chlorine residuals to acceptable levels.

b.) Cooling tower basin sediment will be removed from time to time and trucked to an onsite dredge spoil:

disposal area.

l 461B Liquid Radioactive a.) The Liquid Radioactive Waste Waste System System collects and processes water arising from various radicactive processes within the plant.

These liquid wastes are treated in order to recycle water with specific conductance less than or equal to 0.1 umho per centimeter.

High purity treated effluents in excess of plant need:

are discharged to the Delaware River.

i i

l b.) Contaminated residues and deionizing resins created in the treatment of liquid radioactive wastes are solidified for off-site shipment and disposal in a Federally licensed facility.

I

. ~

OUTFALL NO.

OPERATION TREATMENT 461C Low-Volume Waste a.) The low-volume waste treatment Treatment System system collects potentially oily water from area, building and equipment drains throughout the site.

Most flows to the system are intermittant except for auxiliary boiler blowdown and blowdown quench water, which also are treated in the low volume waste treatment facility.

These liquid wastes may have floatable and oily constituents, which are removed in an API-type oil separator After treatment, clarified water discharges to the Delaware River through D3N 461A.

b.) Oily sludges isolated from the oil-water separator are stored in a holding tank and trucked off-site to a licensed disposal facility 462A Storm Drain, North a.) The north storm drain accepts area run-off and site drainage from the facility parking lot, auxiliary boiler area, building roof drains, catch basins, etc.

These waters discharge directly to the Delaware River.

b.) No sludges are generated by this system.

462B Sewage Treatment System a.) The Sewage Treatment System at Hope Creek collects and treats sanitary wastes in 3 package (extended aeration-activated sludge type) plants.

Sewage plant effluent discharges to the Delaware River through DSN 462A.

b.) Sludges generated in the Sewage Treatment System are trucked off-site to a licensed disposal facility 463A Storm Drain, South a.) The south storm drain accepts area run-off and site drainage from the facility switch yard, guardhouse, service water intake structure, roof drains, catch basins, etc.

These waters discharge directly to the Delaware River.

> ;.l,; -

-%?

Ot7fFALL-NO.

OPERATION TREATMENT b.) No sludges are generated by this system.

463B Settling Pond a.) The Settling Pond accepts non-chemical metal cleaning wastes and removes solids through gravity settling.

Settling Pond effluent discharges to the Delaware River through DSN 463A.

b.) Settled solids, grit, etc. are trucked to a licensed landfill.

464 Perimeter Storm Drain a.) The perimeter storm drain accepts storm water run-off and site drainage from the cooling tower i

area, parking facilities, and areas external to the project.

These waters discharge to the Delaware River.

i d

i CONT 5NtJEO FROM THE FRONT E3111gpc for stOms runoWjimeast of Epdie.are any of the daggerges described in Iteme ll A of 8 intermittent or someonetF *

~.*r*r

~ ' Q N O (go to Seettoot 111) g vEtico&efe'the joCoining teMei = ~*'bM"2 M **

• s

3. FR EQU ENCY

4. FLOW l.OUTFALL

2. OPER ATION/s) e.CAvs

b. MONTHS g, m,)

g[,$,),,[,$

g y,,

NUMBER CONTRIBUTING FLOW panwasn eenvgAn e't erog'f7 a'sanerfy

*"*'e"s"

' "e"a s h e"" ***'e"s" "e*a"s6, ha days)

(list /

(hstl

'aee avenn avenn et verogs; 463B Settling Pond Ranges N/A N/A

.058 NA 58,000 N/A from Sys tem gpd 1-7 not yet days in i

per ope ra--

week tion 461B Liquid Radioactive 7 (pro--12 (pro-N/A 0.289 1,000 11,000 N/A Was te System jected; jected) Sys te n gpd gpd not la opera-Ill. MAXIMUM P A. Does an effluent guideline limitation promulgated by EPA under Section 304 of the Cean Water Act apply to your facihtyl C v a s (complete itens !!! B)

C NO (to to Section IV)

8. Arr the limitations in the app 4icable affluent guideline expressed in terms of production for other measure of coereDonJ P Q v us (complete item !!! Cp G NO too to Seetton EVI C. If you ar.swered "Yes" to item 111-8, list the Quantity wnsch represents an actual measurement of your maximum level of production, expressed in the terms and units used in trie applicable effluent guideline, and indicate the affected outfalls.

1. M ARTMUM QU AN TITY OUTPALLS C. **seaties, eeeewet. m ate mias, eye.

G eventivvpeeest

b. Wa*ve se esemouse Met au ffall num bers)

(specify)

IV. IMPROVEMENTS]

A. Are you now required by any Federal, State or local authority to meet any implementation schedule for the construction, upgrading or coerstion of waste-water treatment equiprnent or practices or any otMer environtnentee programs wNch may affect the discharges described in this application? This includes, but is not limited to, permit conditions, administrative or enforcernent orders, enforcement compliance schedu:e letters, stipulations, court orders, and grant or lean conditions, Q,,, g,,,,,,,, gg, y,gg,,,,,,,, gg,,

C,n,,,,,g,,,,gy_g,

t. IOaMTIFIC A ION OF CONOSTION,

a. APPECTED OUTPALLs P CI k-e.

l th seuses se eeseeases ow. ale

, ear.

S. OPTION AL: You may attach additional sheets describing any additional water poilution control programs (or other enwronmenaW progte akh may effect your diacharysef you now have underway or wn. css you pien. Indicate whether each program is now underway ne pionned, and indicate your actual or planned Schedules for construClion. CM AWM "R"IP OS9CRIPTION O F ADDITION AL. COMTROI. pMO4 R AMS la ATTACHED ff73 Pra)TYWE) pAeE2QF4 CONTINUE ON PAGE 3

2P A s.o. Mune:suesteopy tmm it#m J of form As p

~CONTtNtit0 FRCM FACE 2 _

, [

fM5 f 2 Foms Aporoved QM8 Na ISSR0173 A.Ce & Cid See Instructions before proceeding - Complete one set of tables for sectr outfelt - Annotate the outfadt number in the space provided.

NOTE: Taoles V A, V 8, and V-C are included on separete sheets nurnbered V 1 through V 9,

. Use the space below to list 49y of the pollutants listed in Table 2c 3 of the instructions, which you know or beve reason to beheve is discharged or may t:e discharged from any outfall. For every pollutant you list, briefly describe the reasons you beheve at to be present and report any analyticas data in your possesion,

s. POLLUTANT

a. Sou nca

s. POLLuT ANT

a. Scu RCs Asbestos Asbestos is a constitu (DSN No.461A) ent of cooling tower fill, dis tribution piping and drift eliminators. (No operating data are available).

Hydrazine Hydrazine will be used (DSN No.462A) as an oxygen scavenger in the auxiliary boiler to reduce corrosion.

?

A. Is any poHutant hsted in stem v4 a substance or a component of a substance nn ca you do or esoset that you will over the next 5 years use or manufactur e as en intermediate or final product or byproduct?

C T as (list au suels poUutants beloses

@NO (80 to item Vt 8)

8. Are your operetions such that your raw meterials, processes, or products can reasonably be espected to very to that your discharges of pollutants may during the next 5 years exceed two times the memimum values reported in item V?

C T a s (complete item Vt-C belows C Mo tro to Seetton Vi!)

C. If you answered "Yes to item VI-8, esplain below and descrtbe in detail the sources and expected levels of such pollutants anech you antic;pate will be descParged from each outfall over the next 5 years, to the best of your soihty at tnis tirne. Continue on additionet sheets if you need more soace.

EPA Form 35102C M PAGE 3 OF 4 CONTINUE ON REVERSE

c

'097tNUED FrOM THE FCONT

~~

~

R V 3 8.

ilI4 LOGICAL TEXICITY TESTING 0&Ta '

' ~~

~

$$ as ::st for scate cr : <c,c tos.c.ty ras bee'n ;.se on any of ene cY,7,**,~n,

D) you have any teowiedge or reason to teneve at a' rece z.a,..te,.o....... io,ou, d.se a,ae..tn.n it e it 3, e s, sr n

f~ v e s *nt.-ott!r tree tret.<. an : !..~.-*

~..,...-. ' c ' es o

%_ m o iso to $<< tsen '.'!!!>

a QCONTRACT ANALY$l$ INFORMATIONTEi]_I

][l:i m 15 i i,ZZF5_M C__ " _'l.~ ! 2. _1_lI[ [ T._ c0 W

v of the analyses reported in item V perforraed my a : cat act :acoratory or cons.iting firm?

C w a s itsst the name, adieess. sad to-:ep%ene nu,"s,t.er or,. and po!!stan ta C No rio to section !X, ananses er. oscn suen tasmton >

• r ua rowwT*Ntf* ANAL'ato c.TELEPH5NE o

A.MAME e ADOMESS naWe Code $ n0 9 For sewage plar t Quality Control 243 White Horse Pike (609)428-130 3 BOD, TSS, god, Laboratory Audobon, N.J.

08106 TOC, Ammonia, Color, Fecal Coliform,Nitrat e, TON, Oil and Gre ase, Phosport s, Sulfate, Sulfide,

Surfactants, Iron, Magnesium, t

Manganese,Coppe c John G.

Reutter Assoc.

Ninth and Cooper Streets (609)S41-7700 All " intake" Camden, N.J.

08101 values for ever r,

discharge excep t No. 461A ix.CanTip CAriON mr mm.n.

_ ' _ ' ' - - - - - - - -- - _. - - - ' _ ' ' - -. _ ~ ~ ~ ~ ' _Z C. E C'Ja

~ - " -

m

. m m

1 Certify under penalty of law that I have personally te2 mined 2nd am familiar wrth the information submitted in this 3 ppt. cation and all attachments and that, based on my inquiry of those individuals immediately responsible for obtaining the information, I.;es eve ti'at the in.

f;rmation is true, accurate and complete. I am a,sste that there are signoficant penalties for submitting false infortration, oncludong the pow'Girty of fine and imprisonment.

7 a e orrecia6 ret 6:. t >,.... a.o r,

e e = o m a a o

c.. -

. Thomas J. Martin, Vice President Engineering and (201) 430-8316 l c geomarums

(,U nFc r uc tio n a o a r t si<,m e o EPA Form 35142C 16 80) eact 4 or 4

VIII.)

CONTRACT ANALYSIS INFORMATION (continued)

D.

POLLUTANTS A.

NAME B.-

ADDRESS C.

TELEPHONE ANALYZED

-PSE&G Energy

- 200 Boyden Ave.

(201) 621-7500

" Intake" values Laboratory Maplewood, N.J.

for DSN 461A 07040 O

e 4

S 9

....a'#*y W '~

' 4 L..

..nL-

.. G:: c'

!N

$jlf'

-u.....

-u,'r KEY TO HOPE CREEK GENERATING STATION NJPDES RENEWAL NOMENCLATURE

• -1 value based on engineering estimate; process not yet in operation.

• -2 No value available; process not yet in operation, but pollutant is expected to be present.

• -2A No value available; process not yet in operation, but pollutant is expected to be absent.

• -3 Process not yet in operation.

Pollutant will be present in intake water, creating the basis for a " net limitation".

• -4 Water quality is expected to be typical of storm water runoff.

• -5 Flows are based on approximate drainage area and (maximum and average) daily rainfall (from U.S. Department of Commerce - 1968).

• -6 Daily Maximum Concentration value based on one sample.

X (When placed under the " intake" column)

Pollutant. expected to be present in the discharge, due solely to its presence in intake water.

NA Data not available.

e

a r.. o. N o x N,,,,,, f.,,,,,,, of n,,,,,,

Cooling Tt ar PtJASE PRINT OR TYPE IN THE UNSHADED ARE AS ONLY. You may report som.or all of Blowdown (npom, gg( f 58 M0f 7J in weo,m on p... in.. to, en, ume r-si.asie.d or compies.n in p ps.

NJ0025411 n

j SE E INSTRUCTIONS.

Oui,ALLNO V. INTAKE AND E FFLUE NT CHARACTE RISTICS kontmued trone page J of Form 2 CJ 4gyA PART A - Yosa must swovide the results of at least one analysis for every pollutant in this table. Complete one table for each outf all. See instructions for additional details.

2. EFFLUENT

3. U NITS

4. IN T AME (oprional; A**^^'T*d*T8[ ""WE

"" Ta"wedoNf'

• i ". r *[m"

8. POLLUTANT

e. asaasmaune pasLv vaLur a

• an keso or

.....k1..'8 d m or

"'r'" a"vE

^ " * ' ' ' "

' " ^ ' '

^"^'"

8'8 -~

. -. t!....

. t!....

• • 8-"

8'8 -aa m e ca.m.c

.",i p "*'"*"*

See atta :hed note NA NA NA NA

• -3 mg/L Kg See attached note 2ch ca

,7,!7 "***

See atta :hed note NA NA NA NA

• -3 mg/L Kg See attached notc L Tets8 O goate c-i

<Teacs NA NA NA NA NA NA

• -2 NA NA NA NA NA d T.tes swegi.nded 5=e 8m' See atta :hed note NA NA NA NA

• -3 mg/L Kg See attached not(

a As mos e fe. N, See atta :hed note NA NA NA NA

• -3 mo/L Ka inn a t-t- acho ri nntr watus vaLug vaLug vmLuc 54,440 54,440 21,360

• -1 apm com 32.R60

• -1 wague w a s,ug vnLug vmLur Teet.

g 28.5 NA 17.3

• -1 2.9 24/ day

'****"8 waLuc waLuc wALug wALut r===~s 34.5 NA 28.8

• -1 25.8 24/ day

..u

. a...u

..N.u

. a m.- u

*" ^"" ""'

6.5 8.5 NA NA

'N

• -1 PART B. Mark "X" in column 2-a for each pollutant you kriow or have reason to believe is present. Mark "X"in column 2 b for each pollutant you believe to be absent. if you mark column 2 a for any pollutan'. you must provide the results of at least one analysis for that pollutant. Complete one table for each outfall.See the instructions for additional details and requirements.

1. "*""'n

3. EFFLUENT

4. U N'TS S. IN T A K E (opri.wsaff l

s. POLLUT.

NO F

k "" ^ '7%dyd,' ""W' Ta",.d.Nf * #

sCONCEN A E ft a vaLug

[#

4NO Of' a.

ameasuna pacLv vatur

.r a

, =- c.'.

g gggg gq N

...,,1,s...

s.-...

v.ts

' a a v 'o~

<i i.....

. _, cf.,,,,,,

i. i....

, _ f;)...,,,,

i.....

. o.o X

I nees"'

X j

u cai X

0.5 4.1 NA

'NA NA NA

• -1 ma/L Kg NA MA MA i c o.

X X

<L F.cas X

conneem y

4 s F autpelve.

X tissea==a' X

f. httret.-

X mue r u,

i y

PAGE V-1 CONTINUE ON REVERSE EPA Forsue 35142C 4680) t -. *

/\\

l;!1 ll il 1

a Fy v

O E

Og G

N',

t 8

e A

P

• p h-h ss o

o

.s n

n o

n su a

tp 3

d es e $,

E [g 3, d

e i

s

(

o h

e s

M Y h

c oc a

A D T

a N

a t

t

. Y t

s t

a Y

Y a

X X

9 h

X X

y i

a i

e n

e o

S R

5^

g 7c 3

K K

T I

N U

g,a L

• O r

4 gs

/

/

pe n

g s

oca m

m v

g F

Y

't

~

O. E.

O"v M. "

i s

A n

A u

N n

f

(

M

~

a.

4 n

A v

\\!

u N

s.

r A

e,

P T

N l-A A

U N

N L [

n.

s F

F G

3 E8 A

A N

N

-c

~

+

e r

t o

o n

n d

d s.

e e

s h

h c

c a

a t

t t

t T

a a

'f.

s e

O e

e B

I F

e e

s S

S a

C I

r [**

X X

X y

X x

x X

X X

Y Xl t

M=

a F

a D

s a

E N. M"'" X c

U X

X X

X X

X X

Y a

s a

m a

a T

n.

e s

e l

s a, m T.**e*e s.

s 3

m4 n-t a O T 8

l 3

=e e'

4 7

4 e

a m s

s a4 m en a

C

• wms m

a e

e s

h NiwsM'ms @aw E. "*s m

U s

=ee ai s

0 t

t s s

e b n, e c a

_ 8 T,a 4 L ee e,

m s

m s

n a e sTu _

s e

e m

a e e e e

n m>

a V L S e

u a

ss r s6 Te T. a e aA n*

ss- _8s u

ss n s

s8>

e m

T s

s s

n ma A OA e

ma na s

e t

=

e e m as an e*

o e a m

e e

4 a

_ee t

s e s e c.T i e u ^._ T p e, T 8 e

S*

eP c e

E P S

e e

.e7 1

eT i aIlr' e

re F.IAl e

P s7 P

uPtTsi v

r IiIB

(

L I k

• ara e.o. soussosa scen troas iaans A et is on TFALa.soumeos; j

i NJ0025411 461A j

f 4,,,

aous ma essaarn coNTiNoa, e moas PACE 2 os roans 2 e PART C. If you are a primary industry and this outf all contains process westoweser, refer to Table 2e2 in the instructaens to determine which of the GCMS frg-'y; you sa for. Mark "X" in column 2-a for oil such GCMS fractions that apply to your industry and for ALL toxic metals, cyanidos, and tota! phenols, if yoy are not required to m column 2-a (ascondary sadurrise,nor7-process -routfis4 aminon-voguirostGCAfS tractione), merk "X" in column 2-b for each pollutant you knova or have reason to talaeve es present. Mark "X" in column 2<: for each pollutant you polieve to be absent. If you mark either columns 2-a or 24: for any pollutant,you must provide the re suits of at least one analysis for that pollutant. Note that there are seven pages to this part;please review each carefully. Complete ope table (a#setempsped for eac i

See ir.structions ior additional details ar.d requirements.

3 4.UN8TS

' e. INT AKE (opdional)

3. EFFLUENT

8. POLLUTANT

a. as ames a-

• W n A N E *"

WA&.ug LLoNG T g p.WALue 4,M

a. CoNCEN-k DG ASS or A n esumest

• ',*f ' 1;;;f,*,t'.

4 as Amsasuu cA Lv v ALus an. asAAsa j a4 %

b (,* "** * *'

l.l =.se vses T ""T'*"

ist : -" s O'L

.'. l =

_, t,8....

tal -a++

.,,, D,8..,,,,,

f al==+a

...,,,,8,*8..,...,

Isl==..

vsas asETALS. CVAMioE, AND TOTAL PHENOLS l

Iat Amaannemy.

Tetas 3744636 on X

2n Aseend.Tomas y

t 74463e il X

3as. saevannean.

To.ae.144o 4i-78 X

eaa. Cad.unniaan.

X Totas (Feen 43 et X

san ca e-X Toise as44447 2a X

see att ached note 6aa. Copeer. To.at tisso soe8 X

See attached nota NA NA Ma NA

• t m n,,/_r _

y,,

Fad L X

o43 aea. Teams X

42-u en saa.c ry. Tasa.

X s743e'74:

x i,a s. a.i. To as e

x s344ac2 os y

teal Saeena an.

X Tesee 477e2 4e 25 y

31na La.or. Tesal y

3#44o 22 44 y

12sa. Thaan n.

Tesas(1,44o23 on X

13aa 2.ac. Teams 8744a.s 6:

X x

34aa c,.a.a X

Teams (16712 be.

tsaa. Panasse,,

y X

Tasas a

040X388 casCasam assJEva 2 3.a.7M Tes.a o.a.

n n.4 o"n e..

.. x-

-e X

CONTINUE ON REVERSE PAcc v.3 EP A r esen 251o 2C IRaw.12 4o) j P

o

.a.s.e. ama, one n aeis.

W

')7 ti!

]

e 5

s I !,!

1

^

nii i.

< 3 1!

q:

4 1

3 i 3 d !!n

<~

03e 5

i 2

i

.'4 p

w:-

} i 4

=I

,p b

p >i 1.

=

1 43 l.'.

p II, m

e 5

.I ;

p'

.I 3 s a

0 I !-

! si s i

[i

.g x

x x

xx x

x x

x x

x x

I !

,1 m

3 2

typ r-d

.. N

..tr :: W-?

"X ', 5 n

i

"{

}?

%\\

':$ Y i2 j!!I! k$k!Il [$MihiNl~!!k i II$lI$bI!IlI!

e b.

I

$$I' g

a i

9U i I s

g 1 E 3

$r.

g g

6 1

l

)

r 1

&l 3

I 3

d 8%

%E b.

11!

I e

II I

3 S nC

. j*

g g.

g s

P_i-t *:

g v

y l

d y

k )

I I h

I s -

3 1-t !,!

$3 !

P_:

38 ah a

J

z e

l i tI

^-

s E -

1 i I I!

,I d

II,4I g

g x

M M

X X

X M

M M

N M

M M

.N

$bg I

m I:gP :ii I

i h 2[*

N

}

P.

42 6

[ #_ i= l 4 3 s.s.]'jl'<'_s.iji._sl-lIlp:1_I.i3 t

l 3

'sa.>=,1l*jat!

At I m,k 3l

4. : e_

-4 e

Nk a

• i n3.-}

.-}

(

l i. _ j.E! !LA 1 l i !El. i!,mLIIn_E!lSdiildid}ad it da i

d N

N d

6 gg 4)8 1

-s 55

4 ni-1

}

^

i ii I

s N"

5 i dh

< n 01!i e

,M O

5 s =i i.

3 5

i

! !i 3

h :

i :

1 i 3

i

• a 1

I

!!j i i

x x

x x

x x

x x

x x

x

>. x x

x x

x x

i! !iti t

l lL L

d!

^-

$ie

1

• S i !,

3 3}

g.

ifj h5 l

I

!l s

+

i

{

I 4

'3 i ig k

d OE 57!!

33.

l

.=.

e 1

I i

15 g

2 a

i_ ;g e

2!

1 5

=

1 I

a i

3

! t z L

t :-

u i

II h i ja

21.

o 3

d I

12 a

=

1--

E a

I I

1 i i 2!

s 1

a S

x x

x

>l x

x x

x x

x x

x x

x x

x

-p I h I!E W

I

.!lhI i s

3 R

R 5

T 3

R R

R

"> I il id ill ili ilRiil il slall si il ni lii !i 11ish! it il 1111!! !

i !a

O

r..

osa

. " I, g

W 0s*

1 5

e 13 I

s g

w ol 5

6 d h 5g 5;:

8e

$z 3

Eg 4

00 4

57

?

vs

/*

33:

~

A 3 ak i 2i

.j a

w 4

0 l

9 b

3

• : i 3 >g

- 2 6

b ~

d at I

a r

E It

}

A 5

i is I *l 8

s i

I e

3 I

a 1

d :

Nagj t x

x x

x.

x x

x x

x x

x x

d'

>l x

x I ti !!!!

=s A

i 1

h.*<2

h'l

.: g,.

.: k..'. 5 }-50,....:i*:O h,f;;. '. & } 2 m 1 l %,s.4jI H r i f i.a !.e g.t*e':.g..r)d.4 Sl g. i!;!171 m.- 2 ,e -..... w.,- r. a n. .....s. in I hon +p. b., r gest ,h n c

= k.

.e. v. 4 8 - 4 : 42 k-2%2 g, 3: ns & l'I' i. %.' kg.. -%., S 't

]l

[ n s =

9 OD R d*s.*: ge 5 8 4: 3> 4! !!s! in ot ys i iW d! 4 3-I 4 e E D Eg 4 59* 08 UE 4* m* O Je d*e Sk> 4 m 3 E 4 3 s 3 M i 4 f g J J W I, e < v i e 3 O O as ? 8 0 3 u , [ a o t ~ Y

• 3 z

E W > s E 3 5 3 1 "g A s,e k b e I e v ,m )

• N I

I 8! m 5 . 2 I a 4 g e 3 > 2 d 4 0 ,2 \\ 'i 3 E S y) a a la Ih&I X X X X X M N N or : a = .8 N..:: ! on. 2 1 >8 I m3 45 m

8. :

3 x = 6 - : r 1 v_ g_ 'e::,_n_ e_, g_, e_ v 1 n = se a 2, es a$ 4" E =so a rs jg g g$ gg -om A nE n eR n' I d g;t 4I',. J l /, yg! v. d va. gg gg' ysa 6:6,a a e ~ S,

a BASES FOR NET LIMITATIONS FOR DSN 461A (COOLING TOWER BLOWDOWN) -Non-contact cooling water for the Hope Creek Generating Station is taken from the Delaware River. It is drawn into the service water system and is subsequently used in the circulating water sys tem. The only treatment this water receives is removal of excess heat through evaporative cooling in a counter-flow cooling tower. In this process, ambient pollutants can _be concentrated to a maximum of approximately two times their original value. Cold side blowdown at this concentration is discharged directly to the Delaware River. The only chemical additions to the cooling water result from pH adjustment with sulfuric acid (as needed to prevent scaling) and chlorination (with sodium hypochlorite) and dechlorination (with sulfur dioxide). ( The table below provides data on Delaware River water quality pollutants, their maximum values af ter concentration in the HCGS cooling tower and projected net contributions (maximums) arising from station operation. l l l l ~ r--- ,, ~ -, ,n ,,---,,-------,.,..,,-e--

l AMBIFNT AND STATION ENPRIFRFPIONS 'IO MAXIPEN DAILY POLLlFPANP LEVEIS IN COOLING 'IOWER BLOWDOM4 (CPB) APBIENP GMDITIO3S GOSS RETEASE PEP REIEASE Natural Pollutant in Natural Pollutant Natural Pollutant Station Contribution River Water Entering After Concentration + to CIS Cooling Tower in Cooling Towert3) Station Concentration Pollutant in CJB III Kg(2) mg/l Kg mg/l Kg mg/l Kg mg/l B00 9.0 4,955 16.7 4,955 NA NA NA NA 000 353.3 193,940 653.6 193,940 NA NA .NA NA TSS 222 121,950 411 121,950 511 151,620 100 29,670 Anunonia (as N) 1.67 757 2.55 757 NA NA NA NA Sulfate (as SO ) 898 492,852 1,661 492,852 1,937 498,849 27 6 5,997 4 Iron 5.8 3,175 10.7 3,175 11.7 3,472 1.0 297 Copper 0.13 72 0.24 72 0.44 131 0.2 59 ,NCYPE: Delawam River Water is used as non-contact water at flope Cmek. NA = Not Available 1 Maximum concentrations am based on 90th percentile values frcn Delvare River Water quality surveys (1%8-1980). 2 All mass values am based on maximtn flow (54,440 gpm) times maximum concentration. 3 Pollutants am concentrated a maximtm of 1.85 times their original value in the Hope Creek Cooling Tower. M P84 62/07-cag 1

j eA e.u. Numeen teory p. seem n or vorm s>, Liquid Ri tc Sys tem PLEASE PfMNT OR TYPE IN THE UNSHADED AREAS ONLY. You mer report some or eII(f this entorniaison on seperate sheets lasse she servee fomser) instead of completsene tlww geon. 7 NJ0025411 Fonn _^ -n _ _ M Oats Na s56 Aspf 7.7 SFF INSTHtfCTIONS. PAHT A You must provide the results of at least one analysis for every pollutant in this table. Complete one table for each outfall. See instructions for additional details.

3. UNITS

4. INT AKE (opfresnaff

2. EFFLUENT C.wws g/r,s,.,g,g. WAWW AO* ^

k eeO. OF v vaa.us

8. POLLUTANT

e. M Amiasues Onia.V V ALue h **"3'81$' M*$3

^I'l**" d.NO.OF ^""*** YaaN ..... U1.... " " ^ * * " " ^ ' ' " * , m. fl...... I'l "

• a

..... U!..... 888 =* ....U!.u.. l'8 ~* . mi.o mic.. ,SE"

• • • • "d NA NA NA NA WA NA
• -2 NA NA NA NA NA i.. c n...

l , c',IE ** "*" NA NA NA NA NA NA

• -2 NA NA NA NA NA ce,i arsucs NA NA NA NA NA NA
• -2 NA NA NA NA NA

.. T.,io r.... J sono 3 sras NA NA NA NA NA NA

• -2 NA NA NA NA NA

o. T in su=>eno.o NA NA NA NA NA NA

• -2 NA NA NA NA NA
• ^ " ' * * " ' ' ' " " '

"^"" vaLuc v e.Lu c vaLu' million 0.01

• -1 gallons per day NA NA 0.289 NA v a n.u a v.Lua

v. ua v a i.u s 26.7 NA NA

• -1 NA NA vALuE l

vaLut vALuE vALuE 35.0 NA NA

• -1 NA NA g,,

y win uum unasuuu unaiuuu maximuu 6.0 9.0 NA NA

• -1

_'-*>H PART B Mark "X" in column 2 a for each pollutant you know or have reason to believe is present. Mark "X"in column 2 b for each pollutant you believe to be absent. column 2 a for any pollutant, you must provide the results of at least one analysis for that pollutant. Complete one table for each outfall.See the Instructions for ad i j details and requirements.

4. UNITS

5. INTAKE (uptiosesf/

3. EFFLU ENT L M a sts< *x-d d"M hE

bMaO j 3.POLLUT. vvaLus s.LON6 7 .WALuE d NO. OF a

• • 0E A
• ff;

s. M AmeMuM OA.LY V ALUE

" A"8%$",,$Mj ,my v"sN t# (#(evaise6sEl .M .. i,,,,, p i,,,,,,, g.g.... ,,,,,, p),,,, gap..n ,,,,,,p,1,,,,,,,, 3 3... ^ "s s s~'" AT '0" ..... !,')..,,, lilaan C AS NO y e seemsde 2csm el X i t cn::,,in.. Totse rios ouel X 1 X NA NA NA NA NA NA

• -2 NA NA NA NA NA i

c. Casoe

.s. e eco Califnem X e fiuosus. tisiNee de el X t.Nsust>- Nitells (as NJ X CONTINUE ON REVERSE PAGE V-8 EPA Form 361o 2C 16-80)

3 e A A A n V om M N N M E G v A P e ) N l. O a n e E o rp A A A A U o N M N N N I ( eg,, i.i T E N K OC A T r NI o 5 A A A A J!- N M N N l A A A + N A N N w i N B e m T IN 9 U a 4. o A A A A = N N N N ,o. 2 2 2 z 1_ oe v g u e E UL .e A s V n A A A g i M N N N i. gg 2 L V A A A A E e L, N l N N N G se A

• o P

L.c J T u N L e. A A A A E a v U. N N N N v, e. t F g F g E . g 3 em A A A p p g N N N te A sa / N m s .b e i 2 r u u L e A A s c N A A v ol i. rm N N v s L c s i ac m m 3 u T m E A A A 'f,. a N s O N N N sa 9 R m F 6 4 M e O l'a

r 1

F ' h*- T X X X y X X x X X X X X X X X X X 04 8 '.r 1 E C X X X 2 U X N 1e e I a T t m 5 N y la' l y s s e it 3 m u i ss 3 ei O r1

n 4 n i

i u 4 a T.6 7 S r a 4 "*" s. s. 4, 4 t* ss - e s _ S C r .e us e mt e e e e.e : n t n o* s S 1 2 n u s a o a r 0 - m. s 2 t e e T.* 8 s W e. l de u u s e c e n a 3 3 e e e 6e e#T e le - L Ns.s he4 e n et e t e r e - d 9 ls n - _l 4 s 4 o e o n e n F s s1 v s a f ss fls 'a V L Se eO s m e.3 le ms Lu u e # - laa hse a* e el s e4 se ee4 f r s r 3 t4 e4

a4 A e T.

oe e3 et m el a3 s2 ee usm im a 4 M. T4. o7 T.4T. t 4 o Ae s I. e : * 'A t sns sn4 e es a Ae s' Re e u ua n4 t* We l n S. $' s. e mteis eT r C.T (7 L7 o o7 P n "* s i r. 7 s e 2 4 e E p oa s l4 n4 .o7 o e e 7 7 s7 eT Ct as, l R v E

e e3 v

7 P.1( . :e LT .T( v6 ( T ,A 2 e. .r e Ta T( 7 1 a 31T t2 k {* ( r e8 I g .Ti nG s 1T e* as lll t 4 1IIl J'l I III lllll l

IPA e.o. HumpIn (copy frosen f Isen i os IJ ouY r alt. Numyzas NJ0025411 461B ro,,,4,,,,,,a ones na twnern CONteNUED FHOM PAGE 3 OF FORM 2 C PART C If you are a primary industry and this outf all contains process wastewatet, refer to Table 2c-2 in the instructions to detetsnine which of the GC/MS fractions you must te for. Mark "X" in column 2 a for all such GC/MS fractions that apply to your industry and for ALL toxic metals, cyanides, and total phenols. If you are not requised to mark column 2 a (secosulancy irutustroes,non-process wastownteroutfalls, and non-required GCMS fractions), mark X** in column 2 b for ench pollutant you know or have reaso to I cheve is prescrit. Mask X" in column 2-c for each poilutant you believe to be absent. If you mark either columns 2-a or 2-b for any pollutant,you must provide the re-suits of et least unie asialysis for that pollutant. Note that th-re are seven pages to this part; please review each carefully. Complete one table (al/sevenpages) for each uutfall. See er.stsuctions for addstional details ared requiremernts.

4. UNITS

5. INT AM E (. ptsonalA

3. EFFLUCNT

8. PO4.LU T A N T 4.m Asees m*

8#* Mp We

• ^-

.2, N O O F e CONCE DG-4A M AES V ^ " " 'L A HA LVAL E A N.A La

3

.n. -_. M AK4 mum o A8LV V ALuE s... .c.*.. .s = A N A. L.+ a ....e ' a av'oa 1.!:;,r s..... v ee yp .7 ,,,,,, cf..,,,,, i..... ,,,,,,, e),,,,,,,,, i.,.... m,,,,, y,i,,,,,,,,, i..... 6 vs ,.s ..a.i.e., g

• _?A

_ METALS CVANtOE. AND IOT AL PHENOLS l iM A s.e u..on y, ,_,3 vo.u i 7ao a. oi x 2u Assenes. Tot.8

• -2A 4 7440 3d 2)

X au eso,yu n.. 1stel.744o 41 70 g,3 (u C an .n. 1u8 4 4 744o 43.JI ,,9 t,u Cne o n.uen. 1eaal()440 47 34 7 c.u co . i..i A pg 3 7:,s0 bO 33 sM Le.as. T os.: 4743:8 'J3 H

• -2A

.x s u u...we v. s ui..

• -2A 1

tu. N cend. T ot.4 g 7MQ 02 os g_yA 4 ou. Selse.e..n. ?^ I a,ses a 7 732 4'J 2 3 ..X_ l lM b.e. e. T os.: 6#44u 24 de

• -7^-

.. _X_ 42M i ness.w e.. fos.e47s(0 28 06

• -2A

.._X_ n 'au .Z.e.c. T unes . -.-M. e 7440 4.6 as 1._ ICM C ves.a.sv. los s ab712 bi ,,7_. .x_ it.u r mi..

• -2A v * *'

X OtoxlN Ol' bCNSG$L HEbuLTS 2.3 7.45 T ee. . s.sw. o.a.s ..s o s-p.o. 41 se.4 o a t.i CONilNUE ON HEVEHSE EPA Fosna 3 tit 0 2C (Huv.12 460) g,Acc v.3 re... ..e.s.o.oe.n..y a, ws J

DNTINUE S F706 CONT . POLLUTANT e maeen a-

3. E rytuCN T

4. U N I I S

5. IN T A h[ g.spss.ne. sip D """'% h'8dDvvALUE c.LOMOYg g g f.VALUE

"* l

• d.*,b.

e M AmeMuu D AsLY W ALUE N U b4 E .g,, o, e. a se i,,,o o p 6.. ist e eamb8.-A {. UAe ,,,,,,,l'f,,,,,,,,, tap anse ,,,,,,,8,'/,,,,,,,,, del =e. ,,,,,,,4,*),,,,,,, (d *sese WbtS THAT80N ge) ,_e,.. let mese y ht S

• • e CAAS FRACT80N - VOLATILE COeAPOUNDS

v. A-tosean c7 o2 cl

• -2A X

w. Atersonetraen X

• -2A uP. salt v.s

.no v c a. rcssom. 8ar8s E tae,

• -2A

>42 SS 1) X

v. Seemofoevue g }26 2) y

~~

• -2A

k. Careeon

' teachaettese g-2A is-21 SI y

v. Chloremensene

• -2A

_X

v. Chaceoos.

On oneeshone ee.4e-in X

• -2A

v. Chaceoethene

'S M i8 x

• -2I av. 2 Chme>

nysvas E thee e ie71ci X

• -27 IV. C%eoe toem 19 64-!:

t X ,-2I P V. Dachto,> tomomethene ~ Dv. Dicheons 86woeomethene u.vi ca x

• -27,

)V.1,1 Dachloro. hone (76 34 3) _X )V 1.2 Dachloeo.

• -7A hone (11746 ~ )

J Y ') A S h.1.1 Dichtoeo-V eene (75 36-46 X

• -2A v.1.2 Ddhaoeo.

openeq73C7 ss y hv.1.3 D.chauto. eartene L2 7s ce X

• -2A

v. E ihvit ne.n.

044843 y ,_g7 )v Methys emeost74039) X

• -2I U. Methre Llerede (7f,C7 38 y.

,, p ) Foem 35142C tRev.12 301 pggg y.4 CONTINUE ON PAGE V 6 peo. e.....en me, -

h n+a s.o. neumannu teoer trosa innen 2 of F - to *ui! ALa. *eumeosu

ONTsNure r? Os ava KI.T O O 2 5 4 1 1 461B Foms *proced OMi 1880fM

8. POLLUTANT a me a se os a-

3. EF FLU ENT

4. U N 8 T.'$

Q. INTE.ME (opra.aseaff [y t.a.....c = =, em as Ameasues D AILY W ALUE g)he V AL41E"' C.LOfWT[ g f.WALuS 4 pe,e a. o r

b. Ge AM S

.=e ,gg g(*gG (8,8'1 m mo.or o e..e. ggg t w A s k means a ss a L. ses e.ee8 64<s e}To O*i ... t)....,,,, ! t el = * ** .... !,',8..., 1 8 -* ** de8 =ae= vase 18' " T '*" d a g,e,g-s.a..e. vees EME FRACTION - VOLATILE COMPOUNDS (costimenefs 22V. Meshu ene s chio Me tricie as X

• -2A 23V. 3.1,2.2-Tesse-t haureeshese i73 24 u X
• -2A 2 CV. Teirachloso-estylesse (12718 4)

X

• _gg 2SV.Traueno (tim 84s-3) 24.V.1.2 Tsen.

X

• -2A Doct.nesoesleytene 11t,4,60 6)

X

• _7A 2 7 V.1.1. 5 18 6-LtaWebellsene sis Sc #s X
• -7n 2LV 3.1.2 Tr6-chsueuwe hesie
• E3 00 65 X

') h_ 23V. Tr6chloso-cu.,i.ne its el on ,_ 3 30V. Tewhaero-Jevosors ethane 37b rA+r48 y

• -7A J tV. Veenyt

$heos stae ( th O S -en 3_ -) g GCA4$ FRACTION - ACID COMPOUNDS I A 2 Checeuphenci (98 b7 3) y e_73 2A 2.4 Dschloro phones 12M3 28 ,,7 3A. 2.4 Daenethyl see. enol i 1Ob 671# 3 ,,7 4 A. 6.$ Deaseso O @eenes ($34-b2 Il y ,,73 b A 2.4 Denesso- $ftenot (bl 23 58

• -2A x

OA 2 Netfophenol C** 7 6 6

• -2A X

7A 4 Netsophones ItOO C2 73 x

• -2A IOA. P Chiosto M-9eeaa*86 N 78
• -2A y

CA.Penixtsoeo sehenol43#86 b) y

• -2A llOA Phonel ll1Dll C'.s 2)

Y

• -7n lI S A 2.4.6 Tes-chtof bpheno8 aaes Oi. 2:

X

• -2A J

l CONTINUE ON 7ttVERSE ra r. -en n***#s eat saee...

7 E am GA "a. ) P te s e M n o Le. it r. E J V. t 1 N E "b I d T N O 6 C P . "8 8 = 5 ..u M A sa S T h t d l U 4 C-o A A A A A A A A A A ^ A A A M ^ A A A A g a 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 7 9 7_ ~ ~ "av g g g g o t. N h Q, M W O y. s. v M" g og p N" S C" U.Q,. t F

r. 7,,

g

i. Q

) ] e. K A M A u. tav v L

ap i. S m

. O es N se . U ne..O m e. P a 4 s e a O a C . L 7 A R T - 5*. a TU s N N E s N E . h"/ 1 O s R aa E F m SA 0 a

• e.

X X X x E X X X X X X x y y X X X y X X y 8 S H 0 T 7'. ) h. o), o11 1 A l ) C A N e o o e lye 3) ns ( e n r r r iy 1 3 r r3 2 O O n le o* l hh tas oly6 . o. o o, Iy7 e te7 loS ) ) n o ar R f I o e 4 l 2 0 l s e ht ne o F A 2.,. T h v n e ) )2 o h he h e hS h3 1 Ct C ct) ee e n6 e r n. ) h n ic4 6 h *" s C t t c e n e e3 t* g r E o oe o n6 s i6 9 T Ch h h n e0 s' n en De D( 3 t* 2o 2e8 s 7h o es at lhe8 ahh0 8 U .s A p pt a la so) s6 c i (e ( n" ( d 0 v vs es e3 l

3. e n

t i il2 ) r7 en e e*2 o 2 eho tMs (h4 e 'u h7 rh0 e l e e R e o ee ) n-iE4 nev3 t. P. t s M e_. ni ne h c3

2. e t

e Oh te st t eP3 ui Ca7 CP7 hi e L oe es t2 ns nc3 n( ts e o 3 l4 F s n e Deo 1n i p e t a nns n.4 Sr - n ye s)4 eaM nA4 4yr a s. 2h s-4. l N L e e o C. s e e ee

4. no U

c2 cs n: e7 o 2 eoo t ye , pr Sr6 Sn pn .h7 .s .z F e O M,, e .h5 .e

3. ees

. ys .o7 e.oi a vt egM

n. I ne

.h .ha ne I r- .a .r y7 t eh si ect Beh Ss 8t A* A Ao Ss 8n 3n T t ss n3 0a e A N P. t r c e uo hs hs 2oM 3ei eht ah oas e 3 5 8e tne s .e 2 .r 7ht sa t ty 8u 3=i 3lw 8ti sti s u 1Ae 2a 2q P e 3 S a e ss 2 (2 3t 4e SA( SP 7fs 3Pt 4Ft 1et ies iG( ihs ipE

P tni 3pE it O

l a E 3 C lli 1 1

E S o L E y 3 V s 7 E. a.s g 8 8 n f o N - 8 se 8 p O 5 s E ( M U E t i. N s K A T i TI N 3' T 8 O 0 N 6 C 0 B S, : D t i d 'a F A T 8 N U ~ ~ C 4 A A y A A g7 g A A y g A A A A A A A A A g ) 2 2 9_ 7, 2 2 2 2 2 2 2 2 2 2 2 O - e p g g E UL J A E U B M i. U i 1 N 1 1 LL 6 A 4 P T U I O O 'r. y N ) O v L e O g / E a f U p o T L N A i s 'I U es f U e U i I L J e 1 s F s 1 e t Ek rf 1 y 5 . e 3 po 2 f T 0 ( r 3 0 M3 N m M U b' N O. E U 8 L s A. A J 4 W - e E i a m Y i t s LI n A o D L. S c ( 4 . O D U N M ..U . O I A e. P A M M ..O .s .C L ', - A

• ., s R

'm T - "TU s E os O.::" N u va / E (',l S s E. e l A o a 1X s ': B y y X X y y X X X X X X X X y X 6 ( b OT N e 2' - 2) k 7: e oh e e e C 7 O o-o4 ly ns h n e n lo sy e ht o s ly t n 9 3 s e-n e o e n e n se n d 2 i eu4 o+ s ys6 e e e N I

1. 6 ao ty s

s2 r eA l v r1 e s n e. ie 2 o soe A N, T F u t e e s s. n - n oe t h os i. n s y t h DT LwC

c. 6 e

ly e. e in6 c h 2 n c o h u n., h. h7 o en a e e o e7 n a h s s e r e 5 ni - i ipam2 e S i2 a0 O e s. to c-P o AR Di D h M s E U U. ds

h. 3 a

ins D3 D6 N e o D (e t o0 e) ei rs w3 Ne) r) e e7 1t L t t oA p' d J. b F

4..

X a. i a t s es t a 4 e Nhas n e.36 m u n46 s6 e: e m e3 p a n 'a ui 3 4,(o

6. (e e ts 2,6nA l4 e-u m3 2

ot - e ta Ns L ue S i n. 3 a. e e e 2 7 e e1 p '4 o.nHuaH.7 He I. J. b 2 9 t e s 'J eb e0 Nb N.6 ss u l s e e s 4 4 Dl Dl t e a7

2. n.

2n Dlaisn F4 He A t.a sa 4.h u.h sa.Dl4 7 u i s i O N. e s .e6 .o4 . n i 4 7 . ea t h a t ud t u- . e: F .h - . e .hr ee .s6 ah 4 4 8w 8v 8ti sda ts6 De s23 us t3 s - s 0P? hs 8 8et uo? sl s s 5 e n n ts a ta 86 h .t a 8 u y7 7 s# 99 0a I d2 a t c7 h 0 A C 2 e. 3.i.u4ha t i 0y 2 2u 3hi phsG31 Ct 87l Jl 33 4t 4 is 4Ni Ji 2 b O G l2 t; j;L 2Pc 2Pn2Ps '2 'o 5u 9at 7 8 0i l 2s 2Pa 6NW 3sil3t ll c,!' 3cc t f i

r 9 no V e E s v G s u s. A s P a t* 4 O e se ( E = - C U i. N e I e T r. NO ee i n ; C S 5 S T I N U 4 ^ os A A A A e e 2 2 2 2 os v au L A V g t g T /*, a 8,,, s. n v o L. t c c A g P u . L N A E v U 1 y Lg s.

FTg, E

3 e, ng O e 8, t, m A M b s u L ) A d V e Y i. se

• h t

L n s A oc D l S s ( D eu N s n . U a O x t, P A , M s a , O e C L A e W.R X X X X X y X X X X y y Y Y Y X N T S r. r. U E T s [ E 0 N n N C o s 8 O c e R a O / I s E T m.[8 S S F l l e a A E s EH 3 S P e 3 X X y Y-s , hl. m e N N c .r A s n n a l n s W O n O e e r N I e e T I i f e e a s T i h i n r a t l t s F A r r re C e n h s m C m t T n T E D n 7 T E u. A e o n.u 1 n n c a e n A e D D o e d) d e 4 i l e3 p) n 4 e ea E U e e e t i R d n7 n7 R d _) c8 c )7 c c )4 eii ) 4.r D1 Dl D. n ln3 U-n

• s d )4 dd N,el U

L w4 u-ue il e o 7 r) 1 l n n o e4 1 F F w r

• e

- e wi s-Ee n e4 o e.W loe - 3 =o h4 'v0 2, 2

a. e-o N

L e de0 e.4 s y-w4 0 4 4

e. e-h4

4. e

4. e

4. 4 Dr 2

0a Et1 E0 E N N s F .e3 3 .h9 4 1 e s lAe s.1 I 4 A e. e 3 P. e P. e i T O 6 t S.1 4.a 4 e. .e C7 42 s e2

1. . t v.e

.e t P se 7 s 2 Pe P Pi Ps0 P2 Pd4 P e-A 0 A e e N P C de ee s t 3 C P3 P3 P i z .e l er P e el7 3u1 47 2 l ( I(

1

3 Pe P3 re Pe Pr P7 ee l

3.e 4e ei e-1n 1o( 1( tA( lt E O G 4.s 4s 4c dr G 9 ( 4f e( el 7t ee e ts s( C i l

EPA 4.D. MUmeEn (copy from item J of Forws JJ OUTF ALL MUMeER couTsuve % vnou race v-a N30025411 46In Forrn Aooroved OMB No.158 R0173

8. POLLUTANT

a. M anos m'

3. E rFt.U ENT

4. UNITS S. IN T A M E (.pPasoese##

b. M AMI M

V V A &.U E C.4.ONG T .VALUE 4,M Of e.CONCEM U SCR ".'J.*' [,'. U.J.",' '., s. M AM8 MUM DAILY V ALUE gg gggg J g C A, T""UO" 8' {,* *g*,* seg... vses ti es e46er) ." *y. U*i ,W.,,,,,,1,'),,,,,, g p... ,,,,,,8,),,,,,,,, g g.... ,,,,, {.),,,,,, g, s.... vsrs GCAss FRACTION - PESTICODES (continued) 17P. Heatschler EPoside (102457 2) X SSP. PC"A 242 L34SS-210 X 10P. PCD1264 (1198740 1) y 2dr. PC%1221 (19104-20-2) X alp. PC'r1222 611111 10 4) X 22P. PC%1248 (12972 M C) y 22P. PCs-1200 (11GOSE2 C) Y 24P.PC*c1RIS (13874 112) Y ~ 2SP. Tom ophosto 1000145-2) y EPA FeMn 3510 2CilS-80) PAGE V-8 e i i e l l

Low Vblu Wrata e r A..o. t.u M En < con, from seem s f ra"" 'J Water Sys 6m ?:.,5ASE TnlNT OR TYPE IN THE UNSHADED AREAS ONLY. You may report some or all of Mon-Process)i this informs' ion on sepersie sheets tuse ene some former/ insiend of completing these penes. NJ0025411 Fome Approwed Oh00 Net fBGLM0f T3 WE tNSTnUC1lONS. ouvrALLa V. INTAK E AND F FFLUENT CHARACTERISTICS (continued from page J of Form 2-C1 461C PART A You must provide the results of at least one analysis for every pollutant in this table. Complete one table for cach outfall. See instructions for additional details.

3. UNITS

4. INT A K E (optioneff

2. EFFLUENT (specify if hienit) o o,,

b. M A M S he vVALUE C.LON G v gf.VALUE

1. POLLUTANT

s. M AxOMUM O All.V V ALUE "A a"i 5"i

^ " " ' " ' ....et.'...... i-aa " " ^ ' " " 81-a .....t,'...... ti-aa .....t,'...... i--- _,jl6, ..,s. o= vean n--and NA NA NA NA NA NA

• -2 mg/L K c.f NA NA NA

enon,

n. ch. mica.

i f/E,","""**"" NA NA NA NA NA NA

• -2 NA NA NA NA N A _.

c.1otel Oegenac C*'"*" ' roes NA NA NA NA NA NA

• -2 NA NA NA NA NA

d. Totel Suerwnded j

100 41.6 NA NA NA NA

• -1 mg/L Kg NA NA NA

"d " '

• *** "*'~ "'

O.12 0.03 NA NA NA NA

• -1 md/L Ka NA NA NA_

million gallonn"[ '" * " ^ " ' " "^'"* '^'"* 0.11 mqd NA 0.05

• -1 dav NA NA_

VALuE W Aa uE VAwt WAWF

g. Tempeentiere Ambient NA Ambient

• -1 NA NA_

VALUE VALUE VALUE VALUE i

h. Tempeenfure M ient NA Amh i on t-

• -1 NA NA M9MIMuM M A RIMUM MONtMUM M A M SMUM
  • • " ^" ""'"

6.0 9.0 NA NA / 'N

• -1 i

l' ART H - Mark "X" in column 2-a for each pollutant you know or have reason to believe is present. Mark "X"in column 2-h for each pollutant you believe to be absent. If you mart column 2-a for any pollutant, you must psoside the results of at least one analysis for that poiiutant. Complete one table for each outfall. See the instructions for addition: eletails and requirements. 9.POLLUT. 2 M A"" ' m

3. EFFLUENT 4.UN'TS

5. IN T A M E (operie.self

.WeLuE

h. M A x e

c. LUNG T Mp af NO OF A E AG WALUE 0*,3,,, h,

• r,

s. M AmeMUM DAtLV V ALUE M sygv V ALut O

A M." *a e CONCF N-n u p.. b Mass CAS 8O. e e ,3 g,,,,,* vsr g. in AvsoN ,]*,1,,,,,, tep man d',1,, 1st mase ,l',3,,,,,, telman vs,s raf at aliefere) .e a tiromMe 124959 67 9) X b Chlorene. 'imei n..idoes X 3

e. coso' X

NA NA NA NA NA NA

• -2 NA NA NA NA NA d Fecal Cataform X

.. F lueelete. i, nonna on ni X X f.8 Nitrate-Niente te. NJ X X EPA Form 35tO-2C 16-801 rac E v.I CONTINUE ON REVE RSI

3 A V Oss A a t, N E N_ 8#ses G "Av AP_ s N i w O ah e. f A u tp 8 A f e N t p 8 s g N e C t T a sa M n A c T 1 N a I I Q A '8 5 f A f,, N X X X N X X. SS A o M g K S K t T I N U 4. N" L E. U L / N" / g C O "' g m C" m a f 1 O. G s 1 tAa a es Npv A 1 E W s A A e. A N V. N l y ge g,, g, m,,e y T A u )[', A N N w .c s T w e. N A A E v A U N N p L v a gg F F E (, 3, 3 7 A A J 8^ ( N N ^ M au 2 L 2 4 A V v. l 4 0 1 s e A u m u,, 0 T ms, 0 N m,, 1 O A 1 R M F M e O - X X y X y g X X y X X X y R A '.s F 's s',.e o D N F A m 'a U .,o X X X X X X X N es I a T -la3 N y ) i m

e. l E

iE a. i s t m) e' O l 1 1 ) c. e i a, 3 n e s. u 5 . a i di i.** t TMOs t u 4 7 w - u .e u81 ts m. ms e 6 C 8= s 3 lu .a e e U 6 s 6 0 e 0 m n a T.1 a. e. 2 't e e et c sml s 4 : T.

• o 8

s 6 e e au e e n. e d ho4 e ne id do s ts i fic 4 u r e e 9 0 s L. ANse 4 n n es 9 m9 u e d s. n g 8.e T. 7 tet. ia6 36 pT.3 d lp t 1 o V 9 ul9 i, a., 3 S. .O 0 al fu0 6 u la" otle4 t t f e 4 e. ol l el el eT ioo luS S22 a3..a3t4 M OT e8 Tt. w e. s J ,e .4 s. iAs4 ss 4 a4 e s Mt4. o .o7 e2 u t 4 nT. O hF2 a Aa Sa Ra R. A e 4 s.s s S. e mto81 a e st4 C. T 4 i4 .o to P mi. o 7 t 8t )o )6 t o o Ps7 R 7 7 1 e t . Cf s r 68 LT( .Te .Tg r 7 7 t o o 42 ( T i( - o k s. ni I t T li G' .e76 3 IT 1T 1T 12 el t 2 3 T1 Ta u e S 3 svr j-llll l

} . 2,. e -, - --- m _,,.g.,,,, A4.. IsrA s.o. Muuten (copy from itsm i of Forna J/ ouYrALL Numaan .j .l ..,g.... l I NJ0025411 461-C CONTINUED FROM PAGE 3 OF FORM 2 C l Form Approved OM8 No.158 R0173 If you are a primary industry and this outfall contains process wastewater, refer to Table 2c 2 in the instructions to determine whict of the GCMS fractions you rnust'testh*!! ' or. Mark "X" in column 2-a for all such GCMS fractions that apply to your industry and for ALL toxic metals, cyanides, and total pnenols. If you are not required to mark *' lumn 2-a (secondary industries,non-process nesteneteroutfalls, andnon-requiredGCMS fractions), merk "X"in column 2 b for each pollutant you know or have reason : ?. to believe is present. Mark "X" in column 2-c for each pollutant you believe to be absent. If you mark either columns 2-a or 2 b for any pollutant, you must provide the re 's., suits of at least one analyds for that po!!utant. Note that there are seven pages to this part; please review each carefully. Complete one table (allsevenpages/ for each outfall. " See ir:structions for additional details and requirements. 1 t UTANT

a. M A n K

• A*

3. EFFLUENT

4. UNITS

5. INT A KE poprionaJJ

• '. ".. ' 'I.1f. ' ' '..

a. M Axsuume casov v ALuz b.uAxe g g,gg,vvALua c.LoNoYg g g.vaLus 4,,o of A N k r,

a CONCEN-A NA tv^t #r k M A33 ' Y2 *'? -il?- W

• W=..... kl.....

t al -a ** ... 91..... tal-a== ..... !. A.... I'l -a ** v*** 8' ! *.*,%'.* l'l -a ** v*** M4TdL(CVANIDE. AND TOTAL PHENOLS T ' ol x X X 81 X X [33, X X ht.s X 0.2 0.08 NA NA NA NA

• -1 mg/L Kg NA NA NA X

X otal X X X -28 X X tal E Y _X 1 X X I --E r..- j;p i-Descassa nt [6) E

EPA forms 3510-2C tRev.12 80)

PAGE V-3 CONTINUE ON REVERSE P.ro,wleus edition mey be used.

5 m V E ,e fs v G A e A n P o ra N p O a E ( E U A s i N a I s T s T N O N C G e a '?. 5 E A

• 8' g

g A O T L I g N U 0E" 9 C* 4 N" O* C" e F. ** Og* Mp 4,v A a-8 8 k h 4 V Eo I A T p N

• a E

U l L ) a F h s F E 3 h ~ )L' S ' '. J 3 E L A a V a l Y s ~ L I 5 AI D M U M e 8, S x !' O A N M .U e O P M O

• ,M C

X X X X y Y Y y Y y y~ X X y y y y y y X y ~

• A I.

T E l L N ss i I O 8 s:h'.m T 8 R A 4. F e L 2a b l O 1 s E kp V .e 4 n 7f-b T oe oe Rb M s I v e ,il e OT c n e e e) 1 e r e 4 33 Co ) e e) e n R N n ** e. r) r2 ,4 r4 2m e n r >Y $,E*. a i s T n ,b e e r n lo3 e e6 ie8 to e4 se a 3 7 F A r -0a e s-3 h d d h e= h. eh e.- e ~ ee h4 t7 i* a n C f e n 4 4 8h0 h3 8 e-e- t rt 7 T 6 h' { ec e 1 e e o _f,g r rh E U 8= A ic p l4 i4 6l a3 c-c d s eeEi_ e te iet is6 D.4 n v c) e nt s8 n y te i7 a a A or1 7 3a ot a) h (7 h o s* hst D6 D0 o7 toe ,1 3 S9 h9 er U L =F v r ht ee k_5 e ea 4 t e( ed e) r7 r 1 ( e) C v4 1 Cg 'V ( e

3. e S. a e1 e e 1,7

3. ( i.

t 8 s2 mt4 e-ie-1 e se N a a3 eo se s I L h 6 4 t sp _3 a6 J8 e-rh e0 ie W Aa t8 a c3 h9 h :8 h6

2. l e6 et nd r e a

1n 1a7 E4 S. l

a. n e

.IF4 s2 a2 O. e. .n .i D 7 T O r e r 7 .A C. t - C. 9 C. e 4 1 4 8v7 s 1 9e i t N P, N. s s e v. C. 6 V v4 .e2 6 m r 2 ei .p e Fe 7 8 Vh V. Ve v v r 5 4 'V t 9 V. Ve Ve4 v9 e V4 o .e V. 5 7 e V V 2 8 h h 2 5 7 T< e e1 sh An O V 7 O S l( 3 8 St lf 1 1 0 1

nea s.o. numenu teen tro.n sse.n 2 et vorm no ouir Au-wumensa

oNTiens, y soo-ev4 N.70025411 461-C Forne dauweve=# One waarn

8. POLLUTG**.7 e.

n e.

2. f;FFLU ENT

/ C. UNIT 3 0.IN T com (opefemel[ Mute R ".'*f' I.*Lf.**; e, asamsesuas pasLv VAbuS

b. M A48agh8 g YWALUE e.LONS Yggp. V ALUS 4 gg, g, a $ mQM y,W,,

h N0 39

s. ComCe N-s.t;.=

.i-... %"e:Y < i -MM<# Mi mi 3-....!!!......I <i-. i.i.... ..... r,..... i -.. M ' a ^*a GCAss PRACTIOes - VOLAT 8LE COMPOtJNOS teen #8needJ 22v. Meshu ene s Cheorkse (754S 2) X 2 2V.1.1.2.2-Teas er shaesseshone E J79-3C 3 MV. Teereshoose-M hviene 4:27 se + X Hv. Teh.ene l kiS48 38 y EV. l.2 Trene-Deshleneechylene lies e c s X g7v.1.1.1 Tel-

haeroeshone I

,7 s we X j Dv. 3.1.2 Tri-shooseethene )7900C3 X tv. Tsishio#> bsene e7eci.es y B0V. Trichser> .heromethene 17ei co <l X ?sv. vanve $haoe60s (D41-4) y 3cygg PRACT80tf - ACIO COMPOUm80S 1A

b. 2 Chlorophenol X

s7a )A. 2.0 Dichlef0-thenes i12042-23 X %k 2.406methv6- .henet i10647-91 X A c h Dineass o-seseosa W 2 13 X 3A. 2 4Daneess- .h.n s sa2e-si X 2 Natrophenot IXi, X JA. 4 Nitrophence l004 02-73 y )A. P Chaet>M-greeotit>& M 7) y

A. Pentechasse-

.hanos as 7 e6 El y 20A. Phenol 3408-96 23 y ) A 2.4&.nes - Tre coonoph CD oek 23 M COssTINUE Off REVERSE go w w.,n ve as nne PAGE v-5

g .w = +e ++ e w. om. .=.m-e e w .c. M a. = g 8 l

I

I 3 l 1 a i j [5 " i w e 5 y !. a s s ;; es e. .i o E 3 i 3 4 OI iE 9 db i,g: W / 3 J i l I L 5 f 8 i e

• i g

3, W b* I

-Q, i

e s E a a. Y 4 3 : s i 5 3 a O q I ( l ': a i d X X X X X X X x x x x x x x x x x - x x x x 8 e 4 l p-$' lE j 6 gg j W 2 c ); eg 6 58 [ }a_*g}I. 4 4 .co- = )i ?' n - 2=. s -l 4 3RI j. 2 3 l s g (3 m&j7.Lgi L r ;!,;g*llilill. LlanJA{;aenen {IElli31;gl,'a_did hilili i o o gr g. n s ag E3 S., 3 9 a gaa ,d M 4 g 8 p j9 I!d s -. s 4 g liL _1

9 h D Id 5. m g 8 S W ' s:._] y e.; ,s%M' 8 8

o

• o O "l-

. as '.s 4 _: h t ( I K 2 A 3 5 3 8: (~ 53. ont EQ> T I i I I 0 p 2 8 )k E d* I >a.li! _i

1. r sb 1

o i v I z i : E W D i I '3 3 6 $gO d al 3 P _i 18 l i ae a, g jz a N 5, I ( 1 3 a 3 Id i _I a i i i a si i i d

a g

x x x x x x x x x x x x x x x x .x x x x x !j._ :s l

i.!!!Ig j

4 2 aE, !'h I J N 65 l j 'j is j 6 6< 4 i 3; h: ;-{ g Is.I 5 i .i a +:,1g (* $. )9.a. jg_ je g.I.. i s: 1: o a 1 In q

• a 1

u, j son o a n-as *g }4 g 3 =a z, 5as zesz,; 3 s as 3 4 aga : -2"o + Aj1 3 :g 3.e p ga d =a e s.e n).a:i:. a.

a..:

= 3,==.n.e X 2 ag ni In:$g 34.2, 42 I a t. "4 m).g a 2 a st.I m a I ::: .w 4a 1w e 8 5 j., v z e, s 1a s. t s r

p m e g e 8 E!* I 3 'l i l a> a > o a W de i; x '5 $i = i ei j "z I 3 Eg d O! g IE i os e* )$ 0" <l5 Z > $i i a .k.l _i. Y 3 s g d z W D a

• • 5 t b w :

d el { P i a si 4 5 i-

t. 1]

g. .a 5 '! a 1 4 t, X X X X x x x x x x x x x x x x x x x ji g =3n..ii l r Inli, . n 1 a n

w so h*" 9 Es. n o*E l:> ge =1 = $1 t$ I q.3 g 2 W s e 1 m 4 3 3 4 Q > 3u Z If ", 33 lI g*.5 Il X < 1 E 1-e 2 A Z 3 II EP o< WE 4* Ea. o* E u J E 4 w 3 0 3 EI JH JW l* \\ i O O aa ? l J W E ~ o 2 s t - 3 Z, ~ W D 3 g 3 3 > ~5 ,t.h 4 ! c-4 a h M S'\\ Ip 2lr

• No f" -!

Eo 4 as eO IZ 3 1 2 4 E b a a : 4 4 4 I b > a 4 o 3 I s 3 3 2i 4 1g a d ? $ki y y x M M M Y Y ,B 41"l

a x

E

• I MG 3

s I !p't.t I I I'I i I g I. E=.I. t g

- 3.- 1.- 1.,

sa -a g

gg g, su 43 e

e. je hp gg 95! 4 IMdg" l 28 Ed IN E Nh ~

,,7 STORM DRAll .l0RTH IrTiTri Numasa ge y (rom i m s c,, .1 (nOn-PROCESS ) E ASC PDINT OR TYPE IN THE UNSHADED AnE AS ONLY. You may report some or all of NJ0025411 i ...ararm noa oa sen. me sheen fuse ts.* **== smaarliastead o' <='o'*nasd'*** <=rs. - E ou v r ALL nO. Fame Aporoewd OMR No.158.R0173 'E tusinUCienNS ~ t] 35(.' M ~ 1.T][ (T f(%E } *g.JTg, "J, r ,,h,M_ R E" WI .M g.g , g } d.4.,f I [ }6i4}. '. l,} j ,y, l J Q. . INTAKE AND E FF LUENT CHARACTERISTICS (consmued / rom page 3 of form 2 CJ PART A - You must provide the results of at least one analysis for every pollutant in this table. Cr,mpicio one table for each outf all. See instructions for additional d

3. U NITS

4. B rJT AKE foprionas/

2. CFFLt ENT (sap,cify if blanM eo e s

. POLLUTi" NT

e. osameneuse OasLv vaLuz to. ne A xe.})f g,gg,v v ALuE c.LOf*G Yg.u,gy. V ALUL

^ " ^ ' " " "'v*a AMT

• " ^ * *

.....t).. ;, ti i - *3 ^ " ^ ' " " l ... 91...... t. -- - .... k!...... e.8 -- - .... 91.... _.i.i-- s # n'57 *" NA NA NA NA NA NA

• -4 NA NA NA NA NA

'~ c ca ["J7 "*'"**" NA NA NA NA NA NA

• -4 NA NA NA NA NA L T. w o,

.ic [. s roes NA NA NA NA NA _NA

• -4 NA NA NA NA NA L Tca. s.r ao.a wuo. tTus NA NA NA NA NA NA
• -4 NA NA NA NA NA

^ ' " " ' * * ' * ' ' ' " ' NA NA NA NA NA NA

• -4 NA NA NA NA NA

'^'"' million gallons "^'"' "^'"" "^'"' 1.623 NA 0.201

• -5 per day NA NA

~,, WALUE WALUE WALUE VALUE C 'y l-ae<rs Ambient NA Ambient

• -1 NA NA WALUE WALUE VALUE VALUE C

Ambient NA Ambient

• -1 NA NA 9

. - = = < <

• 7-men uum m A A,uum man. mum u A Anuum STAND ARD UNITS s 4

~ ' ' " NA NA NA NA N_

• -4 PART D - Mark ~X in column 2-a for each pollutant you know or have reason to believe is present. Mask ""X** in column 2.b for each pollutant you believe to be absent. If you mark -

column 2-a for isny pollutant, you must provide the results of at least one analysis for that 3x>llutant. Complete one table for each outfall.See the instructions f details and requirements.

4. UNITS

5. IN T A M E (optionsal)

3. crFLtJCNT L " ".' 's A -

^ 11 NO. O P O. POLLtJ T- ..h), oun ci X

• -4

, u.u =..- n-4 woun. t xs x CONTINUE ON REVERSE. r A G r. v I EPA Form 3510 2C (6-IIO) L-

eTI ee v.: s rustarset ie f tiotA F rOrd T

4. UNITO 0,8:377

'..ps

1. )

8

• * *G 3.EreLUENT Vdbi....

1. 4hb a

- e 3.O,L,L,is T. V VRLL8Y 3 L4 Mjy

1...O. O.

,o C, M Aa.MU D A.Lv v ALug l A M n8],f 8* %,8/]j 1) O O. ^ " n- .C..OP C.o*.O. a,'m. - " " = i.- .no gg 949 ,,,,,, gy,,,,,,, ... f.i.... a ... e!....,,, . ej.,,,,,,, e.s -*, ,'j','**" X NA NA NA NA NA NA

• -4 NA NA NA NA NA n.,,.

X NA NA NA NA NA NA

• -4 NA NA NA NA NA

.o . e.. 7,Ei s'e '$ X NA NA NA NA NA NA

• -4 NA NA NA NA NA p

, _.y - c.ai. m II Aspes., rc. X 2 s.. s.. X a a.a s... X - ce n. .n. s.e y ssi...

s..,., c.

X ._.a r. 1 . c.x. s, y . s... , sus,. 8CJ

t. c5 3.

] .s....... X . c. m .a oca.> uo ss x ,y,g, .a s240 as a' X Tu... o.r4 em. 42 e X 2.a... 7".4(, dal C3 .1 T s.. X NA NA NA NA NA NA

• -4 NA NA NA NA NA

'83" C' *

• u.

,lSE4a X NA NA NA NA NA NA

• -4 NA NA NA NA NA u., a m

.s re r>..a se X .u.. Ils v6 $$ X NA NA NA NA NA NA

• -4 NA NA NA NA NA

. T m. T g.rs 84 0 3I Cl X . Tes.nl m. .Ge.. 4?d 33 69 X PA f m 3*.10 2C E tio) r AGL y.2 CONTBNUE ON PAGE V.J

.i ,d...r -.. .....o........ ...i...- n- %@' "f.r;'. i 462A NJ0025411 l forns Approved OM8 #e."f 58 81881J

• canNT Notei ritou rAr.F 3 Or rostM 2 c pAllT C - 11 ysne are a peimary ieul.ntsy asul ibis outi.sil contains pioreu w.ntewater. scles so Table '/c0 in the instiuotnins in determine which of the GC/MS fractio law. FAask **X** in caelumsi 2..a fr.s all such GC/MS isas: lions that apply in your initustsy aml for ALL tunic mclats, cyanides, and total phenols. If you are not required,le ppash cusunm 2-a (se cooxt.sry irulustries.Inors-process wastow.steroutfalls, arninon.-rcutuircelGCIAtS tras.tions). man k "X" in column 2 h for each pollutant you know of htve jrtsho no Irsirve is peesent. Maeli **X** iai column 2 c fue each polius.uit you Iwlievo in In. abs nt. Il yt=1in.uk cither entumns 2.a or 2 b for any pollutant, you rnust provirse the re-sulis of t Ir.r.t one analysis for that polhstant. Note Iliat these are seven pa.p s to this sust; ple.ese review cas.h i:arefully. Complete one table (allsevertpages) for eacle'ougf all.

f.ce ir.sieuctions for.asi.litsunal details and sesquisements. l. l'Ot.t.U T A H T a. a.a

• m-

3. t rr Lur N T 4.UHtTS S.IN YAM E I..t#dare.lf

_ d a a ~a 'J = - .,a, ^'A'ii li

..'. ::U.r.. Pa ~ua aan.v va -

h"**".;n;us,*.."_^'."' "",", ".. ',y:" m t "..^.'. " " ,~v,a, c,.- '^ . c o-c.. .,, e,,., 1 1.. ou. :.. v.. -av'a- =.. :.n .r:....,,,ei.,,,, ..-.6w.._._ ~ .tt i AL*.. CV ANIDC, AND TOT At. rii[NOLS ' itt A. nv. i .n i,uu x. os -X au 4.- . i an.s sixo aa 2: X au n..,s. i.. eu 4i :i X ctt.. a .a. i se 4 e in .X. .._N A.._._ ._. _ N A.. _ .._ N A. _.. ... N A _.. .NA ... N A- __ _.

• 4_

.. N A NA NA NA NA u c.. Desse e #44u 47 3 _X. Gu c . i... _)(. __NA _ NA NA NA NA NA

• -4 NA NA NA NA Nf

' ' E*'" 5 " '" z u i.. v..u NA NA NA NA NA NA

• -4 NA NA NA NA

. _NP 8' " # " X cu. u n... v. T.n.i 47431es65 y 9 M.rs. stet.To... X NA NA NA NA NA NA

• -4 NA NA NA NA

_NA i ou v.... i s ins 4 2 X i io r. . v... e suo 2' X i su v i....... vaart s #440 2e og y n u n..<.i... X NA NA NA NA NA NA

• -4 NA NA NA NA

_NT e,un..r. r. 14M 44 ma a.. Ts.nl 4.7 :J fel 1Lu. Pe... Is. 15s.1 y DIOXIN 7 earscas.ns see sus.i 5 ~ ~ ~ ~ ~ ~ ..J.a s... t a.. e .....p..e- .... w.. I f. 4 n I f. y CONTINUE ON ttEVEftSE E l'A l u...s :l*.itt /C ell-v. I 2 001

a. a..g. v. 3 r.

...... c.s... . n.. y e.. s.=s

e ) $$7 h et 3 >' A t I i E a 33 d 8 Z 7

>4 x

< f 2 o I !! !. u e:. .; s o$ m 2 Z 3 3g = 0.. NU - 82. - ci": ~ Ek> if -e t i 3 3 = 2. _ y :t.- 3 'f 't $h:j d g-e, 0 y d I ' W . w O

• ,3. -

L 2 W > 3' >% 3 3 I h L. =

;i n

=:

,"3.

. p 2 5,a I I I* : 1 4 l l $~. [ 3 { .'-t 2 3 3 2. t I.. m.. 4 3 E 2i g E a* i o! ! g y N >l M bl N =

+:..;:i 5

a a .d: 3 u. a ".4 jnt: 8 g=2 .Y --s a e. w 4 er ~ f i f lidikk Rai!$$MI51MddiilHifEEId r

j E 'e a S 4 R i hb E t n " ^_ V h E i R on ~- F v N s e i O aA b e E I d @ U 6 N e i I A ( T 1 N T 4Q O m N d . M :::: C O I 5 m r . j : t e p i A = mr aT I N U . g"* C g"^ P

e O

M v i S UL s A t V. e N p i U P M A V L L2 [ A6 F 4 T U T 's h. O SN 5 ) j O n L, V er e e E f' G E f U A a T P L ~ j N A E V en U j L Yp i f M. m F o F r1 E I f y1 e 2 p4 oc5 3 2 I 1 ( E N0 0 M M J NN U .0 E U 5 L A A P W fl i Y i L ) I d A eu D I. n i t M n U o . (c M xf !. S t D A .eN M U e O S P D N MO X X X X X X X ya. X y X X X X y y y y y y cs C U e ' dT E O 'x P M t L = I O e e 4 n T C v a A s M [h D e e l L I ) O C 0 a e !! V A 8 s i. o hI 6 4 l i T N 41 N lo - 1 C s e e 4 4 I e e2 ) ) O n l-) .) k a N IO a r 2 o8 y9 O) n s ~- T h-r2 h7 o-e5) -) eS t 1 1 1 A-.* 0 P A R T e.e e r n l M7 t

• ,.e irl a

T E* C lee T e-ee i - i eo e: 0 C p t4 n t7 o-nl r r r - t t6 r2 ? e0 e e8 1 i n_ A h6 m6 in4 le8 r e-t4 t To 6 s4 A s

2. e -

l2 n ey Te Te o9 te 5 o i-2

e

'rn lht l - n 3 i t5 M *- e r U y n e rh n - n l r c n-T a1 e-n7 nt, 8.h e e1 e) Tt

1. a

2. e i e ir-.4 R

h (7 2.h ) 7 l7 l o i2 e0 3 r h( h '-_) e e8 oe e1 e y( i u L u3 es r( c c lhei D1 D1 D D8 t) t 1.h )1.h

• V. i n

t F ee

9. t 8 ee

-( ( 1 hs

4. p -

ie F 8 n t t l 2 s L U-e- e n d B C-4,l 4.l 8.l1 4.l-( i5 i-Cl el P. e., e-

2. era t8 t

w r N Ns n M.w 1 e. 4 T. l T.8 r os e B n I. r 0 r .r3 - e 4 fee 1es 1e* T. l T. :r-r A o - 5 - e - l

r. o O

e 9 7 e 4e e o A

2. s 2, o

2. o v

A AN < A Ve F T n 4s P. e e s

2. e 27 n

.t are .to 0 s n n e s s ls A P e Ve9 Vy Vc Vls i .o e Ao Ao e-5 N V e e-Viy Ve-Vl e-Ve1 5 Ah Ah Ae Ah A8 As Ao Ah 0 C 2h 3h7 4 h ce t Si 4l 7h7 GhF 9f 0u 1h C Ael 2p 2p 4C 5p G (0 7t SC ep 1( lcl r l lho r O i t l7 G 2C 2c1 2e 2( 2Os 2c( 2s( 2e 2f1 3C O I l C g 4 ai i 1 '{ -1 a

-b 3 r', S. 5 E i i q;> g n = e I I .h. M g 45I ( f2> d Z 3 iz

• i dI EP i

e oSe d "3 > 5 ,Z u I a W F x ;. - si l ; h w W O [ l 1 3, H z l W D a 3 >, 3 g

a. su W

V -1 2 3: a i 2 '. 4 h 3 g = > 1 d<0 is s m ai i d lu .J Y Y M M M M g g g y y y 9 i mi, c=1: ya g N g 1 a xn c. %E. -. !bu jI; L:.

I 3

• +._
• k' b a+r ~ 1 1 s.

~ P i.h.4. f5 -l;l......_

's m

V_b>9};. i. .4. 'ilYrl31.lE! 2;d y+,e1 . L>h @~W a: Lc _ tjtit3.5l_3lpt(*2lp y _i sab.a y. ji a ihj#al. il~fm.an.iil liW g ,s,M1[! *!d!15, i _. _.s s iW 33'

<p~ n h5 adamvili it i

s 3.- p a

=--

g 't b .=

TLI!g.

2 a 3 e g $,-w=} u s o w =; = E x + g .*5 g 8z 6 o b.3 = j .a 4 E 5 l z 3 Ig s

e ze 04 UE a~

S. os. d*5 z 3 i i b5 x< Jm NW I' e E*t'i. h* 4:: s o e e i.i i. i we A u 4 . o > 3 L z i i w 1 2 3 >>, 2-i q . g-b i ~ . ro: 1. Im,o = n r :: So C sm 2 3 - 32 d 8 3 a 4 : ; 5 I3 T i O qw 3 s 3 2i. E i e tu s,.*

!=

x x x x x x x x x x x x x x x x x x x x x -, +o ci, ! e..::. 3!! O3 W <a .a. 8 'leja g 3 k -d> g6- .= = 4 1 -g. I. 2 g 63 42 -... t ji .I II 5:$,}l. g~' L. -j ' _it_'.yI,3 j!'j"'jn{jil,i-l :.I 3$ Lu. c: .>cz - -.. = I.z . 9[ i..$.1 i t

1. 4.5,5 5"

.:1~ i, r !!.

• 3. sA g

ot:!39.. -a 1 ,a 28 253 zj-e_0E o-o. 1 si = a .an'-.. z6 e j o g o :8 + 4: li 18 28 4-t3: 2.*4 2.c

2 033 V :s 4-son sg. oj:,:'%,i ;et d3: as:sts s.I dj d2 at ;dj. zg, ;

ars al. se X:s

c as. dai 41g z zg z 4

x,zo -z a " 2<21 d 2en 4 7d ,d eqi d d 4 474 nd} n} ys. a st:;; a a :: l.: 1s aze3 as ee as.se: se

6 D iag hl If> g

• 2 i

s 3 3 E_ > c 5 2 i t, u i.s; e s op I II 4 8 Ji 3 3 ZE I 4 EE 5< .S. b.

• i:

Ep u 3 a i e 9 i

• C, E

.R I 12 t I s 3 i w 4 0 4 a. > a 1 I < W D 3 sa >. T t 3 d w e in = r i

3

t a i i I y l 3J E 8 i $ 3 s i a a !: I 3 i 5.cI$ I a 'E l w l d n N N N N >lX X X N X g 5 t:: 3 l s E g .a.. N..s. g 5 ( w .te a s .m l 8 8 r 3,u e 2.. O-'- :. ;.:. a. _ ;- r g T' '~ y g. h D..p6 p { j - y i e n... l, J fF ily si %gd4 4WOUn i M% g.,,, j l L,l; ? PI( M4l 1.= 4l 1

2...

n.. e.e.e..s-i n w n wis n. w g..o.= =

- ~ -.. f '.)l.bl.,- J' M*' G.

• d *

'.N 9 p. m,y,,, g. -.,.....,.... ,.. -,.,,, n ,,.,m p,.,. g y s' sea e.o. wu.es n (copy trosse fressi i of Forise is ouvraLLmu.esa Iy {. p - gggfMD Filose PAQs V-8 NJ0025411 462A ren Approwdoatsu ssenetra esl- )'pos.t.uvaser - e. m a n m-

3. crra.ucur i.

4. units

s. intauc r.,de md14mr

.....u. ,o,Lu.

• =^='g ut,g,vva'u= a.'aaa v3/'A&uf va'u=

^* ica* 4ao.or .n',l ~a y,=3,s -

===.or co.... l I$UMOEM ees. 6e.w.aLeew.. ANAL. sk M ASS AN AC'- b ! '.*,"' '. ' s.i.... - voss 3 4 88f NO G-Mi +W'.... f!.... 8'laa== .... f!..... 8=1 -a *= .....!,*,8...... f el =a** m* Mi men.= peacrices -.resTscsoss (co.ima es

2. j IE Mapemakter.'

1 7-3iY f X ter Pde-1943 ' ! Ost*), ! X ser.'Pde-las4*: l 9997,48-1). [ X l per' eds-1:stf: 11 1 38'30.t!. X isp'm tase, J i !stQQ, i y tapfp'ds.64Y'f tta m ps4:4.h y 1 Y y ^ - - - 4 ' j.. i 8 ' j r,'. t h 7 t t' .; h

?' - ; 1 s

• h yn

.hi. d};'] 4 l 2 'l n.g, s. e 'r

V. Intake and Effluent Characteristics-Outfall No.462B Part A.

• Maximum mass for sewage plant pollutants are estimated maximums; instantaneous maximums for flow and pollutant concentrations were J

used to calculate this value, but their simultaneous occurrence did not actually take place. I --.--.-..n. ,,w-

Sewage T. .nen t

p..

m "9.rer w e'-ir rryg. .i , rA s.w. Avas.ma (copy ttum frem # st Form Al. SyStOm i PLEASE PRINT 08 TYPE IN THE UNSHADED AREAS ONLY. You may report some or oil of (n n-Process) i this informatica oa =panie shats (um <^* same for=*t1 las***d of complatiae the** pasa. NJ0025411 i SEE INSTRUCTIONS. Fosm ApprowestOeff Na FEELA0f73 I ~PART A - You must provide the results of at least one analysis for every pollutant in this table. Complete one table for each outfall. See instructions for additional de.telle. W4%. Il b.

4. INTAKE (epsfossef) ' D t-3 -*

3 e f878 UNITS 1 2.EFFLUENTO** f/F f/ bienh) Y ,@= e, I. POLLUTANT

e. MaM mum O Aes.V V At.ua b ** **'*)M*,*,jd,fdj, v ALu a c.LoPt.e Tyggy. W ALUg N,,0."c,'r o Aee

,,,,;, t.,ic,,,;,, e,i...m; aa, M :. i.i i.i m... ,,,,,, ej,,,,,,,, . isi... r :,;,,,; e),,,,;,,, e,i m... c aaai v - u o... onvs o .ad ( oos 33.0 8.7* NA NA NA NA 1 mg/L Kg NA NA NA

2. Chemic.t osve. o-.ad (covi 80.0 21.1 NA NA NA NA

• -6 mg/L Ka NA NA NA

s. Tce.8 ore. ate C*'"** f roc' 102.0 26.9 NA NA NA NA

• -6 mg/L Ko NA NA NA

10. Tst.1 Suspeaded 8'"d' '#88' 38 10.0 29 1.7 NA NA 1

mg/L Kg NA. NA NA sAmmoniatuup 28.8 7.6 NA NA NA NA

• -6 mo/L Ka NA NA NA contin gallont

"^"" v Luc vawa vawa 70,000 50,700 NA uous per das NA NA l "^""

e. T.mperature

.g '"' 8"'"1 Ambient Ambient NA NA NA NA v.wa v we vaw. w a s.u a ,,,7,,,,,,,,, ,C fa="'*rl - Ambient Ambient NA NA NA NA sTANoAno unsTs ,,[ 'a MIN 8 mum M A MIMuM MINIMUM M AM8 mum ,, A /...@A 1 7.0 8.0 7.2 7.9 i PART B Mark "X" in column 2-a for each pollutant you know or have ruson to believe is present. Mark "X"In column 2-b for each pollutant you believe to be absent. If you merk i column 2-a for any pollutant, you must provide the results of et least one analysis for that pollutant. Complete one table for each outfall.See the Instructions for additional l j details and requirements. I.POLLUT.

a. M aest'n-

3. EFFLU ENT e

4. U NITS

5. INT A K E (opflosself ti. osan sagyM,,,jg,gg,v was.us e.Lonosp Mg gy.vaLuu 4,o O

1. "# ^

) c A3 N

• E-Aa *='- "'***'""""^.3=.n

" ^ * ",

s. CONCE M-gA gggg g

= 7 " AT'*" ,,,,,, l'),,,,,,, 1 ,,,,, ['),,,,,,, . ten mu. ,,,,,, l'),,,,,,, leim.n vess ,,,,,,!,')..,,,,, tel =.n vese (ster sta6le) Z .'.L l

e. cosmide j

24esgat.es: X ta. Chloriae. m.o ruicio.1 .X 2.8 0.7 2.5 0.2 NA NA 1 mg/L Kg NA NA NA j l i 7.'- X 195 NA NA NA NA NA 1 c.u. NA NA NA NA 1 I c.re. et confluent colonie i ) C*".' A '" ' ~' 8 X growth NA NA NA NA NA 1 l 'er 100 nl NA NA NA NA j

o. Fluo'ende.'

" * ' * * '.**

• P. iX NA NA NA NA NA NA NA NA NA X

NA NA f.' Nlirite-*%e Nitriu re. NJ. X 55.0 14.5 NA NA N_A NA 1 mg/L Kg 0.34 NA I

if, Y 'v Ig'g N i i.*,.y c,* 'iM, -.,*.db~ .E 'A [,- .A e iN g-1 e4 c -.U $ . i j-4 sr 8 5 8 h D. .3 Mg c Y s0 T. $,1 y 1

• f

, N j' pN'J [I t i 1 'i 1 n g f' .a s e $p* JJ.L4 h a$ f y' .E I' 'k 4,y., N. -. )'w k' ih ) jI E @; iv' r . e.

e A

E ] =. n A A n o en A U n-A A N u N N N u N ( e l M-N N b (a IT E K N A O C. T 3 NI 8 0 ) 5 0 5 n A 7 4 n A d)k. M N uT N 1 1 0 O 1 1 g

n. g g

g n a n-n n' n' K K K S I g K K K K v E T N U m" L T T r / r L L . u' 4 T T / / / / / a a m~ n~ /__/ / mI ^ n a m m m' m m m m m m a g g t' O[ s 6 6 6 6 6 6 os A A A s N N N v E UL e A A A s A a A A A n A A N N N V. m g l N N N M N N a t y M 2-g V T ) E G k. A A A A A A A A A G N N N N h N N N' N N N A I O L. P C s T U N L es A a E W m A A A A A A A A A U. g N N N N N N N N N Y i tF s F E 3. M g, A A A A A A A A A ) x k, N N N N N N N N N A M. b au L A 0 4 3 3 2 6 A A A V V l. 8 3 0 5 N 0 N 0 N 4 s 1 L A O 3 M u 4 0 3 0 5 9 1 5 M T e )f', 0 1 8 0 0 A 2 0 N m M 4. N O A 3 5 P T M a O - = X x X X X x X X X X 'X X )0 x F 8 t s }e 5 3 m 1 E A M

• _e C

U = X X X. X X X y X X 2 NI a e

• 0 e

7.a i s't. 1 N y j, $; m'o. f W.d i 6 I *; F !.'1 T@ i: 8') E. l ' h,. r t' 3 W e' '- '(. ) h O

• g t

7 ie ef M')4 s ) y ) s, e : i i .l H uo v .i3 . @. 3 i. I. {3 - ) e 2-4 Ma C 8 - -.d e n s . j r. mM a-r.f A,3 g Ne ee eno st gN W n s s e-i' 0 e T) 3 n s ^^d0 ';i ,12 8 "Jd T,4 *- M % 8 j e u 4 e i fi , g 3 e hM -, V g d sr he4 e h7 4D3.e 3 ,4 4 e

• - F iG' eo eT.s 4*

s/ n r - s l - . s - E s Yl8 l p i 4 ,l0 Se t$' A" lc i8 n s,- osm id e a A. 4 r U@ oT s 4 A a3 a e a4 pNge en hra a aAel s8 n M e4 e3 g T. R 4 t4 r 9' L t4 g.8 7g,4 )a t4 4 P 4 md sT( e s t4

• , "o s.

N. Tf Pan e, a E n t t, i w i1 E Ct e .e 7 o s iy LJ u. T ( f 4 !; l .le a* a} h* l 7 rT(7 7 T ,A e. t ~ s ( L i ( e ( tT cT s I g e Lts p t c:!

i t

'

• k[

l -i 1 1 .i

v.. er. v. ' f ra s.c. Muusand (copy freese is..m J cf a

1) tu T F A Ls. N um ma.d j

Ii I l NJ0025411 462n rean Ames sousna reanern CONTINUED FROM PAGE 3 OF FORM 2-C PART C If you are a primary industry and this outf all contains process wastew'ete/, iefer to Table 2c-2 Iri the Instr'uctioni todtermirw which of the GCM$ fractlAsis you ~~ ' for. Mark "X" in column 2-a for all such GC/MS fractions that' apply to your industry and for ALL tosic metals, cyanides, and total phenols, if you are slot l required to mark e.

l.,. e'.;; column 2 a (secondary industries.non-process wastemeter outfalls and non-tequired GCAfS fractions), mark "X" In column 2-b for each pollutant you knos

• i f.2 suits of at least one analysis for that pollutant. Note that there are seven pages to this part; please review each carefully. C to believe is present. Mark "X" in column 2-c for each pollutant you believe to be absent. If you mark either columns 2 e or 2 b for any pollutant,you mus

,j { g.,j -{, }M,f. See ir.structions for additional details arid tequirements. i I

4. UNITS

e. INTAME [dprional) 1 '.

l. POLLUTANT

a. manos m*

3. EFFLUENT a

aa.'L' a=a% - gage; 'Fe**4U * ^ '"" gage '.'J. I.* uf.M'.

e. M Aximune o AeLv V ALu.

aa a m'a}.A.,'*^'"'.,*'"*i,1,,,,.., .-m ,g Yn ATeon

1. g,e,,a,s e, gel...

vses - ,,,,,,l, I.) =... vsas (st es.4sens,) .".E 3.* ; .a.L,,,,,,s,.,1,,,,,,,, g.g.... ,,,,,,1),,,,,,, g.l ..e METALS, CYANIDE. AND TOTAL PHENOLS 1 1M A7.Ilmony. T:tel (744o.36 Ol X 2M. Arson 8s. Totet 17440 3e-21

• X X

3M. Bervillum.' lotel. 7440 417) g 4M. Cadmsum. Tosel(744o-43 9) y y aM. chnomium. Tsses 17440-47-31 Y X Su.Co r.Toise v e, y NA NA iPosasoel * : E 4.0.05 NA NA NA NA NA

• -6 Sr/ T.

.a j (743eC2 1) peal FM. I.ead. T y SM. Mercury. Total s 743e s Fo-y y 4 su. Nletiet. Totes e 8 t 744,0C24) - X._ 10M. Selenium. j Tcsal(7702-49 23 X x i lM. $levet. Total X (144o 22-Q j 12M ThelliuEi. TotPI(744o-28 ol I 3 3M. 3 6ne. Tones i (7444640) t.'.f y l 14M. Cyanide. Totes (p F12-6h L-- 16M.Phenolef. Totes. 5 i...t y . 4.-. *e C60x14.- J 2.3,7.e T etre. Oascnies nasuLis chiesoditzento P-06o-tan (l764 of ra y CONTINUE ON REVERSE EPA Foem 3510 2C (Rev.12 80) PAGE V.3 Prev 8ous ode 8en may toe wee $.

CONTtesur3 F AC*** 1 FRONT 3.POLLSTAN .. M fmes*a=

3. CFFLUCNT

4. U NITC

5. IN)..et C (opas malp

• "A"'YedN[ *#I" MMf* A 4 NO. OF b

O. O F "O NU "e'.**' Lee w ee'u'se s..-m. M AXIMUM DAILV VALUE

e. CONC E 96-A E #A L V ALUE a g g g.

g gggg g g g g. set de**<k

• ?.i

..T. ,,,,,, t,8..

a. = a..

,,,,,,t,b,,,,,,,,

t. I -...

,,,,,, p),,,,,,, I.s =... vsas I' & f,*,%',*- s... vsae '""T'*" OCAe8 F AACTlOle -WOLATIL2 COMPOUNOS tv. Aeressen (1874348 x av. Acevesasitase (107-13 1) - y Jv. Sensees' (73-ea.a - X av. eseoCmeere. meepli E ther as4a es ti X 'v. seemessem (75-35-29 y ev. Careen vossachaerten ite-21&f Y PV. Chaeremonsene ilm ee 7) Y ev _C_haerede. g, t124de.11 y ev. Chaereenhene (7seau X Cev. 24hter3- .eshvewlavl Etater 'ti s >7ses X Mv. Cue ose,= le7 6 31 y

12V. Desheere-esemomethens 478 2748 X

raav, oa maseo. aleten.oresstecheste os-78 48 X 14V.1,1 06shlete-sehene (1e-3638 X W.1 Apachaseo-sehene (seresas x sev' 3.5-osshee<o-softylene 676 MI y MV.1.2 Olshises-preeeese (7e4748 y tCV. 3.&L4.Nete-pecoviene is427sse X sev.a nvneamen. e ]SeS434) y 30v.Methyt-Sremade (7483 el X 11v. Moshve cue,ime (yw7 si X JA Form 36962C (Rev. 32 MS PAGE v.4 CONIINUE ON PAGE. V-6 eveeue ads 4on mov be wese.

a kl. s.o..euessaa (copy frees tseen J et Feene JJ ouTr LL mu.saw cONTsNuen rnos eva NJ0025411 462B reme Spre,ed Oaea samorts

s. Pos.t.ui ANT

a. na Ames *4*

3. CFFLU NT

4. u ~" lTl1

5. INTAavi (epsdenef)

^";gt,7 .e... e...a.u. o.si.,vAtu.

m.===>atWJLRc7 '^'"' * ' **** 'muf * ^' u" 4 a.a.r

. co.u. . m m==aa.. m.e.a o.r a... N a,e. L <.ta m s fs mi 3- ... !l1.... I s s -- ..... !*!....e. soi -~ .....h'...... i.e .e v== = 81 =.::n-i.e .ee vees as maa FHACTSON - VOLATILE COMPOUNOS teen #8nuedJ 22V. Methylene Cheorhas 4764d>2) X 23V. 3.1.2.2-Tesse-chasseeshone e7e 3Ca X 24V. Tetrachameo-ethylene (127-15 41 y 2EV. Teluene (Ie48 3) y 26V. 3.2-Trene-Dachaseoethylene lib 6 64K3 X 27V.1.1.5 Tab casereethane (7 e 66 f') Y 28V.1.1.2-Tek chameesthene 179-00-23 y 29V. Trichlete-ethytene47941-6) X 30V. Teachsere. saweseeneshone i75 68w43 X 2 v. vin,s Chassaee (7541-4) y GCAS FRACTION - AC80 COMPOUNOS 3 A. 2 Chaesophenol (95 C7Cl y 2 A. 2.4 obchaese. pheno 4 (32043-2) Y

24. 2.4 Disneshw>

bhanet (106-67 98 y 4A. C.SO4aatte O-Csemos (634 6213 S A, 2.G Olassr e-onenes s;s-se s' X SA. 2 seelsephones tee-7KI, y 7 A. ONetrephonet 4106 02-73 y 7A. P-CheeserM-Ceasel161F E 7) y 9 A. Pensechaeae. phones sai es s X soA. en. nee (SW 96 24 y 3 3 A 2.4.GTr> thaesopmenee gets h 23 X 6PA Fassa 36162C E80) PAGEv.s CONTINUE ON MEVERSE

f 1 ~ .= ,,= n, i 1 1 5 4

• i !.

a 3.

c. m 2 :

1 .M E 3 9 m 0"$ .E!> ,9 J i L g 8 l 1 .k. ! o -1 a. >z i I s > 1 d "Q 0 :( 1 34 t a 2r 'i C - j i. 8 w 3 :i o"- I I! l a. M M M M M M M M M M M X X M M X 'X >' M M ,b !: !!!!I m IA a, i !!r..,I..I..,..i.e..a.1.i.y.!,I;.l,.!.!.i.i.al.lioi..,.!li,li! 4 s , Q. g. g.. dl .e .......S. :. l.l A. j e 4 '.%, 4

6. s.,

g =. 4 n

4 0 *'e = d 'g,s.I 5 g e g a g 3 5 4 n I .!.D h s) 7 le :I{ Q I 4 s l .5 {! L d I 2 Z 3 as d O! 57. 4* 32. O'I aj> T n i i 3 a 2 E C3 JN N @* Ik tt i 2 _g L e as ? [ J l I w d v O A u ( T

• - 8 z.

E a d l-u e in i t- = 0,o I _:! t O. m : 3: o 3C 3 k 2 n a 8 l2l 8 5 i i b j I k i a si 3 4 p hgj x x >l x x x x x x x M 5

i i

ii 1 i m_ g 3 d !(ip a

g * *t a a 1 I a 4 6. 6 n' 1: { g ].1 3 is it i 1

I 4 a mi j !.s n 4_ B I 4 L 63 lj5 a !! %yik id ilk i 58 A;N Iy3 -{j i '. 12 IEE NE ".s. is !;l z!! c } g_ t_ j 'd aU' c: a 3. S :i } }% !.Ii !P ill j!. a= : n 2 a!!! !.*g 1

• ..R a

zi g l 3g** \\ if (Is li$ id ii.i 4 i s NnIE 4 i yI

• 33 I

e h ? I!! S 5 i

> =

\\ ~ i s < t. 1! x d d w

• [

I e s i 3 ag UI gm I E h6 0'$ Zl> 4 i i S si i b i 1 -:! e> 3 i. 5, a , U_ El i w. 1 ~ e I r _! .f i' 4 e 3 :, s il 5 3! a 0 i _; l '! I d S 0;*g h x x x x x x >l x x x x x x X .$r_5 5 i x EI w3I I i l1 g I Is t I $ !.,'i i, j [k

1. i. l.a1 "b 1

Lt ! =*! - !. [l !,!,f,i !. ! i_! } ! Jl, l- ~ I ni i c 14 9 5 a fi (= ( p=ila.nana 0 seSS** *s *.=,,

-= a =,=h. s

era s.o. esuaseen (copy troan frene A et Forne I) OuTFALL Nue8 Sam coesTissueo yRom PAos v-S NJOO25411 462B F"o wasm aamorts

1. POLLUTANT

a. es a n st

• A*

3. EFFt.UENT

4. UNITS

5. IM T A M E f.yedassefj cLONS7p g gf.VALUE R

RE" 1 * * *,f,*,";

a. asausecute OAILY WALUE

"""'M"d Njv W At.us dmo F A E A A a g

e. CONC a N-g,,,,,,

ggg N '*" l i,*,*,",1*,* 8.t =... v se s fff ""*) e p-N2i ewe,,,, &),,,,,, lut aae. ,,, DJ.,,,,,, fel== e ,,,,, l',1,,,,,, tel =*. vsEs M PAACTIoM - PESTIC8oES feenteessed) 17P, Mayensenser seemass itsesaros X ser. Pee ts4: 183800-21-93 y ter.PCosas4 1900745-1) y SW. FCS-1221 (t1S M 25-25 y StP.PCS 1333 (I1141 1641 SSP. PCS 1Se t93873-2Sel y S W.PCS-1300 tttemoes4: X se. Pee-tote i19874 1143 y 90P. Tenemensues 19081 45 28 X X EPA resem aste scils4el PAGE V.9 e i I l 1

....5 """"""'"'"""'"8"#*""## 1 Storm D. in' South .1 Pt.E ASE PntNT On 1 YPE IN THE UNSH ADED An[ AS ONLY. You may report sogne or all nl NJOO25411 O S 0 M a f54 80f73 o..oro,. un co.,ai. irie.i tus, u some tonnees 6asi.o or comoi.iing u ese pairs. 'i'U g iT((y g 3/ t* -.J,5 m ouvrakt.* Sr r sNITitUCTIONS p. ', e t. a (l, 1.. { is.( J,f, g ;_W i % D, K ] G. '.r t V. INTAKE AND E FFLUENT CHARACTERISTICS Icontmued / rom psy. J ef form 2 c) . f ;s, g<h,f(

• n.

4 4 6 3 A _. u. .m PART A. You must provide the results of at least one analysis for every pollutant in this table. Crimplete one table for coch outfall. See instruction

3. U NITS

4. IP4TAMC (opffo alf

2. EFFLUENT

(****ffy at 6:enn)

8. POLt.U T A N T

e. saamansuem omia.v vaLua la**^"'$f%17,Wgj,vALus c.Lonu igam_gyjg. vatut

'v*a a~vN ""**U ....U!...., Li'l -a *

• 13 s.D!.....

I'l =* 8~* .... P1..... 8 ' 8 -"*

u.. D,'..,

. u c s.<.. </4I7," *~*~' NA NA NA NA NA N A _ _,_

• -4 NA NA NA NA NA i~c..

.c "c',i,7" "***~' NA NA NA NA NA NA

• -4 NA NA NA NA NA

c. T.**m.. O.e.ast NA NA NA NA NA

_N A

• -4 NA NA NA NA NA c

e socs et T 6s14 b..rsendert sa'a r m s NA NA NA NA NA NA

• -4 NA NA NA NA NA NA NA NA NA NA NA
• -4 NA NA NA NA NA

"^'"' million gallons vatur vaLua. vaLua s.r** 1.525 NA 0.189

• -5 per day NA NA va'ur

,abu. v a n.u a .C Ambient NA Ambient

• -1 NA NA vaLuE v a Ltif.

vaLuE vaLuE C Ambient NA Ambient

• -1 NA NA

s. ~ ~.< < e

.u u =an u m e n.u u u a nimum 4 STANDARD UNITS . i." NA NA NA NA N

• -4 PART U - Mark "X" in column 2-a for each pollutant you know or have acason to t=lieve is present. Mask "X"in column 2 b for each pollutant you believe to be o colu.nin 2 e for any pollutant, you must psovide the restalts of at least one an.nlysis for that luillutant. Complete one table for each outfall. See the instructi details anti requirements.

4. UNITS

5. INT AKC (opriosself

3. C8' FLU,FN T 2.

e a ss M

• a '

NO

1. PO LLU T.

"^L" 'L ' * ^ ' " * ^ '1 ' "M ** *

• Of

/'" J .. C ON C E M- ' ' " ^ * * ~A E st a G E v alu g ,,,,.. pf..'].,,',, .,, t.i.,,,",," ^ .* U - !** *****

• """'"U""^#^'"'

^","X vaaveoa ,,,,,, pj,,,,,, i....., C S :

i.....

v i..... a.i.ds

=.w...,.. pf.....

i..... 4 24' '.'.8 G 7 9) ..,, 4 c m..... ,_4 Toia n. o x

c..

• -4 X

. r ec.i ._4

c....-

x

• _4 i n...n....

x .~.u.._

• 4 u.nu, s. ns x

CONTINUE ON REVE H' r A c.r. v. EPA Toessi 3' 10-2C (6 col

ITF At V O Cor4T**'*tED FItOrA F rONT

9. Polt.U T-tun a

3. EFi*t.U EN T

4. U NITJ 5.INTAD psi.wself

,.{, s. %..=. f.f4T A N D , tk hea.".emeute D r.eLv vcLur a me nas eg,lf me, Syj,sg,v v ALu; s 4.Osete fyeMgg. V ALUE .l.,e,e,n O s a CONCEN-Ah I A VA cAa 4,N,O,.O.F s.r u.o,, E ....,.i... i. i.... ...L,.... i.i... ... t!... v..L.. a,, A i.i... .... t !...., . i. i.... v..L 'a aoa 3No [f,'.*', X NA NA NA NA NA NA

• -4 NA NA NA NA NA a o.s.a.

X NA NA NA NA NA NA

• -4 NA NA NA NA NA a-~.'o EEsiI

X NA NA NA NA NA NA

• -4 NA NA NA NA NA i a - ~ iv

.w a 3- .,n ii Ae T. =' x .2i.. Totee 3i.~. Totes y a f t R,ed en a 2s. x ..t so,, ..n c=. n n i X ( s .a. ten 3D es Se.8fleJ 4e..%U)B e IC2nda 45-3) J_ sa surtoonate y .e cx As mlawm. Trees t Pf23 90 6i y c o ium. Toses (7440 39 36 y u 00sen. Tosea a v44r,42 c3 X ,. ca To. s. 3440 as c' X s e.oa. Teias 8 7 "* *

• C' X

NA NA NA NA NA NA

• -4 NA NA NA NA NA L Magn awm,

~ [50$*es ci X NA NA NA NA NA NA

• -4 NA NA NA NA NA u..,

T* ses s 29 se 7 X Teems tru9 es si X NA NA NA NA NA NA

• -4 NA NA NA NA NA sw. 7 4.i. Toess

( 7444 31-Si X

a. Tatantum.

Tre.8 i?440 32 Cl X EPA Foam 3510 2C 46 80) pa c t v.2 CONTINUE ON PAGE V -3

Ten, i.~ n..u.i n er,.4 i. ~ ts. .. 's

• de s i Ke.e. ndsui h ~

l ceiurereisti> r sit ** racr a or ronni a c Tabl. "k 2 In the instein.tions in determine which of the GC/MS fractions you must test I'Af 4T C. If yene are a psimary ind.astsy anul this outfall contains penrrss wastewater relce I:for fAaek X"" in columri 2 fo< all such GC/MS fearssons than apply in your inclustey aint for ALL toxic metals, cyaniiles. anet total phenols. If you are not required to mark rulesinn 2 a (ecoswf.sry irssinstre'es, twin-firsacess wastewater outInt/s, anef nost_rcipaircel(TC/AfS tractiontf. mas k "X" in column 2.ls fnt each pollutant you i to In lieve is s.rescsit. Mark **X** its cohsinn 2-c Ins each guslhet. ant yois believe to in* atisent. ll yois in.uk cither columns 2-a or 2 b for any pollutant, you must prov de the se-f unlis e.f.at Ic.c.t one analy.is f.w tlut pollutant. Note that three ase seven swp s to tiiis surI; ple.asc review each carefully. Complete one table (allseven pagesf for eacle T c ar.siei.cIiosis Ior ae1.litsonal deIaits and renuiremesits.

4. UNITS

5. INT A M C (..cthw.aff

3. c f r LurNT R. I'OL LU T A N T a s. a se se m *

'E A"G L W A LU E " ", A, L, . l, it e.O OF J. S cONCS M. aN 3,,'g g g. g e a 94 AM SMUM D A8LY V a LU E anal. la Mats 8 .e ' =

• g,.,

g,g s pe nTeon y

• * * * -, f,8,,,,,

top... ,,,,,J.,8,,,,,, s. t -... ,,,,,,,,8,.,1,,,,,,,,, t es... vsas .. '. "...W. eer. wsA8. #

u...

Ltt I ALT CYANIDC, AND TOTAL PIRENOLS

• e se A-..-

v. g aes.edo % on y pu s 1os s eod u..u. n g 3u eteeve ines.#44udt7p X en.s .X .._EL _.NA.._ _ __. __NA ~_. N A._ _ .. NA ..N A

• __ N A MA Ma NA

_NA- .. m.....n . u o.. .... e,4 => 41 n JC- _j( NA NA NA NA NA NA

• -4 NA NA NA NA N1L_

ru.. . v. 8'"""'"

n..... v...e X

NA NA NA NA NA NA

• -4 NA NA NA NA

_N/L C,U unet

v. T ut..

,e.,, X su n.o. i.. X NA NA NA NA NA NA

• -4 NA NA NA NA NA iou t ea e i n.> 4.,.2, g

i... r. 1. e#44432.* 48 X ,r t.- Te.e e 7 44ss 78 os X 3 3 I 7 e.1 a.s.: X NA NA NA NA NA NA

• -4 NA NA NA NA MA_

i g poeta e.6 (.) to t C ys no.. T ee e t'.7 8.* '.D y ttu. re is, i Te8 EsIOMIN ^ >.u..... V .. m,;.v. s.c u,s - -- -- - ~ g a.... a.. I ?. 4 0 I.o l X CONilNUE ON ttEVEttSE .cae s.tn n lis 3,nol

s. a r.g. v. 3

P.. N e,. Q b .E Gm 5 i J IS =. 5 E a - u>d w o o o a s.> i; e e. 9' 2 A z 2 23 d US 57 'J E d" oa. o*: Z{> i I d i _'b

=r O

d w a 4 3 z. W > s a D. ~ a m b til .i e =? 3 Y* I 4 I oJ I 5 a Q 3 1 = E 2 l 3 I d hx x x x x x x x x x X X x x x x x x x E : t E

i dri i

g ej

• • il$

ja i g, g J, 6 o! a 6-6 I a n' g[ !.$ li g

k. I2::

I 9,: y 1.j' i' { ,j. i*j 6! 3 o-e je, r Lg: c I Ag l..s .I, 4,t.]! ii j:.r l: il l 4..1 to d s=e a sN.s ;..t 4 >i a= a of a a <4 $ as as. 2 63 3 $,, 6 2 <s i l.:< a ; $,E ME IE i,lk j$ iI f! si3 sE NIE :g4 o,. L ga *1 1, .g 1. g3 gg, gg ka KO (jj g g g E SaE !E 3 2 21 Sa tai 2:

. =. - me...o: n J~e... sc.,5,5 4 1 1fr,,., es re, ,, ourraoo eGreare NJ00 463A re,,,, ww o ,A,ano,fi coNTueue m n eace v,, 3.POLLUTLA. a esasess v

2. FYFLUENT

[ & UNIT 4

5. 8N..e K'! (4Pfemunef)

O

1. "uw aE'N a.s es, b....t e.. _

e, asAX880 Wet DASLY W ALUE h MOA bUE 8bO OY I f* A

• d.se.e OFaCONCEe de 4[ 8 8L8 b 880. A' O.

M p 6. As 6 s.s -, .=,e. :n. t.*.;..e_.t!....e.l . i --. . e .t!... e., s.i --. . ee,. h'... ee

s. ---

vue " ^ ' ' * " I'In. :- si--.

=

GCM FRACT80es - VOLATILE CobrOUnsO6 (consensed, l 22V. Meehv nne e chee,hae 06462: x 23v. 3.1.2.2-Tesser saaeseeemene pe-34 6: X 24V. Teerechamee. I seenyaene i1271841 y 26V. Teauene {

as es-se X

2bv.1.2-Tsene-l Dachaosseshylene 1166 0 6) X j 27V.1.9.5 Te* i caseeeeamene 171 & & 6) Y 2ew.1.1.2-Tab rAaeseesmene j osotra y 29V. Trichaero-enhylene (79-01-6) X 20V. Teachsese-fewese.n.ieshone X no-.. 2tv. vanyt i chaen.a. t76-04 4: x j GCAss FRACT80N - ACIO CORAPOUNOS t A. 2 Chassegamenei ISSCFC8 X 2 A. 2.4 D6chnese-phones 412043 23 y 3A. 2.0 Dantoshy> sehenee iI06-67 91 y 4 A. CJ} Danesser0-Ceanes (6344213 y 6 A. 2.0 Danstro-paenesG1-2e65 y 6A. 2 esterophones IS&7768 y 7 A. Sesatsephonee i30402 7) y " A. P Caanse aa-Cseems thik60 73 S A. Penseshaeae-i annenes se 7 86 63 3 04. Phone 8 s1as e6 2a v i1 A. 2.4.6-Tre-anausepnenes ti.as 06 28 a

EPA Fasen 3642C l&S01 PAGEV-5 CONT 80suf 000 AEVEAsE

O h i 3 ]- 8 i i l i ~ Vl! ! !i a i I = 9: I I 3 88 M-bha 5 5 i L : 1i a: E >l ,I, i g d kP " I k I-*t "j E f :i t ( a !i ! l 3 I i i e j!jj j x x x x x x x x x x x x x x x 'M M >h h5 1 IL "li .1 5 X ' lip e ]!iij! i j !! !!li!l!ll!!!!!,il!!!!ill1l11111il lll!Illdd.il il ! dj! 'l i l I EL ;- tv 59 2-2 l_ i i

4 g.2, os a'b s. c a j a 5 3 't i 1 33, W A s 5 :> - c 5u a l s a } j 8 3 a 2 0 = 3 ggi! d 04 WEe' d gi:- 6* W 3 = a a 4, 3 s B. I C F l J r l C I l i b 3 o o e ? (O h l* d W* T 9 a. 3 ~

I W D a d 3 *- 3 1 2 5: = w r : e",4 g f. d T b -! hd I i em o 8 s o 4 .i I 9 42 t r J = ( o l I I l l E I!. i 4 .4 y g g y M M M M M Y Y Y Y ," 4 3 i ! ! !iii ]l s ' e I

• [W I

I 8 d g.+ + g g 4 ~- l l, i 'a 'a l t! ]1: 6, a- [ g f l} l t x. r1 ,[!-l i 8 i j i i 0 ps $ccl is s a j 4 s l

• su :

l l!. ;! !l!! $.! h-w :. la na =rs = i afb!E! 3 : !N' l ! i !! AN!! !N ! N! N !! !$ !$ 1! l

4 &)$ L!! E 1 5 s 's3, l i 2 a E!I h 6 o.g ci p x d

i I

1;i i 3: 2 'i l> .b 3 c :: l8 i i s 2 = E! Wg g 2 .J ' tl3 M lnFi 2; I a m O e I l 3

1. i, I

k I 0 l ! t a :i a 44.*g h.,31 X X X X X X X x x x >>x >l x x -a "8:. l 21 21'8 [ it$ r x 3 / N' fg g E L,ltar, u1-t-!~ ]1 a]se !,r J i En b b l4 q",u o si,III 5 N in-l!n gj E I-i usl a

aaa:

3.r a a a a a a ile= 3 ni n i = u s m

I k $=iI.k! .38> ' s, I 33 6= w e x =, a 3 4 o> @a h .. i: Y ~ 4 2 z b:! E a-O J en 0*

• ($

2 > 3 3 3 a 3 O m c g { 1 O O E8 ?> l } d f

• 3

~ = l t.t = = gM s, I a a Isy 2r

t.

5,n T t e n = 4 IO i O, k I 2 e E.4' 2 s i s-- > 2 J 0 1 .5il I8 ,a wt 3 es g y M M Y 'sMU X 98 iy 9 s Id it$ i 8n 5 g ! E H !* is p a .i* a =P T I e , b in H lilliigijili_Algi.ld4 ut. 4

4 inj l

,;;pg:, ._.e..,, ~ pI . a. n ou .e s,,, t, ,,,. s et r-n 1 Parimetor u ,K- .I PLE ASE FillNT OR T YPE IN THE UNSHADED AnE AS ONLY. You m.y emport som. or eII.8 (n n-gocesM @ u s e. us=,.ie h. s. it.o e to,=.es.= a os co-pini.as .e. c=r$- NJ0025411 Fe,m Aporoved Omit Na i66MO ~ u SF E iNSTFiuCTsON$ , w am -- m60g ras 4pg' N ] ( ',' l f 'i,Y { [eT f 4 g y. 'y ,gN EM (pg J. g-V. INTAKE AND EFF LUENT CHARACTERESTsCS scoasmeed 1,em p.g.1 et fe,m 2 CJ c af 6. PART A-You anust provide the resu:ts of at least one analysis for every pollutant in th.s tal.ic. Cranudete one talde for each outf all. See instructions for additional details.

3. UNITS 4.1t4TAKE fopelen.lf k

L [FFLUENT ITII s w eet,it tse=4)

s. POLLUTANT esans.eue. pasa.v vaLus

* ** ^ ^ **))f" lfjd,v w a Lu s s.Lo#*G Tg/. ^ " ^ ' " ' '

• • • "'E"i

" " ^ * * ,.... t!... 198 - a - e,1 ..-. r!... 68--- ...t.'... 6 8 -- - i--- =a . o cm uc. NA NA NA NA NA NA

• -4 NA NA NA NA NA o.v o.=.ae esosu 1 Cn c.s

," CME "*"*** NA NA NA NA NA NA

• -4 NA NA NA NA NA t T o, aic c.,s asTocs NA NA NA NA NA

_NA

• -4 NA NA NA NA NA 4.Tes.sS as nd.s 5*=

s m s NA NA NA NA NA NA

• -4 NA NA NA NA NA NA NA NA NA NA NA
• -4 NA NA NA NA NA w=Lue.

vaLua watu' million gallonn 2.001 NA 0.248

• -5 per day NA NA watur watus wasus w a s.ur 3y 8-~ 8" Ambient NA Ambient
• -1 NA NA wmLuE w a t.u E wakut hatUE C

Ambient NA Ambient

• -1 NA NA 4

,,e J.n. u a a. u = a m.=um ro ST AND ARD UNITS. NA NA NA NA p'N_

• -4 PART O. n, sack x in coaumn 2 a for eacti possutant you 16now or tuve season so twl. eve is prese it. ua.k x in column 2 h for each pollutant you believe to be obsent. ll you mark -

coluenn 2 e for.ny pollutant, you must provide the sesults of at least osie an.alysis for that giullutant. Complete osie talAe for each outfall. See the instructions for additional details and requesements.

3. ErrLUEP4T

4. UNITS

5. INT A K E /uptionalf a.esmoess"a A w a se a"(.s A"Lu a in No. O.P 3.POLLUT.

yD af,yy,. . mean eune omsky waLuc A ** * * ']'j "*, *,,fjgj' " "' U " """** 'g!/'** O_Mf " # ' "* 0 4 eso 08 . Cosece se a n a L-anesaso anas .. 11., to8 - ++ .,,,[},,,,,,,3 tol -* ** 11.., Ie 8 -**+ wsas ,[*J... tel=*n j vsas-fat d.Mel

==

2 s.=hs. taest.s a si ,_4 y cai.,s a T.i.e R.e sh a y s C.S.* X

• _4 a r u..

C.a.s y 1 a h eha. nasse 4e as x ._4

s. n.u.

posesan. f.e N) y eq r Ac.c. v. CONTINUE 04 PEVplSE. EPA Fe,m 35142C 46-e01

o f f as t. n cru.T ata.sf as 8 est r.e p esen*4 r 1

• C

3. [F8~LU LN T C. U NITS O.INTAK3 s J/

9 POLLLAT-2.e a...e

Lo.eu gg. vluf ',,.40 O.

e $MOSIf.5*b. i. N.o..O.' C to T,c F43 g,,,;,,,,,,,,,g,y,gy, ig,yg7ettuu , 7.,,,, g,, 3 (o c ~,.. c_., no. t. s. t a.: -... ... t!.... s. , _. 01... s. .t!.. .i.e.... vu. 'a^"*" w u, a a. 'y;,o'.*" X NA NA NA NA NA NA

• -4 NA NA NA NA NA s o.s X

NA NA NA NA NA NA

• -4 NA NA NA NA NA

.m a I',Pi[I'oT X NA NA NA NA NA NA

• -4 NA NA NA NA NA n a au a,

.t - a na r. e x as r X

2. n X

,i cas. i.. X . us,,

.ai

>s r. X . s ua. . e, X . s ea. 4 542 3 . i.a 2.s-2. X

r. s.

l ' I 23 SO($ { s..o as 2. X .u

,44s a c8 X

.c

e. u.a c y

v. X NA NA NA NA NA NA

• -4 NA NA NA NA NA

'***C' u. u. ' e :a* *s es X NA NA NA NA NA NA

• -4 NA NA NA NA NA we.g e nw.se i.e.a.4

w se n X

a u

75*, *6 sa X

NA NA NA NA NA NA

• -4 NA NA NA NA NA

/ . T== 1 4 ..o ss to y . T ea n.

• ..e.

cA d 32 Cl X PA f eens 3*J10 2C 4b 110) P AGL V-2 CONTINUE ON PAGE V.3 .o

.... o....,. i..- um e,, I NJ0025411 464 ro, e,,, s oma n, ass i,osis bNnNuro rnou eAct 3 or sonu 2 c l m 2AllT C-If ysms are a psi.nasy anti.ist y amt ilus outfall contains process wasiewance, scfre in Table 7c-2 in the insisuctions to determine which of the GC/MS fractions you must test for. t, task "X" sa column 2-a for all such GC/MS leactions tion apply in your imhairy aml Int Al.L tunic rnetals, cyanides. and total phenols. If you are not requiicd to mark cotumn 2 a (seco,xf ty irnasstries. news-process wasrewater out/st/s. anaf nore-requirest GC/MS /rxtionsf. rnas k "X" en column 2-b for each pollutant you know or have reason so sm.s.cve is peesens. Mark "X" in column 2< foe each pullotant you believe in I.c al.sent. If yois mask either columns 2-a or 2-b for any pollutant. you anust provi<le the re-suhs of as Ic.st unc nalysis for slut pollutant. Note that these ase s.:ven pa jes to itses gue t; pir.sse review each carefully. Complete one table (allsevenpages/ for eacf outfall. See ir.sisuctions for a.l.litional details ami ressuirements.

4. UNITS

5. INT A MC (.mai.maff

3. [ FT L u c N T

). 8*OLLU T A NT a. a m-M

• 4 9 0 OF i.*9. w e.'.f**

_a. 4 A RBMu.4 D AILY W A LuE . -. k_ _.g_ _ ". _ g eCONCE. AV A EWALuf a.g g L. tk te A38 a N A L.. 4 r e.

8. s yy,-.y-s.p....

vsas ew..i i a AN'* s ~.a.u.s ".l. W .1". ,,,,.t,8,,,,,, s.s... ,,,J',s,,,,,

s. n....

,,,,,,,,s,,#,,,,,,,,, ges... vsas _a..s_ W._ p1 ALS CYANinE. AND TOTAL PHENOLS ' h )ae A .... u.o as o' X 1, s ~,.. jasao Ja 2 y m ame . n p sc4u4 .X__ r_.__.._.-__ ,c . X . NA _,. N A _ __NA..__.._.N1L __ .. _. NA.. . MA

• -4 MA MA Ma un

_gA_ e a 8,440 4J 'JI Au c,44oes si wi y _L p c . T.. j n58 '"' ._); _ NA NA,_ NA NA NA NA

• -4 NA NA NA NA NA iu v

J "2 ' ' X NA NA NA NA NA NA

• -4 N A_ _.

NA NA NA__ NA pu mA.wo.ey. T a ps cans ai y su n.auen. s...s 3'" " " ** X NA NA NA NA NA NA

• -4, NA NA NA NA NA ocu s k].s.s4ss%2 4.-2a l

10 tI.s S . T os.4 ps44o72<3 y 102u Ts sea n. Q...a e aago as on y l03ra 2

c. los.a

_X . __N_ A N A _ ___ _N A. NA NA NA

• -4 NA NA NA NA NA io u c.

l0... c.s 32 ei X lis .r (1ss.a y DIOXIN ' ' ~ ~ ~ " " ~ ~ ~ ~ ~ ~ ~ -~ ~~ * ~~ ~ ~~~~~ .iiif.~ eTe~.~.isu t'~ti

1. ' s sE.~e.e.*. '

" ~ ~ ~ ' ~ ~ .a..e .a s l . ;i r... oi c, y CONTINOE ON ftEVEliSE KlPA f e.a 3'sto 2C lit.e. 82 Sol s*4r.4. V-3 p. % i.. .,e

P.fg 5 _V O.y Aa , a. E M G l) h v A A a h6g n P i l y o N s, \\- s O s n E E U L m a { N M t, O I T r 4 T N N O a I C m s ; w 5. a ;. A y ' t

• s e

L g r A M S T h e I N ~ J ME" ( 4. C* NO^ C" a' F-O. A a W f L= O Ns N v A 4 a . L w_ A t.- . V - p - p :. .7 i

p

. M_n yf M. g i 4 Tw A* J - d M 1, 6Y O 4-V E O-G A T N .=$ P E J t 4 L ) i a F N w F e E f i . d t 3 , M N AP, s E UL A W Y L s 8 A D M U M3h S 3 t. D A N M U a O . PM

• • M g

X_ X_ X O X-x_ X X __ x-C X X X X X X X y Y Y X X C.. T

• A E

N n L eei aOT - )0. O n I e-n A A 8 l-F M L 2 d. O E . eFV 1 a H s v e. e4-T e-e e M Rb O y ( s' Ce 8 (I 8 R N wa;- 1g o4 l rf {*. - i F A i i Jn g 3 e I s

c. '

~ S 9, b Y 7 - s 1 i a 1 EU u.M d sd c. ? A N A IT ^.- sW k u C A lI 2 see ..i d N f/m 4 D m M 4 t 1i d t E,. k, ? s t g Ad k a i i Pe 8 i r i AP

,V. s .... - t,; .e f h i. EPA 3-@. MuMeEk$ (ropy fro #us lieme j gf jj OUTF ALL MuMacE R CouTsuusm vrs race vs N30025411 464 Fame Approved OMS A. 36n0013 a.bu, a

4. UNITS

3. INTAME febedspijM

/ 33MLLUTANT

a. as A n sa 'm*

3. EFFLUENT i

b.neAxigaje g g,VVALUE e.LONGYg g gf.VALUE 4 No.0F AWA m.... ts...

t..e -

eL M AmsMusa O AILV V ALuE nl pu ggg

e. CO N C E 90-A R A

L s,-e~ .w = =.... u.... \\ ..... u...... ..... n.. ;.. .,,...... = ..u = - ,., m a OCAAB FRACTION - VOLATILE COMPOUNDS (.onifemed)

• ggg 1'-

g _l_[To.yi },' N 1.- 22v,iaethyiene Cheerlde (78-OS-2) X ,m 23V.1.1,2,2 Tetre e) chloroethene (79 ). X '*d-24V. Tetrashloro-I ethylene (127-18-41 y i, ....f 2SV. Toluene .I (1(3 48-3) y 2eV. 3.2 Trene-Diehlereethylene i (184448) Y 2 7V.1.1.1-Tri-chaeroethene - (7:4s4) X 2SV.1.1.2-Tri-J chiersethene (79-oo or. X-29V. Trichlore-ethylene (79-01-4) 30V. Trichsoro. theoromethene (75-884,1 i' y f tv.'vsnyt ' Cheorkse (7541-4) e y GCAN FRACTION - ACID COMPUUNDS E4 .h4d)P' 1 A. scheerophonoi (96fi?C) { X 2 A,2,4-Diehloro-i t". "*' 152**7-88 X i 2A; 2 4.Olenethyk . hen.:(sos 87-e X AN4 CreeniS'blaitro o-(534421) y 12.G(wwe-phone M -se-si X eAfsWGF.noi h (** 7,Al-*!#,:-- y 3 kuxpnm x 4 da,itu. 56407)

es Y

'Ni - g! tilF;es;,Si. X g Eh.Y x 4(. mu2w-( x CONTINUE ON REVERSE EPA I'Q35142C (640l PAGEV.3

-.5--m.- I ,- 1 .)h,i.. s ' ,,J.,- ~ n' s :5; E_ S: i f{ h. ?'. 5W n 't 9'

• W

~ k E lh 1 E \\ ~ l 3 ,5 :2 E I 5 a o o d '., \\ 4 4 s v0 OI a~ oJ. v!: o* E > = 3 8 3 I kl

=i 3

i s g 4 E 1 g 3 i.g 2 dl i it i a 2; .5 3 :i

I a

0 ! 8 1 E I! I i i ,:jij g q.q q> x x >: x x x x x x x x x y x x 3 5 m 2 iI f.t:: a l I e a I .n. s j i. e 2 e 4.. i x~ ! M $ !Jg. a 4 o o a <7 !"3'ih .g j1 fle..."Il 5"!f I ga OT ! $$ 3I dl dl.,ii lj;l!!! !!! i!! ~ Tj i .d!p.i_l_ ist j i ;; 3-Meigjid J.. l.s..i.l,l 8sil. i l_l i ~ f al t a .a m

1. M

• a s.amh. me F*.9 s ~:

cra e m. eeuneam geery from Jreas i et u JJ outra LL esuassas NJ0025411 464 renn w ones esametn CoNTWUsD P....a race ves J. POLLUTANT a ne a n os

• A *

2. EF F LU EN T

4. UNIT S S. INT AM E (espdesef)(M fh"UMe

b. m axsag) pas g,g,vvaLus c.LppeaTy g g y.vaLua o,

, go,ogo,4s,seeng g

e. meaxeneume casLv vaLua 5 (ste edfebses

. !j. O?d .W.,,,,,, [],,,,,,,l 1 5.... ,,,,,,(),,,,,,, gel.... ,,,;,, d ',8, ",,,., ; q.).... vsas ' " " T 8*" l* Q,%*,a-8 8 meQ 'j; OCAN FRACTION - BASE / NEUTRAL CDMPOUNDS teensineed) T. 3 a., 228.1.4Dichloro-heisene(tos.4+7; X 238.3.7 Desheere 4' hensissene to 1.e413. X ~ 4 248. Diethyl rham - es+e+2s ; X 255. Olnisthyl Phahelsee (139 11 3)I X 268. 3FN-Sutyl Phthelete - 484 712).i" X 27S. 2 ADenetre-toeuen (s2s.i+2: X 2SS. 2.8 Dinitro-totuene (606-20-2) y see. DHe-ocryl Phthelete (187440) Y aos.1.2-Dephenyk leydresine (as Aso-beseese)(122-64-7 X It"S.'P M thene p.f ".Pluerene 3 X 4p W3"7I y 338. Hese-Storebensene (e to-71 1I Y 34e. Heee-chlorobutadiene t v-se-as X 35 1. Hosechloro. eyelopentedlene (77-47 1 3es. 64ee schsoro. ethene (87 721) Y 37A Inssene (8.2.2 ed) Fyrene (t 2 3s-s) y M f" 4.' 16ophorone ] (,7pl59:1) ; X '.@ e k W h en. lt**$.. X M I '*"* X .At -Nitro-. D temine flea! c X 'd314 PI-Nitrosods-haveysansne , gt-84-7). 'y hi EPA Fonn;15142C (6 80) CWWUE M MN PAGE V.7 'g [ 'h[

(

8 f

fa Ogs p v i s h ne A i e P ep p E s N a o "8 = O p [ i 8 E i U k V 3 N M l E T T N N S. O I R T,, C E A *, { l' g g g S T g I N U M E "0 4. C N T' O" C. '" s ~ s aes ugy 4 auL e* A v l f I' g g y.,. T Y. e n c o L. y c e o, au T t N a E v U L 7 8 l' r gp r y, E g 3 u, j} j ni M. I x a m. b au L a d v ep 8 a v l' i L r n n o c o l ( . S m D u N " I. U O ^ I. P ^ M . O C . L A 1 X. t*" R x x x 'E x x x x x x x x x x x x x

• n T

S T J. *

• U E

N n E D R a Y. E E I !M O n N I / C F m S T E 'f f A S ',Y* J B P I a E N N i i 1 T C O O R N I nh n 4 T RE "4 t T l r s." Y I 8 T dam

J F

A b N w e C rf R C Wm 1 T L A M A U E U i a eE m e.n X n'f ) t U L f e 4 i NM MW N P l 1 N u F s'i t f h L d f pn h,Ii i h M 2 S e YL uW l 3s. T Nf i. N A 1 e

• i-A J

( C 8'e O ,Jt c 8 3 a C O 47 ( ' e( e ,s si t ( 4 j

^ _, i ye.t (Qi,,= p 9 ;;;. 1e s. s r, a f. ,.:.... s.y r.g. r.s e. q f nrA s.o. Nunenn teorv trom item i of Form 2) Oust ALs. Nunean f,,,, boss u 's:wMlr# $'g', y ;. p,,. CONTINUED FROM PAGE V 8 NJ0025411 464 1 $, POLLUTANT

a. M a n n 'n'

• 2.' EFFLUENT 3:b N ' > th 4

8

4. UNITS S. $N T A M C,' [.

j M .k e.LONG Ypp_ A VP_f.' yAWE .,I' 90UMSCft

e. M AM660UM D AILY V ALUE gy J

8"**- f **- Y A B.U E dNo r

a. CONCn N-Ab A u

gL g Agg i rsimu 3 Q 3 s g 4 1 8 s! i 54 ii !'*.I E u 5, o 8 *5l:: 6 u i 85 g 3 a 4 E 2 3 e z 3 23N d o< s. os. o*: ,85* u 3

I I

d 2 e 8 e J q e i al i I*t i 2 4:. 2 o e 0 5 i s j u 'O k 4 u 6 1 > 3 z <> i s w 3 3 >, I . ;3 e 1,, - D a

I e.

a .,ee = m -s' -: !. e 5 :: e I 3 p j i A 8 4 Y 3l: si l 3 2 5 o _.! i 3 I i i zi.[ a 4 a ti 4 8 a Ni I x x x x x x x x x x x x x x x x x x >l x x i .= at. - - + o c s w ..:: E S i W 3 A 4 4

,;L a S

e ilt i 3 g g }64I $a$$a e 4x : s > 2 .I It 9 l'44 I I j Ij $5 I E Eas ; E I 2 E I 3 28 g s E 3 1 i el e p la as !!s Mj j i. 1a l2 *a 2" q 4 in g g-c a s- = ><. l2 i,3 il z.i sa sv 1 3U1 2.I j I !, 9j: ja-a.1:$ .a o]3 M .4 z.*lo z. b a 3+ w g .4 zo

z. o.

d

• 8
• . 4 z

x - z - f.<z s o .n .o. R" *. I - *. - .,d4 .a -a. e 3-A Nj g. (8 8 f.e.,g+ d zu a " a. a S a*

as a 2

21:: Iaa at: 3ts #:: Mi Ed: Me= A* %"34}a2 0ze <s,; = g e = 2 He R$ a a u.:

I O'f] 9 eI,e q> -= B 4 ? k t 5 ' s3 1 = E4 T 2 D. C E Z Z h O O at u d S I! => e. I e 1 a 2 A \\ z . l 3 Z, I'

• i UE re DC WE*

-e h. QJe 0"5 ,E k > u 3J e s .k T PO d - =, 5 >J e w o e g u 4 3 L ( W > 3 3 >. T g a m b a. m :5 e 2:: I'_! K 48 ( e k I* 4 l a 3 3 1 ! f = i I O, 3 I e 3 si 21 4 = 2 i* a , a e5 X X X X X X X X X X X X X >l M M M N _M m n E O E it a k A:: y 6 2 " hit: = 2 8 = _' s .y R j,~. z.. ::.;-- L.

.. z -

.u. eT %, g'} ;Q r = a. -s - 'hy, fjg;S m 'n, k o g.i 2.I I.."!!,2 ..1 7 m aM 'g g.4-[j. ~ b, e:-meegy s gre{g: %n12 sg a ga j]m.r j9, a:s r y i Is=l a a a .k. ?F-F .i,fr4a: w.*< e 1-m3.m P~'.~. 3; .s. n=. 3 .n ..

• a..,..-

w.o - 4. r e-w.si ) + xd 24Z - e <<..,..g. sM_ 't' 7_ U_ _. Ia.:E!. -.a.. g b'-

== = ~ ~ N.8 8_~.:D* M.5 g IE'- j 4 I 'E_Nii._- s- 's. a' _

• 8 m

.t. t. n ~~

.v r 1:p.)g e 'I4 ', ~;*. v ..m.-.,,,,n,,,,,..,-..,' m. W.e, ' ara s.o. Husessa (copy (% J#ews J of Ferns J) ouYFaLL numeen 1 comTINufo enons PAGE v.e NJOO25411 463A renn Approved ones m. spectrJ,. );

3. POLLIITANT s.nennes a*

3. EFFLUENT

4. UNITS 5.INTAME(es, M J'tAE Ng$,

m e= ee b==-

c.

• e -

e. esaxsuum omsty vaLua

' " A"'*)$',8,$MjvvALua e.LOMe Tygg. V ALus o es T g r ' I,8(. J. =}fe-IIM eYJe,,,,, &)..,,,,, gel =aes ,,,,,, p,8.,,.., 81==ee ,,,,,,,8,',0,,,,,, . lal umes vses f '""T" l'!,*,*,0 * **- Isl a..se f ytes4 'M%- GCAS PnACTION - PEST 9C8 DES (eosissamed) 17P Hepteshler 4 Epeeles (1934 47-383.: X 4 ser.' PC"-1343. Isaese-as4),,. x ter.ece.tas4 ';- (8 8887.#8.!,y,P X sertes.tzst (1th_ !t_as-ald-X ~ f l f Wi#AWi x ~N Y $hNi X Yb$b X a. eh;)h-EPA rean astewaCl4Hel PAGEV-8 ? s t' 2.;,. b- .. i.'s. i e

7........-- , Se t t li n g I .d f ra I.O. nume 2n feopy from fffm I of Form J) (ggn_pgggggg) PLEASE PRINT OR TYPE IN THE UNSHADED ARE AS ONLY, You may report some or all of this information on seperete sheets (use the same formar) instead of completing these pages. NJ0025411 SEE 1NSTnUCTIONS. Form ApprovedOMB Na ISSM007.1 PAfW At.You must provide the results of at least one analysis for every pellutant in this table. Complete one table for each outf all. See instructions for additional details.

• • b 'ut,

2. EFFLUENT

3. UNITS

4. INTAME (opWoseaff (8Pfff/F ff bl.nhj h Lt TANT

e. M AXIMUM DALLY V ALUE "es afekd)Y V ALug g

O PE G En ..LO N G T .VALUE IWMF e....!.'.'..... < I - ee ..... !l1.....

=I-ee

..... !l1, s....

i-se

^ " ^ ' " " 'v*= Av iEI ^ " " ' " " ""^" i.i - e

e. Lloc leet IJNO A"'

NA NA NA NA NA NA

• -2 NA NA NA NA NA a ch.micos,

[857,$"d NA NA NA NA NA NA

• -2 NA NA NA NA NA

. Tuol o'rbonic canag,Tyci NA NA NA NA NA NA

• -2 NA NA NA NA NA 4

d. ta.: sue no.o

• • ?d*JI8,j'/

100 22 30 6.6 NA NA

• -1 mg/L Kg NA NA NA S AMTfes NJ j

wah NA NA NA NA NA NA

• -2 NA NA NA NA NA g,g, Jallons per vALuE vALuE v4Lu=

va'uE +^f S 58,000 NA NA

• -1 day NA NA vALuc vALut vALuE vAtut moeratura

'r 3*/@-N Ambient NA Ambient

• -1 NA NA vALuE vALUE vALUE vALUE g,g g,,

'ff"T"4 - . limtient NA Ambient

• -1 NA NA MINIMUM M A RIMUM M9MIMuM M AMIMUM

i. p*T. 'ag% -4, 6

9 NA NA

• -1 STANDARD UNITS
• 4 PART,B,k Mark "X" in column 2 a for each pollutant you know or have reason to believe is present. Mark "X"in column 2-b for each pollutant you believe to be absent. If you mark i

's Mcolumn 2 a for any pollutant, you must provide the results of at least one analysis for that pollutant. Complete one table for each outfall. See the instructions for additional

• ** ' "4 details and requiremer:ts.

j 1.POLLUT.

2. M A n u

• m -

3. ErrLUENT

4. U NITS

5. IN T A K E (optionalf ANT ANO.

.,,H,, y y,,,

s. M AxlMUM O AILY V ALUE ggYVALUE

. Mg 4 NO. OF AVE

b. M A M e t M

c.LONGT .VALUE A"G E h N O. O.P

9. CONCE PI-ALUg C AS NO.

n u n t. h Mass ANAL ..,,,1',l.,,,, tal mase .,, j,'),,,,,,, tel =ase ...,, l',3.,,,, tal mase ysEs ..... U).... Ist aase vsEs T""N" (if ese#eWej = = =.

• sea'

a. Crzmida eI 2.49es ef.ct X

._ 1

6. ChiotIde *'.

Totj nodidual X sh. '?: 9 ?- X NA NA NA NA NA NA

• -2 NA NA NA NA NA j

d.PkSrW. Cettfirsd a w g

• • *Y N _*

$. FISorld4 9 gees,m,al, x x

f. Nnret.;o:4 Nitrite. (as NJ..- X X

e 3 ew EPA Form 3610 2C 16-80) PAGE V 8 CONTINUE ON REVERSE

l j,, (6: UI[ 2 , e,; j

• t gI %

r k e n-V o= .'8 u-E ~ gde R y;'M 4 G 1 A e P f. i t i! l l-i: N f t O 1 j; a. E A a-U u - i. 8 N M-N (3e IT i N K v O A C m T N I A y y y a y X 5 6 R. N M n' a-O E K I T N U n" r-.- 4. e2 T e" / / w" ^ n~ n, e m m s eg. 1 1 g o

a.,, v 4

^ A A f M M a R. M r, 2 V A A E t.. ' ii N G N f I T A P m T N ^ E A A U. "', i i. N N t W F F

3. E.

E W 1 A A '^ t N N ^" 6 2 u. i a 2 2 v v i 2 n i-sa o = u - /. 0 1 T ix 8/ 1 N0 a 7 M a. m F O R .x p. - ) x X X X X X X X x X X X x x 0 F n A. 8-D r. -5 E U p. 1 X y X X X X x C I f-N 2 T ,q-S @ 5 N 't ';). t m6$ y i' e _W' W*W O ,p i

i. i t

.j M m,.* -i smi-nf 3 7t v 1 h ",m. ? y', - s eeM 4,S%.M'i ]i (.T -3e*- . 9 )4 274 e e'9 ; i em " C <h' a cti4 .l) ) m:8. e. i q'h ) - q7 ,z e t s'.! s b m ,) f _t0 a e 8 i6 %x5 e4 m eg MM a yD I e { g 4 t. t)1 e$ d^fe. X5 u e t t a ? -T1, i l i

.g3 V

i aT. w0s w '8 m} if s d e..r4 e-4 o

q..., de. e 6e-a F+'

a* = l3 d lp: e.4.s m& 'ne l gu 6@.__% eh0 a $h i a* ts .$* =. t 4 r M t u st4 s.4 t A g*#$I* =. R,: u0s o9 oe4 o s v. p," es h c. '**' e4 e h" s F._F2M. )1_' 4, s7 t r e c.l 4 l. 4. s* 4 a,. o. n P s a . 4 t h

t. ** n. $ g,t, i, 9r(r rT(

h(

s. 7 e

.Yt. i> Dt i ) T

A s

e g [v. 7 1 7 Ec ai t 7 a T h 4(( 8 tT iT (t mtt s' I g t ,r

I.

a..u.....a.,<, o.m

>, a u - - u~... N30025411 4638 k Foren AnoroeestoneNa twnot13

• 1 CONYINUE O FMOM PAGE 3 OF FOnM 2 C PART C If you are a primary industry and this outfall contains process wasteweter, refer to Table 2c-2 in column 2 a lancondary indunrien.non-procene weeroemeterourfalls, andnon-required GCAts fractions), mark "X" in column 2 h for each pollutant yo to believe is present. Mark "X" in column 2-c for each polkstant you believe to be absent. If you mark either columns 2-a or 2-la for any pollutant, yo suits of at lent one analysis for that pollutant. Note that there are seven pages to this part; please review each carefully. Complete one table (st/ sevon See instructions ior adtlitional details and requirements.

4.UNt?S

a. INT AME (oprfosseis

3. EFFLUENT g Age ge,=4

8. POLLUTANT

a. ne a n n m' sE2N$N

• '.:f ' an;. h,;-

a Maximum omia.v was.us

• • ""^'*})f **.,jj.24,' ' ^'.u s c.conse g g f. van.us

,.i .a

s.,

3

n;

.u;. ,,,,,,, ej,,,,,,,., i.i.... ,,,,,, e!,,,,,,,,, e., ,,,,,,J,,i,,,,,,,, s.i... v... t u,=m i.i...

v. e vaama METALS. CYANIDE. AND TOTAL PHENOLS i

IM As.geesiuny. Tests s t440 3:106 2M Arsanec. Tutet y 174!0 3e 23 34 torswis.um. 10:18.7440 48 71 - E-cu. c.ammm. X Tutti t 7440 43 98 y GM Chau.euum. X 1.ast (7440 4 # 3) X e iuso so n' _ _X.. _ _ 0. 2 0.04 NA NA MA NA

• -1

. _JDg/T. Kg NA NA NA_ t,M Cus s.or. Totet i i 7M Lead. Totaa Y (#439 'J2 Il y l tru. Meet ey.Toa.6 Y t F 43'.i 9 7 til WM. Necket. Tunes { (7540 c2 00 y l 1 OM. setemum, X i Tusst 477tf 2 49 23 _ X__ X t,IM. Sevee. Tos4 t 8 440 22 46 i 12 g 14.eth...... Tot.a l7440 28 Op j l 13M tmr. Total

• 4 7440 a.ta tal i

E. 1 94M Cye. se. l .X l tbM Phe..ois. l T utsi y I DIOXIN ocscessess possus.Ts

t J 7,3.1.i..

l ..,... n i..o e-X CONTINUL ON REVE14SL .. u. 1 u i... P AGE V-3 EFA Fesm 3580 2C (Hev. I2 a05 a .,e...,

A u. l.p A v .e w. d sp p L ( C A b 1 N I . b= 5 u. A g g g M S I ga T N U N~ E 4 C-O- N C - e [ .e O. N - 4 ^ w. 4 L V E GAP T N C^ U. t F F m C f. 3 .w ^ E U L A W Y Ls A O u u M meu. S O A N M U e O P A R 1X Y y Y Y X y y y Y y X y O x X x X X X x =. C -a C T n 0e-E. N t 4 s i 5 O os TA 8 R a F M bl a 2e L 1 s 5 O ..u .wV 4 s ee - .Y. nb e I v -P 80 e Co e o) _ e) oi e n 9 3 ) 8 O1 0 n s4 s r e 0' n 2m e R N 8 88 - m e e r n. e r3 r2_ r - o. or ao* s 3 7 e3 e-ao6 t i. 7T - ~T is:.se6 a e r e - s h e h '* s - ly e7 3t s 6 _. 3 F A n 8 4 r n eh e em ee h4 1 e h4.h_c5 ka 6s, a) h (7 h C e .r r e ee e e e 4 s4 5s i c3 rt c re rf M4e t l a7 4 t g A htoE e. sh e s m d e he0 lot s t loh e i s e: e^^ l f U R ht, e ne i e D s. D0 D71 D.r D r v 4 ed f.l )4 t eS 4 t s er, r7 r-I ,3 smn y~ c.Ei m: hss uL t t 8 a4 y-e h-ee v a: 7 - e e ne s i 2 cn4e e e s.( 2.(1 1n

2. :

3. n hW o

F o e> h= ee io3 ie 3 - 2 2 h. e6 t8 s la6 al L De7in Drt 4 Med o r s sefs e-rs

e r2 r n.

s ca c C..- 1-1i7 E. 6 .m .e F a. h e h0 2=7 ye e6 e se ie 3 u e T O 1 c sis .n .n .iv v-e .e r e A.

g. A 7

'A. 7 ve2 s2 C. t e C. e. C. e 2 c0 8 i o z. 4 V v6 V7 Vo6 Vls ve via v h1 .v2 .e2 .h V Vn4 V0 Ve Ve N P 7n 8eS r h og et 93 0r th Aw s 6 C v0 V0 v :7 ve v V v6 0t8 S 2e7 3f47 4 h 1 1 ns v7 e O i g 1 i 7n Obllll o(l(l 1h1ll1a:lI(l((lj lI I l (yI a T.'n ll i o (7 1 1ps 1( 2g aC P, G 'l 0 1 1i 3 e se t e C 1! t0 I20 Scl 14ei lc0( 4

a EPA 8.O. MuteSEJ (copy frons jices j of Fag JJ OUTFALL MuhsSE s NJ0025411 463B ro,m Aga m es one assaarn coNTsNus,F o ce v4

3. POLLUTANT

a. ee snes 'a'

3. lf FFLU'fMT

/

4. UN8T3

5. INTf.M3 (opraone#J '

N bisER

• '*J' I.
• Ej.*,7

a. eenassaeute OAILY W ALUE A te AMihas gY WALUE e.LOMG Yg p.WALUE 90 0 P ggG,(EM, O P TRAT80m d e t s,

• f,*

f el essee veas fet eW8<A .{~ - U2i ene ,,,,,, t,8,,,,,,,, l tal me es ,,,,,,8,')8,,,,,,,, tea mese ,,,,,,8*1,,,,,,, tal mee, vess GCASS F RACTION - VOLATILE COMPOUNDS (contineed) 1 22V. Meshylene Chaoshae (7640 2) X 23V. 3.1.2.2 Tessa-rhaoeneshone 17334?:) X 2 *V. Towach40so-ethylene (12714-41 y 2'.V. Toavene (101s Sep-3) X 21V. 3.2 Trane-Dachlosoothylene (Ib6 646) y 2 7V. 3.1.5 Tri-cLaeroethene

1. 7l 6 v i X

28V.1.1.2 Tri-cIaceoetnene (730GI) y 29V. Trichloso-it;ylene (7}01-6) 30V. Trichsoro-faueromethane (75 6 M b X 31V. Vtays Chaoruse (76 01-4) X GCAAS F2 ACTION - ACID COMPOUNDS 1 A. 2 Chloropham (98 57Cl X 2 A. 2.4 Dachloro. phones 612X3 2) X 3A. 2.4 Dunethyl-g#henoli106 67 9) X fA.4.S D6asseo 0-Cree <A (234-T,2 Il X SE A. 2,4 Denisto-phones 466 28 6) X

1. 'A. 2 Hassophenol (ee-7>M X

7 A. 4 N 4trophones (100 02 7) X E A. P Ch4s+M-Ceeese('.O 647) X

1. A. Pensec:. lose-phenol 4;7 66 6)

X l!A. Phenol slos (6 al X 1 l A. 2.4.8 rte 6-shaosophones itsas 06 28 X CONTINUE ON REVERSE JPA Ferns 36142C (6 SGs PAGE V-5

4 6 0J9 w 2l2 0" 0 { 1 5

s. :

3 3 s a z <3 5 2 U Z 3 :g: - O 6:e b d M 2 A Z 3 23 M b! Em S4 WE

1. 4 "

h.R 3"$ ,Z i > 3J 4 i ""T L3 i>* 2 M F _: l s a w 0.c e 1 > 3 >N I ZW a 3 >. i mn a rt i k ~ ? _i i

1. 1 i

3 i, t

n u,

l 2 Y 8 > 3 f d i 4 0 I 3 ! _i 4 'i l I i I d 3 0 q ihi 2 x x x x x x x x x x x x x x x x x x X X .= 2*, w l -'-3

• w !:E I

M l . g I (II$3 g ,Z lu j l + a a i= 1's a + s I ?csh.P4 et j jjjl !g lii a 4 gg y -4 f 50l g di!!! -!= li !! g a si j Eu 33 4 l 1 j=a 1 t!iit!iji!!!!!ill!!_!!NE !! dih= 4_jg! ei $i ! 8 5 ei i 3"'*I 2! il il si i!! if 2i! ils ei!!E!!! 03 !!!!!! !! Ih sl! !E !!E II Il 2}}