ML17309A677

Forwards NPDES Permit Renewal Application Which Was Sent to EPA on 920427

ML17309A677
Person / Time
Site:	Saint Lucie
Issue date:	05/07/1992
From:	SAGER D A FLORIDA POWER & LIGHT CO.
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
L-92-141, NUDOCS 9205180085
Download: ML17309A677 (99)

Text

ACCELERATED DIS UTION DEMONST TION SYSTEM REGULATORY INFORMATION DISTRIBUTION SYSTEM (RIDS)ACCESSION NBR:9205180085 DOC.DATE: 92/05/07 NOTARIZED:

NO DOCKET FACIL:50-335 St.Lucie Plant, Unit 1, Florida Power&Light Co.05000335 50-389 St.Lucie Plant, Unit 2, Florida Po er 6 Light Co.05000389 AUTH.NAME AUTHOR AFFILIATION

/SAGER,D.A.

Florida Power 6 Light Co.RECIP.NAME RECIPIENT AFFILIATION Document Control Branch (Document Control Desk)

SUBJECT:

Forwards NPDES permit renewal application which was sent to EPA on 920427.DISTRIBUTION CODE A001D COPIES RECEIVED:LTR ENCL SIZE: TITLE: OR Submittal:

General Distribution NOTES: R D RECIPIENT ID CODE/NAME PD2-2 LA NORRIS,J INTERNAL: ACRS NRR/DET/ESGB NRR/DST 8E2 NRR/DST/SICB8H7 NUDOCS-ABSTRACT OGC/HDS3 RES/DSIR/EIB EXTERNAL: NRC PDR COPIES LTTR ENCL 1 1 2 2 6 6 1 1 1 1 1 1 1 1 1 0 1 1 1 1 RECIPIENT ID CODE/NAME PD2-2 PD NRR/DET/ECMB 7D NRR/DOEA/OTSB11 NRR/DST/SELB 7E NRR/DST/SRXB 8E OC FMQ EG FIL'E 01 NSIC COPIES LTTR ENCL 1 1 1 1 1 1 1 1 1 1 1 0 1 1 D D D NOTE TO ALL"RIDS" RECIPIENTS:

PLEASE HELP US TO REDUCE WASTE!CONTACT THE DOCUMENT CONTROL DESK, ROOM Pl-37 (EXT.20079)TO ELIMINATE YOUR NAME FROM DISTRIBUTION LISTS POR DOCUMENTS YOU DON'T NEED!TOTAL NUMBER OF COPIES REQUIRED: LTTR~ENCL D D P.O.Box 128, Ft.Pierce, FL 34954-0128 May 7, 1992 L-92-141 10 CFR 50.36b 10 CFR 50.4 EPP 3.2.4 U.S.Nuclear Regulatory Commission Attn: Document Control Desk Washington, DC 20555 Re: St.Lucie Units 1 and 2 Docket Nos.50-335 and 50.-389 NPDES Permit Renewal Attached is a copy of the St.Lucie Plant National Pollutant Discharge Elimination System (NPDES)Permit renewal application which is required to be submitted to the NRC pursuant to Section 3.2.4 of the St.Lucie Units 1 and 2 Environmental Protection Plan.This document was sent to the Environmental Protection Agency on April 27, 1992.Should you have any questions on this information, please contact us~Very truly yours, D.A.Vice r St.L ger sident e Plant DAS JJB kw cc: Stewart D.Ebneter, Regional Administrator, Region II, USNRC Senior Resident Inspector, USNRC, St.Lucie Plant Attachment DAS/PSL g693-92 P92DOR5i 80085 920507 p ADacK 05000335 PDR an FPi.GrouP comPany~(g~.ggeDr~i/I

, 4 k~e I<I'a l, i E 4 g~~,h e<v<<~)a Florida Power 8 Light Company, P.O.Box 078768, West Palm Beach, FL 33407-0768 PRI CERTIFIED MAIL RETURN RECEIPT REQUESTED April 27, 1992 Mr.W.Ray Cunningham, Director Water Management Division U.S.Environmental Protection Agency Region IV 345 Courtland Street N.E.Atlanta, Georgia 30365 RE: NPDES Permit Renewal Application St.Lucie Power Plant Permit No.FL0002208

Dear Mr.Cunningham:

Enclosed please And the NPDES renewal application (Form 1, 2C, and 2F plus attachments) for Florida Power and Light Company's St.Lucfe Power Plant.If there are any questions on this matter, please direct them to Ron Hix at (407)697-6937.Sincerely, Charles D.Henderson Manager Air S Water Permitting Programs FLORIDA POWER AND LIGHT COMPANY CDH/RHH/met Enclosure cc: Richard Drew-DER NPDES Administrator 2....9205180085 an FPL Group company Oy III ,t Hiease pnnt or type in tne vnsnatteo areas omy (fill-in areas arespaced for elite rype,i.e., 12characrarslinchJ.

Form Approved.0MB No.2040.0086.

Approval oxpiros 541-92.GENERAI U.S.ENVIRONMKNTAI PROTKCTION AGENCY I.EPA I.D.NUMBER h I PhA-GENERAL INFORMATION

~~A C WWL-f-P%LD00080747 9 (Read the"General Instructions" before starting.1~2 II I~IS 21 I I.D.NUMBER III.CILITY NAME V FACILITY'AILING ADDRESS FACILITY'OCATION NPDES: FL0002208 FL PWR (x LT-ST LUCIE GENERAL INSTRUCTIONS If a preprinted label has been provided, affix it In the designated space.Review the inform.ation carefully; if any of it is incorrect, cross through it and enter the correct data in the appropriate fill-in area below.Also, if any of the preprinted data is absent frha area ro the left of the label space lists the information thar should appearJ, please provide it in the proper fill-in areaisJ below.If the label is complete and correct, you need not complete Items I, III, V, and Vl/except VJ.B which must be completed regardless/.

Complete all items if no label has been provided.Refer to the instructions for detailed item descrip-tions and for the legal authorizations under which this data is collected.

II.POLLUTANT CHARACTERISTICS INSTRUCTIONS:

Complete A through J to determine whether you need to submit any permit application forms to the EPA.If you answer Hyesn to any.questions, you must submit this form and the supplemental form listed in the parenthesis following the question.Mark HXH in the box in the third column if the Supplemental fOrm iS attaChed.If yOu anSWer"nOH tO eaCh queStiOn, yau need nOt Submit any Of theSe fermS.YOu may enSWer nnOH if yOur aCtiVity is excluded from permit requirements; see Section C of'the instructions.

See also, Section 0 of the instructions for definitions of bold-faced terms.SPECIFIC QUESTIONS RORM Tas HO ATTACHRO SPECIFIC CIUKSTIONS ROAM Tea 0 ATTACHCO A.Is this facility a publicly owned treatment works which results in a discharge to waters of the U.S.?(FORM 2A)Is this a Iacilnv which current y resu ts in isc argas to waters of the U.S.other than those described in X A or B above'?FORM 2CI B.Does or will this facility feither existing or proposadJ X include a concentrated animal feeding operation or aquatic animal production facility which results in a discharge to waters of the US.?(FORM 28)s t is s propos acility or er r an t osedescn e in A or B aboyeJ which will result in a discharge to ws of the U S?FO M 2D)24 X F.Do you or will you inject at this facility industrial or E.Does or win this facility treat, store, or dispose of X*municipal effluent below the lowermost stratum con.hazardous wastes?(FORM 3)tainlng, within one quarter mile of the well bore, underground sources of drinking water?(FORM 4)1~12 11 vou or wi yov inlect at I is ac>>ty any pro uce r or other fluids which are brought to the surface nnection with conventional oil or natural gas pro.tion, inject fluids used for enhanced recovery of oil or natural gas, or inject fluids (or storage of liquid h drocarbons?(FORM 4)H.Do you or will you inject at this facility fluids for spe.cial processes such as mining of sulfur by the Frssch process, solution mining of minerals, in situ combus.tion of fossil fuel, or recovery of geothermal energy?(FORM 4)X I.s I is ac>>ty a propose stationary source w ic is one of the 28 industrial categories listed in the in-structions and which will potentially emit 100 tons per year of any air pollutant regulated under the Clean Air Act and may affect or be located in an attainment area?(FORM 5)III.NAME OF FACILITY C 2 I)s<<P St.Lucie Nuclear Power P ant~'\I4 24 10 IV.FACILITY CONTACT X Ui s152 s ac Ity S ProPose stat onary Source Whic is NOT one of the 28 industrial categories listed in the instructions and which will potentially emit 250 tons X per year of any sir pollutant regulated under the Clean Air Act and may affect or be located in an attainment area?(FORM 5)-~1~A.NAME aI TITLE ilaSI, firer, 4 Iiiiel C 2 Boissy, G.J.--P1ant Mana er~'I~4 V.FACILITY MAILING ADDRESS A STREET OR P.O.BOX 3 P.0.Box 128 II~4~4 O.PHONE iarrv cour S no.i 407 465 3550 C I 4 Ft.Pierce O.CITY OR TOWN C.STATE D.ZIP CODE F L 34954-012 C B Jensen Beach C.CITY OR TOWN.l'I.FACILITY LOCATION A.STREET.ROUTK NO.OR OTHER SPKCIFIC IDENTIFIER 5 6501 S.A1A I'I I 4 O.COUNTY NAME L le'~D.STATE F L K.2IP COOK'4949 I 0~.'(056*-I EPA Form 3510-1 (8-90)acl lty c ose wl demonstration in progress.equlva ency CONTINUE ON REVERSE CONTINUED FROM THE FRONT VII.SIC CODES (4 digit,in order of priorityg A.FIRST e (spccig!y Electric Services C.THIRD (speci f!l a.SECONO Dg FOURTH C 7 ispecig!'g ispecig,!')

1%~~I~VIII.OPERATOR INFORMATION a Florida Power&Light Company A, NAME Is the name listed In Item VIII.A also the owner?(Xj YEs C3 No 66$$c.sTATUs QF opERAToR (Fnfer thr uppropnare l<<ll<<r olio rhc an54<<r boxlif"Olhrr", spccif!'.g F%F DERAL M%PUB LI (other than federal or srareg p (specif!'l S%STATE 0%OTHER ispccifs)P%PRIVATE E.sTRE ET oR p.o.aox P.0.Box 078768 o.pHoNE far<<a code&nn.l A 407 697 6930~%ie I~21 c I West Palm Beach F.CITY OR TOWN i G.STAT H.ZIP CoDE IX.INDIAN LAND Is the facility located on IndIan lands?Ej YES IXj NO Sa X.EXISTING ENVIRONMENTAL PERMITS A.NPDEs (Discharges to Surface lvateri 9 N FL0002208 a.UIC (Underground injection of Fluidsg 9 U o.pso f,lfr Ernfssfons groin proposed sources>9 P E.oTHER (speclf!'I 9-10-56-118222 (specff!lI State IWW Permit-Unit Ijll (spectg!g ,.State Site Certification C%I 9 PA-74-02 XII.NATURE OF BUSINESS (provide 6 brief description 9 R 0$'l4~1 I~~'I 0~S~4~7'I~XI.MAP Attach to this application a topographic map of the area extending to at least one mile beyond property bounderies.

The map must show the outline of the facility, the location of each of its existing and proposed.intake and discharge structures, each of its hazardous waste treatment, storage, or disposal facilities, and each well where it injects fluids underground.

Include all springs, rivers and other surface water bodies in the map area.See instructions for precise requirements.

See Figtlres 1 A thrU]D Steam Electric Power Generating Station XIII.CERTIFICATION (seeinstrucrionsi I ceni fy under penalty of law that I have personally examined and am familiar with theinformation submittedin this application and all attachments and that, based on my inquiry of those persons immediately responsible for obtaining theinformation containedin the application, I believe that the information is true, accurate and complete.I am aware that there are significant penalties for submitting false information,including the possibility of fine and imprisonment.

A.NAME&o FFIc I AL TITLE (t7Pe or Prhitg C.D.Henderson Manager, Air&Water Permitting Programs COMMENTS FOR OFFICIAL USE ONLY C C a.SIGNATURE C.DATE SIGNED 4/a 7/gs-EPA Form 3510-1 (8.90)

Please print or type in the unshaded areas only.EpA I.D NUMBER(copy m tern t o arm l J FLD000807479 0MB No.20404086 Approval expires 5-31-92'FORM ,8EPA U.S.KNVIRONMKNTAI PROTECTION AGENCY APPLICATION FOR PERMITTO DISCHARGE WASTEWATER EXISTING MANUFACTURING, COMMERCIAI., MINING AND SILVICULTURAL OPERATIONS Consolidated Permits Program FAI.L LOCATION ch outfall, list the latitude and longitude of its location to the nearest 15 seconds and the name of the receiving water.NUMBER ((st B.LATITUDE L OCO, 2 14 IN s,$4C C.LONGITUDK L OCO s~sec, D.REcKIYING WATER (ncmci 001 002 003 004 005 27 21 27 21 27 21 27 21 27 21 15 80 15 80 15 80 15 80 15 80 14 14 14 11 Atlantic Ocean 11 Atlantic Ocean Inta 11 Atlantic Ocean 11 Atlantic Ocean/Intake Canal 11 Atlantic Ocean 006 27 21 15 80 14 11 Atlantic Ocean II A FLOWS, SOURCES OF POLLUTION, AND TREATMENT TECHNOLOGIES Attach 5 line drawing showing the water flow through the facility.Indicate sources of intake water, operations contributing wastewater to the effluent, and treatment units labeled to correspond to the more detailed descriptions in Item B.Construct a water balance on the line drawing by showing average flows between intakes, operations, treatment units, and outfalls.If a water balance cannot be determined (e.g., for certain mining activitiesl, provide a pictorial description of the nature and amount of sny sources of water snd eny collection or treatment measures.For each outfall, provide a description of:-1 All operations contributing wastewater to the effluent, including process wastewater, sanitary wastewater, cooling water, and storm water runoff;(2I The average flow contributed by each operation; and (3)The treatment received by the wastewater.

Continue on additional sheets if necessary.

0 01 OUT AII N (lil t)s.OPERATION (I(st)Once through cooling-Unit 81 5 82 and auxiliary equipment cooling water , AVERAGE FLOW ((ncludc un(ts)1.04 x 10 GPM 2.OPERATION(5)

CONTRIBUTING Fl OW 3 TREATMENT s.DESCRIPTION Screening Intermittant Chlorination Continuous Chlorination Discharges Outfall b.LIST CODES FROM TABLE 2C I XX XX 4-B 002 Low Volume Waste (Neutralization Basin)50 GPM-AVE 2000 GPH-Desi n Hax Neutralization Sedimentation 2-K 1-U 03 Radwaste Dischar e Sewage Treatment Plant 21 GPM-AVE 170 GPM-Desi n Max 4 GPM-AVE Dischar e Outfall ION Exchan e Multi-Media Filtration Screening 4-B 2-J 0 04 Unit 0'I 17,000-GPD Desi n Max Sedimentation Disinfection Pre-aeration 2-G 3-E 0 5 Steam Generator Blowdown 90 GPM-AVE Dischar e Outfall 500 GPH-Design Max Stormwater Dischar e Non-Equipment Area Drains Variable See 2F Dischar e Outfall 4-B~su stcgo~~OFFICIAI,USE ONI Y~tnt gu<~give 46~4~3'y+l1&z ca."Qjc~~t~~;i-, s iv~gy't~I yyii,~e+pox,.wrgv w l+gupw~'r swl'r'5);'(FPh nrm.1~(8 I PAAE I OP 4 0 CONTINUED FROM THE FRONT C.Except for storm runoff, leaks, or spills, are any'of the discharges described in Items II-A'or 8 intermittent or seasonal'I gQ YKS (complete the follaIa(ng fable)+No (go to Section 111)I.OUTFALL NUMBER (l(s(J 2.OPERATION(SJ CONTRIBUTING FLOW (lief)3.FREQUENCY d FLOW RATE d.DAvs b.MoNTHs (ln mgd)PCR WCCK PCR YEAR (SPcclfy (SPcclfy I.LCNO TEEM L MAxIMUM CIIcragc)CIIcragc)AY ENAOE DAII.Y I LONO TEIIM 2, MAXIMUM AVSIIAOE DAILY (ln dayel 4.FLOW'Y b, TOTAI VOLUMC (Specify uIlth units)OQ2 Low Volume Waste (Neutralization Basin)2-7 12 Q.217 Q.400 56 NGY Q.4 NGD Variabl MGD MGD-003 Radwaste Discharge 1-7 12 0.03'8-o37 3.2 MGY 0.037 Variabl MGD MGD MGD 004 Steam Generator Blowdown 1-7 12 0.052 0.276 2.0 NGY 0.276 Variabl MGD NGD NGD III.PRODUCTION A.Does an effluent guideline limitation promulgated by EPA under Section 304 of the Clean Water Act apply to your facilityF+YEs (comptctc Item III.B)+No (Io to Sect(on IV)B.Are the limitations in the applicable effluent guideline expressed in terms of production for orher meesure of operation)7

~Yes (complete Item III c)g)NO (go to Section IV)C.If you answered"yes" to Item ill-8, list the quantity which represents an actual measurement of your level of production, expressed in the terms and units used in the applicable effluent guideline, and indicate tha affected outfalls.d, OUANTITY AEII DAY b, UNITS OP MEASUIIE 1.AVERAGE DAILY PR DUCTION C OIIENATIONI I'AODUCTI MATEIIIALe ETC (Spcclfy)2.AFFECTED OUTFALLS (I(ct outfall num N/A IV.IMPROVEMENTS A.Are you now required by any Federal, State or local authority to meet any Implementation Schedule for the construction, upgrading or operation of waste-water treatment equipment or practices or any other environmental programs which may affect the discharges described in this application7 This includes, but is not limited to, permit conditions, administrative or enforcement orders, enforcement compliance schedule letters, stipulations, court orders, and grant~YES (camPlctc the falIDUIIng table)g N o (go Io 1 lcm Iv-B)I.IDENTIFICATION OF CONDITION, AORCCMCNT, CTC, 2.AFFECTED OUTFAI LS d NO IL SOUIICE Ol DISCMANOE S.SRICF DESCRIPTION OF PROJECT d Nk OIIINED I2 sdo 2SCTSO a.FI AL COM IV 3'Ah~2'I'0~L Pl t~w+A'I B.QPTIQNAL: You may, attach'additional sheeti ddsc'riblng any additional water pollution control programs for other environmen re(projects wh/ch mey effect , your dh'schergesJ Tyou, now'hjiva'Iur}derN)ay, or,wh1ch..-you,plan,indicate.whether eachprpgranI ls now,underway,,ar piapnedand IIIdjcate.your actual or.'.Plannedid eduiedfOr COnttruatleng

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'ADDITIONAL'CONTROL PROGRAMS IS ATTACHED EPA Form 3S10-2C IRev.2.8S)PAGE 2 OF 4 CONTINUE ON PAGE 3 Please print or type in the unshaded areas only.KPA I.D.NUMSKR(copy (rom Item I or I orm II FLD000807479 U V 6MB No, 20404086 Approval expires Sgi-g2 U.S.CNVIRONMKNTAL PROTKCTION AGKNCY FORM 2Il S l FALL LOCATION.P~~..-~"a.'~-'P.I',a ach outfall, list the latitude and longitude of its location to the nearest 15 seconds and the natne of the receiving water.~II P%JL APPLICATION FOR PERMIT TO DISCHARGE WASTEWATER EXISTING MANUFACTURING, COMMERCIAL, MINING AND SILVICULTURAL OPERATIONS Consolidated Permits Program A, I.I NUMOKR (listl I~DSO S.LATITUDK I~u In I~SDC C LONGITUDK I DSD, S, MIN I, SCC G ItvA TKR (name)D.RKCKIVIN 007," 27 21 15 80'4 Atlantic Ocean/Intake Canal II.FLOWS, SOURCES OF POLLUTION, AND ATM I S A.Attach a line drawing showing the water flow through the facility.Indicate sources of intake water, operations contributing wastewater to the efflueht, and treatment units labeled to correspond to tho more detailed descriptions in Item B.Construct a water balance on tho line drawing by showing average flows between intakes, operations, treatment units, and outfalls.If a water balance cannot be determined (e.g., for cortain mining activitiesf, provide a pictorial description of the nature and amount of any sources of water and any collection or treatment measures.B.For each outfall, provide a description of: II)All operations contributing wastewater to the effluent, including process wastewater, sanitary wastewater, cooling wator, and storm water runoff;(2)The average flow contributed by each operation; and i3)The treatment received by the wastewater.

Continue on additional sheets if necessary,'I.OUT O'ALLN (l4ti a.OPKRATION ((4t)Screen Mash Mater b.AVKRAGK PLOW ((nclude un(tsJ 180 GPM(2ftr/da 2.OPKRATIONIS)

CONTRIBUTING PI OW 3.TRKATMKNT a.DKSCRIPTION)Discharge Outfall b.I IST CODKS PROM TAOLK 2C I 4-B=007 Unit fl and Unit f2 21,600 GPD-AV 6.1 MGD Design Max opl'IGIAI UsKDNLY (erfluentgu tncssu atrsortcri.

CONTINUED FROM HE FRONT C.Except for storm runoff, leaks, or spills, are any of the discharges described In Items II.A or B intermittent or seasonal?+VKS (complete Ihe following tab!a)Q No (go to sect(on lllJ 3.FREQUENCY 4.FLOW'1.OUTFALL NUMBER ((($()2.OPERATION($

)CONTRIBUTING FLOW (iisl J a.PLOW RAT K a.oavs b.MoNTHs (inmgd)PKR WKKK PKR VKAR (rpccffy (spccffy I, Loka TckM L MAXIMUM auerage)auerage)<<4k A44 b, TOTAI VOLUMK (IPealfy with uIIfts)I, LONO TCCM S, MAXIMUM AVCCAOC DAH Y (ln days)007 Intake Screen Mash 12 0.021 0.518 7.6 0.518 N/a MGD MGD MGY MGD III.PRODUCTION A, Does an effluent guideline limitation promulgated by EPA under Section 304 of the Clean Water Act apply to your facility?+vss (complete Item lll BJ+No (lo to Section IV)B.Are the limitations in the applicable effluent guideline expressed in terms of production (or other measure of operation)?

~vKS,(complete)tern III C)Q No (go Io Sect(on IVJ C.If you answered"yes" to Item III.B, list the quantity which represents an actus I measurement of your level of production, expressed in the terms and units-used in the applicable effluent guideline.

and indicate the affected outfalls.4, OUAHTITY rCC DAY b, UNITS or Ma*SUCH 1.AVERAGE DAILY PRODUCTION C~OYCNATIONe I'NODUCTo MATCNIALo CTC (I pec(fy)2.APPIICTKD OUTFAI LS (I(st outfall num IV.IMPROVEMENTS A.Are you now required by any Federal, State or local authority to meet any implementation schedule for the construction, upgrading or operation of waste-water treatment equipment or practices or any other environmental programs which may affect the discharges described in this application?

This includes, but is not limited to, permit conditions, administrative or enforcement orders, enforcement compliance schedule letters, stipulations, court orders, and grant+vKs (complete the following table)+NO (go Io!rem IV.)J)1.IDKNTIPICATION OP CONDITION, AGRKKMKNT, KTC.2, APPKCTKD OUTPALLS 4 HO bL COUCCC Ok DICCHAkaa a.IIRIKP DKSCRIPTION OP PROJKCT a.FINA 4 HC OIIINCD O III TK IL rkO SCOTCO B.0PTIQNAL: You may attach additional sheets describing any additional water pollution control programs (or other environmental proiccts whfch may effect.: your dischorgos) you now have underway or which you plan.Indicate.whether each program is now underway or planned, and,indicate your actual or-: planned schedules for construction.

pMARK~x I II oKSCRIPTIOII oP AooiTIoNALcciNTROL

~PROGRAMS IS'ATTACHKDrI.

EPA Form 3510-2C (Rev.2.BB)PAGE 2 OF 4 CONTINUE ON PAGE 3 EPA I.o.NUMBER(coPy from Item l of Form ll CONTINUED FROM PAGE 2 FLD000807479 I V.INTAKE ANO EFFLUENT CHARACTERISTICS s%, B.St Co See instructions before proceeding

-Complete one set of tables for each outfall-Annotate the outfall number in the space provided.NOTE: Tables V-A, V B, and V.C are included on separate sheets numbered V-1 through V.9.e the space below to list any of the pollutants listed in Table 2c-3 of the instructions, which you know or have reason to believe is discharged or may be cischarged from any outfall.For every pollutant you list, briefly describe the reasons you believe it to be present and report any analytical data in your possession.

t~POI LUTANT 2.SOURCE 1~POLLU rANT 2.SOURCE N/A VI.POTENTIAL DISCHARGES NOT COVERED BY ANALYSIS Is any pollutant listed in Item V-Ca substance or a component of a substance which you currently use or manufacture as an intermediate or final product or byproduct?

~v Es fltst all such pollutants below)gg NO fgo to Item Vf W EPA Form 3510-2C (8-90)PAGE 3 OF 4 CONTINUE ON REVERSE CONTINUED FROM THE FRONT VII, BIOLOGICAL TOXICITY TESTING DATA Do you have any knowledge or reason to believe that any biological test for acute or chronic to'xicity has been made on any of your discharges nr on a receiving water in relation to your discharge within the last 3 years?L)/YES (identify the test(si and describe their purposes below)~~No (So to Section Vtlfi 12/3/90-Florida DER-Evaluation of facility's permit criteria-Acute whole effluent toxicity-mysid shrimp 3/5/92-FPL (CH2M Hill)-Required by NPDES permit during Clam-Trol CT-1 application

-Acute whole effluent toxicity-Mysid shrimp and Nenidia I il III.CONTRACT ANALYSIS INFORMATION Were any of the analyses reported in Item V performed by 8 contract laboratory or consulting firm?~YES (list the name, address, and telephone number of, and pollutants analyscd by, each such laboratory or firm betotaj~No (so to section Ix)A.NAME 8.ADDRESS 0 area code 8'r no ANALYZED list Orlando Laboratories P.0.Box 149127 Orlando, FL 32814:(407)896-6646 Rick Mauch OSN 001, 002,.004 ESE P.0.Box 1703 Gainesvi 1 1 e, FL 32602-1703 (904)332-3318 Jeff Shamis OSN 005 Haliburton

-NUS Two Marquis Plaza Suite 200 5313 Campbells Run Road Pittsburgh, PA 15205 l(800)228-6870

,-Sandy Whitney I OSN 003 IIX.CERTIFICATION I certify under penalty of law that this document andall attachments were prepared under my direction or supervisionin accordance with a system designed to assure that qualified personnelproperly gether andevaluate theinformation submitted.

Based onmyinquiry of the person or persons who manege the system or thosepersonsdirectlyresponsibleforgatheringtheinformation.

theinformationsubmittedis.

tothebestofmyknowledgeendbeliel, true.accurate, andcomplete.

I am aware that there are significant penalties for submitting falseinformation.

including the possibility of fine endimprisonment for knowing violations.

A, NAME a oFFIcIAL TITLE (tyPe or Printi Charles D.Henderson-, Manager, Air 8 Water Permitting Programs C.SIGNATURE 8.pHoNE No.(area code Sf no.i D.DATE SIGNED 4/27/FZ EPA Form 3510-2C (8-90)PAGE 4 OF 4

'ST.LUCIE PLANT General Plant Description and Discussion of Major Processes and Associated Waste Streams The St.Lucie Plant is located on Hutchinson Island in St.Lucie County, at latitude 27'21'15" and longitude 80'14'll", about twelve miles north of Stuart, Florida.The plant covers 1,132 acres and is at about the midpoint of Hutchinson Island.See attached site location map (Figure 1).The plant site contains two nuclear units.Both St.Lucie nuclear units are 839 MW net facilities utilizing pressurized water reactors.Construction, design and operational aspects are essentially the same for both units.Both units share common once-through cooling water intake and discharge canals.Separate ocean intake and discharge pipes withdraw from and discharge to the Atlantic Ocean from the canals.Individual ocean intake or discharge pipes may be isolated depending on the number of units operating.

See attached General Plant Layout (Figure 2).There are three ocean intake structures for Unit 1 and Unit 2.The intake structures in the Atlantic Ocean contain vertical sections to prevent sanding and velocity caps to minimize entrapment of marine organisms.

Horizontal entrance velocities at the velocity cap boundaries are estimated to be about one foot per second.The NPDES wastewater discharges from the St.Lucie Plant include once-through cooling water, steam generator blowdown, radwaste discharge, neutralization basin discharge, sewage treatment plant discharge (Unit No.1), intake screen wash waste water and non-equipment area stormwater discharge.

Equipment area floor drains are routed to oily waste separation systems prior to ultimate discharge to the two storm water settling basins.(See Figure 3-St.Lucie Plant Waste System Flow Diagram).There is no discharge to Waters of the U.S.from these solids settling basins.The general plant layout (Figure 2)shows the location of these basins as well as the NPDES serialed discharge points.Two other point source discharges are present on the site that, as determined through discussions with EPA, are not serfaled discharges.

They are:~Mangrove flushing water Spiny lobster culturing facility V i 0 0.~

Man rove Flushin Water In order to enhance the growth of isolated mangrove trees located on the east side of the plant and bounded by the plant discharge canal, State Road A1A, and the plant intake canal, seawater is pumped from the intake canal on a seasonal basis onto the discharge canal side of the mangrove area.This seawater is allowed to flow, by gravity, back toward the intake canal.At the discharge pipe into the intake canal, stop logs are used to regulate water level in the mangrove area and simulate flushing that would naturally occur due to tidal action.The flushing and water level control are optimized to help control the mosquito population as well.At the proper time, the stop logs are removed and the uncontaminated seawater is returned to the intake canal.In a letter from Bruce Barrett, dated August 11, 1987, EPA concurred that,"...such a discharge would not require an NPDES permit." S in Lobster Culturin Facilit In 1990, FPL requested permission from EPA and the Florida Department of Environmental Regulation (FDER)to construct and operate a spiny lobster (Panulirus

~ar us culturing project.Larval lobsters are captured in the piant's intake canal, allowed to grow to a predetermined size and then released into the Atlantic Ocean.This facility can accommodate up to two thousand lobsters annually.This facility is not considered a point source for NPDES purposes (40 CFR 122.24 and Appendix C)since the facility would produce less than 100,000 pounds of aquatic animals per year.Major processes at the St.Lucie Plant which generate wastewater as a function of operating activities for the purpose of steam production to generate electricity are: Once-through cooling water and auxiliary cooling water systems Steam generator makeup water puriflcation (neutralization basin)Radwaste system Steam generator blowdown Intake traveling screen water wash Once Throu h Coolin Water and Auxilia Coolin Water The plant utilizes a total of eight circulating water pumps (four per unit)having a nominal total capacity of 968,000 gpm (800,000 gpm minimum to 1,120,000 gpm maximum depending on condenser cleanliness) to supply once-through cooling water to Units 1 and 2.The once-through condenser and auxiliary cooling water systems discharge through pipelines into the Atlantic Ocean.One discharge pipe utilizes a Y-port diffuser which discharges approximately 1500 feet from shore.The other discharge pipe utilizes a multiport diffuser designed with 58 ports, each port being about 16 inches in diameter.The length of the multiport diffuser is 1,416 feet beginning 1959 feet from shore.The spacing between ports is 24 feet.

The diffuser manifold is optimized with ports alternately oriented north and south at an angle of 25 degrees from the manifold.The discharge of heated water through the Y-port and multiport diffusers ensures distribution over a wide area and enables a more rapid and efficient mixing with ambient waters.Two additional minor effluent streams, that are addressed in the current NPDES permit as discharging into the discharge canal with a 4.0 ppm above ambient limit for boron at the POD (see figure 2 for location), are the refueling water storage tank and the non-aerated water hold-up tanks.These two effluent streams are discharged through the radwaste system for further reduction in radioactivity.

The refueling water storage tank whose contents are used for safety injection and refueling water contains 500,000 gallons of water with a 2000 ppm boron content.There are four, forty thousand gallons non-aerated water hold-up tanks which hold reactor coolant bleed-off or drain down water.Both of these discharges occur very infrequently.

Boron discharges from the steam generator to the discharge canal are described under steam generator blowdown.Based on FPL's calculations, the maximum concentration of boron anticipated at the NPDES compliance point (the POD)during a release from the steam generator would be less than O.l ppm.This determination is based on the following assumptions.

The least possible dilution flow from one operating unit at 30%power would be two circulating water pumps plus two intake cooling water pumps.The subsequent flow in the discharge canal would be 271,000 gal/min.Using the maximum blowdown possible from both steam generators (240 gal/min)at ten times the upper limit of anticipated boron concentration (e.g.100 ppm)the maximum increase of boron in the discharge canal would be less than 0.1 ppm.The ambient boron concentration of the receiving water body (e.g., the Atlantic Ocean)is approximately 4.0 ppm.Thus the increase in the discharge canal boron concentration from a steam generator blowdown discharge is not significant.

The once-through cooling water system is presently chlorinated at a maximum of two hours per day per'unit for micro-and macrobiofouling control.In addition, the present NPDES permit which was modified February 28, 1992, allows the use of Betz Clam-Trol (CT-1)as a biocide for'reatment of these systems.CT-1 is utilized on an"as needed" basis 6-12 times per year to control macro-fouling in the intake area in particular.

4 Additional amounts, up to 58,000 gpm, of.ocean cooling water are pumped using intake cooling water pumps through the auxiliary equipment heat exchangers.

The solution being cooled by these heat exchangers, which in turn directly cools in-plant machinery, contains 200-500 ppm sodium molybdate, 200-500 ppm of sodium nitrite, and 10-30 ppm tolytriazole.

Normally this part of the system is closed, i.e., it recirculates much like an automobile cooling system.Should a leak occur in a heat exchange'r, a small amount of the molybdate solution could be released.The water level in this system is carefully monitored so leaks can be identified and repairs made.

l 0 Bue to the large volume of water being discharged to the common discharge canal through the"open" part of the cooling water system, lt ls anticipated that these minor leaks would not be detectable at the heat exchanger outlet and certainly would not be detectable at the POD fn the discharge canal.Low-level chlorination of the auxiliary cooling water is utilized.This system can also be treated for blofouling control during the once-through cooling water CT-1 applications.

Makeu Water Purification Water for general plant use ls purchased from the City of Fort Pierce and ls further processed to satisfy various plant requirements.

The water fs transported via pipeline to the plant.Water for reactor coolant and steam generator make-up fs passed through carbon filters for removal of suspended solids (organic and inorganic), as well as removal of any residual chorine that may be present.It fs further treated by use of a cation resin where cations such as Mg" and Ca" are removed.Next, the water passes through an anion resin where anions such as SO4-and Cl are removed.Finally it passes through a polishing mixed bed consisting of anion and cation resins.After repeated use, ion exchange capacity of the-anion and cation resins becomes exhausted and must be returned to its original capacity (regenerated).

Cation resins are regenerated with H,SO4 (sulfuric acid)where H'eplaces the cations exchanged by the resin during the demineralizatfon process.The anion resin bed fs regenerated with NaOH (sodium hydroxide) where OH replaces anions exchanged by resins during demfneralfzatlon.

The Anal polishing mixed bed anion/cation resin demlneralizer also requires regeneration with NaOH/H,SO4 but at a lesser frequency than the cation and anion demineralfzers.

Certain steps from the anion and cation demlnerallzer regeneration process which generates corrosive (RCRA)wastes are routed to a Totally Enclosed Treatment Facility where pH ls adJusted to between 2 and 12.5 SU.This effluent fs then routed.to the lined neutralization basin.Effluent from anion and cation demfneralfzer regenerations, which is not corrosive by RCRA criteria, fs routed directly to the lined neutralization basin.From the neutralization basin, the effluent is routed to the solids settling basins or the pH of each batch is checked and adJusted as necessary to between 6.0 and 8.5 SU to be discharged to the intake canal.The carbon filters are backwashed with city water to remove trapped, suspended solids previously filtered from that water.This water fs also discharged to the solids settling basins.

Li uid Radwaste S stem Batch Releases The flow from the radwaste treatment system is intermittent.

The system has been modified to permit a maximum design flow of 170 gpm.'his waste stream originates from various maintenance and operational activities which take place in the reactor auxiliary building (RAB)and is processed for radioactive reduction by ion exchange resins and low micron filtration systems.Effluent from this system does not normally contain any metal cleaning wastes, however there are times, such as during steam generator channel head cleaning, when some metal cleaning waste could be discharged.

Steam Generator Blowdown High purity water is generated at the St.Lucie Pant by a water treatment plant by way of carbon filtration'and anion and cation exchange demineralization.

Much of this high quality water is routed to the secondary system and steam generators as makeup for the water/steam cycle.An amine such as ammonia or morphaline may be added for pH control and hydrazine or (catalyzed hydrazine) is added for oxygen removal.Undesirable contaminants such as chlorides from condenser leaks can contaminate the steam generator water.Strict operating specifications require that suspended and dissolved solids be maintained at very low levels.Therefore, to keep the contaminants at these low levels, a continuous steam generator blowdown is required.This blowdown is normally recycled but may be routed to the discharge canal.The concentration of hydrazine in these discharges normally ranges from 25 ppb to 2 ppm.During overhauls and/or refueling outages the steam generators, feedwater systems, and/or condensers may be'placed in a static mode where the internal metal surfaces of these components must be protected from corrosion.

The typical method used is to fill the system with a hydrazine (or catylized hydrazine) ammonia/demineralized water solution.A steam generator wet lay-up requires 140,000 gallons of water while condenser lay-up requires 750,000 gallons.This solution, which contains up to 300 ppm hydrazine, must then be drained.Steam generators are discharged to the plant's discharge canal.Condensers are drained through a temporary hose to the intake canal where intake cooling water pumps (auxiliary equipment cooling water pumps)move the effluent to the discharge canal.These discharges occur approximately every eighteen months per unit during refueling operations or during any periods of extended maintenance.

FPL has monitored the discharge canal extensively at EPA's request since 1989 during periods of"wet lay-up" discharge and found the hydrazine values, due to the rapid break-down of hydrazine upon exposure to oxygen in the environment and through dilution, to be between<5 ppb and 16 ppb at the POD with most of the values being<5 ppb (the detection limit for hydrazine).

I The plant also operates the steam generator at concentrations of up to 10 ppm boric acid.-Discharge of this boric acid via blowdown was discussed previously under the once through cooling water description.

1f i At some point during the next permit cycle, it may be necessary to conduct a~chemical cleaning of the steam generator.

Should this event occur, FPL.will supply information on the method of cleaning that will be utilized prior to the cleaning event.Intake Travelin Screen Wash Water Two 1060 gpm capacity traveling screen wash pumps located on both Units 1 and 2 at the St.Lucie Plant intake structure withdraw ocean water for traveling screen cleaning.The traveling screens are used to prevent debris from reaching the condensers.

One pump (the other standby)is normally in operation on each unit for two hours per day, at an average wash flow of 90 gpm per unit.The wash water is returned to the intake canal through a collection sump and drain system.There are two waste streams at the St.Lucie Plant which are not a function of electrical generation operating activities.

They are: Sewage treatment plants Non-equipment area storm water runoff Sewa e Treatment Plants Sanitary wastes from shower, water closets, and other personnel-related waste waters as well as spent plant laboratory wastes are routed to the Unit 1 sewage treatment plant.The Unit 1 sewage treatment plant (STP)has a design capacity of 17,000 gpd.It discharges into the intake canal.The Unit 2 STP consists of two parallel, 10,000 gpd units which discharge to the solids settling basins from which there is no discharge to navigable waters of the U.S.Non-e ui ment Area Storm Water Run-off Various non-equipment area stormwater discharges are made to the cooling water intake canal and the ad]acent Big Mud Creek.These streams originate from areas of the plant such as roadways, parking lots, and building storm drains and are covered the attached application Form 2F.

I FICURE 2 INTAKE UNIT I DISCHARGE~UNIT 2 OISCHARGE STRUCTiNE lr(TO Y-PORT OIFFUSERI I TO MULTI-PORT OIFFUSER ATLANTIC OCEAN III III I I I I III III III III OSN OOC-OOV UJ CQ CJ O ST.LUClE PLANT 4 2 Qe UNIT UNIT I 0 Qe BIG MUO CREEK I g 0 lK 3+co)INTAKE CANAL~w c~s 1 s~s~g~I~end (1)Lcnr Volume Waste (Neat.Basin)Serial r 002 (2)Radiate System Serial roos (S)Unit r 1 Sewage Troatment Hant Sedal rOO4 (i)Stela Oeaerator Bloecknrn See4al roO5 (S)iten eelallement hrea Stouter Drains Serial rOOS (B)Hasardous Waste Satellite~mtl~h (7)Hassrdoas Waste%Way hoeumalatlon brea (8)Settling Basin Ifl 1[0 0~~~a a~~~e~~~~~~1~~~~~~~0~~~s~~~.~"~~A~~~C~~~~~~

ATTACHMENT t OFF-SITE WELL INVENTORY WITHIN A ONE/QUARTER MILE RADIUS OF THE ST.LUCIE PLANT FPL is not aware of any offsite wells located within a N mile of the St.Lucie Plant.t l 0 ATTA ENT 2 age l of 3 St.Lucie Plant 40 CFR 117.12(a)(2)Disclosure Chemical (List 0)Type.Use Quantities Stored on Site Unit Quantity Physical Treatment State Method Ammonia Ammonium Acetate Ammonium Chloride Ammonium Hydroxide (30%)Ammonium Oxalate Antimony Potassium Tartrate (14)Blue Print Developing (15)Lab Reagent (23)Lab Reagent (28)Lab Reagent pH adjustment (29)Lab Reajent (40)Lab Reajent 10 20 3 8 8 12 150 lb.cylinder pint liter bottle 4 lb bottle 5 gallons liter 500 g.gas liquid liquid liquid liquid liquid solid STP/Evap.Rad Waste STP STP SB Rad Wate STP Rad Waste STP Calcium Hypochlorite Dimethylamine EDTA Hydrochloric Acid (concentrated)

(72)STP Chlorination (119)Lab Reagent (135)Lab Reagent (152)Lab Reagent 25 55 4 45 lb.150 lb.cylinder liter 6 lb.bottle solid liquid liquid STP SB STP STP STP=Sewage Treatment Plant SB=Settling Basin Evap.=Evaporation Chemical (List¹)Type.Use ATTA ENT 2 St.Lucie Plant 40 CFR 117.12(a)(2)Disclosure Quantities Stored on Site Unit Quantity age2 of 3 C Physical Treatment State Method Nitric Acid Phosphoric Acid Potassium Hydroxide (198)Lab Reagent (208)Lab Reagent (219)Decontamination Activities 15 23 2'15 1 2 1 gal.bottle 1 gal.bottle 125 lb.kegs liquid liquid solid STP STP Radwaste System Lab Reagent Potassium Permanganate (220)Decontamination Activities 10 15 5 lb.bottle 125 lb.kegs solid solid STP Radwate System Sodium BisulQte Sodium Hydroxide Lab Reagent (235)Lab Reagent (241)Demineralizer Regenerant 3 6 5000 8500 1 lb.bottle 1 gal.bottle 3000 gal.(truck load)-liquid Neut.Basin solid STP solid STP 50%Aqueous Sodium Hypochlorite (5%)(10%)Lab Reagent (242)Laundry Bleach Biofouling Control 10.20 10 20 1500 3000 1 gal.bottle gallon gallon solid liquid liquid STP STP SB Once thru cooling STP=Sewage Treatment Plant SB=Settling Basin Evap.=Evaporation l l0 ATTA ENT 2 age3 of 3 St.Lucie Plant 40 CFR 117.12(a)(2)Disclosure Chemical (List¹)Type.Use Quantities Stored on Site Unit Quantity Physical Treatment State Method Sodium Nitrite (244)Cooling Water Additive 40 75 Lab Reagent 2 4 10KG 500g solid solid SB SB Sodium Phosphate Dibasic (245)Lab Reagent 6 5 gal.bottle solid STP Sodium Phosphate Tribasic (246)pH Adjustment 90 90 50 gal.bag solid Radwaste Sulfuric Acid Toulene (251)Lab Reagent Demineralizer Regenerant (263)Solvent 5000 8500 9 lb.bottle 3000 gal.(truck load)1 gal.bottle liquid liquid liquid STP Neut.Basin Off-site disposal evaporation Xylene (277)Paint Solvent 55 gal.drum liquid Off-site disposal Hydrazine Oxygen Scavenger, 320 gal.bin liquid Steam Gen.Blowdown STP=Sewage Treatment Plant SB=Settling Basin Evap.=Evaporation PLEASE PRINT (PE IN THE UNSHADED AREAS ONLY.You moy report some or oll of this information on scltorotc sheets (usc the some fomtor)insteod of completing these pages.SEE INSTRUCTIONS.

EPA I.D.NUMBcn (catty from linn l nf l>onn l)FLD000807479

-Form Approved.0MB iyo.2040 0088 Approval exp>'reS7LBl.88 u.INTAKE nun.,t Ir ualttollnltnoialtlatluafou rb cdr>>ptc.o rpo>>tel (',vcofyttt lc pABT A~you trtuci ltr ovid, lln eiulii of ct lean one analysis for every polln lani in ibis table.cornpfete one table for each outfall See instructions for additional details.I.POLLUTANT ih hinxIMUM DAlLY vnt UC I~)>IA;, s'tiI r~TI AI~~I'tnt~II Its A'I testa I>I LI Ass 2.EFFLUENT b.MAXIMIIM 30 DAY VALUC (tl auaietatttc I la)rt.stt r ttvRATsort lt)MASS C.LUN P/IM tb tt, A VL'l.N 0 O I'NALYsCs it.CON CEN.TBATION b.Mnss 3.UNITS (Kpc eify if hlnnltl 4.INTAKE (optional) a.LONG TCBM b.No.oP ANALYSES lc)(1)MASS COttC L tITItA TIOtt a.Biochemical Oxygen Oetnand (l)OD)b.Chemical Oxygen Demancl (COD)c.Total Organic Carbon (TOC)<3.0 293 3.14 3612 38.6.mg/L mg/L 1'-.mg/L<3.0 1bs 788 1bs<1.0 8353 d.Total Suspended Solids (TSS)133 1636 mg/L 1bs 103 1092 e.Ammonia (as N)l.Flow g.Tom petalure (cuinler)h.Temperature (snnnner)vnLUE VALUE vnLvl 1478 42.7 45.6 VALUE VALUE VALUE 1477 37.2 42.4 vnLVC VALVC VALVC 1274 36.5 42.0 365 90 90 mg/L MGD'C nc<0.1 VAI UC VALUE VALVC 1274 22.4 28.3 365 90 90 MINIMUM taAXIMV>I MINIM Vta tv1 A XIMUM i.PH 8.09 8.11 STANDARD UNITS PART B-Mark X In column 2-a for each pollutant youknowor have reason to believe is present.Mark-X-in column 2-b for each pollutant you believe tobe absent.If you mark column 2a for any pollutant which is liniited either directly, or indirectly but expressly, in an effluent limitations guideline, you must provide the results of at least one analysis for that pollutant.

For olher pollutants for which you mark column 28, you must provide quantitative data or an explanation of their presence in your discharge.

Complete one table for each outfall.See the instructions for additional details and requirements.

ANT AND CAS NO.(if auai(ab(c) n~sr.L IIIV tii I'I SI tII lx os~LILiVI I A la'Sl HI t.POLLUT-2.MABIc'x I~)CONCLNIRAIION I>)MASS I~C O N C R H I R A T I O tt (>)MASS I~I CONCf NTttATION (>)MASS 3.EFFLUENT a.MAXIMUM DAILY VALUE b, MAXIMIIM 3II I3(AY VALVE C.LONG TIE)BM A gtp.VnLVE d.NO, or nNAL-YSES 4.UNITS b.MASS O.CONCEN IIATION C 0 N C C N T It A 1 I 0 N (I)M ASS 5.INTAKE (optional) a.LONG TERM AVEBAGE VALUC No.OI ANAL YSES a.Bromide (24959.87-9) b.Chlorine, Total Residual 63.9<0.01 786<0.01<0.01 365 mg/L mg/L, lbs 64.2 681 c.Color d.Fecal Coliform o.Fluoride ()8984 48 8)<5 PCU/100ML 1bs<5 f.Nilralo-Niltho (rS N)<0.03 mg/L<0.03 El>It Fettn 3Et1Q 7l f(tRV 7.RE)BADE V-I CONTI(IUE ON REVERSE>

ITEM V-B CONTINUED FROM FRONT I.POLLUT-ANT AND CAS NO.(i f available) 2.MARK'X'.Re-b.as-ICVC SIRVSO RRS AR SSNT SRNT CONCSNTRATION (2)MASS s.MAXIMUM DAILY VALUE I CONCCNTRATION (2)MASS 3.EFFLUENT b.MAXI M 30 DAY VALUE I CONCRNTRATIOH (2)MASS C.LON TP/IM QQII).VALUE 4.UNITS d.No.oF s.coNcEN ANAL TRATION YSES b.MASS 5.INTAKE (oprfonalJ A Vht A%%VALUE I COHCCHTRATIOH I2)MASS NO.OF ANAL YSES g.Nitrogen, Total Organic (as NJ..IL Oil snd Grease I.Phosphorus fai PJ, Total (7723-14-0) j.Radioactivity (1)Alpha, Total (2)Bets, Total (3).Ridlum, Total X X X 0.60<1.0<0.05<0.5 358 7.38 1 mg/L 1 mg/L 1.mg/L 1 pCi/L pCi/L lbs.0.58<1.0<0.05 47.8 453 6.1 (4)Radium 226, Total k.Sul ste (as SO4)(14808-79%)

I.Sulfide I'as T.i)m.Su fits (as SO3)(14265-45-3) n.Surfsctents o.Aluminum, Total (7429 90-5)p.sr um, Total (7440.39.3) q.Boron, Total (7440 424))r.Cobalt, Total (7440-48 4)s.Iron, Total (74394)9.6)X X 3260<0.1 5.2*0.06 40098 64 0.74 1 mg/L mg/L 26 mg/L mg/L lbs lbs 3390<0.1 4.4 0.09.35934.1 46.6 0.96 t.Magnesium.

Total (7439 95 4)X 1400 17220 1 mg/L lbs 1400 14840 1 u.Molybdenum, Total (7439 98 7)v.sngsnese, Total (7439.96.5) w.Tin, Total (7440.31.5)

X 0.12 1.48 1 mg/L lbs 0.11 1.17 x.Titanium, Total (7440.32.6)

<0.05 EPA Fnrm 351 (Rev.2-85)*Vr)1 ues col 1 ected dur ing Boron di sch 1 mg/L<0.05 CONT K.PAGE V-3 CONTINUED FROM PAGE 3 OF FORM 2.C I I'I I).II Ufo oc ft (I'OP)iroiii I h"~l ril l FLD000807479 OU I'f ALL NUMOI:It 001 loroi Approved OhfB No 2040 0086 Approval expires 7-3--PART C-If you are 8 plimafy industry and this outfall contains process wastewater, Iefef tO Table 2c-2 in the instructions to determine which of the GC/MS fractions you must test for.Mark"X" in column 2-a for all such GC/MS fractions that apply to your industry and~(of ALL toxic metals, cyanides, and total phenols.If you are not required to mark column 2-a (secondaryindfjsfriec.

nonprocess was(evvafer oui lalls, and nonrequired GC/MS fractions/, mark"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 is absent.If you mask column 2a for any pollutant, you must provide the results of at least one analysis for that pollutant.

If you mark column 2b for any pollutant, you must provide the results of at least one analysis for that pollutant if you know of have reason to believe it will be discharged in concentrations of 10 ppb of greater.If you mark column 2b for acfolein, acfylonitfile, 2.4 dinitfophenol, of 2-methy(-4, 6 dinitfophenol, you must provide the fesults of at least one analysis for each of these pollutants which you know or have reason to believe that you discharge in concentrations of 100 ppb of greater Otherwise, fnf pollutants for which you mark column 2b, you must either submit at least one analysis or briefly describe the Iea sons the pollutant is expected to be discharged.

Note that there are 7 pages to this part;please review each carefully.

Complete one table (all 7 pages/for each outfall.See instructions for additional details and requirements.

l.POLLUTANT AND CAS NUMDEIT lil neaifnbfel METALS, CYANID 1M.Antimony, Total (7440-36 0)2M.Arsenic, Total (7440.38 2)3M.8erylliuin, Total, 7440 41 7)4M.Cadmiuin, Total (7440 43 9)1.T IT?.I'NO NC O U I II II I C OS II.VI I IEVI I I NS Ail='*~NT S'I 2 F., AND TOTAL PIIE X a h1AXIhIIIM D II)CONT~.NINAIIiin NOLS<0.05<0.05<0.Ol<0.005 AILY VALUC ()MASS CONC I NTNATION (?I MASS 3.EFFLUENT u.MAXIM M 39 OAY VAI UC fi afiailaofe)

I~I CONCCNTNATION (2)MASS C.LONG Tf/IM A$'It.VALUC<L NO.Of ANAL-YSES 4.UNITS I?, h1 ASS mg/L mg/L mg/L mg/L a.CONCCN TFIATION a LONG TCFIM A V Oft AGC VAI UF-(2)MASS (I)coNccN.TNATION h NO.OF ANAL YSCS<0.05<0.05<0.01<0.005 5.INTAKE (opfionall SM.Chfomiuin, Total (7440 47-3)0.014 0.17 mg/L lbs 0.014 0.'15 6M.Copper, Total (7440-60-8) 7M Lead, Total (7439.92.1) 8M.Mercury, Total (7439 97 6)9M.Nickol, Total (7440.02 0)10M.Selenium, Total (7782 49 2)X X<0.02<0.5<0.2<0.04<0.1 mg/L mg/L Ug/L mg/L mg/L<0.02<0.5<0.2<0.04<0 1 11M.Silver, Total (7440-22-4)

X<0.01 mg/L<0.01 12M, Thallium, Total (7440 28 0)13M.Zinc, Total (7440.66 6l 14M.Cyanfde, Tctal (57 12 Ia)15M.Phenols, Total<1~0<0.05<0.005<0.005 1 1 mg/L mg/L mg/L mg/L<0.1<0.05<0.005<0.005 I f lt f'nfn'II I II"I~I II I I I II IU~1 NOT REQUIRED~I, I ((>fiylfl'ff 0')REVFRSE CONTINUED FROM THE FRONT I~POLLUTANT AND CAS NUMBER (i (a cailub le)Z.MAIIK'X't.51 b.OC C RL IHI ILVC LICVL RL'RC AS OVIR'CNT SCHT C O N C L" N T R AT I 0 N (1)MASS c.MAXIMUM DAILY VALUE (Il CONCLHTNATION (1)MASS 3.EFFLUENT b.MAXI M 3.$lg/AY VALUE avai a e CONCCNTHATION (1)MASS C.LONG T (PM)1f PP.VALUE 4.UNITS b.MASS O'O" a.CONCEN-TRATION YSES a.LQNG TERM b.NO.OF ANAL YSES (II CONCRN TRATION (1)MASS 5.INTAKE (I!prionul/

GC/MS FRACTION-VOLATILE COMPOUNDS 1V.Acro lein (107.02%)2V.Aery lonitr lie (107-13-1) 3V.Benzene (71-43.2)4V.Bis (Chforo.mcfhyl)Ether (542.88-1)

SV.Bromo(orm (75-25.2)6V.Carbon Tetrachloride (56.23.5!7V.Chlorobenzene (108.90-7)

BV.Chlorodi.bromornethane (124.48-1)9V.Chloroethane P5 00.3)10V.2-Chloro.cthylvinyl Ether (110-75%)11V.Chloroform (67 66.3)12V.Dichloro.bromo methane (75 27-4)13V.Dichloro.difluoromethanc (75.71 8)14V.1,1-Dichloro.

ethane (75-34.3)X X 15V.1,2.Dichloro-ethane (107.06.2) 16V.1,1.Dichloro.

ethylene (75-35 4)17V.1,2.Dichloro propane (78.87 5)18V.1,3 Dich!era.prcpyIAnc (542.75 6)19V.5 thylln!nzcnc (100 41 4)20V.Methyl Bron!ide (74 83 9)21V, Methyl Chloride (74 87 2 EPA Form 3510.y 2-85)*Blank indicates va ue e ow e ec>limit.PA CO ,ON PAGE V.S CONTINUED FRO 1.POLLUTA AND CAS NUMBER (i f auailoblc)

AGE VX.MARK'X'T b.Rd-c ac-C IKVC SIRVC RI: RRC Ad OOIR SKNT SCNT 8.MAXIMUM DAILY VALUE (I)(TI MASS CONCSNTRATION 3.EFFLUENT b.MAXIM)1M 3$g(AY VALUE I auaia e)(~)(I)MASS CONCRNTRATION G TPPM Alg~VALUE (RI MASS CONCCNTRATION EFA I.D.NUMIIER (coity frt>m linn l of l'orm l)Otx I FALI.NUMBER FLD000807479 001 tt NO.OF ANAI YSES 8.CONCEN TRATION b.MASS 8.LONG (~)CONCRN TRATION 0MB No, 2040 0088 Approval expires 7 3 l-88 (I)MASa b.NO.OF ANAI YSES GC/MS FRACTION-VOLATILE COMPOUNDS (conlinued) 22V.Methylene Chloride (75.09.2)23V.1,1,2,2.Tetra.chloroothsno (79-34-5)24V.Tetrschloro.

ethylene (127-18 4)25V.Toluene (1084)8-3) 26V.1,2.Trans.

Dichloroethyleno (156-60.5) 27V.1,1,1-Tri.

chloroethsno (71-55.6)28V.1,1.2 Tri-chloroothsne (79.00.5)29V.Trlchloro-ethylene (79 01.6)30V.Trichloro.

lluoromothane (75 69-4)31V.Vinyl Chloride (75.01.4)X X GC/MS FRACTION-ACID COM FOUN DS 1A.2 Chlorophcno (95.57 8)2A.2,4 Dichloro.phenol (12083 2)3A.2,4.Dimothyl.

phenol (105 67 9)X X 4A.4,6 Dlnitro O.Cresol (534.52 1)5A.2,4 Dinitro.phenol (51.28-5)6A.2 Nitrophonol

.(88-75 5)7A.4.Nltrophenol (100.02-7) 8A.P.Chloro M Creso1 (59 50.7)X 9A.Pentschloro.

phenol (87.8G 5)10A.Phenol (108.95 2)11A.2,4,G.Trt chlorophonol (88.06 2)I'Ilh I'n NI 1n tn Nr~I+X 81an.snds~81lie t)I T~vn rntuvtrt<<r nt I BrvgB<n CONTINUED FROM THE FRONT 1.POLLUTANT AND CAS NUMBER (if available) z.M AS\K'X'TKTT Iz RK c RK ING I,IKVI'IKIIK RK ARK AR OUIR SKNT~KHT a.MAxIMUM DAILY vALUK II)Itl MA$5 CONCKHTRATION GC/MS FRACTION-BASE/NEUTRAL COMPOUNDS 18.Acenaphthena (83.32.9)CONCKNTRATION (tl MA$5 3,EFFLUENT b.MAXIM)M 3$PPY VALUL CONCKNTHATION It)MASS C.Lo N G TPC M g'g f.V A LU L It No.or ANAL YSES 4.UNITS b.MASS a.coNcz:N TRATION I~)CONCKN TRATIOH Itl MA$$b.NO.OF ANAL YSES 5.INTAKE/Itprionvl) a.LONG TERM 28.Acenaphtylene (208.96%)38.Anthracene (120.12 7)48.Benz ldine (924)7-5)58.Bonzo (a)Anthracene (56.55-3)68.Benzo (a)Pyrene (50-324))78.3,4-8enzo-fluoranthene (205 99.2)88.Benzo (zht)Perylene (191.24-2) 98.Benzo (h)F luoranthene (207.08.9)

X X X 108.8ls (2-Chloro.

ethoxy J Methane X (1 1 1-9 1-1)118.Bls (2-Chlaro.

elhyl)Ether (111-44 4)126.Bis/2.Chlaroiso-prapyf/Ether (102.60.1) 138.Bls (2.Ethyl.hexyl)Phthalate (117%1-7)148.4 Bromo.phenylPhenyl Ether (101-55.3) 158.Butyl Benzyl Phthalate (85.68-7 16Iy.2-CItloro-naphthalene (91-58-7)178.4.Chloro-phenyl Phenyl Ether (7005.72-3) 188.Chrysene (218 01-9)X 198.Oibenzo (a,hJ Anthracene X (53.70-3)208.1,2-Dichloro.

benzene (95.50 1)X 218.1,3 Olchloro.benzene(641-7 FPA Fornt 351*Blank indicates value below detection P')imit.-6 ON PAGE V-7 CONTINUED F I.POLLUTA AND CAS NUMBER (if ouoilablr)

GE V-6.MARK'X'tssT tz OE c sc~NI It VC LI~VS RS~RS AR DVIR'ANT~SHT LFA I.o.NUMoLR (copy from llcm I of Form I J oU Trnt.t.Nuraocn FLD000807479 3.EFFLUENT 001 I~I I~)(I)MASS CDNCSNTRATIDH (tl MASS (t)MASS CDHCCNTRATIOH 4 4 N 4 S H T 4 A T I 4 N s.MAxlMUM DAII Y vAI UE b.MAxlM M s)lgiAY vALUB C.oNG T pM ygtt~YALUE It NO.OF ANAL YSES 4.UNITS a.CONCKN'RATION b.MASS (I)CONCCN TRATION a.LONG TE, M (t)SIASS ANAL-YSKS b.NO.OF iorm Approved OhIB iyo2040.0086 Approval expues 7 31 88 5.INT pl(on'al J GC/MS FRACTION-BASE/NEU TRAL 228.1,4.Dichloro-benzene (106.46.7 238.3,3'-Dichloro benzldine X (91-94-1)248.Diethyl Phthalste (84.66-2)258.Dimethyl Phthslste (131~11-3)COMPOUNDS (continued'68.

DI.N Butyl Phthslate (84-74.2)278.2,4 Dinitro.toluene (121-14-2)

X X 288.2,6 Dinitro-toluene (606-20-2) 298.Di N-Octyl Phthslatc (1174)4.0) 308.1,2.Diphenyl-hydrsz inc (CT rtzo.benzene)(122 66.7 318.Fiuoranthcnc (206.44 0)X 328.Fluorcnc (86-73.7)336.Kexacnbrcbenren.

IIIII.7 a.t I 348.Hexa.chlorobutadienc (87.68-3)358.Hexachloro=

cyclopentadiene (77.47-4)368.Hexachloro-ethanc (67*72-1}378.Indeno (l,2,3 cd)Pyrcnc (193-39-5) 388.Isophorone (78.59-1)398.Naphthalene (91-20.3)X 408.Nltrobcnzcne (98 95.3)418.N Nitro-sodimethylaminc (62-75 9)428.N-Nitrosodi N-Propylarninc (621-64-7)

X B C 1 Oll l(01 e e e ow Fpnrr,~it"-"'"'*1ailk 1T(dlcates Wva ue t V=7 CONTINUE ON REVERSE CONTINUED FROM THE FRONT I.POLLUTANT z, Mnrff1'x'ND CAS 1 I~.I tss ur C NI.a.MAXIMIIM DAILY VALUE ,lt vr.s.le vs I tl~.s PN~All ff/auutlublrl ollln srttt tests Itl (I)MA$$Lu CONE.I NIIIA~IION GC/MS FRACTION-RASF/NEUTRAL COMPOUNDS (I tfttflnrnul) 438.N Nitro.sodipheny lamino (86-30.6)I~I CSINI't ttsltA~~litt ill ssA$$3.EFFLUENT CONC EN tNA IISIN (II MA$$C.LONG TPPM f$Pg.VALVP El NO,Or ANAL.YSCS 4.UNITS IA MASS a.CONCERN TAATION a.LONG TCrIM (s I cnttC~tt.tNAEION Itl MAcs Il.NO.OI ANAL YSCS 5..INTAKE (uprfonal/

448.Phenanthrcne (85.01-8)X 45B.Pyrene (129 00-0)468.1,2,4-Tri-chforobenzene (120 82.1)GC/MS FRACTION 1P.Aldrin (309 00 2)4, 2P.0 BHC (319.84 6)X TICI DE NOT RENDU RED 3P.P BHC (319.85 7)4P.7 BHC (589 9)SP.5 BHC (319 86 8)6P.Chlordane (57.74 9)7P.4.4'DT (50-29-3)BP.4.4'-DOE (72.55.9)9P.4,4'-D DO (72.54.8)10P.Dieldrin (60 57-1)11P.C.Endosulfan (1 15-29-7)12P.P Endosulfan (1 15.29-7)13P.Endosulfan Sulfate (1031.07%)

14P.Endrin (72 208)15P.Endrin Aldehy<fe (7421.93 4)16P.Heptachiot (76.44 8)FPA Form 351m'oy,2 85)*Blank indicates value below detect1onCONT N PAGE V~9 CONTINUED FR GE V.8 FLD000807479 001 EPA I.D.NUMBER (copy fr<ttn llern l of P<tnn l)OUTFALL NUMBER Fomt Approved OM8 IYo.2040 0086 Approval exp<res 7-3).88 1.POLLUTA AND CAS NUMBER I<f nun<lnhlt I MA<I I<'X'it la et.~c, oa-Itt I,II,VN LITVFI Nt i FNL AN OI~IN='TNT TANT I~)CONC I N TttA TIIIN It)MA%5 S.MAXIMUM DAILY VALUE I~I CONCKNINAIIII

~I Itl MA%%3.EFFLUENT b.MAXIM)tM 3<t PLY VALUC I~I ONCCNTNATION IJI MA%5 N G TPP M A)IT P, VALUE 4.UNITS b.MASS e.CONCEN'IIATION YSES Irpl<onnl j (I)CONC C N.TNATION (TI I<A%5 b, F NO.O ANAL YSES 5.INT<I LONG TET<M GC/MS FRACTION-PESTICIDES fc<n<I(rn<e<I) 17P.Heptachlor Epoxlde (1024.57-3) 18P.PCB-1242 (63469-21.9)

NOT EQUIRED 19P.PCB-1254 (1 1097-69.1) 20P.PCB-1221 (11104 28 2)21P.PCB.1232 (11141 16-6)22P.PCB-1248 (12672.29 G)23P.PCB-12GO (110964)2-5) 24P.PCB l016 (12674-11.2<

25P.Toxapbcnc (8001.35.2)

PAGE V.g>>'h!o<<IT<GIN, J 1 I I>>

PLEASE PRINT PE IN THE UNSHADED AREAS ONLY.You may report some oral)o(this information on separate sheets fuse che same formac)instead of completing these pages.SEE INSTRUCTIONS.

EFA I.D.NUMBER (copy from Item J of Form l)FLD000807479 I Form Approved.0)vf 8 No.2040-0086 Approval expires 7I 31 88 OUTFALL NO.V.INTAKE AND EFFLUENT CHARACTERISTICS (concinued from page 3 of Form 2.C)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 details.002 a.Biochemical Oxygen Demand (BODJ I~)~lCAN 143sg N<3.0 (T)MA'%%.POLLUTANT a.MhxlMUM DAILY vALUE Cottrt IITNATION (I)MACS 2.EFFLUENT

.MAXI))M 3f PLY VALUE (~)CONCI NTRATION (T)MA5%C, ON A~A L auai<a c d.NO.OF ANALYSES a.CONCEN TRATION mg/L b.MASS 3.UNITS (specify ff blaniiJ I~)(7)MASS Ix No.QF ANALYSES 4.INTAKE (opcional a.LONG TERM b.Chemical Oxygen Demand (COD)c.Total Organic Carbon (TOC)14.3 10 33 mg/L mg/L lbs d.Total Suspended Salids (TSS)21.5 71 mg/L.1bs e.Ammonia (as N)0 0.73 mg/L 1bs f.Flow g.Temperature (tain cer)h.Temperature (summer)i.pH VALII'.4 VALVE 22.2 VALVI.M IN Iih V M 6 8 MAXIMUM 68 VALUC VALVC VALVI a1INIMVM MAXIMUM VALVE*0.22 VALVE VALVC MGD OQ Oc VALUE VALUC VALVC PART 8-Mark"X" in column 2.a for each pollutant you know or have reason to believe is present.Mack-XN in column 2-b for each pollutant you believe to be absent.If you mack column 2a for any pollutant which is limited either directly, or'indirec(ly but expressly, in an effluent limitations guideline, you must provide the results of at least one analysis for that pollutant.

For other pollutants for which you mark column 2a, you must provide quantitative data or an explanation of their presence in your discharge.

Complete one table for each outfall.See the instructions for additional details and requirements.

I.POLLUT-ANT AND CAS NO, (if auaifablr) a.Bromide (24959 67.9)2 thARIC'X'.Rr.b Nt I.I~.VrI I~CvrI TNT.AN Tt I~1%7~IT (~)Cottr~tttRATION (7)MA%5 a.MAXIMUM DAILY VALUE I~)COIICI.NTRATION IT)MA55 3.EFFLUENT b.MAXIMUM 3f I3(AY VALUC (~CONCCNTRATION (7)MASS C.LONG TRIM A)fig.VALVE ttNO O ANAL Y,SES 4.UNiTS Ix MASS a.LONCEN.ITATION I C O N C N N T It A T I O N IT)MA$5 5.INTAKE (opclonalJ a.LONG TERM AVCRAGC VALUE NO.OF ANAI YSES b.Chlorine, Total Residual X, c.Color d.Fecal Coliform X<5 PCU e.Fluoride (16984.48.8) f.Nitrate-Nilr ice (as N)EPA Form 3510.2C lRev.2-85)-MAX-0.4MGD AVE-0.2MGD BASED E"'ON DISCHARGED TO SOLIDS SETTLING BASIN.CDNT(NUEDNREvERsE ITEM V-B CONTINUED FROM FRONT 1.POLLUT-ANT AND CAS.NO.(I(effaceable J g, Nitrogen,'ots(Organic (a'5 N).4",.'LIOil snd," S CC ICY C~RC SCNT b.~c ICVC0 All SCNT 2.MARK'X~'M-"3.EFFLUENT-;~

c LON TP/I~MQPP ALUK I C 0 N C C N T R A Tl 0 N (II MAS~I C0NCCNTRATI0N (j)'MASS I.a.A CONCCNTRATION

()r s, MAXIMUM OAILT vALUK b.MAXI M Qsg d.NO.O'ANAL I.,YSKS.-C.CONCKN TRATION b.MASS A~.4.UN(TS.;";,-

AMnMMA".bK>.,.

"'NO.OF'ANAL N'YSKS.'ONCCNTRATION 5 INTAKE]opYofla(J~

-~I.Phosphorus

~(as P),'otal (7723.14.0)

): Radioactivity (1)Alpha, Tots(.I" (2)Bets, Total!, X X (3).Radium, Total"'.(4)Radium 226, Total k.Sul(ste (as SO4)(14808-794))

I.Su((lde m.Sul Ite fas SO3)(14265 45.3)X X X 2925 9.8x10 3 mg/L 1bs..n.Suffsctsn't5 o.Aluminum, Tots I (7429.90-5) p af unl, Total (7440-39-3) q.,Boron, Total:.f..(7440-'42%)

r.Co t,.Total'j.'," (744048 4)a Iron,', Total (743949;SJ ,t;M sgfle5lunl ,Total>~(I

~I (7439.95 4)'ul Molybdenum, Total'7439-$

8-7)v a figs nese, Total I (7439.96-6) w.Tin;Total (7440-31.5) x.Titanium, Total (7440.32 6)X X X 0.51 19.0 1.7 63 mg/L mg/L bs.bs EPA Form 35.(Rev.2-85)PAG CON%N PAGE V-3 CONTINUED FRO PAGE 3 OF FORM 2-C EpA I.D.NvMDER (copy from 1(cai I of F FLD000807479 OVTr'ALL NVMOCR 002 Form Approved 0MB/Vo.2040 0088 Approval exprres 7-31.8'PART C-If you are 8 primary industry and this outfall contains process wastewater, refer to Table 2c-2 in the instructions to determine which of the GC/MS fractions you must test for.Mark"X" in coIumn 2-a for off such GC/MS fractions that apply to your industry and for ALL toxic metals, cyanides, and total phenofs.If you are not required to mark column 2-a fseconderyindustries.

nonprocess wastewater ou(falls, and nonrequired GC//MS frac(ionsj, mark"X" in coIumn 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 is absent.If you mark column 2a for any po)(u tant, you must provide the results of at least one analysis for that pollutant.

If you mark column 2b (or any pollutant.

you must provide the results of at least one analysis for that pollutant if you know or have reason to believe it will be discharged in concentrations of 10 ppb or greater.If you mark column 2b for acro(ein, acrylonitrife, 2,4 dinitropheno), or 2-methyl-4, 6 dinitrophenol, you must provide the results of at least one analysis for each of these poI)utants which you know or have reason to believe that you discharge in concentration" of 100 ppb or greater Otherwise, (or pollutants for which you mark column 2b, you must eit he rsubmit at least one analysis or brie(ly describe the reasons t(le pollutant is expected to bo disc(ialqed (foll'hpt th rn sir/I iqeS I i Ill!S pelt, please InyinW eaCh carefully Complete one tab)e I'o//7 pages/for each outfalf.See inelruCtiOns for additiona(details and requirements.

I:-POLLUTANT Z I"'v.I'rlETALS, CYAN(Of/t!D'fhl fl(E I=""I DI II Xri e Vr (i>r i>NII II i"I'a IIOI Si 3.EFI LIICNT Ix.i s.<IMIIM 3C OA V vnl Iir rir>>i atate, J ra'i a A r~3 it (i)~'i a C c H T it A~I C N (r)%%A%~IIO.Or Ale A L-Ysrs 4.UNITS aiCONCEN=T R A T I 0 I'I a LONG TERM e VALUE (~)r ricacrii-viiATIo I Il)Mhss I)NO.OF ANAI-YSES 5.INTAKE (irprionoll I M, Antimony, total (7440 36 Ol 2M, Arsenic.total (7440 38 2)3M, Ocrylliurii.

tOI>>, 7440 ai I)4M.Cadmiutn.rota)(7440 43 9)X 5M.Chromi>>in, Total (7aaO 47 3)X 6M Copper, Total (7440-50-8) 7M.Lead.Total (7439.92-1) 0M.Mercurv, ti.I,i!(7439 97 6)nM.Nickel.1i.!.cl (7440 02 0)X I OM, Selenium, total (7782 49?I'I IM,Silver, I~ital (/440 22 4)12M.Thai liuin, I otal (7440-28 0)13M.Zinc, total (7440 66-6)X 14hl Cyalilrlc 1 nial (57 I?ri!15M.Phenol".1 otal ()I OX IN t:,3,7.8 Tetra I ftlotcttiihcn'r.

P ()ioxin (1764 01!.J)rpA fornl 3510?(III"<0.05<0.05<0.01<0.005 0.016<0.01<0.025<0.2<0.04<0.025<0.01<0.01<0.05 0'09<0.005~t\I SVII NOT REqUIRED r arri, 1 mg/L mg/L mg/L mg/L mg/L mg/L mg/L ug/L mg/L mg/L mg/L mg/L mg/L mg/L mg/L ('OI'TINUF ON REVERSE CONTINUED FROM THE FRONT I.POLLUTANT AND CAS NUMBER (if CIIaffv blc)GC/MS FRACTION 1V.Acrolein (107.024I)2.MARK'X'ATI.ST b.Sc-C SL-IHL ILVC LISVLI RL ANL AS CUIR 5f HT%%NT'VOLATILE COM S.MAXIMUM DAILY VALUE (I)MA%%COHCLNTRATION POUNDS 3.EFFLUENT b.Mf XI ItM 3$PPY VALUE C.LONG T/RM QTfP).VALUE (~I (4)MA5%(I)MA%5 CONC C NTRATIOH CONCSHTNATION 4.UNITS END o" a.coNcEN-A TRATION YSES b.MASS a.LONG TERM (~)COHCS N TRATION (I)MA%%b.NO.OF ANAL YSES 5.INTAKE foprional/

2V.Acrylonitrlle (107-13.1) 3V.Benzene (71 43.2)4V.Bis (Chloro-mefhyl)Ether (5424)8-1) 5V.Bromoform (75-25.2)6V.Carbon Tetrachloride (56.23.5)7V.Chlorobenzono (108.90-7)

BV.Chlorodi~bromomethane (124-48.1) 9V.Chloroethane (75 00-3)10V.2-Chloro-ethylvinyl Ether (110-754))

11V.Chloroform (67-66D)12V.Dichloro.bromomethane (75.27.4)13V.Dlchloro-difluoromethsno (75-714))14V.1,1-Dichloro.

ethane (75.34.3)X X X X 15V.1,2 Dichloro.ethane (107-06-2) 16V.1,1 Dichloro-ethylsns (75-35 4)17V.1,2 Dlchloro-propane (784)7-5)18V.13-Dich)ore.

prcpf(one (542-75.6) 19V.Ethylbenzene (100-41.4) 20V.Methyl Bromide (74.83 9)21V.Methyl Chloride (74 87:3)EPA Form 3510-r.2-85)*B1ank indiCateS Value belOW deteCt'iOn limit.Co)ON PAGE V-5 t 5 CONTINUED FR n I I/<Lr I>ALL NUMBER EFA I.D.NUMBER/copy/rom item/0/Po F VNI 002 0MB/yo.2040 0088 Approval erpires 7.3l-88 1.POLLUTA AND CAS NUMBER (tf auall ah le/EST b.~E C EE.INI IEVE LIEVE I\S TRE AR OVIR SENT SENT e.MAXIMUM DAILY vALUE I~I IT)MASS CONCENTRATION GC/MS FRACTION-VOLATILE COMPOUNDS (continued)

C0HCENTRATI0N (I)MASS 3.EFFLUENT b, MAXI M Sf Iffy Y VALUE CONCENTRATION (I)IIASS NG T AIM f$'tt VALUE 4 NO.OF ANAI YSES 4.UNITS b.MASS S.CONCEN TRATION e.LoNG TERM (I)COHCEH TRATION (T)SIRES b.NO.OF ANAL YSES 5.IN T ptional/22V.Methylene Chloride (76-09.2)23V.1,1,2,2-Tetre-chloroethene (79.3ILS)24V.Tetrechloro.

~thylene (127-18-4)

X X 26V.Toluene (1084)8 3)26V.1,2-Trens-Dlchloroethylene (166-60-6) 27V.1,1,1.TII~chloroethane (71.66.6)28V.1,1,2.Trl-chioroethene (79.00-6)'9V.Trlchloro.

ethylene'(79-01-6) 30V.Trlchloro.(luoromethene (76.69-4)31 V.Vinyl Chloride (75 Ol 4)GC/MS FRACTION 1A.2-Chloropheno (95.57-8)X X X D COIN-ACI POUNDS 2A.2,4 Dlchloro.phenol (120.83 2)3A.2,4.Dimethyl

~phenol (105.67.9) 4A.4,6.0lnltro 0-Cresol (534 52 1)SA.2,4-Dlnitro.

phenol (61-28.5)X 6A.2.NItrophenol (88.756)X 7A.4.Nltrophenol (I 004)2-7)8A.P.Chloro M.Cresol (69 50.7)9A.Pentechloro.

phenol (87 86 S)IOA.Phenol (108 95 2)11A.2,4,6 Trl-chlorophanol (88 05.2)X rnn r..~~., RI~I'~-0 RAtt 1 Abc IfrsSI v/I Iln IT nw tsf rsrt1nn IsslwrtI'r III~~I~I~~I r AI TIrI/rrIc'r, EFA I.o.rIUMaER (copy from lfcrn I of fx FLD000807479 OUTFALL NUMBER 002 Form Approved.OM8 hto.2040 0088 Approval expires 7 3l.88 I.POLLUTAN AND CAS Z.MARK'X'OST IX~C C~C INI ILVC LI~VS NS ANT AO OVIII SSNT~TNT NUMBER (I f oueifeblr)

GC/MS FRACTION-BASE/NEUTRAL 3.EFFLUENT MAXIMUM DAILY VALUE b.MAXI M 3'gy VALUE C.LONG T M g p~VALUE I~I III MAss CDNCSNTNATION COMPOUNDS (continued'

~I I~I lx)MAss (6)66Ass CONCCNTNATION CDNCSNTNATION Et NO.OF ANAL, YSES 4.UNITS b.MASS s.CONCEN.T RATION s.LONG TERM (~)CONCCN'NATION (x)TIAss b, NO.OF ANAL YSES 5.INTAKE (IIPrionaf/

228.1,4.Dlchloro-benzene(106-46-7 238.3.3'-Dlchloro benz Id inc (91-94-1)248.Dfethyl Phthslste (84-66-2)268.Dimethyl Phthalste~(131-11')268.Ol-N-Butyl Phthslate (84-74-2)278.2,4.Dinltro.

toluene (121-14-2)

X X X 288.2,6 Dinitro.toluene (606.20.2) 298.Oi-N Octyl Phthslste (1174)4-0) 308.1,2-Dlphenyl-hydrszlne (az Azo.benzene I (122-66.7 318.F luorsnthene (206-44.0)

X 328.Fluorene (86.73-7)338.Hezscnlcrcbenze IIIII.7 a-t I X 348.Hexa.chlorobu'tadisrle (87 68Q)358, Hexschloro.

cyciopentadlene (77-47-4)368.Hexschloro-ethsne (67-72.1)378.Indeno (1.2,3-cd)

Pyrene (193-39.5) 388.Isophorone (78.59.1)X X X 398.Naphthalene (91-20.3)408.Nltrobenzene (98 95.3)418.N Nitro.sodimethylsmine (62-75 9)428.N.Nitrosodi

~N.Propylsmine I627 66 77 I" frn I~~II I'li I~I X r6 I'I'rlr I I'IIII lf-i>r I llf'"VFfISF r I CONTINUED FR E V-8 r I'A I.D.NUMIIER (c opv freon llr>n I c>f I'LD000807479 UTFALL NUMDCR 002 For>>>Approred Oh18 IVO, 2040.0085 Approvslesprres 7 3l 88 1.POLLUTANT AND CAS NUMBER (i f availublrl 3.MARK'X'TI s>I5 RC~C~5~IHI ILVC SICVC>~II RRA AR 44IR\TNT STNI I~I CoNI.I HTHATIRH I I I I>Ass a.MAxIMUM DAILY YALUE I~I CONC 5 NTH A~IC>N ITI M@55 3.EFFLUENT b.MAXI M 30 DAY VALUE auallaoce I~I COHCCHTNATIOH II)MA%5 C.LONG TPPM PQII).VALUE>L NO.OF ANAL YSES 4.UNITS b.MASS a.CONCEN TRATION b NO.OF ANAI YSES a.LONG TERM I~I CONC%M TNATIOH II)MA@5 5.INTAKE (c>plionof)

GC/MS FRACTION-PESTICIDES feonlb>arel) 17P.Hcptachlor 6 pox Ide (1024 57.3)18P.PCB.1242 (53469.21-9)

OT REgUIR D 19P.PCB 1254 (11097 69 1)20P.PCB.1221 (11104 28 2)21P.PCB 1232 (11141-16-5) 22P.PCB 1248 (12672 29 G)23P.PCB 1260 (11096 82 5)24P.PCB 101G (12674 11.2)25P.Toxcpl>c>HT (8001.35 2)PAGE V-9~I~I>II~~~~~~'I>I~

PLEASE PRINT YPE IN THE UNSHADED AREAS ONLY.You may report some or all of this information on separate sheets fuse the same formarJ instead of completing these pages.SEE INSTRUCTIONS.

V.INTAKE AND EFFLUENT CHARACTERISTICS (continued from page 3 of Form 2 CJ EPA I.D.NUMBER (copy from Item l of Form l J FL0000807429 Form Approved.OM8 Na.2040 0088 Approval expires 7-31-88 OUTFALL No.003 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 details.I.POLLUTANT a.Biochemical Oxygen Demand (BOD J r t)M~I'l I Qsa lout ()I MA%%0.62 S.MAXIMUM DAILY VALUE A I auaa e I~I cnttct tt Itin~inN (TI MASS I~I CONC V NTHATIOH IRI MA%%2.EFFLUENT

, MAXI gM 3f IIt(AY VALUE C d.NO.OF ANALYSES s.CONCEN-TRATION b.MASS m L Ebs 3.UNITS (specify ff blanrt)4.INTAKE (optional S.LONG TERM th NO.OF ANALYSES I~I (TI MASS C I)N r C N T II A I I 0 M b.Chemical Oxygen Demand (COD J c.Total Organic Carbon ('I'OC J d.Total Susnondrtl Solids (1'88)e.Amtnonis (al N)(.Flow g.Toml)otal))to (taut rrrI h.Tempcrsluto (turne)rrl

<5 9.2 1.6 VAI I~)txt Ul 0.62 2.9 0.5 0.037 26.2 7.0 VALUE 0.034 V t)LUE VJ)t ul<4 VALUE 0.030 vAI.UE VALUE 105 m L m L~m/L MGD OC OC lbs't bs 1bs VALUE VALUE V A Lul.l.)it lit i Uta t)A kit\lit I 5.58 5.71 I ii)tiiiuta h)nxttauM 5.71 6.90 35 PART B-Matk-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 column 2a for any pollutant which is lin)ited either dil eCtly.or il)directly but expressly, in an effluent limitations guideline, you must provide the results of at least one analysis for that pollutant.

For other pollutants for which you mark colo)in)28, you must provide qllantd)'i Je data or an explanation of their presence in your discharge.

Complete one table for each outfall.See the instructions for additional details and requirements.

(.POLLUT-2.MAR)I'X'.EFFLUENT 4.UNITS 5.I N TA K E (uprltnlal J ANT AND CAS NO.(l f auaifable) a.Otomi<lo (24959 87.9).I.Nt,~h.I~I I II,V~.I I I~,VI I ru~A~I'I~.~I~%~I~~'ottrrt>tt A tint)(, I iIASS S.MAXIMuhl DAII Y VALUE (~C 0 N C t'I lt A 1 I O N (1)MASS C 0 N C I: H 1 n A T I 0 ti It)MASS b.MAxIM)M 3$lt)(AY vALUE c.LDNG T(PM fgrJt~vALUE tt NO.0 ANAL YSES a.LONCEN RATION h.MASS a LONG TE)IM AVERAGE VALUE I COttC NTNA)ION (t)MASS NO.OF ANAL-YSES b.Chiotiuo.Total R<<siduat c.Color d.I ecsl Coiifott))

X X<5 1 PCU e.F Iuorido ((8984 i18 8)X (.Nitrate-Nittlle (as N J X EPA Foun'3510-2C lRcv2-85)

PAGE V.l CONTINUE ON REVERSE 1

CONTINUED FROM PAGE 3 OF FORM 2-C Er>A!.o.NUMBER (copy from 1(cm (ol F FLD000807479 UTFALL NUMOER 003 Form Approved.OA(8 No.2040 0086 App over expires 7.31-88 PART C-If you are 0 primary industry and this outfall contains process wastewater, refer to Table 2c.2 in the instructions to determine which of the GC/MS fractions you must test for.Mark"X" in coluihn 2-a for all sue(i GC/MS fractions that apply to your industry and for ALL toxic metals, cyanides, and total phenols.If you are not required to mark column 2-a (seconderyindustries.

nonprocess wastewater ou(lolls, and nonrequired GC/AfS lrac(ionsj, mark"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 is absent.If you mark colu(nn 2a for any pollutant.

you must provide the results of at least one analysis for that pollutant.

If you mark column 2b for any pollutant, you must provide the results of at least one analysis for tliat pollutant if you know or have reason to believe it will be discharged in concentrations of 10 ppb or greater.If you mark co(umn 2b for acrolein, acrylonilrile, 2,4 dinitrophenol.

nr 2 methyl-4, 6 diniirophenol, you in>>st provide tlie results of at least one analysis for each of these pollutants which you know or have reason to believe that you discharge in COnCeiiti atiOn?Of 100 ppb Or g trent~r.Oilier Wi" e, (I r pnllu tant S fni>VI>(el>yuu mark CO(umn 2b, yOU muSt eitherSubmit at leaat One analySiS Or l>rie fly deSCril>e the reaSOnS the pO)luta nt iS eXpeCted tO be diern?<<Ie>(NO!e!lint tlirie~pen 1 (>-1?ea I>t)ii".I"l>i: pleaS">e eir W one)i Ca>of>>lly.

COmplete One table g'all 7 pageS/(Or eaC(i Outfall.See i>>StruotiOnS (Or additiOnal detailS and requirementS.

I POLL>JTArtl

'>A'ec'NO CAS ra U Irl 0 I: I)(Il Cre r>l!el.e(e I'1~\~ME IALS, CYANI()r>Ai!I'~irAI.I~III IM.Anil>>>c>>>y.

futai (7440:!6 0}?M, Arse>>>r..I ce>>>I (7440 38:?)3M.Bo>y!!i>>e>>.

Iota!.7440 41 1)I'skt (1>~>cd I e I!It'/I<0.02<0 003<0.005~I 1 I I"A-~('I~e'~el~~~~~~~(I e.-3.EI I L!ICri I!~'!Ir>1>M 30 1'>AY'>1 ALI~I i'r(A>eri(,r(I)ere re eeee r.rer>>III MAis C.I.Qt>G I EltM Avttc~YALt>E Crr>>>'o>(vle(rJ I t>c).OI AIIAL YS>:r I.VNI1S:>.GON(:I N'I RAT>Ot I mg/L mg/L mg/L I>NO.OF ANAL=YSCS LONG rE>tM A Q~ILA I (~)c~eec'I>>.~er A 1 cure C VA~UE (>I HA55 S.INTAKE (>)prie>noll 4M.Coun>i>>n>~Total (7440 43 0)GM.Chrom>c>m, rota!(7440 41 3)X<0.005<0.01 mg/L mg/L GM.Cnpper, (otal (7440 60.8))M Lead.Toia!I)439 92.1)(:11, MC>fce>I;, I~.I.e>!1430!>7 GI!>M.Nickoi.Inn>~I rnnu 02 ti)I OM.Se!>>>>iee>>>.

I uta!(1107 no 2)I IM, SiIvr>~I c)I>>I I inn'0 22.n)12M.Thai!i>en>~Iota!(7440?0 0)13M.7!nr..Tr)t>>i 11n40 GG I')14AI Eyar>iree I>>in>!01 I?e,e X IGM Ie!>r>>e)>-

X Iu taI X X X X 0.22.0 003<0.0002<0.02<0.0004<0.50<0.05 0.08<0.005 0.006 0.06 9X10 0.02 0.002 0.12 0.04 1 1 106 mg/L mg/L mg/L mg/L mg/L ug/L mg/L mg/L mg/L mg/L lbs I bs 1bs 1bs ebs 11>(~e<"-.I~e*~I';NOT REQUIRED CONTINUED FROM P GF VNI FL00008uiei~

H Approval erpires 7 31.88 I.POLLUTAN AND CAS NUMBER (if auailable)

MARK'X'~E LIEVE A~SENT b.HE ISVE~I'R E CUIR SENT S.MAXIMUM DAILY VALUE II)(I)IIASS CONC~.'THATION C0NCANTHATI0H (I)HASE 3.EFFLUENT b.MAXI M 3$P/AY VALUE auai a e)C NCENTNATION (I)IIASS T PM Pgtt.VALUE d.NO.OP ANAL YSES 4.UNITS b.MASS s.CONCEN.T RAT I ON 5.INT s.LONG T III COHCEN TAATION (I)AIASS b.NO.OF ANAL YSES GC/MS FRACTION-VOLATILE COMPOUNDS (conlinued) 22V.Methylene Chloride (75.09.2)23V.1,1,2,2 Tetrs-chloroethsne (79.34-.5) 24V.Tetrschloro-ethylene (127-18.4) 25V.Toluene (108%8-3)26V.1.2-Trans.

Dlchloroethylene (156-60-6) 27V.1,1,1 Trl.chloroethane (71%5-6)28V.1,1.2.Trl~chloroethane (79 00-6)29V.Trlchloro-ethylene (79.01.6)30V.Trichloro.

Iluoromethsne (75-69.4)31 V.Vinyl Chloride (75 01.4)X X.X X X X GC/MS FRACTION-ACI D COM POUNDS IA.2-Chloropheno (96 574))2A.2,4.0(chloro.

phenol (120.83.2)

X X 3A.2,4.0lmethyl-phenol (105.67-9) 4A, 4,6:Dlnltro O.Cresol (634-52.1) 6A.2,4 Dlnltro-phenol (61.28.5)6A.2.NItrophenol (88-76.5),'A.

4-Nltrophenol (100 02.7)X 8A.P-Chloro M.Cresol (59-50-7)9A.Pentschloro phenol (87-86 5)X IOA.Phenol (108 95.2)1 I A.2,4,6.Trl~:hlorophenol

[88 06-2)'PA Fornt 35)0.2(.(I(c'v.?.85)

• Blank indiCateS Va1ue e OW e eC 1On f(an v-5 CONTINUF.ON REVFRSE 0 N l CONTINUED F EpA I.D.NUMLICR (col>y from llcm I of Eon I OUTFALL NUMBER FLD000807479 003 I VINI<<IjPIVICV OM8 No.2040 0088 Approval expires 7-31-88 1.POLLUTAN AND CAS NUMBER (if avottablI J~M Art Tt'X'II'S~tx~K C~C IHN ISVK LIKVS RI VHS A~OHIR SKNT~KNT 3.EFFLUENT I~I Ixl MASS C0NC~NTHATION I~I (I)MASS II)AIASS CONOR NT NATION CONCKNTHATIOH GC/MS FRACTION-BASE/NEUTRAL COMPOUNDS (continued'28.

1,4 Oichloro-benzene (106-46.7 238.3,3'ichloro benzidlne (91-94-1)248.'iethyl Phthalate (84-66-2)268.'Dimethyl Phthalate (131~11-3)~268.OI.N.Butyl Phthalste (84-74-2)27 8.2,4.Dinitro-toluene (121.14-2) srlAx(MUM oAtLY VALUE b.MAxl M sf giAY vALUE c.LoNG T M pig vALUE It NO.OF ANAL YSES 4.UNITS IX MASS S.CONCEN'RATION b.NO.OF ANAL<<YSES s.LONG TERM I~I CCNCKN TRATION (I)SIAS~5 INTA Irptlonall 288.2,6 Dinitro-toluene (606-20.2) 298.OI-N.Octyl Phthslste (117%4.0)308.1,2-Dlphenyl-hydrszlne (as Azo-benzcneJ (122 66-7 318.Fluorsnthene (206-44-0) 328.Fluorene (86.73-7)335.Hexacnbrcbenten I)Itt-7a.t T X 348.Hexa.chlorobutsdiene (87~4))368.Hexschloro-cyclopentsdiene (77%7-4)368.I(exschloro-

~thane (67-72-1)378.Indeno (l,2,3-cd J Pyrene (193-39-5) 38 8.I aophorone (78%9-1)X X 398.Naphthalene (91-20-3)408.Nltrobenzene (98 95.3)418.N-Nitro.-sodiInethytsIr))ne (62-75 9)428.N.Nitrosodi

~N Propylsmine (621.64 7)X X Ep<<<<>>3>>0 7c (Re>>85)*Blank indicates value below detection 1iB7i4E v-7 CONTINUE ON REVERSE KPA I.o.NUMoKR (copy from llrnn l nf l f orrn Apl>roved OUTI ALL NUMOKR 04(8 IVo.2040 0088 CONTINUED FR E V-8 FLD000807479 003 Appro>ref eTprres 7 3l.88 1.POLLUTANT 2.MARK'x'N D C>r>L S eT~Sr I>L~c C~s>Hr rr.vp%>avt RT PRS AR OI~Irr'ANT SANT NUMBER (i f uuuilub(r)

GC/MS FRACTION-PESTICIDES (con 3.EFFLUENT e.MAXIMUM OAII Y V*LUKIr/AL K'(f g gf'~I (>)MASS (>I MA%%(II MASS CONC%rr>HA~>ON COHCLHTRATION tinned)CONCCNTRAT>ON

>2 NO.OF ANAL YSKS 4.UNITS IJL MASS e.CONCKN T RATION a.LONG TKRM (>I CONC~N'H A T r 4 rr (r)%>Ass b NO.OF ANAL YSKS 5.INTAKE fr>p>fonal) 17P.Heptechlor Epoxlde (1024-57.3) 18P.PCB.1242 (53469 21 9)NOT REO IRED 19P.PC 8-1254 (11097 69 1)20P.PC 8.1221 (11104 28 2)21P.PC 8-1232 (11141~IG 6)22P.PCB 1248 (12672.2(9 6)23P.PCB.12GO (11098.82 5)24P.PCB 1016 (12G74-11 2)25P.Tox>n>lrr no (8001-35 2)PAGE V-9 pp f>>>>or>I>>2>rr>pn}

PLEASE PRINT OR TYPE IN THE UNSHAOED AREAS ONLY.You may report some or all of this information on separate sheets (use the same format/instead of completing these pages.SEE INSTRUCTIONS.

V.INTAKE AND EFFLUENT CHARACTERISTICS (concinued from page 3 of Form 2 CJ EFA I.D.NUMBER (copy from liam l of i:ocsn l J FLD000807479 Form Approved, OMB fro.2040 0086 Approval expires 7-31.88 OUTFALL No.004 PARTA-Youmust providetheresultsofat leastoneanalysisforevery pollutant inthistable.

Completeonetableforeachoutfall.

Seeinstructionsforadditionaldetails.

" i I~I (1)MA$$1.POLLUTANT s.MAxlMUM DAILY vALUE 2.EFFLUENT

.MAXI)+M 3it gjl Y VALUC It)MA$%CONCCNTRATION II)MASS CL N f tl~A UK d.No.OF ANALYSES a.CONCEN-TRATION tx MASS 3.UNITS isprci fv if bionic)4.INTAKE (opcfonal a.LONG TERM IL NO.OF ANALYSES I~I I\)MASS s.Biochemical Oxygen Demand (BODJ b.Chemical Oxygen Demand (COD)c.Tolsl Organic Carbon (TOCJ 13.0 24.3 12.6 1.6 2.9 1.5 13.0 6.5 13 mg/L mg/L mg/L 1bs lbs 1bs 460 23 d.Total Suspended Solids (TSSJ 10.0 1;2 10.0 3.5 13 mg/L 1bs-410 21 e.Ammonia (os NJ f.Flow g.Tempecaluca (Ioinfer J<0.10 VALUE VALUE VALVE VALUE VAI UE 0 006 VALUE mg/L 365 HGD OC't bs VALUE VALUE h.Temperature (summer J I.pH VALUE MINIMUM 61'AXIMUM 7 8 VALUE MINIMUM 6 4 MAXIMUM 7 5 VALUE OQ VALUC PART B-Mark"X" in column 2-a for each pollutant youknow or have reason to believe is present.Mark"X" in column 2-b for each pollutant you believe tobe absent.If you mark column 2a for any pollutant which is limited either directly, or indirectly but expressly, in an effluent limitations guideline, you must provide the results of at least one analysis for that pollutant.

For other pollutants for which youmack column 2a,youmustprovidequantitativedataoranexpianationof theirpresenceinyourdischarge.

Compieteonetable for each outfai).Seethe instructions foradditional details andrequirements.

1.POLLUT-ANT AND CAS NO.(lf avaQable)s.Bromide (24959.67-9) 2.MARK'X'.RR.b.uc LICVC LICVC~RC Au SRNT SRNT It No.0 ANAl YSES I2)MASS (2)MASS I CONCCNTRATION (2)MASS II CONCCNTRATION I CONCCNTRATION 3.EFFLUENT a.MAXIMVM DAILY VAI UE b, MAXI/)M 3g giAY VALUK C.LONG Tp/Žg gp.VALUE 4.UNITS b.MASS a.coNcEN.'RATION 5.INTAKE (opcionalJ a.LONG TFRM AVERAGE VAI UE I CONCRNTRATION ITI MA@~No.OF ANAL YSES b.Chlorine, Total Aesidusl c.Colo(d.Fecal Coliform e.F iuocide (16984.48 BI f.Niccolo Nitrite (os JVJ 3.5 20 100 85.4 10.0 2.9 100 1.7 21*365 m/L 1bs PCU~/100m m/L I bs EPA Focm 32510-2C lRov.2-85)*4 llISTORICAL VALUES<1 PAGE V I CONTINUE ON REVERSE CONTINUED FROM PAGE 3 OF FORM 2.C IIPA I.D.NUMoER (curIy fTIrHI lirnI I Of I'LD000807479 U TI.ALL, NUM GER 004 FoTTI>Approved Oh(8 ivo.2040.0086 Approval eapues 7.31.8 PART C-If you are a primary industry and this outfall contains process wastewater, refer to Table 2c-2 in the instructions to determine which of the GC/MS fractions you must test for.Mark NXNin Column 2-a for all such GC/MS fractions that apply to your industry and for ALL toxic metals, cyanides, and total pheno(s.If you are not required to mark column 2-a (seconderyindustries, nonprocess wastewater oulfails.and nonrequired GC/ft/(S fractionsj, mark"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 is absent.If you mark column 2a for any pollutant, you must provide the results of at least one analysis for that pollutant.

If you mark column 2b for any pollutant, you must provide the results of at least one analysis for that pollutant if you know or have reason to believe it will be discharged in concentrations of 10 ppb or greater.If you mark column 2b for acrolein, acrylonitrile, 2,4 dinitrophenol, or 2-methy(-4, 6 dinitrophenol, you must provide the results of at least one analysis for each of these pollutants which you know or have reason to believe that you discharge in concentrations of 100 ppb or greater.Otherwise, for pollutants for which you mark column 2b, you must either submit at least one analysis or brie(ly describe the ceasons the pollutant is expected to be discharged.

Note that there are 7 pages to this pact;please review each carefully.

Complete one table (a/I 7 pages J for each outfall.Soo instcuCtiOnS for additional details and requirements.

I.POLLUTANT AND CAS NUMBER iif aoailahlr) r3 1T~'$~te ae-C ee INI I~'Ve I.ICVLI nr.me'o.OVIH eeNT$CNT I~I CONCCNTHA~~HN (T)eIA$$O.MAXIMUM DAILY VALUE I~I C 0 I I C~N 1 H A T I n N (T)MA$$3.EFFLUENT IT.MAXIM M 30 DAY VAI UE ic auaieta ate)CONCENTRATION (TI MA$$C.Lo N G TPP M P QIc.V A LU E 4.UNITS h, MASS a.CONCEN*T RATION YSES a.LONG TERM AV R GEV UE (I)cancan.THATION (T)MASS b.NO.OF ANAL YSES 5.INTAKE (optional)

E.AND METALS, CYANID IM.Antimony, Total (7440-36.0) 2M.Arsenic, Total (7440 38 2)3M.Beryllium.

Total, 7440 41 7)X X TOTA L PIIE NOLS<0.Ol<0.01<0.01 1 mg/L mg/L mg/L 4M.Cadmium, Total (7440 43-9)X<0.005 1 mg/L 5M.Chromium, Total (7440 47-3)6M.Copper, Total P440-60-8)

~7M.LeNL Total P439.92.1)

BM.Mercury.Total (7439 97 6)9M.Nickel, Total (7440 02 0)10M.Selenium, Total (7782.49.2)

X X X<0.01<0.01<0.005<0.2<0.04<0.005 1 mg/L 1 mg/L 1 mg/L 1 Ug/L 1 mg/L 1 mg/L 11M.Silver.Total (7440.22 4)12M.Thallium, Total (7440 28 0)13M.Zinc, Total (7440.66 6)X X<0.01<0.01 0.16 0.02 1 mg/L 1 mg/L 1 mg/L lbs 14M.Cyanide, Total (57.12.5)0.085 0.01 1 mg/L 1bs 15M.Phenols, Total X<0.005 1 mg/L f PA Focnt 351(I 2C (Itt v 7-((6)I I I II, IcctlnI'I:SUI.'IS NOT REQUIRED PAC'E V-3 COI'ITINUE ON REVERSE

CONTINUED F 1.POLLUTA AND CAS NUMBER (if Cue(fable) resr h oc 4 sc-~NI Isvc Slave IIr 1NC AS OVIA~SNT SSNT FLD00080)4/9 IL MAXIMUM DAILY VALUE II)(1)MASS CONCSNTNATION 3.EFFLUENT b.MAXI M Sit g/A Y VALUE I~)C 4 N C S N T N A'I I O N (I)MASS c ONG TfPM frfP~VALUE I~I ONCENTAATIOH (I)MAss EPA I.o.NUMBER cr>>v lrrun llcnl i of ForIN li oU fFALL NUMIIcn 004 4.UNITS ANAL S.CONCEN.TRATION h.MASS a.LONG TERM h NO OF ANAL (r)IIAS~YSES (I)COHCCN THATION OllfB Na 2040 0088 Approval exprres 7-3l 88 5.INT oplional/GC/MS FRACTION-VOLATILE COMPOUNDS (conlinued) 22V.Methylene Chloride P5.09.2)23V.1,1,2,2-Tetrs-chloroethsne (79 346)24V.Tetrachloro-ethylene (127-18.4) 26V.Toluene (1084)8.3) 26V.1,2.Trans.

Dlchloroethylene (156.60.5)27V.1,1,1.Trl.

chloroethane (71-55 6)28V.1,1,2.Tri.

chloroethane (79.00.5)29V.Trichloro-ethylene p9.01.6)30V.Tr(chloro-fluorornethsne (75.69 4)31V.Vinyl Chloride (75.01 4)X X GC/MS FRACTION-ACID COM POUN DS I A.2 Chloropheno (95 57 8)2A.2,4 Dichloro.phenol (120-83.2)

X 3A.2,4.0(methyl.

phenol(105 67 9)4A.4,6 Dinitro.O.

Cresol (534.52.1) 5A.2,4 Dlnitro<<phenol (61.28-5)'6A.2 Nitrophenol (88.75 6)7A.4.Nltrophenol (100.02.7) 8A.P Chloro M.Cresol (59 50 7)X 9A.Pcntschloro phenol (87.8G 5)X I OA.Phenol (108.95.2)

I IA.2,4.G Tri.chloro phenol (88 06.2)rlrtr.un,~,ln-'I!I,.

-R,I an 1n VCa eS Va ue e OW e eC Son nm-A.IJ OUTFALL NUMICR 004 FLD000807479 I uvav v.y>uuvcu OM8 No.2040 0086 Approval erpires 7-3(88 I.POLLUTA AN)3 CAS MARK X'UMBER INN II,VII LISVSI (if ouo(loblI J ouIR ssNT TANT CONCI NTRATN>N (II 4ASS a.MAXIMUM OAILY VALUE CONCSNTNATION (I)4*SS (~I COHCCNTNATION

{I)MASS 3.EFFLUENT.MAXIM M 3)I gPY VALUE C.LONG TPPM)if PP.VALUE a.CONCCN T RATION I>.MASS a LONG Tf RM (~)CONC SII TNATION II)4ASS h NO.OF ANAL'YSCS 5.INTA aplu>noll GC/MS FRACTION-PESTICIDES (con(inucd) 17P.Heplachlor Epoxlde (1024-57 3)18P.PCB-1242 (53469.21.9)

NOT REQUIRED 19P.PCB.1254 (1 1097.69-1) 20P.PCB-1221 (11104 28.2)21P.PCB.1232 (11141-16-5) 22P.PCB-1248 (12672.29.6) 23P.PCB-1260 (110984)2.5) 24P.PCB.1016 (12674 11 2>25P.Toxaphcne (8001.35.2)

PAGE V-9 i PA I'r>II>>PRI>T.r>>" n O'.I~I I~

CONTINUED FROM PAGE 3 OF FORM 2.C EPA<.D.NUM OER (COPy from (lent I of i FLD000807479 OUTFALI NUMBER 005 Form Approved.Or<(8 r>ro.2040 0086 Approval expires 7-31.88 PART C-If you are a primary industry and this outfall contains process wastewater.

refer to Table 2c-2 in the instructions to determine which of the GC/MS fractions you must test for.Mark"X-in colufnn 2-a for all such GC/MS fractions that apply to your industry and for ALL toxic metals, cyanides, and total pheno(s.If you are not required to mark column 2-a (secondaryindustries.

nonprocess was(ewarer on(falls.and nonrerlerired GC/i)fS fractions).

mark-X" in cofumn 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 is absent.If you mark column 2a for any pollutant, you must provide the results of at least one ana)ysis for that pollutant.

If you mark column 2b for any pollutant, you must provide the results of at least one analysis for tltat pollutant if you know or have reason to believe it will be discharged in concentrations of 10 ppb or greater.If you mark column 2b for acrolein, acrylonitrile.

2.4 dinitrophenol, nr 2-methyl 4.6 dinitropheno(, you must provide the results of at least one ana(ysis for each of these pollutants which you know or have reason to believe that you discharge in conce<nratinru<

of 100 ppb o<q<eatrr Otherwise.(nr pollutants fn<vrhirh you mark column 2b, you must either submit at least one ann lysis or briefly dose<it>e lhe reasons tl>e pollutant is expected to l>o disrltntged Note lhnt tltr<<~nrr 7 In S I>ll>is 0<r<: please<e~i>We>Ch carefully.

Complete one table ia/i/pagesi for each oulfnll.Seo it<sir>?C(ienS IOr addilional details and requirements.

I.POLLVTAr>>AND CAS NUMBrl?<il nr>>>I>>i l.~>METALS, CYANID IM.Antimony.Total (7440 3<i Ol<rr<Its'>>'II<<~~I>~~~~I~~~5~~II I~r.f<()I>>orAL Plil r>t\~I I~~~~<55~~~I I'lt>~'jt rc I~)I~~I~)~~I>'." 3.El I I.I<EN r I'.<<5'l<l>M 39 (5?>r VALU<.Ill I<<>nil>>>>l<<'>c<<<<<<IICI<<r<<ja

~'~(t)M<<>5C C.<ONG TEJ<M r>VRG.VALUE ltr>>I orl>>pirl<<l tro,or'NA<

~vs<'l.</Nl'IS n'I As" ug/L II.CO<~>'<I I~TRA'I I~t:<LONG TERM~vgr<AG (~)I~I>cr<<I~'>><<>~In>>VALUE It)Mi>55 l>.NO.OF A N A L-YSES 5.INTAKE I>>plinnul J RM.Arsenic, l,otal (7440 30 2)3M.Br>rylli>>>>I, lola<.7440 II r)<<IM.Ca><<>>i>>>r>, iota((?nn<>4 I!>)!iM, Cl>ro>>>i>>>>>, rota<(?nnu nl:I)GM.Copper, b><al (7440.50.8)

?M.lead.Total (7439 97-1)l<M.I>te>C>>ry.

I>.t I?439 97 (il X X X X<2.3<2.5<4.4<7.4<0.02 2.6<0.2 0 006<<35 ug/L ug/L ug/L ug/L ug/L ug/L ug/L 1bs 9M.Nickel, I~><(lnno o2 n')<17 ug/L IOM.Baler<>1 otal (7707, nj>2)I I M Si<v I, I>I<~<(/44022 4)<2.0<6.1 ug/L ug/L 12M'Ihalli>>>>>.

total (?440 2(<<ll X<137 ug/L 13M Rinc.I>>t>I (lnno i>0 r)I Ihl.Cyr>>>i<<<<.', I>><n<(gr lp'>10M,'I>>np(e Iota<X X<6.5<0.005<2.0 ug/L mg/L ug/L<I'A I I>>n><'i 5'>~~I;)NOT REQUIRED<<~j>j~Il'i:I>>I rill IIEVF(ISE

ONTINUED FRO 1.POLLUTAN E VX AIIK x AND CAS NUMBERIQvc uavc (if available) ov>N QQHT QQHT FL000080?4?9 e.MAXIMUM DAILY VALUE (Il (I)NAQQ C 0 N C C H T II A T I 0 H CONC~NTNATION ix)MAQQ b.MAXI M 30 DAY VALUR auofraerel 005 COHCCNTNATION (I)MAQQ G TPPM PQII~VALUE xx>>>II IIO AVVII WOO Approval exp>res 7-3I.88 4.UNITS O'OF e.CONCeN-ANAL.TftATION YSES h.MASS e.LONG TC (I)CONC~H THAT>ON (I)AIAQ~h.NO.OF ANAL YSSS 5.INTA rionatJ GC/MS FRACTION-VOLATILE COMPOUNDS fconfinued) 22V.Methylene Chloride (76.09.2)23V.1,1,2,2-Tetra-chloroethane (78r3).,-.-24V.Tet'Tach)oro.

ethylene (127-18-4) 26V.Toluene (I M4)8-3)26V.1,2.Trans-Dlchloroethylene (156-60-6) 27V.1,1,1-Trl-chloroethane (71-66 6 28V.1,1,2.Tri-chloroethane (79-OI>5)29V.Trlchloro-ethylene p9-01.6)30V.Trlchloro.

fluoromethane (75.69-4)31V.Vinyl Chloride (75 01.4)GC/MS FRACTION 1A.2.Chloropheno (95.57-8)2A.2,4 Olchloro-phenol (120.83 2)X X X X-ACI D COMPOUNDS X'A;2,4;Dimethyl

~phenol(106 67.9)4A.4,6 Dlnltro.O.

Cresol (634-52-1)

BA.2,4.Dlnitro.

phenol (51-28.5)IA.2.NItrophenol 88.76 5).~, IAI 4.NItrophenol

,100 02-7)IA.P-Chloro.M.

resol (59.50.7)1A.Pentachloro.

>henol (87 8G 5)OA.PI>coo I I 08.95.2)IA.2,4.G Tti hlorophenol B8.06.2)X PA Form 35(0.2i: ill 7 8'I)*B)aqk indicates va ue e ow e ec)on I nc'c v 5 11mi t.CONTINUF.ON REVERSE CONTINUED F GE V-6 FLD000807479 005 CPA I.o.NUMQER lcoPy from Ih>n I of I'or>I)oUTI'ALL NUMOEII~III~I~>I>jr II II~L'a OMB lyo.2040 0086 Approval etp>res 7 31.88'I.POLLUTA AND CAS NUMBER iif aI ailabl>0 MAR>s X'1~\~IS~I C HE INI LILVC LICVS H~rHL A~OIIIH SCNT SCNT III (II MA55 CONC~NTHATION CONC L N I HA>ION (I)A>ASS 3.EFFLUENT s.MAXIMUM DAILY VALUE b.MAXIM M 3$%ziAY VALUE I~I CONC ANTH A>ION (j)MA55 c LONG T PM pig.vALUE 4.UNITS b.MASS a.CONCEN.T RATION s.LONG TERM (I)CONCr N.THATION (I)MA~5 h.NO.OF ANAL YSES 5.INTA I>ptionoll GC/MS FRACTION-BASE/NEUTRAL COMPOUNDS/continued'28.

1,4 Oichloro-benzene (106-46.7 238.3,3'.Dichloro benzldlne (91.94.1)248.Diethyl Phthalate (84.66.2)258.Dimethyl Phthalste (131-11.3)

.268.OI.N-Butyl Phthalate (84-74.2)278.2,4.Dinitro.

toluene (121~14 2)X X 288.2,6 Oinitro.toluene (606 20 2)298.Oi.N Octyl Phthalste X (I 174)4.0)308.1,2.Diphenyl

~hydrazine (as rtzo.benzene)(122 66.7 318.Fluorantheno (2 06.44-0)328.Fluorsno (86-73-7)X X 335.Itsrscnbrcbenzen IIIR.Td.ll 348.Hexs-chlorobutadiene (87-68NI)358.Hexachloro-cyclopentsdiene (77-47-4)368.Hexschloro-ethsne (67-72-1)378.Indeno/1,2,3.cd)

Pyrene (193-39.6) 388.Isophorone (78.59-1)X 39 8.Naphthalene (91.20-3)408.Nltrobonzono (98 95 3)418.N Nitro sodinlathylamSIO (62 75 9)t>428.N Nitrosodi.

N.Propylamino (621.64.7)

X EPA Form 3510.2C(nnv.7 05l<<B1ank indiCateS Va ue e OW e eC Ion Nll;-V-7 CONTINUF.ON REVERSE Form Approved.I.I A I.D.NUMDER<copy from l(rm I of F UTFALL NUMOER 0MB IYo.2040-0086 CONTINUED FR E VL8 FLD000807479 005 Approval exprres 7 3/.88 1.POLLUTANT AND CAS NUMBER (lf ol'Clif i(I lf')Z.MARK X'~I 5~lf.S 5 C.S 5~I~M.ILVV, LISV~I~I~~~I~I~A II II M I M'I t H~5 5 M I I~)CONL I MT~TAT MIN (t)MASS a.MAXIMUM DAILY VALUE CONC 5 IT T MATIN>>(I)AI ASS 3.EFFLUENT

.MAxIMIIM 3II lg(AY vALUE CONC SHTNA T ION (II MA55 C.LONG TfPM PQIIP.VAI UE 4.UNITS tf.MA55 CONCEN Y 5'I RATION a LONG TERM btNO.OF ANAL.YSE5 (I)COMCTM TMA TION ltl MAss 5.I N T A K E (optional)

GC/MS FRACTION 17P.Heptaclflor Epox(de (1024 57-3)18P.PC 8.1242 (53469 21 9)ES (rof TICID-PES NOT REQUI ED 19P.PCB 1254 (11097 69.1)20P.PCB-1221 (11104.28 2)21P.PCB.1232 (11141~16 5)22P.PCB.I 248 (12G72 29 6)23P.PCB 12GO (11098 82 5)24P.PCB-l 016 (12(I74 11-2)26P.1oxaplfefw (800 I 35 2)PAGE V-9 I I<>$-Yrlf IS<I-.I>>'I'OLLUTANT III N (2)MASS d.MAXIMUM DAILY VALUE.MAXI PM+3 lglAY VALUK 00NCCNTNATI0N (2)MASS ouo o e C 0 N 0 T N T R A'T I 0 N (2)MASS d.NO.OF ANALYSCS 2.EFFLUENT I~IT.-d.CONCEN TRATION b.MASS 3.UNITS (Specify If blank)4.INTAKE o rfIJIliQ d.LONG TERM (2)MASS CONCENTRATION 4 fN'O,"o'"'HA('YSCS d.Blochemicdl OXVgen Demend (BOD)II.Ci)sryfcdl OWV$gDemdnd (CPIIJ>>'tu TII)II]Orgdnlc IbOJI'TO I(': J)t)5tgueoended

, kfl.'WSJ.f5)4 IITn~nQ (02ÃJ 4>>ttrg.v I 2 lure, ((J'i~t'):"-'--

'..Teq@eriture (II(myJ VALUE VALUE VALUE VALUE VALUE VALUE SEE PPLICATIO VALUE VALUE VALUE 2F OC OC VALUE VALUE VALUE I.,pH,~.'r~L>>>>>>II.MINIMUM MAXIMUM MINIMUM MAXIMUM>>I~PART B-Mark-X" in column 2-a for each pollutant you know or have reason to believe is present.Mark NXN in column 2-b for each pollutant you believe to be absent.If you mark column 2a for any which is limited either directly, or indirectly but expressly, in an effluent limitations guideline, you must provide the results of at least one analysis for that pollutant.

For other pollutants for which column 2a, you must provide quantitative data or an explanation of their presence in your discharge.

Complete one table for each outfall.See the instructions for additional details and reqtl'~l'liutant plalk ANT-AND iPIA Ili2>>lli7 P V>>2 7.g)=-Zl IO d~~C LI EV C~RC SCN'2 b.Ec LIEVE AC SCNT PQL>>t UT 3.MARK'X CONCENTRATION (2)MASS CONCENTRATION (2)MASS CONCENTRATION (2)MASS 3.EFFLUENT MAXIMUM DAILY VAI UE b MAXI gM QS'PQY VAI UE C LONG TgP Q$Pg 4.UNITS b.MASS O.CONCEIT ANAL'I*TION YSCS d.LON~'AVERAGC VALUC I CONCENTRATION (2)MASS Il~koi OII'AN@I:, yscs'.INTAKE (oprfonol'~lqf)I',-'dl gh IL, pecIII I'ol)form.>>I~.Fluoride (16964.48%)

f.Nltrdte-Nluite (oe lVJ EPA Form 3510-2C (Rev.2-85)PAGE V-I CONTINUE ON REVERSE PLEASE PRINT YPE IN THE UNSHADED AREAS ONLY.You may report some or all of this information on separate sheets fuse the same format J instead of completing these pages.SEE INSTRUCTIONS.

EFA I.D.NUM eER (copy from Item l of Form l)FL0000807479 Form Approved.OM8 hro.2040.0086 Approval expires 7.31.88 I OUTFALL NO, V.INTAKE AND EFFLUENT CHARACTERISTICS (continuedfrom page3 of Form 2CI 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 details.007 I.POLLUTANT a.MAxIMUM DAILY vALUE (t)IAA55 I~I C O N ('.N I H A 2 I O H (2I MA55 (~)C II N C~N T H ATION IL EFFLUENT.MAXIPQM 3$IPY VALUE c.N (2)MA55 d.NO.OF ANALYSES a.CON CEN TRATION b.MASS 3.UNITS (specify lf blanft)4.INTAKE foprional a.LONG TERM ix NO.OP ANALYSES II)MA55 CONCCNTHATION a.Biochemical Oxygen Demand (BOD)b.Chemical Oxygen Demand (CODI c.Total Organic Carbon (2'OC)INTAKE SC EEN MASH ATER IS Tl E SAME HEMICALLY d.Total Suspended Solids (TSS)e.Ammonia (ns NJ f.Flow V AI.T VALUC VALUC VAI UC g.Temperature (Iuinlerl h.Temperature (sutnmerl i.pH V ALUr, V A I.I.I C MINIMUM MAXIMUM VALUE V ALUr.MINIMUM MAXIMUM VALUE VALUE oC oC VALUE VALUE PART 8-Mark"X-in column 2-a for each pollutant youknow or have reason to believe is present.Mark-XH in COlumn 2-b for each pollutant you believe to be absent.If you mark column 2a for any pollutant which is limited either directly, or indirectly but expressly, in an effluent limitations guide)ine, you must provide the results of at least one ana(ysis for that pollutant.

For other pollutants for which you mark column 2a.you must provide quantitative data or an explanation of their presence in your discharge.

Complete one table for each outfall.See the instructions for additional details and requirements.

ANT AND CAS NO.(l f auallablei e.Bromide (24959.62.9) a, Hr I I~V~,I~'HC 5CN~b.H(I ICVT.I AO SF N~POLLUT 2.MARK'X')rONCrNTHATION It)MA55 (~CONCLNTHATION (t)MA55 3.EFFLUENT a.MAXIMUM DAILY VAI UE*pM/gp)(~COHCLNTHATION (tl MA55.C.LONG TRIM)if II).VALUE It NO.0 ANAI YSES 4.UNITS h, MASS a.LONCEN RATION I CONCCHTHATIOH (t)MASS 5.INTAKE (oPlional) a.LorIG TERM AVERAGE VALUE NO OF ANAL-YSES b.Chlorine, Totaf Residual c.Color d.Fecal Coliform e.Fluoride (16984.46 6)f.Nitrate-Nltrlte (as N J EPA Form 3510.2C lRev.2-85)PAGE V-I CONTINUE ON REVERSE APL FLORIDA POWER AND LIGHT COMPANY St.Lucle Nuclear Povrer Plant Sensen Beach, Florida April 1992 STORM WATER PERMIT APPLICATION FLORIDA PONER AND LIGHT COMPANY St.Lucle Nuclear Power Plant Jensen Beach, Florida April 1992 Prepared by: RMT Inc.M25 Presidential Parkway, Suite 200 Atlanta, GA 30340 Ja E.Fleak Project Engineer/Manager

.Ronald Lawson, P.E.Manager, Atlanta Office TABLE OF CONTENTS SECTION 0 FORM 1 SITE LOCATION MAPS SECTION 2FORM2F.SITE DRAINAGE MAP SECTION 1 US EPA FoRM 1 SITE LOCATION MAPS Pisase pive cx type h die unshaded~lees cniy fr%in aieas are spaced kv eire rrpe, to.Q cnwactenfncn).

FORM Form Approved.OMB No.20404088.Approval oxpirss&31-92 U.S.ENVIRONMENTAL PROTECTION AGENCY I.EPA I.D.NUMBER GENERAL G ENERAL INFORMATION e'IIL/'onsolidated Permits Procrarn F LD 000S07479 (Read the'General Insfnicb'ons'before sfaiS)tg)is i~is I.EPA I.D.NUMBER III.FACIUTY NAME FACIUTY MAIUNG ADDRESS FACIUTY LOCATION PLEASE PLACE LABEL IN THIS SPACE GENERAL INSTAUCTIONS E a prsprhtsd hbel has been provided, afEX E ki the desiyatsd space.Review Ihe kfcnnsdon carsfuty;E any ot E Is Inconed, cross through E and drier Ihs ccnect data In the appropriate fll.kt area bekrw.Also.5 any ol the prsprkded data ls absers (Ne arse fo the Isrf of Ne faber specs Eats the Jdannaftan that shotird appea), please provide E h the proper flbi srsa(s)below.E the hbel is complete and conect.you need nct coirpkae Items I~III, V, and Vl (except VM<<hkh must be corryu'oared rpgsrdess)..ConTAAe ei Earns 1 no hbel hss bosn piovkfed.Refer lo the hstructkes for detailed Eem descriptkes and for E>>legal authortzatkes under whkh ttds data h coEectcd.TL POLLUTANT CHARACTERISTICS INSTRUCTIONS:

Complot~A through J io dei~tmlne whether you need io submit sny permit appiic~lion iorms io ihe EPA.II you answer'yes'o any qusslions~you inu~I submit this form and the supplemental iorm ii~ied in he parenthesis following ihe quesiion.Mark'X'n ihe box in ihe third column If the supplemental iorm is attached.II you answer'no'o each question, you need not submit any oi these Iorms.You may answer'no't your activity I~excluded from permit requirements; see section c oi the Instructions.

see~iso, section 0 oi the instructions for deliniiions oi bold.raced terms.SPECIFIC OUESTIONS YCS a s SPECIFIC OUESTIONS is this facmty a publicly owned treatment works which resul s In a discharge lo waters of the U.S.T (FORM 2A)C.Is this a tsclly which currently results In dischargee to waters of ths U.S.other then those descnbed In A or 8 aboveg (FOAM 2C)E.Does or WQ this Iadlty treat, sloro, or dispose of hazardous wsstny (FORM 3)X 8.Does or will this facElty (either exlsllng or proposed)Indude a X concentrated animal feeding operation or squstlo anlmal-productlon facility wluch resuEs tn a discharge to waters of the U.S.'V FOAM 28 D.Is this a proposed facalty (orner than those descried In A or B above)which will resutt In a discharge to waters ot the U.S.'7 (FORM 2D)F.Do you or wi you Inject at thfs Iscuky hdusukd or~efl X behw the lowermost stratum coisalnlng, wlNn one quarter mEe d X the well bore, underground sources of walerP (FORM d)".Do you or wll you inject at this fadsty any produced water or other fkik}s which are brought to the surface In connection with convordionat ou or natural gas producdorL Inject ftukks used for enhanced recovery ol oE or natural gas, or inject fkrkfs for storage of IquldhydrocarboreT (FORM d)I, ls this fsdIty a proposed stationery source which Is one ol the 2S Industrkd catsgodes Itsted In the kistructlole and which wl potsrdlafly emh 100 tore por year of any air poluuua regukded undor Ihs Clean Ak Act and may alod or be iocstedh an attslnmsnt sissy (FOAM 5)X H.Do you or wll you inject at this facmiy Eulds fcr spockd processes such as mlnhg ol suyur by the Frasch process, soluUon mining of, mhends.SI sEu corrhuaUon d fossl fuel, or recovery d gsiXhormal energ)rf (FORM S)J.Is ifds fsdlty a proposed stationary source whkhh NOT ole d a'., the 28 hdusukd catsgodss Estsdh the kettucdor>>

and whkhwl,"'poterskiNy emll 250 tote per year d any ak pogutaiE regukded'o'-'nder the Pean Ak Art and msy assrs orbs locatsdln an>","';,'ttainment areay (FORM.'),;

...'-,;',;I~,<<L,'..~o', v v ill.NAME Of fACILITY C St.Lucle Nuclear Power Plant Units 1&2 IV.FACILITY CONTACT A.NSSSS a VITLS Sni a SVi~.enosis ave sees a aa C 2 Bolssy, G.J., Plant Manager 407 465: 3550 FA M IM R S A STREETORP.O.SOX C 4 P.O.Box 128 Ft.Pierce S.CITY 0 R TOWN C.STATE C s A A STREET.ROUTE NO.OR OTHER SPECIFIC IDENTIFIER 6501 S.A1A St.Lucie*3.C TAT E.SIP COOS F.COUNTY CODE r<<noon Jensen Beach FL 34949 056<<TSD faclllty closed with FDER;FPA eflulvalency demonstration ln progress.coNT'NUE o" REvERBE, Vll.SIC CODES (digit in order of pnttnty)A FIRST (SPECIFY)4911&team Electric Generating Station C.THIRD (SPECIFY)le (SPECIFY)(SPECIFY)D.FOURTH VIII.OPERATOR INFORMATION A.NAME B.Ie Ihe name saladin Iietn VIII.A eteo Ihe ownett 15 1~Florida Power 4 Light Company QQ VEs~Ito ss C.STATUS OF OPEAATOA (Ettter Ihe epptopttete IetterIt ttt ttte atteeer ttttt, tt'IXhee'peofy)

F FEDERAL M s PUBLIC (other thttn fsdsrat or ststtt)(spoctfy)S~STATE 0 a OTHER (spec+J P P m PAIVATE E.STREET OA PO.BOX P.O.Box 078768 D.PHONE(arse coded na)5 407 697 6930~West Palm Beach 15 1~il ho teav lotetea m it&n lmett~vas QQ tat le lt lt lt 51 A NPDES (Disctuvpw to Surface Water)D.PS D (ZS'mtssfcns from Propctssd Sources)g N FL 0002208 g P)dsttrtttttnd Iri cf Fftttds)B.UIC (Ut 9 U C.RCAA pAlzardctIs Wastes)F OTHEA (d~)10-56-118222 PA-74-02 (specify)Industrial Wastewater (specify)State Site Certificatio XI.M AP Attach to this application a topographic map of the area extending to at least ono mile beyond property boundarios., Tho map must show tho outlino of the facility, the hcatton of each of Its oxisting and proposed intako and dischaigo structures, oach of tts hazardous wasto troatmont, atoraqo, or ft'sposaf faciiittos, and oach well whore it injects fluids rground.Include all springs, rivors and other surfaco water bodos in the map area, See inst tucthns for precise roquirements.

See Fi res1-Athru 1-9-U EOF BUSINESS Idttartrt Ides uo Electric Services-Nuclear Steam Electric Power Generating Station soo tnsttttctens I cettify under penalty of hw that I have personally examined and am famiTiar with tho infotmathn a'ubmitted in this applhation and al attachments and that, basod on my inquiry of thoso porsons immocftatoly responsible for obtaining the inhrmathn containod in tho application, l boliovo that the informathn ia true, accurato and comploto..

f am aware that thoro aro aignifcant-penattioa for submitting false information, incfuding'the possibility of Sne and I mprisonmont.',, A ttllta 5 Of f ICNL TllLS tutee ltaenc C.D.Henderson Acting Manager Air and Water Permitting Programs COMMENTS FOA OFFICIAL USE ONLY L OONAttttts e.8.v/a7/9z.EPA Form 3510-1 (8-90)

I~r'.-;:-.-':-"-.'::,='."'-t.ignt Ankona.p+i+'2c~PROPERTY V gA x e*si~g'a I a F+FQ Q Q t F+7':;~.,.'-.,',:~~::-:--...'/'-"':.-;.;....

"..;;.~.Z.~.-t Hetman 6a~p1....+C 47ij'~"'~1.EAR POWERS'y'G'-.;A'16.4'a;l PROPERTY~'q'w(jg,g1".'".

c~++'v'UAORAHGl.f LQCAnDN ANKONA 1983 QUAD.EDEN 1983 QUAD.SOURCE: USGS 7.5 MIN.QUAD.T36S, R41E FIGURE 1-A FLORIDA POWER ANO LIGHT COMPANY$gP LQQPTtQf4 MpP FLORIDA POWER 5 LIGHT CO.ST.LUCIE NUCLEAR POWER PLANT ST.LUCIE COUNTY F Rl O LU C9 K.X O CO O PARKING~SAmumAO~Vmaaa CENITlAI.SRXlhGE FOR DSP06hL ffKh i Q~'~STORM WANA BASH gAST)s)P II~OO 0 0 0 STORM WATER 8ASN paw 918.10~0492 FIGURE 1-B HAZARDOUS WASTE SATELLITE ACCUMULATlON AND CENTRAL STORAGE AREAS NOT TO SCALE FLORIDA POWER&LIGHT CO.ST.LUCIE NUCLEAR POWER PLANT ST.LUCIE COUNTY, FLORIDA UNIT I DISC HdllGE INTAKE I UNIT t DI5C)fARGE STRU CTHE ATLANT)c OCENf Serial nol-007 ST.LUCRE PLANT dQ Qs OIL STORAGE SIG MUD CREEK UNIT I Qe 5 PAINT BLDG.INTAKE CANAL~dd lid l)Lcw voices traate l)raut basin)Serial f003 3))tadvaste$7sten Serial f003 3)Unit tl Saved)e Treatnent Plant Serial f00i d)Stean Cenerator blevdavn Serial fn0$5))ron euuiphent h'rea Stol%Mater Drains Serial f005 6))tasardoua treats Satellite hccunulation hrea 7)Saxardous Masts 90-day hccunulation hsaa b)Settliny basin Land Utilization Maintenance and Storage Area Serial 400L 918.10~~~0492 FIGURE 1-C FLORIDA POWER 8E LIGHT CO.OUTFALL LOCATION MAP ST.LUCIE NUCLEAR POWER PLANT NOT TO SCALE ST.LUCIE COUNTY, FLC)RIDA' 1

O O Cg O SELFCOMf~D CCtX$%IE STRJCllSES PARKING A QS@228 STD%I WATER BASW IEAST).~lMXMAXM)Q WASTE Ol.STORAGE TANK LNfl'OKSELRH.STCHhGE TAN(0~KtK$KK DXE 0 0 STOA WAlEA IWESTI COVERED OIL 5 DRUM STORAGE, NŽOIL AND PAINT STORAGE HOUSE 918.10~0492 FIGURE 1-D SECONDARY CONTAINMENT STRUCTURES NOT TO SCALE FLORIDA POWER 8 LIGHT CO.ST.LUCIE NUCLEAR POWER PLANT ST.LUCIE COUNTY, FLORIDA SECTION 2 US EPA FoRM 2F SITE DRAINAGE MAP l P Pleaso print or type in the unshaded areas only EPA ID Number (copy from Item 1 of Form 1J FLD 000807479 Form Approved.OMB No.204tWN86 Approvaf oxpiros 5131 N2 Form 2F NPDES United States Environmental Protection Agency Washngton, DC 20460 Application for Permit To Discharge Stormwater Discharges Associated with industrial Activity Paperwork Reduction Act Notice Public roporting burden for this application is ostimated to average 28.6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> por application, including timo for reviewing instructions, searching existing data sources, gathering and maintaining tho data needed, and completinq and reviowing the collection of information.

Send comments regarding the burden estimate, any other aspect of this colloctioo of information, or suggestions for improving this form, including suggestions which may increase or reduce this burden to: Chief, Information Policy Branch, PM-223~U.S.Environmental Protection Agency, 401 M St..SW, Washington, DC 20460, or Director, Office of Information and Regulatory Affairs, Oflice of Management and Budget, Washington, DC 20503.I.Outfall Location For each outfall.list the lalllude and longitude ot Ils hcatlon to the nearest 15 seconds and!he name ot the receiving water.A.Outfall Number (list)D.Receiving Water name 006 Non E ui ment 27 20 45 SO 15 00 Atlantic Ocean/Intake Canal 006 Paint Building Are 27 20 45 80 15 00 Atlantic Ocean/Intake Canal 008 Land Utilization 27 21 00 80 15 00 Bi Mud Creek 006 Oil Storage Area 27 20 45 80 15 00 Atlantic Ocean/Intake Canal II.Improvements A Aro you now required by any Foderal, State, or local authority to meot any implomontation schedule for tho construction, upgrading or operation of wastewater treatment equipment or practices or any other environmental Programs which may affect the discharges descnbod in this appiicationt This includes, but is not limited to, permit conditions, administrative or enforcement orders, enforcement compliance schedule letters, stipulations, court orders, and grant or loan conditions.

1.Identification of Conditions, Agreemonts, Etc.N/A 2.Affected Outfalls number source ol dschaige 3.Briof Doscri tion of P ect 4.Compliance Date a.ioq.b, lo.B.You may attach additional shoets describing any addlional wator pollution (or othor onvironmontal projects which may atfoct your dschargos) ycu now have under way or which you plan.Indicato whothor each program Is now under way or phnned, and indicato your actual or planned schedules for consuuction.

N/A III.Site Drainage Ma Attach a site map showing topography.(or indicating tho oubne of drainage aroas solved by tho outfall(s) covered in the appfication if a topographic map is unavailablo) depicting the facility induding: each of its intake and dischargo structures; tho drainago area of each storm wator outfall;paved aloes end buikfings viithin the drainage area of each storm water outfall, each known past or present areas used for outdoor stomgo or disposal of significant materials, each existing structural control measure to reduce pollutants in storm water runoff, matoiials Ioadng and access areas, areas where posticides, horbicides, soil conditionors and fertilizers aro applied;oach of its hazardous wasto treatment, storago or disposal units (induding oach area not required to have a RCRA permit which is used for accumulating hazardous wasto under 40 CFR 262.34);each woll whore 5uids from tho faculty am in ectedunde round s ii s and other surface water bodies which roceive storm water dscha from the facil EPA Form 3610.2F (11.00)Page 1 of 3 Continuo on pago 2 IV.Narrative Descrl tlon of Pollutant Sources A.iFor each outfall, provide an estimate of the area (include units)of impervious surfaces (including paved areas and building roofs)drained to the outfall, and an'estimate of the total surface area drained by the outfall.Outfal Number Area ol Impervious Surlace fprcvrda vrirrs)8,900 sff.ft.Paint Bldg.6800s.A.Tolal Area Drahed fprovide uivrs)13,600 sq.fl.30,500 sq.ft.Ovtlaz Nurser Area of!mporviaus Surlaco (provide units)3,000 sq.ft.oil storage covered area Total Area Oiiuned tprovksa units)25,600 sq.'t.B.Provide a narrative description of significant materials that are currently or in the past three years have been treated, stored or disposed in a manner to allow exposure to storm water, method of treatment, storage, or disposal;past and present materiafs management practices employed, in the last three years, to minimize contact by these materials with storm water iunoff;materials loading and access areas;and the location, manner, and frequency in which pesticides, herbicides, soil conditioners, and fertilizers are applied.No significant materials are or have been treated, stored, or disposed of in a manner to allow exposure to storm water.Significant materials are accumulated In covered buildings or sheds.Pesticides, herbicides, soil conditioners, and fertilers are applied, per the manufacturers instructions, as necessary to the grassy areas outside of the Nudear generating station's secured area There Is generally no industrial activities that take place In or near the grassy areas.C.For each outfall, provide the location and a description ol existing structural and nonstructural oontlol measures to reduce pollutants in storm water runoff;and a description of the treatment the storm water receives, induding the schedule and type of maintenance for control and treatment measures and the ultimate disposal of any solid or fluid wastes other than by discharge.

Outfall Number Ust Codes from Treatment Table 2F-1 FPL utilizes BMP (Paint Building)008 FPL utilIzes BMP 006 FPL utilizes BMP and a concrete sill to contain any potential leaks or spills of oil products at the covered stora e area.V.Nonstorinwater Dlschar es A l certify under penalty of hw that the outfall(s) covered by this application have been tested or evaluated for the presence of nonstamwater discharges, and that all nonstolmwater discharges from these oufall(s)are identified in either an accompanying Form 2C or Form 2E application for the outfall.Name and Ottldal Ttuo ft)pe or prtrir)C.D.Henderson, Acting Manager Air and Water Permittin Pro rams Z.B q~7/q~B.Provide a description of the method used, the date of any testing, and the onsite drainage points that wore drectfy observed during a test.A dry weather site survey was performed and verification with site equipment and process plans was performed July 25, 1991 and February 4, 1992.Observations during the site surveys showed no dry weather flows or discrepancies with the storm water discharge systems.Vl.Significant Leaks or Spills Provide existing information regarding the history of significant leaks or spills of toxic or hazardous pollutants at the faclity in the hst three years, including the approximate date and location of the spill or leak, and the type and amount of material released.No signifIcant spills or leaks of toxic or hazardous pollutants has occurred at this facility during the past three years.EPA Form 3510-2F (1140)Page 2 of 3 Contlnw on Page 3 0 I I 8)

Cpntfnued from Page 2 um r copy nm tomro onn 1 FDL 000807479A,B,C, 3 D: See instructions before proceeding.

Complete one set of tables Ior each outfall.Annotate the outfall number in the space provided.Tables VII-A, VII-B, and Vll-C are included on separate sheets numbered Vll-1 and VII-2.E: Potential discharges not covered by analysis-is any pollutant listed in Tablo 2F-2 a subslanco or a component of a substanco which you currently use or manufacture as an intermediate or final product or byproduct?

Yes (list all such pollutants below)No (go to Section IX)VIII.Bioio ical Toxic'estin Data Do you have any knowledge or reason to believe that any biological test for acute or chronic toxicity has been made on any ot your discharges or on a receiving wator n relation lo your discharge within lho hst 3 yoars?Yes gist all such pollutants below)12/03/90-Florida DER:~EvaluatIon of facility's permit criteria~Acute whole effluen toxidty, mysfd shrimp 3/05/92-FPL(CH2M Hfff)~Regulred by NPDES permit during Clamtrol CT 1 Application

~Acute whole effluent toxfcfty, mysld shrimp and menfdla IX.Contract Anal sls information Wore any ol tho analyses ro portod in Itom V perlormod by a contract hbonLtoty or consulting firm?O Z Yos (lists the name, address, and tolophonenumborof, ond polutentsenalyzodby, each such laboratory or finn below)No to Section I No (go lo Ssdian)0 B.Address C.Area Codo II Phono No.D.Pollutants Ana RMT, Inc.3125 Presidential Parkway (404)451 6633 Sufte 200 Atlanta, GA 30340 None Orlando Labs, Inc.P.O.Box 149127 Orlando, Fl.32814 (407)896-6645 X.CertNcatfon I certify under penalty of law that this documont and all attachmonts were proparod under my daetfon or supon(fsfon h acconfanco with a system designed to assure that qualified personnel properly gather and evaluate thoinfonnab'on subm(ttod.

Based on my inquiry of tho pooon or persons who menage the system or those persons directly responsiblo for gathonng tho infonnafion, theinfonnaten submitted is, to the bost of my knowledge and belief, true, accurate, and complete.I am aware that there ere significant ponaltios for submitting false infonnafion, incfucfng the possibi7ity of ff(ne and impnsonmont for knowing violations.

A.$~8 gicial giite (type or print)Actin Mana er Air and Water Permfttln Pro rams C.Signature e.S.EPA Form 3510-2F (11-00)Page 3 of 3 B.Area Codo and Phono NO.(407)6974930 D.Date Signed 6/ash'~

I EPA ID Numbor (copy from item 1 of Form 1)FDL 000807479 Form Approved.0M B'No.20404086 Approvaf oxpires&31.92 Vii.Discharge Information (Confinued from page 3 of Form 2F)Part A-You must provide the results of at least one analysis for overy pollutant in this table.Complete ono table for each outfall.See instructions for additional details.Pollutant and CAS Number (if avaifabfo)

Oil and Grosso Grab Sample Taken Dunng First 30 Minutes 0.010 Ib 1.1 mg/I Row-weighted Com posito Maximum Values (include units)Grab Sample Taken Dunng Fiat 30 Minutes'hw.weighted Composite Average Values (include units)Number of Storm Events Sampled-Paint Building Area Sources of Pollutants Unknown Biotogicaf Oxygen Demand (BODs)Chemical Oxygen Demand (COD)Total Suspended Solids (TSS)Total Kjefdahl Nitrogen Nitrate plus Nitrito Nitrogon Total Phosphorus 0.040 lb 4.4 mg/I 0.20 Ib 22,2 mg/I 0.770 Ib 85.5 mg/I 0.024 lb 2.62 mg/I 0.004 lb 0.454 mg/I 0.039 lb 4.34 mg/I 0.080 Ib 8.9 mg/I 0.152 Ib 16.9 mg/I 0.419 Ib 46.5 m 0.016 Ib 1.81 mg/I 0.003 Ib'0918 m 0.030 lb 3.35 mg/I Unknown Uaknown an an aggrega groun cover constitute most Unknowa Unknown Unknown pH Minimum~Maximum/73 Minimum Maximum Tem=24 C Part 8-List each pollutant that is limited in an otlluent guideline which the tacility is subject to or any pollutant listed in the facility's NP DES permit for its process wastewater (if the facility is operating under an existing NPDES permit).Completo ono table for each outtall.Seo the instructions for additional details and irements.Pollutant and CAS Numbor (if avrufa'bfe)

N/A Grab Samplo Taken Dunng First 30 Minutos Fhw.weigh tod Composito Maximum Values (include units)Grab Sample Taken Dunng Fiat 30 Minutes Row-weighted Com site Average Values (rncfudo units)Number of Storm Events Sampled Soumas of Pollutants EPA Form 3$10-2F (11 tN)Page Vll-1 Contfnue on Reverse Continued from the Front Part C-List oach pollutant shown in tables 2F.2.2F-3, and 2F.4 that you know or have reason to believe is present.Soe tho instructions for additional details and requiroments.

Complete one tablo for oach outfall.Pollutant Maximum Values (inclurjo units)Average Values (include units)Number of 006 Paint Building Area CAS Number (i/available)

Grab Sample Taken During First 30 Minutes Fhw.weighted Composite Grab Sample Taken During First 30 Minutes Flow weighted Composite Storm Events Sampled Sources of Pollutants Part D-Provido data for tho storm ovont(s)which rosultod in tho maximum values lor tho liow woi ghtod oomposito samplo.1.Oato of Storm Event 2.Ouration of Storm (in minutes)3.Total rainfal during storm ovont (in inches)4.Number of hours hotwoon boginning of storm measurod and end of provious measurable rain ovent 5.Maximum aow rato during rain ovent (gs//onsA7lfnufe of specit)r units)e.Total flow from rain ovont (galbns or specit)units)7I Solen sample was taken 8.Form of Precipitation (raints/I, snoanr sit)2Q5/92 21 min.0.17 inches 81 hours9.375e-4 days <br />0.0225 hours <br />1.339286e-4 weeks <br />3.08205e-5 months <br /> 254.4 gpm 1081 gal Winter Rainfall 9.Provide a description of tho method of flow moasuroment or estimato.Part D.5, Maximum flow rate was estimated thorn maxf mum rainfall fntensfty over area of drshage x coefffcfent of runoff.Part D, 6.Area of drainage x depth of rainfall x coefIkfent of runoff (>50 percent pervfous).98 coefIfcfent for impervious ares.76<<oefllcfent for gravel area See SCS TR-5$, June 1986 Table 2-2a EPA Form 3510 2F (11-tN)Page Vll.2 EPA ID Number (copy from Item 1 of Form t)FL000807479 Vll>>Discharge Information (Continued from page 3 of Form 2F)Form Approved.OMB No.2040~6 Approval expires&31.92 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 details.Pollutant and CAS Number (tf available)

Oil and Grease Grab Sample Taken Dunng First 30 Minutes Flow-weighted Com posite<1.0 mg/I Maximum Values (indude units)Grab Sample Taken Dunng First 30 Minutes Fhw.weighted Composite Average Values (Indudo units)Number of Storm Events Sampled 006-Oll Storage Area Sources of Pollutants Unknown Biological Oxygen Demand (BODs)Chemical Oxygen Demand (COD)Total Suspended scads (TSS)Total Kjeldahl Nitrogen Nitrate plus Nitrite Nibogen Total Phosphorus c0.004 lb c3.3 m 0.027 Ib 20.9 mg/I 0.008 lb 6.0 m 0.0008 lb 0.65 mg/I 0.0006 lb 0.465 m 0.0002 lb 0.13 mg/I c0.0075 lb 5.8 mg/I 0.033 lb 25.4 mg/I<0.0065 lb c5.0 mg/I 0.0009 Ib 0.71 mg/I 0.0006 lb 0.477 mg/I 0.0002 lb 0.13 mg/I Unknown Unknown 1 Grass clippings and sand debri Unknown Unknown Unknown pH Maximum 7 6B Minimum Maximum Temp=2 C Minimum Part 8-List each pollutant that is limited in an etlluent guideline which the facility is subject to or any pollutant listed in tho facility's NPDES permit for its process wastowator (if tho facility is oporating under an existing NPDES permit).Comploto ono table for each outfall.Seo the instructions for addibonal details and re irements.PoHutant and CAS Number (if availablo)

N/A Grab Samplo Taken Dunng First 30 Minutes Row-weighted Composito Maximum Values (include units)Grab Sample Taken Dunng First 30 Minutes Row.weighted Com site Average Values (fndude units)Mumbo r of Storm Events Sampled Sources of Pollutants EPA Form 3510-2F (11-90)Page Vll-1 Contfnue on Reverse

~4)Continued tram the Front Part C-List each pollutant shown in tables 2F.2, 2F-3, and 2F-4 that you know or havo reason to believe is present.See tho instructions for additional details and requirements.

Complete one table for each outfall.Pollutant Maximum Values (include units)Average Values (include units)Number of 006 Oll Storage Area and CAS Number (il available)

N/A Grab Sample Taken During First 30 Minutes Flow.weighted Composite Grab Sample Taken Durin First 30 Minutes Fhw-weighted Composite Storm Events Sampled Sources of Pollutants part p.Provide data for tho storm event(s)which resulted in the maximum values for the flow wei ghted composite sample.1.pate of Storm Event 2.Ourntion of Sbxm (in minutes)3.Total minfall during storm ovent (in inches)4.Number of hours between beginning of storm measured and ond of previous measurablo rain event 5.Maximum lIow rato during nun event (gallonsAninute or specky units)8.Total flow from rain event (gallons or speciyy'nits) 7.Season sample was taken 8.Form of Precipitation (rainfall, snowmelt)205$2 29 mh.0.18 inches 81 hours9.375e-4 days <br />0.0225 hours <br />1.339286e-4 weeks <br />3.08205e-5 months <br /> 349 gpm 1572 gal Winter Rainfall9.Provide a description of the method of flow measurement or estimate.Part D.5.Maxfmum fiow rate was estimated from maximum rainfall fntcnsf ty over area of drainage x coeQRfent of runoff.Part D.6.Area of drainage x depth of rainfall x coefficient of runoff.9$for building areas A9 for fair grass I gravel See SCS TR-55, June 1986 Table 2-2a EPA Form 3510.2F t11.90)Pago Vll-2 EPA ID Number (copy/rom/rem 1 ol Form 1)000807479 FLD l Cg)Vll.Discharge Information (Confintred fram page 3 of Fom 2F)Form Approvod.OMB No.2040~6 Apptovaf oxpites&81.92 Part A-You must provide Iho results of at least one analysis for every pollutant in this tablo.Complete one table for each outfalL Seo instructions for additional details.Pollutant and CAS Number (if avat7able)

Oil and Grosso Grab Sample Taken Dunng First 30 Minutes<0.024 Ib<1.0 mg/I Flow-weighted Composite Maximum Values (include units)Grab Sample Taken Dunng First 30 Minutes Flow-weighted Composite Average Values (include units)Number of Storm Events Sampled 8-Land Utilization Building Sou+os of Pollutants Lawn Maintenance Equipment Parking Biological Oxygen Demand (BODs)Chemical Oxygen Domand (COD)Total Susoended Solids (TSS)Total Kjeldahl Nittogon Nitrate plus Nitnto Nitrogen Total Phosphorus 0.117 Ib 4.9 mg/I 1,589 Ib 669 mg/I 5,679 Ib 237 mg/I 0.051 Ib 2.14 mg/I 0,014 Ib 0.602 mg/I 0.024 Ib 1.00 mg/I 0230 1b 9.6 mg/I 3.50 Ib 146 mg/I 27.147 lb 1,133 m 0.150 Ib 6.25 mg/I 0.015 Ib 0.624 mg/I~0.054 Ib 2.26 mg/I 1 Unknown Unknown Area In atnnn and atrroandtna aea or plpc entrance b candy roti cora and enctkn tobe nna located at bend tn Hachanree ptpc nhcte~ecHmcntatka or candy colt ccnrrecL Unknown Unknown 1 Unknown Maximum 8 05 Minimum pH Minimum Maximum Temp=2 C Part 8-List each pollutant that is limited in an effluent guideline which the facility is subject to or any pollutant hsted in the facility's NPDES permit for its process wastewater (if the facility is operating under an existing NPDES permit).Complete one table for each outfall.Seo tho instructions for additional details and re irements.Pollutant and CAS Number (if avrtilable)

N/A Grab Sample Taken Dunng First 30 Minutes Fhw.weighted Composito Maximum Values (include units)Grab Samplo Taken Dunng First 30 Minutos Flow-weightod Com sito Average Values (include units)Number of Storm Events Sampled Sources of PoHutantsEPA Fortn 3$142F (11-00)Page Vll-1 Continuo on Reverso

~~~~t Continued from the Front Part C-List each pollutant shown in tables 2F.2, 2F-3, and 2F-4 that you know or have reason to believe is present.See the~i instructions lor additional details and requirements.

Complete one table for oach outfall.Pollutant Maximum Values (include units)Average Values (include units)Number of 008-Land Utilization CAS Number (il available)

N/A Grab Sample Taken During First 30 Minutes Flow.weighted Composite Grab Sample Taken During First 30 Minutes Flow-weighted Composite~Storm Events Sampled Sources of Pollutants part D-Provide data for the storm event(s)which resulted in tho maximum values for tho flow we ighted composite sample.1.Date of Storm Event 2.Duration of Storm (in minutes)3.Total rainfall during storm event (in inches)4.Number of hours between beginning of storm measured and end of previous measurable rein ovont 5.Maximum flow rate during rain event (gallons/minute or specif)gunite) 6.Total flow from rain ovent (gallons or specif)r units)7.So aeon samplo was takon 8.Form of Precipitation (iawfall, snowmelt)2125/92 27 mfn.0.20 inches 81 hours9.375e-4 days <br />0.0225 hours <br />1.339286e-4 weeks <br />3.08205e-5 months <br /> 791 gpm 2877 gal Winter 9.Provide a description of the method of flow measurement or estimate.Part D.5.Maxfmum fiow rate was estimated from maximum rafnfslt fntensfty over area of drainage x coelIlclent of runoff, Part D.6.brea of drainage x depth of rainfall x coefIlcknt of runoff 88 for building areas.76 for gravel areas See SCS TR-55, June 1986 Tabk 2-2a EPA Form 3510-2F (11-90)Pago Vll-2