ML20052F358
| ML20052F358 | |
| Person / Time | |
|---|---|
| Site: | Clinch River |
| Issue date: | 04/29/1982 |
| From: | Kaplan C ENVIRONMENTAL PROTECTION AGENCY |
| To: | Lunn D TENNESSEE, STATE OF |
| Shared Package | |
| ML20052F359 | List: |
| References | |
| 4WM-WP, TN-0028801, TN-28801, NUDOCS 8205120382 | |
| Download: ML20052F358 (102) | |
Text
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i g i UNITED STATES ENVIRONMENTAL PROTECTION AGENCY
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REGION IV 345 COURTLAND STREET ATLANTA GEORGIA 30365
[adif;1362 REF: 4WM-WP g
4 Mr. D. Elmo Lunn, Director p
Division of Water Quality Control RECEJVED Tennessee Department of Public Health 2
MAyy y j
621 Cordell Hull Building 1;
N aasa m Yr
~
saQumr mamma Nashvil1e, Tennessee 37219 p
9 Re: Clinch River Breeder Reactor Plant NPDES TN0028801 Co
Dear Mr. Lunn:
Enclosed is a copy of the referenced NPDES Application with supporting Engineering Report. Upon receipt of the Erosion and Sediment Control Plan, we will be prepared to proceed with finalization of the NPDES Permit for the project.
By copy of this letter, we are forwarding a copy of the U. S. Nuclear Regulatory Commission for use or docketing as they desire.
Sincerely yours,
'\\ )
)
JV.
Charles H. Kaplan Environmental Engineer Water Permits Branch Water Management Division
Enclosures:
2 Mr. Paul Leech, U.S. NRC, Project Manager u/ Enclosures '/
cc:
Mr. Earl Lemming, Regional Engineer w/ Enclosures Mr. Percy Brewington, Jr., Acting Director, CRERP Project j DESIGNATED ORIGI
' '/DE' s n wma. =
n L$/6$0Af6lkf 8205120382 G20429 PDR ADOCK 05000537 A
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F APR g 1982 9
5.f k~ M1880/
J nrci s IV Departrnent of Energy g us u,,GA.
Oa 4 Ridge Operations N
P.O. Box U Oak Ridge, Tennessee 37830 i
/
April 14,1982 Mr. Charles Jeter Regional Administrator U.S. Environmental Protection Agency, Region IV 345 Courtland Street Atlanta, Georgia 30365
Dear Mr. Jeter:
TRANSMITTAL OF THE CFBRP NPDES PERMIT APPLICATION The United States Department of Energy (DOE), through its Clinch River Breeder Reactor Plant (CRBRP) Project Office, hereby submits to the Environmental Protection Agency (EPA), the attached completed application for a National Pollution Discharge Elimination System (NPDES) Fermit anc the supporting Engineering Report to allow discharge of waste water into the Clinch River near Oak Ridge, Tennessee.
As indicated by the application and supporting data, the permit requested would cover all activities associated with construction and operation of the CRBRP.
AccordinFly, your office is requested to issue the subject permit pursuant to Section 402 (a) (1) of the Clean Water Act.
Your cooperation is sincerely appreciated.
If you have any questions or require additional information, please contact Henry Piper of the Public Safety Division, (6-6095).
Sincerely,
,f 4
g/ Acting Directo
,Percy Brewingt Jr.
gt PS: 82:145 CRBRP Project l/
Enclosures:
As stated
UMLi base 126=hvivu 1
g/
ron AcENey v5E !.
E g'
ATACHMENT 1
- pkWelehI>!
N
/
POLLUbNT Ol5 CHARGE ELIMINATION SYSTEM rp s(ON FOR PEft.,lT TO DISCHARGE WASTEWATER ATI
~
/
MDIRD TT J-MANUFACTURING AND COMMERCIAL W gh, SECTION 1., APPLICANT AND FActLITY DESCRIPTION p'
h*
if are item is not apos*Catae IndlCate *N A.*
td Uniess otherwise speCf fled on toll orm allitems are to be Comple e.R IN SEPARATE INSTRUCTION 5 R EF E r. 7 0 f
AOct780NAL INSTRUCTIONS FOR SELECTED ITEMS APPEA cOOKLET SEFong FsLLtNG OUT THESE ITEMS.
Please Print or Type U. S. Department of Enerav sos usat Nan.4 er Aeo ur:s n
f.ee instrwCttons; Clinch River Breeder Reactor Plant u.n... A u..s..e A. nun, Project Office P. O. Box U s,
reetinitructiano toaa
_ _ _ Cak Ridge Nom.... strut 8023 City Tennessee 1028 State 37830--
802a ZipCode Appettael's Autherlass A,ent Henry Piper, Branch Chief, Licensino Clinch River Breeder Reactor Plant Project Office _
3.
insa
'"' '"'*'"'d Etis Na 4 sn S" "
N. m.....t,
,A.dr...
Oak Ridge City Tennessee 1926 state 37830
!iss.
zio Code 615 576-4 095 t
io,,
~ Nwmeer Area Tei..n.no Code e....e.s A...uoen 4.
iv........ 4...ui..n f or a Nai....., e..... d..Cn.ree eer.
75 11 07_
Revised: 76 09 03 1
- " "0Cli[ol"'s I',*,n'e','c'*
, 4.
004 YR MO DAY nd Def ef twCn enf ermation i
gest 9A4140n for date.
d in this appletation and that to the Delt of rny sanowieJge a 8 Certify tnet I am f amillae mth the Inf ormation conta6ne Is true. CO*p' ele, SiHJ 4CCurete.
Acting.1>irectordpnnp Project _
_r,,,,.
Title V Percy Brewington, Jr.
l Pnnted Navne of Person $4gning N1
- gog,
~
Oate Applitapon Siemed r Authorised Agent saeneture of Ap0HC4 f l Gct..*arecc21: cv ent or agenry of eine UruteJ St:tes K nou uractr oral u s hat.-
r redrs or U.S.C Section 1001 pror' i
d
'hoever. In sny enatter u stlure t ocinrudictraor of any epartmturine. or </re sce a em ers sup by enr trar L. ss uses enr false uronnt or dat uterart imnts:t same to contam en 5 f t).NO or smprnoneJ not more than fire yrars. or both,
.~
FOR AGENCY USE Ar9 4" N u"'8*"'
(
CSFICE; _ r'PA
_St.* t d 3;
e*.
R OCeewed
---.m 78 r a m e4 T r #**3 cer?f 3 8 fi s YR ti40 QAY
$=k
[
I L
e.
FOP 4 GEN Y USF S.
Fes.hty /Act.wsty (see 4r.struct< orts) i i g
payse:a socat.cn o te s plant or l
6
- l G. e te.e naa e. ownethmit,. and l
cimee eve'at.ng f ac e 1,.nete c:s.
,,,, i Clinch River Breeder Reactor Plant tisage ; ; oc.e', c,e e is o::6#.
s,,..,
I I
i l f P4.,5
. CPRV
[Epc Owaee *n (pwo c. Fr. ate ce ICno Betm P.t. it enc Pt.. ate, 105c C r g c, l
CPe:6 p.o: if 7 e:e a. r ca:ty 1,...f e
a c g we c a. :m a r :c > :. -t e c, s
l l Located on a peninsula fomed by the Clinch River t
between Clinch River Mile 14.5 and 18.5 l
so>e st u: e...- w Oak Ridge m,.
c t, ici,l Roane co. r e,-
Tennessee Demonstrate comercial feasibility of Liquid MetaU
,,3,,
s;a.e i
s.
eui.e e* 6.. ne.i !.: ate tre ista -
i Fast Breeder Reactor e.a:..e r e c 5 aesi c:, s.c ec I
a: tae o 4.t c. o:e at as f acenty.
i 1040 notN-v ust I
l l
The following flows are for the operation period.
f NOTE:
Construction period flows are 91ven on Page I-3e.
t.
e a...t,.a:4. e w aie,....., i t.. o i. e -i
- ...:.. a:.
-u.e.ovo, i
... ca o, ie. c o. c,i
..re a,e,43.. c.~ e c a c a,
, i cousa l
37 u.cni o. c 4,.
- 107a twsanc 94hons pe ca, M.r.; ps c g r..att. ate' 6> sit - s 8797 ioro s,,a:e. ate.
0
- c...ae..re -
- ie,,
38 se,,
l ctee.
8872 I
imune wi.ons oe,04, ver.
Cooling coil condensation (maximum seasonal) l Tou ne. >
- , e e.....,... s i e,.. c -
The following flows are for the operation period.
oin e c.ce t., t e.<,..<,.
Sci,
i NOTE:
-ae.
Construction period flows are g ven on rage s.
F ac.s.t, w ati e use ts:..a:e l
me ce ca.
t-o.sa e s.e ac.:
i e
I 5&.ttna De'dar'c t e te ca 9; I
I types o.4*a snaps at tne f a:ia 15 l
bb9b tiet. it.ct.o,si lscea
,,,,,,,,g,,,,,,,,,g,,
hos::atact socom6 + ate-I
,'l 30
,,,,,,,,,,,o,,,,,a, 30 Boseef.e:. ate
- l I
03Cisll 77 Procou atee (.n swa.eg costf act vno.sanc gatic,,s pet da.
Coch*6 *ateel 37 196c !
taowung gations pee say sa% ta o. ater l
- 6*
to o..a no
..o.. pe es,
, Total does not include 38 TGD oi **
since this volume is amspheric 8834
,,,,,u,o u ion.oe.ca, J im water which is discharged without tois i:e-e l
1 use.
.ie o...e a.e e c
...s to I was '
osa.. f o c...
l plus process uses.
200
,,,,,, e.e.. e.,
ii i e.e.s sa
.t ar, - ate.
.e....e ine nomw o oe:3.e.e,.eo.
l ioen Refer to people served during construction.
2450 page II-9 of 05h 002 for additional information.
u A r.
ns:.n u ni u
YONM APPROLTD O?*U No.138-Ruim i
I
~4' j
! eon Acceac r v:: t e.
The following information is for the g,
j ;
a e.
An a,.a.ir o.s.na,,e s...ine, tl t stes. norn e,.n. o.scnarte inc.
operation period. Construction period i.
discharges are described on Page I-3e.
s.ecif, in.
.nsiroci.o,no v.iomenommero..sena,
..n,sanaine eosom. of w.ie,o m n.rs...,
lost from tne facility.ccordant to ine categories besow. E stam.te Number of
' Tot.t Vo.urre Used t
.ver.94 volume per d.y in the66and 0.senarge or Dis:riargeo.
94Hons W d.y.
Poants Thousano Gal / Day 3502 se9. '
1 309 2 s.r,.co w.i.,
i09.
309 2 s.nii.,y i.
.ie, i,.nspori sysi.m 5
15,999 109c3 109s2 Storm water tr.nsport system Combined sanat.ry and storfti 199d8 1C962 w.ter transport system Surface impounement with no 19988 tote 2 eff8went IOSf1 109f2 undergrownO percolation 10931 10932 Weit te ection s
less than 1 3
,09n2 waite.ccepiance f.em 3 0,,,,
2 5,370 30si:
som c..po,.t.on 109i1 10912 Consurription 109=1 109h2 Otrer*
r.c..ty c.icn.,, s.m.
me 11 24,871 80911 1(fll2 Totas stem 9
- tt there a'e c.scharGes to *other.'
10$ m t spe cif y.
Permits. Licenses ane Applications List av en.steng. peno.ng or senaed pemits. teconses and aco.icarrons relates to esscnarses from t%s 'acnety see *n.ts..cuoes).
1 C.
Cate l
Cate t
Ca:.
- E n :, r;tice i f
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) Isswing Agency Fct Agency use f Dr V RNO.O A i Y A,t.90. D A ce l V R /VD/D A l V RWC.C A,
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See Page l l
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- n. u.ps.n. o,.w.ngs Attach att reQuireo maps and drawings to the Dack of ints appiecation.{see instructeone)
- 12. AeditIGna, Inf ormateen l
l iner,m.t on n2 ii.m ~ur.ieer See Pages l Schematic of Water Flow - Operatina Period I-3d and Schematic of Water Flow - Construction Period l
I-3d-1 i.:
Fermits. Licenses and Applications Item 10.
List all existing, pending or denied permits, licenses and applications related to discharges from this facility (see instructions).
Date Filed Date Issued Date Denied issuing Agency For Aqency Use Type of Pennit or License 10 Number YR/M0/DA YR/M0/DA YR/M0/DA 1.
Nuclear Regulatory Limited 14 ark Docket No.
74/10/11 Commission Authorization 50-537 2.
Nuclear Regulatory Construction Permit Docket No.
75/4/7 Commission and Operating License 50-531 3.
Army Corps of Corps Permit 42,362 76/2/13
..(a)77/5/6 Engineers 76/2/13 (b)77/4/19 4.
Tennessee Valley Section 26a Permit Authority (a) Permit was extended on 81/1/29; b) Permit was extended on 81/6/10; Expiration Date YR/f40/DA 1
84/5/6 I-3a 82/6/10
4
.j p,
/
l 4
7, ts
/ //
A.
Locat' ion of Runoff Trcatment 7
Q h,
/j,-
/
Pond "E" Discharge,
'/
ip pt. 007
,, _ /-
['A
/
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Location of Runof f Treatment Pond "C" Discharge,
-Q - -.
pt. 005
[ f,
==. /::""-=~ fy. M,,
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e ~. M*m A
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Location of Runof f Treatment
~ I ',J =** ~ % ' E '.
T N
e' f Pond"B" Discharge.[' '
3'
-. - ~
pt. 004 W-..,."...e /.
s
~
De
-CLNCH RNER Location of Common. f /$..
./..**,
/
BREEOcR PEACTOR y
74CTF5 AREA)
O v.-
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,g %
7.,::
"/j % g N p.
Plan
- ischarge,
/ f C
P-f qm
.,i g 4_ y'l% [.,.~= i=:=:w /... /x%,
9
/
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/ bj
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- A I;j-a j/ reocation_of Bunof f -
D,,,'"
LocationofSewagg;'
r l
y'i I
T atrcent Pcnd N3 Treatment of
.'A J't
.,1D'7'ttat' ::.
,'D'.' Di scharge,
~.* \\4 / */*#
Plant Discharge,
/
' ':*:[l' pt. 006 pt. 002 t *.
//
r
!a s
f+f waste Treatment Systembi\\,**
Location of plan M
Location of Rad-
- Y* *
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/
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Intake, pt. 013
=-
Discharge, pt. 010
- i..
Location of Cooljng Tower \\
dj i
N Location of Runof f Treatment \\d,~,'
OMy
'\\ Blowdown Discharge, pt. 011 \\.
E Pond,
Discharge,
,f y
dy**.*..*%\\/
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w Approximate location of Waste Water 8 p. { ;;'.
R,,., R."
Disposal System Discharge, pt. 009 iM k
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$k Approximate location of g
Chemical Cleaning 1laste q
m Discharqa (preopera tional }
9 8
g E
E
'd g
pt. 012 S
8 8
e
g
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/g Location of Runof f Treatment "E" Discharg3, pt. 007 g;g
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N Location of Runof f Treatment
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pt. 005
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P1 ant 01scharge,
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pt. 001 3
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CLNCH RIVER s
/ eREEDER REACTOR
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poTECTED AREA)
C location of Runof f
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[j.!,[Locationoffun K,e
-.--. 4 pt. 004 j-
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tment Pond
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c Location of Sewane jf.y
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- g. s em \\ <,
.e Location of Quarry m
t.
v f
location of Runoff Treat E.
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- Pond,
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Discharge Pt. 008 p\\
g;p, Pond "A" Discharge, g-
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pt. 003 c:
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- og Energ7 f
-:::.-~ 'y.-4::'" ' / j Clinch River Breeder Reactor Plant Pro 3*C d.
Oak Ridge Roane County Tennessee
~/
__r March, 1982 I-3c
a SCHEM ATIC OF WATER FLOW - OPERATING PERIOD (013)Co' C's Rivt R INIANE 8797 TGD 107 TGC o
oRwi 1s3TGD NO TE TCD 1howtand calleas pee day ETAP 52 ' 6 0
,, e.g.,co 33381C0 M A R E UP w A rtR etOwoOwN MeCu caAft
~
TREAIMENT
+
I COOT eteG lowt Rs (Oil) sysitM o
g 3
30 TGD ;
5 I
Aus CoOuMG &
N g a CIRC w AirR G
o
,,s.,-
'r systtu y
N vAniOus riuruRes l
=
PRoCrss
& Misc.
wAi R uses as usts or mo au a
7a 3
0 OY 32 s
'r
't siCo (009) eastGo (ostCo ogsPOsAL 29TGD g
sVsH M 2
FTCD sTE AM & f f EDWATER sA MPt ING (002) l 1r MISC. Minor sir AM POwt R sawAct
<ostGo sOvo safGo
< 1 TGD CONo r Rs.ON
~ Losses to
+
oisPosAL westE tuAn st AsoNAtt sysitM Waste Water sisf E M souD WASTE COOUNG COtt oo CRalNACf. walt R % OFTENER Disposal RECf NE RATION wastis &
6-3oTCD Masc. WAsIE souRCt$
System istAsONati sOOeuM HTPOCHL ORROE POYAstf HYPOCHL ORITE TO CIRC. w Alf R sislt M.
wastR a
GE Nf R AltNG W
Havf A INI A#f &
sis 1EM Pt Atei COOLING 10wt R S AstNs
_W f37TCO POT AftI t w Af t a f ROM DOE iseasona4 fACitIIT 48TGD R AowA s TE systf M (olo)
NE GuGIGLE l 3502TCo 3m,o,,,,,
ossCasAnGt TO CLINCet HIVf R (001)
Department of Encegy Chnch River Greeder fleActor Pfant Project 1-3d oAm n age. noAne couniy, tennessee March,1982 e
NOTE: TGD-Construction "C'
Clinch kl to P t
River 10 TGD 60 TGD 150 TGD 1
Concrete C
Concrete g
Intemittent Makeup W85h II
'I l
from Potable Water Source m
Equipment 10 TGD
~
Wash r
Settling l
Construction 1 87 TGD Constructior j
Pond Fill Com-I paction.
Concrete Water 77 TGD Consumption Uses
=
g arry Use, System g
P}R TGD _
Dust Control Intemitten Aggrecate
^
Aggregate I
a up % %
y NQ Wan W 2625 TGD Precipitation Clinch River Station t1ing Pond g
Cur g r
If g
720 TGD 6D TGD Consu@ tion l
i Precipitation I
l (1P00 TGD e ing Runoff 1361 TGD ExcavatjonDewatering Precipitation Runoff 1440 TGD I Precipiti tion 3717 TGD Excavation g Runof f 4L14 TGD Precip. Runoff
-I I
Precipitation Dewatering I
I l
Runoff 3426 TGD l
3272 ' TGD y
fII y y
g II l f Sanitary yjr1[
if If17 System Runoff Runoff Runoff g]
v Runoff T reatrent Treatment
]#
Trea trnent p
ff Treatment Pond D Pond E pg I f Tr nt Pond B Pond C 62 TGD 3272 TGD Solid Waste 1 [
3355 TGD 3717 TGD 1801 TGD 4114 TGD 1 7 5226 TGD I I I f I I f
Dis. No. 005 Dis. No. 006 Dis. No. 007 Dis. No. 005 Dis. No. 002 I
Dis. No. 004 Dis. No. 003 DEPARTMENT OF ENERGY CLINCH RIVER BREEDER REACTOR PROJECT l-3d-1 DAK RIDGE. ROANE COUNTY, TENNESSEE March 1992 W
's Additional Information for Construction Period 7.
Facility Water Intake:
Municipal or Private 150 TGD Water System 60 TGD Surface Water 3200 TGD Ground Water TOTAL ITEM 7 3410 TGD 8.
Facility Water Use:
63 TGD Sanitary Water 147 TGD Other*
TOTAL ITEM 8 210 TGD
- Water used for concrete production, fill compaction, quarry use and dust control.
9.
Facility Discharges:
1 discharge pt.
62 TGD Surface Water discharge pt.
62 TGD 1
Sanitary System 6
discharge pt. 22485 TGD Stormwater System Surface impoundment discharge pt.
O TGD with no effluent 2
Waste acceptance firm 1
discharge pt.
1 TGD l
4 discharge pt.
137 TGD Consumption TOTAL ITEM 9 13 22685 TGD l
l I-3e l
~555s. 250-W@&(g6 f
C a
von ARENCY USE STANDARD FORM C - MANUF ACTURING AND COMMERCI AL SECTIONIL BASIC DISCHARGE DESCRIPTION t
n c pal sewera9e I
f Coac'ete In's sect *on to'saca c4ensete eno. cates en Sect,on s.1 tem 9. that 6s to surface waters. Tnes entsuces c:se t
- s. Discharges to wena must 2
synems in we'c Int wasteas'er coes not go tneowen a treatment worais preor to beies centmeegee to swef ace wa erSE l
nete there ave aiso sistmarges to sw f ace waters from this f acmty.
r r
tn oisenarge s% oste De recre-REG uiRED EVEN f r SEVER AL D85CH ARGES ORIGIN ATE IN Trot SAME F ACILITY. Ali values tot en esis i get in.s ce cencesDec w n
sentative of the tweive previous montns of coetatech.
OOKLET AS INDICATED. RE FE R AO$t?10N AL INST RUCTlONS F08. SELECTED ITEMS APPE AR IN SEPA R AT E NST RUCTION S T O COOKLET SEFORE FILLING Oui THESE ITEMS.
i, D.staa,e serisi No. a. Na me 2aia '
001 O,scha,,e Se,isi N..
(see instructions)
Comon Plant Discharge 20lb t.
Distmarge Navne Give name of c<stmatge.,11 any.
(see enstructices) e Pee.ious D.stmarge ser ar No.
c, If D'evious permit accl. cation g
20ic was mace tot this c4 charge (see it em 4,5er von 4). D'o. ice reev -
e c.ws c'ste a'ge se'isi number.
2 Dischsese Coerating Dates Discharge 8 elan Date iftne a
c4cna'ge ceschDec besow es tr.
b be 202a opetation. give the cate (within VR MO pest estimate) the cistnarge vegen.
e
/
Desche*ge to Begin Date 11 toe D.
caceavge cas nevet occu' rec but MS 202e is erannes for some future cate.
YR MO give the cate (witnen eest esti-mate) the cischarge will Deg*n.
Descheese to End Date if cis-c.
chaege es s:hecwree fu De c4 con-hh 2C2c 1.nsee wittua the mest 5 years.
YR MO 9%e &e ca'* Iv.@ n tes t este.
mate: tne cwenarse witt enc.
3.
Eng.neesing R es ort Av'ailabie Check s' an eng.neehng report is a.a.iacie to ee.. ewing agency upon 203 5
eso we s t. t'see inst ructions)
Distmarge Locatiod Name the A"cY Us*
4.
pointical Downcahes within wn.ch the point of cischa'pe is so;sted.
Tennessee' 2ess 9
204a State Roane
- 204, County ak Ri ge 29d c fit apptecapiel City of Town 5.
Deschaege Point Description D.scharea es ento teneck oner.
Isee ansteuct.ons)
Stevam (incsuces c.tches. arroyos.
aac otner sateemittent wate coweses) 2Cla EST R La.e CL84E COCE Oceam f.%n.ciese 'aa.t ary w astew ster DMT 5 T eaescoet Settem
- e.c nr Ceme. ace Sanitary one OvC5 t *e *
- 1 * ** sn< e t Syst e m 11 1 Thr h it ec t sen cer ta'e c p1.-e n.
I F A F e*a 71$0.23 (7.73)
e DiFCHAACE SECI AL NUM EO 001 FOR AGENCY USE Municloat Storm water Transport t
CSTS I
System CWEL Weil (Insectioni C CTH Otner 209.
If 'otner* is checked, specify 6.
C6ssnarte Point-Lat/Long Cove ene precise accation of tne oosnt c onsca.,,. io ine nea,esi secona.
5_5 53 17 204a DEC MIN SEC Latituce 84 2 3,,,
12 sEC 20.o DEC Lon,itvoe v.
Distner,e neces.ing waior Name
~ame ine waterwa, at in. ooini 20ra Clinch River 6f distnarge (see instructions)
For Aeeacy use Far Agency use I
303e if the cistparge is tnrougn an out.
Ma ot t Minor ' Suo _
207p 207c f ail tnat entends oeyone tne snore-lens er is mesow ine mean now
'l waurione.co,no,eie. tem..
Cf ts ere Oestmarse n
8.
feet 20Sa 3 Discnarge Distance from snore es Distnar,. Depin sei.w wais' 4
(at minimum low water) feet 204.
Surface 9,
Oissnarse Type and Occurrence
- a. Type of Discn'arge Cneck 20fa O (con) Continuous wnetner the cistnatee es con-tinuous or satermittent.
C sints intermittent (see instructional
- a. Dessnarte Occurrence Days per
_7 209D cays per weem ween Enter the average num-l oer of cays per week touring co soas of ciscnarge) in's dis-cnatee occurs.
- c. Distnarte Occurrence -Months 209e CJAN. CrEs CuAa C Ana t
i Ifinis oisener9e norP$a81y i
l one,ates ie iner intermitiontiv.
CMAY CJUN C JUL CAUC or continuounty) on iets tnan a year around panis tenciucing CSEP C CCT C NOV C OEC l
I snutoownt ror routine mainte-l nancet. Cneck tne raontns Out-in, tne v ar wnen ine emnarge is coerating. (see enstructeons) ca,osete stems 10 ano 11 el" inter.
sittent"is cnecked in stem 9.a.
stnerwise.procesa to atom 12.
O. Intermittent Distnarge Quantity g
tnoutaac 9aifens per cistnarge occ.irrence.
210 State tne average volume per cis-cnarge occurrence ici Inovsanos of Sailons.
I
- 11. laterenettent Discnarte Questian and Freeuency I
- a. en'termettent Distnarge Ouretion N A nou,s pe, aay 211a per Day State tne average nurneer of nours ser day sne distnarge is operateng.
l
- o. entermietent Disensege aunar,e occurrences o.e aa, 2:3.
etteuency siare tne a ora,.
numoer of Oistner9e occura rences per may cureng cars i
wnen eiscnarging.
_ns to _09L
- 12. Manimum Fiew periae Give tne r
m n2 F,om ti-e oerio. ir, wnice tne nia,e e,u er,,,n.n menon now o. tnis..n.ree ouurs.
DISCMA%CE Scil' AL NuM;E8t ronn arenoveo 001 OMB.Va. t s Rottn,
rom acency use l o
Discharge 001 " Common Plant Discharge" conveys
- 8,
"" "f,'e'a'i,'eS**Er$*o't!*"n oNc*t,',ity stie effluents to the Clinch River from the following u
Es'i uc,ons point sources:
(011) Cooling Tower Blowdown; (002) 3onst.ruction and Operating Period Sewage Treatment _ System.si (009) Waste Water Treatment System; (010) Liquid Rad-waste System. These effluents are the result of activities required for the production of electric power by the Clinch River Breeder Reactor Plant.
4 Activity descriptions are provided under their respective Basic Discharge Descriptions.
l l
1.. 4cio, caus.ng o.sens,g. ror I
sacn Sic Coce anice oescrioes tne act.wity causing tnes o.scnarge, sucoir tne type aae manimum j
amount of eitner tne raw materiai l
consurneo titem laan er tne procutt J
grocuteo (f tem 140) en tne units I
specifiec in Tacie e of tne instruc.
tion Boouset. Por SIC Coces not sisteo in Tante 1. use raw materiai or procuttion units normally useo l
f or measuring croouction.(see f
enstructionsi l
- a. Raw Materiais Manimum Unit Snasco 0.sc,arges i
twame Amounte C ay (See Tante 11 (Se'*ai % moed 9aC Coce (3) 6 tai e
tsi 6
(27 214e (t) i l
I i
i I
I I
Man.rpurn Unit Snareo C.scmaeges C. ~.aucts
.am ou n tic ay (See Tao.e il (Serias Numoed swame SIC Coce (le (4) i (5i Stee (Il (2p 4911 Electric Power 0.375 Z-1 l
None l
l I
I I
l l
11.3 un re -isso-u (7-m
OISCHARGE SE As At. NurACC A 001 FOR AGENCY USE t
i I
Discharge 001 is a combined distherye for O. W.sts At. tem.at
$Is'UUli
=.s,...I.**n'.ni N.,,.t.e.,
several plant effluents, the abatement processes are sis.
.ct.c.s.s ca tais e,sen.,,.
described under their respective Basic Discharge w,in e.,...
.,,.t.
(s..
ensi,uct..nsi Descriptions.
l I
I f
i3>.
(2 sin.
iii w.si.......ent c...s (6l -
t> sing in. coces sestea en T.oi.
(5)
(4) te of tne insteuct*on Boomret.
(9) _
61scrime tn. w.ste.e.ternent (8)
(7) _
f geocesses foe ines oisch.ege en (12) the ceae, in wn.cn they occu, (111 (10) 6f scisios..
(15) -
(14)
(33)
(17)
(18) -
(16)
(213 _
(20)
(39)
(28)
(23)-
(221 (25)-
I I
I
(
t.
l Il-4 P
tP A F = 7550.21 (7 731 i
l
f{y, 3g,,gfog h R0V o
00scnr.ptic scce At. reuu:cn 001 ron AcENCY U$E It ts. wastewater cnareeterestics caec: ins som besfee eacn constteuent wnica is present in tne offsuent toisenarse water). Tnis aeterm. nation is t
ce best estimate.(see instructions)
E i
Psrsmeter 3
Parameter y
216 e
216 2
a.
a.
Copper X
Color 01042 00080 tron X
Ammonsa X
01045 00610 Orpnic nitrogen X
Lead 01051 00605 Magnesium lX Nitrate X
00927 00620 Manpnese X
Nitrite 01055 00615 1
X Mercury l
Phosphorus 71900 00665 Molybdenum l
Sulfate X
01062 00945 lX
,Nicke!
l Sulfide 01067 00745 1
Selenium i
Suttite 01147 00740 Silver Bromide 01077 71870 Polassium X
Chloride X
00937 00940 1
- X Cyanide 00929 00720 Thallium Fluorde 01059 00951 1
Titanium I
Alummum 0115' 01105
{
Tin i
Antimony 01102 01097 Ztne X
Arznic 01092 01002 Algicides
- Berythum 74051 01012 Chlorinated organic compounds
- l
}
l l
Barium 74052 01001 h
Pestic4cs*
i Boron 74053 01022
} X l' Od and gttase l
Cadmium 00550 01027 l
l Phenols Caletum X
I f
32730 00916 i
Surt'sciants Cobsit 38260 01037 1
Chlorine l X Chromium 50060 01034 X
Fecal coitform bactersa X
Radioactmty
- 74050 74055
- Spectfy substances, compounds and/or elements in item 26.
Pesticides (inweticales, funpendes, and rodenticides) must be reported in terms or the acceptable common names specitned nn Acceproble Common Names arid Clueretocal Names for the Incredwnr Statement on
- 50. lune 1972,as resucale Labels. 2nd Edition. Envuonmentsi Protection Arency.Washincton. D C. 20:
required by Subsection 162.7th) of the Regulations for the Ensorsement ot' the Federat inwegicide.
Fungicide.srid Rodentacide Act.
115 EPA For= 7553 - 22 (7 - 73)
l D!SCHA02E SE:II AL. NUM;En 001 P0:3 AGENCY USE 37, pessrtation of Intame and Olsenerge 4
Far each of tee parameters alsted Delow. enter in tne approortate 00s the vatwo or coce letter answer saltea for,isee instructio t
s if they were checueo en stem 16;
.n acantion, enter the parameter name and code and att reautred waaues for any of tee following parameter i m, sinc. onenois. cat anc grease, (mmonia, cyanica, asumanum, arsenic. beryssium. cacmium, enromium, cooder, seaa. mercury. nick et. seien u and chlorine (resgual).
l Effluent Influent
,=j F
f
.r
=
J g-EE 6 E
Sod
>334 ii 2
=
m s
-r f
T I
HSE EI3hr !33k 55 h9 Parameter and Code Eii e
. 5 E15 i s Ei
[4 15 i I 237*
t f35
!se 2
(1)
(2)
(3)
(4) 5)
(6)
(7)
(S) 8.80 0.04 3.50 0.34 4.83 cent.
NA NA Flow
- MGD 50050 pil 7.2 6.5 8.5-Cont.
NA tiA uruts 7.6 00400 Temperature (wuster)
'F 37 37 68 61 72 Cont.
NA NA 74028 70 70 85 73 91 Cont.
nA nA Temperature (summer)
- F 74027 (s00 5 4 r)
LT 1,0 NA LT 2.5 LT 2.5 3.3 NA im,,
Biochemical Oxygen Demand im mg/l 00310 ln; gg omicaloaygen oemand tCoD)'
LT 4.0 NA LT 10.0 LT 2.5 30 NA l
00340 4
i Total Surpended (nonfuteratte) soud8 7.0 NA 17.5 2.5 100 NA
.eA im is mg/l 00530 I
I mictomhos/cm at 25* C 200 200 250 675 Cont.
NA NA Specific Conductanee I
00095 i Not Not Not Not NA Available Avail.
Avail.
NA NA NA Settleable Matter (reudue) mut Available f
i 00545
- 0ther ducharges sharing intake flow (seful numbers).(see mstructaons)
O Indicatos expected frequency of analysis IId E P A F enn 7550 23 (7 73)
FORM APPROVED 9
OMU Ns. ISS MAIOC OISCHAGEC SECI At. NUMIE3 con AnenCv use i 001 i
1 If
- 17. (Coat'd.)
Intkent l
Effluent w
$0 I7 3
I 5 -
E EE h
S3$
$g54 ts<f 3
Y 1
!??B,
!??B Ex Parametef ar.d Code 3r4 I i 2?
EL*2 E.L.
N $.
1 l *E E 'S43$!
52 52 E c.t'
$35 m
7s
,5
- 2,2 1
E.o
>
33:
=
souc<
scuc a<
z<
v.
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
!NA lG A, tr.oni a 00610 0.04 l 0.1 LT 0.03 0.58 l 2/30 Copper 01042 0.04 l 0.1 LT 0.03 0.43 l
1/30
,NA lGj Nickel 01067 LT 0.5 ILT 0.13 LT 0.13 0.15 I 1/30 NA l G Zinc 01092 0.04
} 0.1 LT 0.03 1.43 NA I NA l NAj Oil & Grease 00550 Nilabl6 LT 5 LT 5 LT 5 l 1/07 NA l G l Chlorine Not
- 0.2 0
I 0.5 1/07 INA iG I
i pm +,21 CnnAn Availabl o l
l l
l l
l l
- 18. PlaAt Centrols CheCh if the fo6 210 lowing staat Controis are avadable fir sm s eiscmarge.
Altsraste power source for maior O A*s pum$ sng f aCs8ety.
Asarm or emergency proceaure for g At.u l
power or eculement f adure C2mriete 4 tem 19 #f disenarse es fesm cooting anc/or steam water gearration and water treatment aeditives are used.
l 13 vvatIt Treatment Assettves 18 ene Etscaarge es treated witn any con.
Sodium Hypochlorite will be used to control growth Citioner. laneDator, or a#gettee.
eas.or ine foiio..ac
& Name of Mater 6al(s) 219e of slimes, aloae and fresh water clams in the circulating water system (closed loop).
e, nam..no a....ss of manu.
3,po Sodium Hypochlorite will be generated onsite f.ctor.r as a 0.8% solution.
I I
To be detennined during actual operation.
- c. ouanmv ioovaas.aaea ce, manica gaisons of.ais, ireaie.>.
l l
l t
U-7 l
gra p.- nso-u a-m l
OtSCM A hCE SEIGI At. NUMBER 001 Fan t.cc~Cy us
\\
l
\\
t i
Na0Cl as 0.8% solution
't
- c. Ca.-icai comoosii.on of in.e ngo us aconeves (see snairwetionn.
Comoiet. items 20 25 if inere is a inern.a omnarge NA since discharce is less than 10 IGD.
(e.g., suociaies wnn a st.am ancfor oower genersuca vant. sieei,nin..etro,eum,ev.a.cy. 0, any cin.,
The following is provided for informatiorial manw suw,eng orocesin ane tne toisi cisenarge fio= *s e
30 mui.on ganons per cay or encre. (see instructions) purposes.
- 20. Thermal Desce.arge Sewece Checia 220 tme sopropriate stem (s) 6ncitating tee sowrce of tre cessnarge. (see instructions)
D et.no Boiler Biow=Jewn OsCCi solier Chemical Cleanlag 04*or Aan Pong Overflow Boiler Water Tesatment - Evapore-Ocaso tor Biowco n C.I or Coat Firec Ptaets - Ef fiwent DCCFP from Air Postution Control Cevaces Concense Cooieng Water OCCND 6CTBD Cooitng Tower Beowcown C MFPR Manwf actunng process O oT-* a Ot n.c
- 21. Dissnarge/ Receiving water Temper.
alwre Diff erence Cive the marimum temperatur.
cif ference Detween the cistnarge anc rece ving waters for somener anc winter operating concitions.
g9 (see instructions,
_o,,
223o
- F.
winter
- 22. Discharge Temeerature. Rate e' 5C 2:2 F./m ow t Change Per Mewt Cive t*e #9asirnum cos e'aie ra'e o' temperature cmange oer hour of
[
c:stmarge under ocerating con-j citions. (see instructions) i
- . water Temperature. Percenties Resort (Freewency of Occurrence)
In tne tact. Deiow, enter the temperature =nich is esteeced 10%,
of to. year. 5% of too year.1% of the year anc not at aH (mansmum yeetly temocratwre). (se e instructional Frequency of occurrence 3%
i ss i
l'.
( vasimum i 60 ori 65*rI 67 *rI 68'r l
a.
inisine wai.r Temoerseur.
- 222, is.,cien t naiu,si caangen 85*r 86 *F 88aj 91**
22mo ouna,ge wstor T.mo.,aiu,.
LT 0. 2,,,,,,,,,
22, 24 waie, inisse ve,ecery si. Reienti.a Time ci..in..ngin of ans.
990 Based on circulating water system 6
inventory of 2.28 x 10 gallons and minute' time, in minutes. ' rom start of cyg. bioWdown flov: rate of 2300 9;n.
water temoerstwee rise to caecnarge
.of coonne water. (see lnstructions) 11-8 E P A Fem 7550 23 (7.73)
0%tn No.t$$ Intu) i oiscuance scannu sv=:en ren accucy use [
- n. ecc...
i.e.,.. i...
IB Inf orm. tion l
223 Item Additional information concerning the common plant discharge
~~~
may be found in the Engineering Report and in the CRBRP Environ-203 I
mental Report Sections 3.3 through 3.7 and 10.3 through 10.6.
Information may also be found in the following documents:
Overall Plant Design Description (0F00-10)
Specification 3066-76-1
" Waste Water Treatment Equipment"
.. _ Specification 3066-76-2
" Sanitary Waste Treatment Equipment Detailed description of radionuclides is Radioactivity 74050:
contained in the Basic Discharge Description for discharge 010.
216 In-plant treated water volume is approximately 37,000 gpd (rounde Approximately 30,000 gallons of this water is 217a to 0.04 MGD).
softened for use by the hypochlorite generating plant during the 7,000 gallons is allocated chlorination season (summer months).of this water is
(
l for' potable water uses.
Source r
l Road Filtration Plant.
Untreated intake water volume that is allocated for process water 1%
of the total intake water volume.
uses comprises approximately Prior to use, it is treated by clarification, filtration anc ion exchange.
11-9 EP A Fe*= 7550-23 (7 73)
L.
FORM APPROVED QMB No. !$J ROtG4 e
4 I FOR AGENCY USE j 9
STANDARD FORM C - MANUFACTURING AND COMMERCIAL I.
i l1 I
s SECTIONII. BASIC DISCHARGE DESCRIPTION isewe. age Comeiete tnis secteoa foe each o.stnaege encicatec.a Seciton 8. Item 9. tnat is to su face waters. Tmes.ac r
erace mate's. Descheeses to wenis must systems en.nica tne wastewater oces not to tneowen a trestraent worms preoe to me.at distnerges to swSEPA A ATE DESC R aere taere are aiso cisenerges to sw f ace waters from this f aciesty.
pe atoulmED EVEN tF SEVE R AL 015CMARGES CRIGIN ATE IN TMC 5AME F ACILITY, All valves for an e r
Ee sescreses w ng aese at estimates.
t e
senras.ve of sne twen e preveous montns of coeraison. at tnis is a proposes eiscnarge, vaiwes snowie reflect oes e OMLET AS INQtCATEO. REFE8 AOCIT80NAL INSTavCTIONS #0m SELECTEC ITEMS AP8E AR IN SEPARK TE INSTRUCTION 70 BCOALET SE80mE P4LiteG Out TMESE ITEMS.
002 i.
oestna,,e Seria, N. 4.. Name Sewage Treatment Effluent (Construction and soia A o.s.na,,e See,si N..
periods) isee,asiewct.oast
- 2as, e.
c.s.n..,e Name s.v. aame o...stna,,e.. any.
gsee.estrweteces)
- c. Preve9us Osscnars,e Senal N O.
002 o....ow s per m.
s o oi.cainoa 20fc was emaet toe this e<senerge (see stem a. Sect *oa 4. crov.ca oceve-ows sistnarge seria* nwrn eer.
2.
Distnarse Oserstees Dates Descnarse tegna Date 18tae a.
.isc a.s. conceseea meio..s."
N.A.
202a onee stion. give the c ate twitmin vA MO test estimaten tne c.senaste oepaa.
See item 26 i' ene
- o. Distnaege to seg.n cate
. sena.ge nas ne.e. occw,,.c out
- 2o2, is osaanea voe sorae ewtwee asie.
vm wo g..
tae este t.tn.n sosi est mate)ine essenerge well oogin.
See item 26
(
C.
Distnerie to Eae Date et ass.
l caerge is scaeowien to ce c sco+
202e
(
tinwee..tnin ene neat 5 years.
vs MO g.=e tae cate switnin oest est,.
r l
vaatel tae oestparte wo* eaa.
3.
Enginese.ag neeert A,sesasse Caeev.8 an e t.neenas reoort is a
assi.ao e to ev.e=.at steacy wooa 203 ree w e st. (see eastructecast as,.c gg, a.
cessessie Locatsee Name tae ooiet.c a. nowaca'.es witnia waica the so.ai of o.scasete es socates.
1, g.,1 e
)
l 26sa State
,g,
l ane 1
- 2ea, Cowaty Oak Ridge
,g.,
20*a fit soo:ecaniet C.ty or Town S.
Distnaese Poiat Descnetesa Descasepa.s ete Icmecm onec tsee eastructecast l
Stesem teacewees 6.ttnes, secovos.
20ge 25T m
. saa otmee inteemittent watercoursest C6at La=e COCE Ocesa Mun.ciest Sanit ary wastewate*
CMTS Teaasoort Syste*
Wa.c.oa Como nec Saaetary ame CMC 5 Stoem teensooet 5,seem
!!.1 pr < < ec:sen sar.v=. o mee.
E P A F eaa 7554 21 '7. 72)
Ot5C64As4GC SEf45# # NUMC C 84 002
! FOR ACErvCV u Ei YY" 8 !
l Municipal Storm v. ster Transoors I'
C 575 System C wet.
Wets (in ection) s 007te Otner tost '
if 'other* is cnecked. specif y Construction and.0peration Periods s.
oisc.iarge point - i.ain..ng G i..
the prec.se location of tne po.nt of cisc'targe to tne nearest secono.
35 53 MIN
_175EC 206a DEG Lats twee 2
84
_23 03
{2040 CEG MIN SEC Longitwee v.
o.scos,,e
..ei.ing Wate, Na,ne Clinch River
~
e.ame e, e.aierway at the so.n, 207.
o' e scnuge (see er st r uctions) g Iror I. ene. use For Agenc y Use g
g,.
18 tre c.strar ae is tnrc.gn an out.
g g a,,,,,
no,, Svn 2073 207c f ati ana* ea tenas De ycnJ Inc snore-l I
lina oe is tefo* Ine mean :ow t
weter time, conspiete trem 8.
Offs ore D scnarse NA Discharged m
S.
a-Dessnarge C> stance from Snore 20$a feet through OSN 001 NA D.
Distnarge Deptn Besow Water 2040 Ne t Surface s.
D.stnarge Tyse and Cccurrence a.
Type of Dissnarge Cr.ec e wee:ner sne d.senarge is con-20,a 3iun! Continwo..s tiewews or inte m.ttent.
C bnt) er.te;tmitten:
(see nestr.ctior st D.
Discnarse Occurrence Days per Week Enter the average nuw 20$t cays per weev Der of cays tier mee= taar.ng periods of oisenarge) inis cis-cnarse occurs.
- c. Destnarse occurrence -Montns if in.e descharge nor".a ly 2est CsAN OFEB CMAR C ADR j
opera:es (estner intermittently, l
or centinwowsiyl on iess tman CMAV CJUN CJUL C AUG a year-arou d Oases (eacluCinG l
snatcowns for rciut.no reainte-CSEA COCT C Nov OcEC n
l noncel, cnecu tese inontns out.
eng tne year wnen inc ciscna*ge is oc.erating. (see ans:ruct6ons) cmoiete items 10 and 11 if " inter.
1 trent"is checeiea en stem 9.a.
I stnerwise, process to stem 12.
O. iniermeiie nt oeien.,ge a***'.
N*A*
tnoi. sana ganons oc c.stmarge uscwere nc e.
State tne average.o.ume per cis 210 Cnarge ostware9ce in tnowsanos of gallons.
- 11. Intermittent Oissnarge Duration ene Freewency
- a. Intermettent Oissna se Duratica N.A.
PerDay State tne average 21ta nowes per gay numpet of nours per day (ne ciscearge is operating.
l N *.Abscnarge ocu.trences per cay l
D.
catermittent Desenarte Freevency 5 tate tne average 211b numoet of cincharge occur-rences per Gay curing cays l
wnen sistnarging.
- 12. wamemum Ftow period Give tne to b torne persoo m wn.cn tre manimum 242 F rom montn montn flow of tnis sessmarge occurs, cFa r.r-rsso-r (7 73) gg,7 i
- .
- . -
- - C.C
- t.
- ...,s.
it nog 4
. :. - t. c.. :.
e I
o aci...:, o. :, s :.,, c... -
i : 2.. Discharge 002 " Sewage Treatment Effluent"__is from _
,. w. 2, 3
the sanitary treatment facilities serving the CRSRP
<.w..
c.m,3:
i
,;aao:;s:.a.i:..4.n o
during Co.nstruction and Operation periods.
e
. ~.
i.
Act.* 't C awpas D sc r.a *ge e u-4 2<
- t C is at.. t:.s n c.
e.:,e s
- 14..:
.?# cs r.
... t e i.. s : '...
s.& D 1 t*ct.L:..: P 4.. **
s*i
.'..thi'"P.
r, s. fN "( *.
C S*l.." ( 0 o ' It *- 14.. C # *
- 4 d e le3 5 s C"':ec.:e
- is tL *. 3 4 L e' i s wa :s set: 't.
.1 r e t-
- .c
& s'.
- t..
4* Le s C 33; e e it ' t C '
- J;. t wsg.
r.g.3 e"
- A y (;. J N C' TLC.- D*
a
'o e s,s6-at cecc.
.tice
.c i:. ; t. *..
..u.:......
s,.
- e. a -: :,, 15... o
- c coe.
s:.
c:
a; i
s..
~
I ri..
m
' people 001 See Ite, 26 4952
' Domestic Waste i
i I
i
- 200 people served daring operation of facility 2450 people servced during construction of facility; Refer to page 11-9 l
i of 05N 002 for additional information.
v...-
ui s.a....-
l e e...si.
. -.. :.... so 3.:... n m,..-..
- s..
s.c coe.
m m
m i.. _._ o i i
I l
t i
l l
t i
I 11 3 E P A F.. 755. ::.:.:p
r O'SCMMGE S ECICt. NU'.'CC A 002 j POR ActreCY WSE '
I Pollution abatement for domestic sanitary wastes is __
e.. m... u.......
EU. l.*i.'.'.".I.".".'.E."'.a.
a 13,000 ood plant mi.
a....... ;
'd','i...,.U'!,".I.".*.'. *i.'.'.""
provided by two packace treatment p1 ants:
.'.'....'.a.
intended for use durina the construction and operating periods and a " temporary" plant rated at 52,000 gpd, solely for the construction period. The plants utilize the extended aeration mode of the activated sludge process and include equalization, coarse screening, communition of solids, aeration, clarifica-tion, and disinfection. Waste solids from the process are I
held in aerated sludge holding tanks for disposal offsite by scavenger contractor.
BACTIV ids PSCREE
( 3, _
PEOUAL sis.
(1> _
CCLDIS
- c. w..i. 4....
..ie....
PSKIMC iSi -. MPOSTA I
g) f U[.*i i cE.'.'"s'[.. '.I'
_, Solids SOTHER SAEROB
(,,__
$'.'E. '..'"..,.' ".cn.'
/n.,~,* "'.
(,, _
(12).
ia.. w in.v.cc,
(11)
(10) 6f stu'D*4-(IS)
(18)
(13) _
(1st.
(17) -
(ISI l
(20)
,. (21) _
(19)_
12 4).
(23) _
(2 21 (25) l l
l II-4 E7 a F e.- 715C-11 f7.731 I
c
FOR.W APPROVED Dis:M AOCE SEEI AL NuncEn ogg yg,233.R0100 002 srosi ActNcv ust I t
B t s, wesie ater casteriordsues Chic = the nos Des.ee eacn constitueat wnicn as present in the effauent toisenares water). This seterm nation es to De pasee on actuas anaiysa te Doet entsmate.(see instructions)
Parameter Parameter 216 2
216 es.
a.
Copper Color 0104:
00080 tron Ammorna X
0:043 00610 u
Lead Orgsme rutrogen
^
01031 00605 Ntrate X
hlaer'esium l
00927 i
005:0 X
blang3 nese Ntrit e 010.
0061!
i Merci.fy Phosphorus I
71900 l
00665 Molybdenum l
Sstrate 01062 i
00945 Nickel Sulfide 01067 00745 Scienium Sulfite O!!47 00740 SUver j
B rom de 1
01077 i
71870 i
Potasstum CNorge 00937 l
00940 sodium l
Cyanide 00929 i
007:0 Thaihum i
Fluorde i
01059 00951 Titanium l
Alununam O!!32 01105 1
i Tin 1
Antimony 0110:
01097 Ztne 1
i Arienic 01092 01002 Alg:Cides*
l BerylLum 74051 l
01012 Chlorutated organic compounds" l
I 6
B arium 7405:
01007 Pes::cides*
l l'
Scron 740!3 010::
Od and greue ly 1 l
I Cadmium 00530 01007 Phencia j
i Calcium 32730 I
l_
00916 Cobalt l
l Surfactants 11X 1
38260 01037 Chromium l
Chionne 1y i
f.
50060 01034 Fecal coidorm bacteru X
Radioactmty*
74050 74033
'Spectfy substances, compounds and/or elements in Item 26.
Pesticides ainsecticdes. funpcides. and rodenticidest must t>e reported in termt of the ac:ertable common names specifned an Acceptable Common Names and ChemicalNames for the intredsent Statement on restrede Labets :nd Edition. Environmental Protection Agency.washtr'gton. D.C. 20:50.Jurre 1972 as I
requued by Suenction 162.7(bt of the Regulations for the Ensorcement of the Feceralinsecticide.
I Funpcide,and Rodenncide Act.
l l
l II5
- Pa N-75so-u (7-m
OlbCe* A20E SIGiak,NUMICQ 002 FOR AGENCY U$E I?. Desensuen of f atas e sae Descharse
's Per encn of the carameters listes teow, enter in the espropr6 ate Dos the entwo or coce setter answer calied for.f see instructions)
I eA assit.on, ents' tne estameter name and code anc au recuares vaeves for any of the fostowing parameters of tney were enecues en stem 16; ammensa. Cyaaede, asemanum, arsen.c. sesyntum, cacmewm, snromewm Cooper, teac, mercury, noem es, neieneum, sinc., anonoes on anc grease, and ansortae (rosseust).
l Efnuent Influent u
5E 3 3
_I d
t g54 EE E
S 3 5 217a 3
CSE 2
E7?h,
!?? E E.
_i. 4 Farsmeter and Code l 2,!. e 1
i:E5=
sec5 s
-r
=. s. i.
z: < i
=,
a.a r._ =o
> E. T..,
-E.#
==
==-
uc<
z<
a
-=
=-
sm-f (3)
(4)
(5)
(6)
(7) ps (t)
(2) l Flos *
+
Cont.
NA NA
+
0 b8IU" f+
000
\\
pH urun 7.2
)
6 9
3/7 NA G
00400 p/
Not Not Trnperarare (winters NA NA NA 3
Avail.
Avail.
74028 Not Not
, Temperature (summer) 70 Avail.
Avail NA NA NA m 27 Beochemi:a2 Oxygen Demand NA 30 LT 30 60 3/7 NA G
(bod 5 dar) m r.'l 00310 Not Avai[Iable l
Chemical Oxygen Demand (cod)
NA NA NA
- 5'l NA I
00340 e
l Total 5aspended inonfuteracle)
I NA 30 LT 30 60 3/7 NA{ G l
SAda ms/3 00530 i
i I
Spenfic Conductance 200 Not Avai,lable NA NA NA micromhot/cm at *.5* C ooms Settleable Matter trendue)
NA LT 1 LT 1 LT 1 5/7 NA; G
$'45
'other discharges sharsas intake flow (scrul numbersunee instructions)
- Source of intake water is DOE Bear Creek Road Filtration Plant.
+ Flow for construction period is 63,000.
Flow for operation period is 7,000.
- Indicates expected frequency of analysis II-6 e Pa 7-m isss.n (7 ru
.o FORM APPRO*/ED O.VB No.138-R3100
~
DISCM ARCC 5tas AL NUMBER 002
,o.,cc~cy use :
,I'
- 17. (Catl*C.) "
Inhent l
E h ent.
l 5
?
y ?
E $1
'5 I
!EI h
S3[
I 'g d Ec hr I-4 T
L Fa:.metef and Code
- ? s
- TI.
I DE I
E "8 ? E.,
sEtc
? t.
3[ *7.,
i.E t a> t i..E
- k :
E
=
C.>
!=m
-m s :d
=2:.
E 1. "
tc a.
a sa LB.
Cuc<
2" Z<
v.
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(B) k:.cnia 00610 l-A l
5 LT 5 l
8 l 1/7 l fiA l G Oil and Grease 00550 l
A hotAvaillNotAvaill.LT15l NA
{NA INAI I LT 0.1* U LT 2.0
.5 1
2.0l 5/7 lNAlG l kSs?SSi 50060 l
l l
l 1
1 I
l i
i l
I I
I l
l l
I I
I 1
i l
i I
- estimated 7.
.........t..
c,..,,,..
...,...,,..,............e fDe tM. C l ate.'g e.
{
Alte*nste cower sowice for m.,or C APS v
.,m e.a s
.c...,,.
Al. "'. Or t'Pe'?t mCy of cef w't f.f E AL,M w.,o,
...,eaif.....
Cor**. i.t e etem 19 d C.8cm.'ge el feSm...1m9.aC f.r ste.m w. t.t 9993'.tsDft.nq w.ter treatment CCites.t.te ulee.
- 19. W.ter Tre.tment As ettives tfsn.
siaay,e..,,... -.in.., c o ~
Calcium hypochlorite 'or sodium hypochlorite will be -
e....e................
.*. ia........a 5 a.
u.i.,
.c.i Sie.
added to treat -ef fluent by disinfection.
e,~1-........'****
NA 2199 f4C11 ster e
42, based on estimated dosace of 5 com.
e.
co.ai.tv,...
....ee a,,,
_.............f........,
117 nr>n on-nsm ce.a
d DISCMA nct SEms AL Nuustm 002 i wea act~cv ust II NA
,j
- o. Cnem.cas composition o' tnese 213e ac ostives (see Instructions).
Como*ete items 20 25 If there is a enormas oisenarte NA to.gr. essocsates with a steam one/or power generation sient. 6:een mail. petro *eum refinery. or any otner rasaufacturing process) ano tne total cischarge flow a 10 museon gassons per osy or more, pee anstructions)
- 20. Tnermal Dissnarse Source Chech 220 the sooropriate stem (s) enoecating tne source of the cascharge. (see inst ructions) l eon..e e,own.wn
, au o soiser Cnemica Cleaning OsCCL Aan Pono overfiow
,ApoF posser water Treatment - Evasora.
CEPs3 tor Snowoown Ove or Cose Fereo plaats - Ef fisert CCCF8 feom Air Pollution Control Devices Conoense Cooltag Water CCONQ Cooitng Tower Slowdown QCTSO Manufactunne Process O***a O cTM =
otn.,
l 21 Dissname/meesivsag Water Temper.
sture Daf terence Cive the manimum temperature f
olf fereate between tne cissnarse and rece ving waters for summer
(
and winter operating conditsens.
taae metructions) 22te
- F.
Summer 8
Winter 12to F.
- 22. Dasanarse Temocrature. Rate of Cnsage Per Meur 222
'F./n ou r Ceve tne raassmum possioie rate of I
temperature enaage per nour of cestaarte unser coerating con.
oitions. (see instructions)
- 22. water Temperature. Persentsee l
mesert (Frecuency of Occurrenset 1.
In the tao #e meiow. enter tne I
temperature wn.cn is escoeceo 10%
of tne year. 5% of tne year.1% of the year and not at ase (masamum year y temperatures. (see instructions)
Freovency of occurrence to i S e.
t 1 *.
' Ma nimumi a,
tatame water Temperature 223a (Susiert to natural enangest og og or og ow Destnarge water Temocrature 222o 2a. water entsee veseesty 22a f eet /se c.
(see mstructions) al. Retentsen Time Give tne tengtn of 225 menutes time, sa minutes, from start of w.ier iemoe,arure,ise to cisenar,e ll
, of coo *4pg water. (see instructions)
I l
I
(
i II S tra re-1sso.n cr.ru
FORM APPROVED oM5 No. 2M-R0100 Q15CM A AGE SE AI A*. NuuSE2 FCit ACENCY USE
~
002 I
i
= :s. asemensi inf ormas. n Informa$on I
4 4 tem dditional information concerning the Sewage Treatment Plant g
203 A
found in Encineerino Rep' ort and in the CRBRP Environmental may be 4.1.1.5 and 3.7.1.
I.nformation may also be'
~
Report Sections L
found in the followina document:
3066-76-2, " Sanitary Waste Treatment Equipment" Specification The construction period sewage treatment plants will be placed-into operation approximately 13 months after' commencement-of 202b, c site oreparation activities.
The construction period discharge will end approxi,mately 5 the coeratinc ceriod sewage treat-unave in*nv ne which timo facility wil1 process CRBRP sanitary. wastes.
ment discharae contributing to discharge
_214a Discharge 002 it the only 001 durina construction.'
olants dur'ino the construction period are designed t
l NO'fE :
The treatment The actual to accommodate a proiected work force of 2,450.
be construction work' force and the. served po6ulation may peak the desi'an occulation'of the ol~ ant
~ ~
for a hicher than relatively short period of time during the peak construction
~
Construction sche'duling and manoower requirements oeriod.
the plant design are n6t finalized at this time, however, ident'ified herein are suf ficient cap = cities pnpulatinn'and i
to serve the construction work force for most-of the t me Increases in served populat_ ion du ri ne the cnnstruction oeriod.
dotermine their imoact on the sewace.
will bo ovalna+nd to l
changes'in population may necessitate treatment plants:
d te modification of the biological treatment process to acccmmo a or may reautre the ad'di* tion of temporary additional loadino, Anv chances to treatment orocesses or the treatment units.
site w'ill be reported
^
the CRERP number of treatment units at (over) c e. -,.o.
11 9 r ruuzn,- nse-n n_ n
I e.
I:
! l,
(NOTE:)
Con'd.
in advance to the appropriate permit issuing agencies.
i a
O O
e II-9 cont'd.
IMits: :11 l*.itWl:l>
Omit.%. 'I * %,.li o;*e FOR AGENCY USE l STANDARD FORM C-MANUFACTURING AND COMMERCIAL
. i I
i I
l!
SECTIONII. BASIC D'SCHARGE DESCRIPTION e
i nis nc.wo.s : su,,ess tr. -, i.n.c u.: c.;c eneb o.sc a.se eno.cateo -n sect.on 8. 4tc., 9 inat es to swe' ace watees d oes flot go the tral's e l'entr'stfit *0rk.s Dr.Cr 10 t e ng d.Cnarte J 'O swHase Wate's. D s.- 3 s.s *1 t.<t e 6,*
Compie:e te,s seu.on f or SEPAR ATE DESCEIPTIONS OF E Acm OsbCr*APCE AstE syslevs ti a nism 1"t e ssi nalet se e e e a s. o 6.iarges tc s.** ace waters from. tres f ac..#:y.
e te ee: e.
REQVIRL G E V CP. 4 F $EV E R A 6 C.Sct4 AR G ES O RICIN ATE $N Tete $ AME F ACILITY, A. u wts toe asi ca.sti.us a sce De desce tso w*er e
- r ntas of ooeras.on. st in.s es a seosostc o.stna ge. vaiwes sncao re' c:t oest en si swee.no rat.w*.s seritatae 0t t-e t
.. p ev.ows enw r a vCT *ONE S C R SELECT E D iT E MS AP*E A R IN SEPAR AT C INST R UCT.CN L*C ADDsf +0 nag sto To Boc%t.t tus C RC F si ;.n.G Cut THESE eTErAs.
003e 004, 005, 006, 007, 008
- i. o sena,e se..a so. an.
a.ne 20,,
o.sra,s se,.a. No.
e a
esce eastewet ossi Riinnff..T.reatment.20nds...
2oto
- o. D.s.e a.. o.m.
c.. c e
.a a-sea.ge..e a,r ee enstr6sst o*4)
..e.. e., :... 4..e se,.a N o.
., c c. e s oi... i a.,,..
at.o, I
003, 004, 005, 006 a. r an.a 5 o 66fsa,;ctsee 20fc
' e - 4. be.:. ca
- 5. p ov ee trei e-i us : sse a.ie sce ai narnoce.
2.
Diss9 arse Caerating Dates a.
D.ssna'se B&taa Case aftne NA 3 3. ' n%s c.s. asct-e on.sen cLe*at or..e
- a J a e t
.tr..i j20:s ya RAG ac ht e st - a.. tae a s.t.aeq3 segaa.
Refer to item 26, " Additional Infomation" e
- o. trarseio ne,n oate etu
..... r a r,e
- A S sew OCCWeC o t es & a.i..e g 3e s..mt f 4ste.la'e.
202e vn M v.s in e ar....in.n best et r r a ei t. a s; yse.. e on
..n.
c.
- c. u a.s. io e as osie s e it +
Refer to item 26. " Additional Infomation" va.eansc..a oceo.ao, 202:
t.n.a..n.5ite ne.tsiea,s.
Ye MO o..e tre ca e in tron pest este.
ma:e; tes a senarge
.n eac 3.
En, neet.as m eaert Ave.samie wt. ;..' ar 6
- i. swia; *eacet.s a.a. a.; e to et. ceeg accacy waon 203 f
ees.e u. L.ee inur wet.o" >)
.v.
4.
Dind arse Locaite* Nametne a s't I
po t<&. ac n4. es e.*n a w s
tr,s s,um os ainaarge.5 io.atec Tenneseee 204a i
Steie
_Roane l234e 204o
- Cowns, Oak Ridae I 2048 s
2048 Of app enac ci C.I, or Town S.
O. sri
.e Pe.nt 0:ssreetson
. ec= r$nel; D sc ha'se.s W *
(sec ectisuct.o d;
$tt Cam (t9C'.n at t d tc,el actoyot, 20$a EST R saa oir.e e.et.i<i.t tent. testc'e'sesi 01 4 Lake C O CF.
One44 Men t.ca. Sand a+, W asf ew ater CMT$
Traisport Sys:ei s Mwn.tipai Cep ees 5anetary anc CYC5 Sto,m Teanspoet Systern Mal m.
...r 11 E P A Fore ?$30-23 (7.73) 4
-. -,. - -, - -, - - - - -, ~ -, -
-,,-----,----,-,-.-e
CtbCHALGC $CGil NUM%R 003, 004. 005,_p06, 007, 008 l Fo A AGENCY vit -
l l I,TI.
.r j
t uun.c..a sio,- v.ai., r,ans ori C srs s,sie,n t
CWEL weit teniecteon)
C OTH Otnee i****
n ci e, i enecueo. sonav c.s.nar..e.,,t_ ut,uen, c..e ene..ec.seiocai.on o,i,e.
ni Refer to Item 26, e
,sen.,,e io ine n.a.est sucea.
20.s
_ oEG M6N
_ SEC
" Additional Infomation" Latituce 20sa LE3
_ MIN sic Long twee o.s.na..e.ne... g wa,er Name Unnamed ditch to Clinch River e.ameiPe. ate..a,4.eneoo.at tota o' 0'sNege (see i*stn.ct o. s)
__1
~.
FO' A Rntv b*e Pot Accac y Use l' tie cistPar4e es tneos cr an out-g,,,,, 3, g,,,,, o,
,,o t
m,
! 2074 207e
'a 6 anat sa teads ce rcet a t' e sac,re-e.no oe is te,ow tne me. s som f
f we'er hne, comcaete stem d.
S.
offshore o senarse NA a o.stnarge o. stance from 5nere 202a rce:
NA D.
c.senarse Deptn 8eio. water 2000 fact Su r'a t e 9
o.asnarse Type and C.guerence l
a Type of o.stnarge Cr;ec a C (con) Cont maos.s 209af wnetner tne de.:narge.S Con.
I.nuces or.etten.st:ent.
k.*.ni) Interm.ttent (see.nStrutt.Jn6 D.
Dassnarse otswerense oars per ween Entee tne average nwm.
209o
_dat a ser wee.
Der o' Cays per wet (Cwn og pes.ods of d stea' gel Inas Osv CPar$e oisJf t.
NA
- c. o.senaru ocaw,,ence -conins toes CsAN OFEs CuAa C apa o in.a4cna,w n ve vi, oe.,sies te.ine..nu.
.iveni.v.
CMAY DavN CJuu Cave Ot tontenwows:yl ca.ess tftan a yea,-arow a eas i <f.c.wa.n, Os:p C oCr CNov CocC n
s%ie s.n s ee,.w t.,e.c a.nte.
fiance). CaeCa tne ar.ontns due.
.no ime yes
.c e, ine o sensege j
en cDerat.ng (sce astru"tiw s) n 4"P Ditte items 10 anS I1.f ** enter.
1.t tent el (netned.A f f em 9.a.
>tne..... o ocese to stem 12.
Unknown
- o. eniermitieni o.ssnarse owsatety thousano gastons pe' c.sc'aie= act.rrence-State tre a erage so. wane pee c<s.
210 anatee occurrence in tnowtands of gaisons.
I 1. Intermettent oescharte curateen u
Refer to item 26,,, Additional Infomation and Freewency
- a. inte,m.itene o.sanarp ovest en Enow s per sa, recos, siate ine sweesie alta e
nWmte* of nowfs per day tne 04tnatee s operstans.
.NA. o4cnary ocew veases see au inierm.iieni o.s.narie e
Free. easy 5:ste ir e a.erso 2ein n eger of 0 sCaer$4 occur
- w
'entes Der day dwring Gays
.nen 4.htnerging.
12 Manimum Feen pe..ee G.ve tne n.:
n t me pee.oo en amics tne manimum 212 From vJ - to N moritn enorts flow of 4"hs 04Cnarte otturn.
EPAFem 7550.23 (7 73) gg,3
~...
Ct%CM AftGC SER 'sL NUM('ER IDfit! API'l:O M:;>
003, Ona nn U O6, 007, 008 mm nr.. rsa a,iv.
l FOR AGENCY USZ l.
j i'
i!
t aa,','ai..'e e*"','.i..,, 0h'li.,,o Collection and treatment by sedimentatiort and sand
^'
- a filtration of storm water runoff from plant site 0,cowC.o. in.t..lC-a,w.inee
.ali,wti. ali during construction and operation.
Durina upset conditions runoff treatment pond "A" may receive small amounts of_, oil from the construction eauipment maintenance area and treatment pond "E" may receive the overflows from the aggregate wash settling cond and the concrete wash settling pond.
- 14. Atte. sty Cael ng Deathaeje F or eatn 58C Coot an Ci sestreten the ACtae.t a Ca st fit test ostCharge.
SwD0iy tne t ype and.+a n.msm amount Of tethef tne *J.. mate'.es C ontwm40 (1 tem 144, of :*te CroawCt prodwCeo gl em get). tne unstl loscitCC sai Tao +e a of tne entle C.
Ison 4000a.*
- Of S B C Cocci 4.
hn!eg en f a te I, use
.v. reaterea Oe prodwet.On unstt a.d'mally utCO t o8 featet eng 08 0dwCl@1.(lee ecstrwCt.or.)
a.
na. Mater.ain Ma.imum U nit t 3.c: L m.arets
%IC Code Name AmoatiDay (See Tante e)
(wea %.rereri I
staa 01 4
(;;
J g3) ta; i:,
l f
a f
l 1
l
?
l i
l l
l C. ProduCll
- f. tam efr air Una:
5%* ee Ji,Cnar w =
i.rsos-* >0av :5.e Tape t)
(Se'eai f.se C.s 1 avame Sic Coce r
in -
i o,
i m
T - -- e,,
a ni Z-1 None 4911 klectricPower
.375 i.
i l
11-3 t ra ree. 7ssa-n tr_rn
OtSCMARCC SCt'I At. NG -tER 003, 004, 005, 006, 007, 008 1 FC R AC.LNC Y wSE 7g-I StOnn Water runoff and precipitation Will receive
- 15. Waste A* 4tement a
w2.ie Amatemeat Praci.cn i
u r, t..e>-
Oil treatment by sedimentation, and sand filtration.
ine -
ous,. e sne.nie. 2tcace:
s,xi.ce. ue on in... a.<.e removal equipment will be available should an w,tm a orief ca<tatsve. (see oil film be evident.
PSANDF (33_ LOCALS _,
(si _PSEDIM (23 2n.
=
w.,i. a..ie.e.t C.pe.
I N) us.ng the coces 6.stea in f acee (S)
(a)
&# of tme Instraction Boa. et.
g:sscr ce ime waste acater. cr.t (5) _
(91
(?)
pe otestet toe tres dencr'.4.F **
(12 8 --
the of ae* *a w picM 18tc) og.ur (11)
(10) _
i con 6anic.
t
~
(ISI (14)
(13)
(181 (17)
(16) 42 3) __
42 0)
(19)
(I'l -
32 3) --
(22:
(25) -
i l
l l
l i
l i
[
11 4 E7A Fee = 755C-23 (7 73)
~_.- -
l'DK.*J A.,l*FNOVED,g pg f,, g3 gang OtSCH AACE SERs AL h. u;En 003 004. 005. 006, 007, 008 FOR ACCNCY USC '
1l 3
0 I
i i
's NA
- 96. W st;walef Characteristics be osses on act.a: anrys,s Checaiiniton bes.ce eacn constiti.ent wn cn is present en the effisent (escnuge wateri. Tn,s cetermination is to er pest estimate.tsee instruct orsi y
f hrsmeter 216 2
Parameter 216 2
s m.
Copper Color 01042 900SO Iron Ammonu 01045 00610 Le.d Orpmc nitro;cn 01451 teOS l'
M 42 ne>ium Nitrate 00927 00e20
)
51.ncanesc I
Mirste 1
OWSS 00615
[
Mercury r
Phosonotus 71901.'
n M5 l
Sulfate 01062 00945 i
. ckel I
i saitide 01067 00745
)
Selenium l
Sultne 01147 (9740 S is er Brom:de l
0107' i
71876 I
l-Potaw:am I
C alorde 0093*
0.i940 l
t Sodit.m I
C> snde 00929 13720 i
Tlutinum l
l l'luorde 01059 3
40951 I
Titanium l
Aluminum 01152 01105 l
Tin Ant: mony 01102 01097 1
1
- Z n
-l Arsenic l 01092 l
(
U1002 A!/icdes*
Berylliam 74651 U1012 l
Cidorinated orpnic corr. pot.nds' Barium e 74052 01007 I
Pesticid:s*
i Doron 74053 01022 Od and grease Cadmium 00550 01027 Phenois l
Calcium 32730 00916 surfactants Cobalt 1A260 01037 Ch!nrine j
i Chromium 508 t.ta
(
01034 i
Itadioactiv st)
- l l
l'ecal cohform bacteru 74050 74055
'Specify substances, compounds and'or elements in item 26.
Pesticides (inec'icules, funcie: des, and rodenticides) must be report:J in terms of the awertatic common names specisned sn Acceptab e Commun %smetand Citemscc!.Vames for dw frutre.1xni Sr;icmer:t on Pcsticale Labe's. 2nd Edition. Environmer.tal Protection Agne). Washi:'; ton. D.C. 20250. J une 1972. s required by St.bwetion 162.7ab) of the Regulations for the Lafor.cment of the l'ederal trx. nemic.
I ung. cide and Rodentwide Act.
l 11-5 EPA Form 7550 :3 (7-7J)
Ol5CH A RCE !2 RI AL NW41E 52 003, 004, 005, 006, 007, 008 j roR Ac.Escv t,5c j s-See item 26, " Additional Infonnation" l
ll.
l
- n. oe.enpu.n., inu.. a no o..cna,,e For each or the parameters DJsted beow, enter en the appropriate Dos tne wafue or coot letter answer caisec for.(see instructions; sa sooition, entee tne parameter name ano coce ano a:t reavited va ves for any of tne fonow.ns paramete.s er tnev mere checu m, arsen.c. bervinurr. caam.um, chrom.um copoet. sead mercury, r.. caci seien.um rin:. onencis..: ano s casa, emenonia, cvan.ce, asuminu and encorine (reinosas).
Infloent l
Ettluent i
m h
t
? Y 3 Yi l
$ 7 7
0 g
2 3
4 ei w
3 g
>3O
> !.^. < l
- i. Ih 23
!jg*;
Paramerc, and Code i T]y' Eg
}4
}S4 I
Ej]pq-l_-
217a 2 3, 5_
ria s s y. _; 5 '
5=
r e.
- st_
_ < # : z= e=,.,-
r_==
_x o
i
,. =
,c<o z o.. :
i
==-
neu
=s-i c
ml.s, on m
is) i ij c6.
m (2) i I
l l
l N
l 1
l W
M IG Flow
- I c212 orts pcr day i
i i
00056 g
t I
pit 3/7 jNA G
IJnits
[
l f
I Oiu00 I
f
)
l I
Temperature (winter) i i
l l
r I
74028 i
j i
Temperature (summer) l I.
l 1
op i
i.
4 74027 i
l N
I Biochemical Oxygen Demand 1
i (BOD 5<hy) l I
mgl I
00310 I
i ChemicL1 Oxygen Demand tCODf lle l
mgl l
l 00340 l
l 6
i Tcta! Suspended (nonfilte:able) t 1/7 NA. G Sohds l
l
,,,i j
00530 f
l Ij
'l Specific Condactance h
l mieromhot/cm a' !$* C i
00095 Ii l
Settleable Matter (reudae) mt'l j
3/7 NA G;
00545
- 0ther disharges diarin; intake now (scral numbers).(we instru ;tions)
- Indicates expected frequency of analysis l
l II-6 l
E P. Per= 755s-23 (7-72)
? Oli'. A PPl.*Ot'ED tat!s No. !$%1Nivte Ul5CHAAGEstr413 Ngu;gn
'm:2*c ust l 003, Ona. nnt;- 006, 007e 008
'lI I!
l I
r
- n. sc.ncs.:
EfCuent j
in:h:nt l
i
- l i
E I 3
Ei l 5-t.
? O r
e y-s s
e-3 O <
,.If k
- e Y
>30 7-
- s -
E Paramercr and Code E c? E El J!4 i 3
CS I
E??$>
?
s E=x 5
Etta o,7_g3 a. :e
- 9.,t g_
r e=
= =, :;.
OI7a 5 ;; r,
U-m
= 2,1
- s. t a i 2
DMO d.*:: ".-
O
'2CWO4 2C O
e' <
.r.
+
=
(M l (1)
Q)
(33 (4) 15; 456 47) i l
i.
t g
al e
i t
8 i
4 i
l i
lt.
l i
I k
I i
l f
h I
I e
t $. Fl3nt Centroll Cneck if ifie F0la 210 g
gewing piant C09 trois are evenao+e f57 Inst OstCMarge.
Alternate 90wer tourte for masor C APS Sump ng f 4Citety.
Assrm or eme.gency orocecure fcr QALM oower or eawament f aaare Complete stem 19 af cestnarge es f70m C00teng araO/Or Steam water generata0n and mater treatmer.1 etsitives are unec.
- 19. Water TrestrMetti Addetteet if tr e Cs6CMarge el treatta w*tn any C3n=
Witscret. Inhibitor, or alg.Cace, answer gne toi.owing:
NA 219s
- a. Name of Material (s)
D.
Name one address of inan.s.
Site facturer
- c. Qwantity (pounds added per 219c m.asion gai6ons of water treated).
4 117 E P A F er= 7550-23 (7 72) t
..e.
D'5CHJh"GE SEit. AL f*VMIER 003, 004, 005, 006, 007, 008 l roa ^cesCv use ii l li_
l I
.. Cnornica, com.osition of taes.
Stu accatives (see instructions).
Como,ete siems 20 2s if ine,. is a in.,mai essena,,e NA (u. associatea wein a ste.m ano,or oow.r Sen.,ation eiani, siee, me...e,oiswm f.eine,y, o, an, eine, manuf acturing process) and tne total c.senarse fiow is 10 mielson gaisons per day or encre. (see instructions)
- 20. Thermal Distnarse Source CPeck 220 tne acerooriate itemts)indicaties tne source of tne d.senarge. (see in st ructions) 08'80 So.ter Sio*osaa CBCCL Soder Cnem. cat Clean 4nd CAPOF Asn poco Coerflow Bo.ier Water Treatment - Evapora-Cens:
tor fliowdown Ois or Coa' Fireo P' ants - Ef f.went COCFP from Air Po twison Contro Dev.ces C COPJD Concense Cosiing water CCTSD Cooling Tower Biowdown O MFPR Mar.ufactwr.ng Process OoTaa Otner
- 21. C.staarge/ Receiving Water Temper, atwre Dif ference Give tne manimsm temcerature Steerence between tne a senarge anc receivieg waters ter samicer ar'd winter operating conditios e
(see in structions) l 221D
'F.
Winter
- 22. Distnarge Temperature, Rate of
'F./n ow e 222 Cnente Per Meer Give tne mani%m pets Die rate of temperatu e enange c,er nowr of r
discParge under coerating con-c.tions. (see instructions) l 2 2. water Temperature, Percentire l
mopert (P requency of Occwe'encel in tne tenie meiow, enter tne temperatwee wricn es exceeced 10%
l of tne year 5% of sne year,1% of f
ins year and not at 46. (masimwm I
yearly tempe'atwee). (see instruct.ons)
Freewency of occurrence 10%
5*.
I 1*.
' Yaaimum
'F'
'F!
'F'
& intake *ater Temperature 223a (Swb.ect to naturat enanges)
'F
'F
'F
'F i
I ts. Discharge water Temperstwee 2228 224 f ee tne t.
- 24. Water Intame Veiscity (see las: ructions)
[
l
- 28. Retention T6me Give tne leegtn of 225 minutes time, in manutes, froen start of I
wster temperatwee rise to assenerge l
of cooling water. (see instructions) l l
11-8 eeA vorm nso.12 a.ns
FORM APPROVED OMB No.132-R0100 DISCHARGE SERI AL NUM!ER FC A ACENCY USE 003,004,0ns.nnA: 007,008 2 a. Areio.n.i i.,.v.,m. i.. n 125 stem.
Information 202b The treatment conds will be constructed as expeditiously as possible prior to earthwork.
Each treatment pond (003, 004,
'0 0 5, 006, and 007) will be operational prior.t'o starting -
onrthwnrk in i t <;.rescective watershed.
The cuarry treatment pond (008) will be operational prior to start of quarring.
ooerations.
202c Diechnrce ' rom the cuarry treatment pond will'end after cuarry -
ocerations cease.
None of the remaining ponds are expected to cease coerations, however, if the project determines that to be removed foll'owing construction", the area anv conds are will be radressed to an environmentally acceptable condition.
206 Pond A (003)
Pond B (004)
~
35 dec.
53 min.
08 sec.
35 deg.
53 min.
13 s'ec..
84 deg.
22 min..
49 sec.
84 deg.
23 min.
09'sec.
Dond C (005)
Pad D (006) 15 dec.
5 2 r11.1.
33 sec.
35 dec.
5 3 n.in.
36 sec.
94 dec.
23 min.
11 sec.
94 doc.
29 min.
41 eac.
P'ond E (007) on rry rcMd f C'O fb 57 sec.
35 dec.
53 min.
49 sec.
35 deg.
53 min.
R4 dec.
23 6in.
10 sec.
84 deg.
22 min.
27 sec.
followino t$eriods of precipitation an'd 211 a&b Discharce occurs construction dewatering operations.
217a Storm water runoff is based on a 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> storm havino a
recurrence interval of 10 years.
Estimated pond discharge ent +hoen pnin+e arn.
mond A. ot. 003 5226 TGD durina construction 3426 TGD during operation
~'
' ' e r.- :n c n ar :5
' ll.9 c-e m.m e
217 (Con'd)" Pond B, pt. 004 - 3355 TGD during construction 2625 TGD during operation Pond C, pt. 005 - 3717 TGD during construction and operation Pond D, pt. 006 - 2801 TGD during construction 2117 TGD during op'eration Pond E( pt. 007 - 4'114 TGD during construction and operation Quarry Pond, pt. 008 - 3272 TGD during construction Note:
Areas of the plant site not served by the construction period storm water system and treatment ponds include portions of the access road,The consequen railroad embankment and spoil deposit areas.
from these areas during the early construction period are expected to be minor, and will be mitigated by the intallation of silt trenches across drainage ways, erection of hay bale barricades, pumping to nearby runoff treatment. ponds, or other appropriate measures.
1 6
9 e
D 6
e m -
FORM APPROVED p
a -
OMB No.138-ROICO p
l Pom AGENCY uSE l STANDARD FORM C - MANUFACTURING AND COMMERCIAL t
SECTIONIL BASIC DISCHARGE DESCRIPTION systems.a on.cn ene oute.aier son not so enrows a treatinent.orms or.or to neia, a.se r
sEPAm ATE oEsCniptions or EACM oiSCM Aact Amt se e.ur.oea.nye tnere are aiso a.seno,es to serene.cus from en.s escii.ty.alEQUIRED EVEN IF SEVE A AL OtSC seatative of tne f.eeve previous montns of ooeration. 6f tnis is a proooses sistnerse. vanwes showie refiect oest engineering est. mates.
E4 ADDITION AL 6NSTRUCTIONS FOR SELECTED etEMS APPEAR IN SEPAR ATE INSTRUCTION SCO%ET AS INQ;CATED. A TO SCCKLET SEPORE P s*.Lir4C CUT YMESE ITEMS.
1.
Descharge Serial No. and Narne 009 Sofa A O.senarte Serist No.
Waste Water Treatment System Effluent flee instruct ons) seio
- o. o.unar,e Na-.
c... aam. os a.sena,,e..e aay.
(see.astructions; c.
ere...ws o sena,,e ser.at Ne.
007s 003 i, o,e..ows perm. aoo'*cuioa
.as - e to, in.s a.scnarse tsee soie item 4. Sect.on fl. prov.ce prev.
ous eiscnarge secess nurnoer.
2.
Dissnarte Operating Cates a.
Dessnarte Sesam Date oftae a.uas,.. auer.o.a o..o. is."
NA coeration, give t*e care (..tnen 202e YA MO oest estimate) tne ciscnarse eegan.
- o. o.schar,. i....a osis s e i,.
88 09
..unarie nu no,er neewere ow 3 p.sanea raa so-e 1.tw e as e.
suo e
v=
MO
... tn. nat. i..tn.a oni esis.
racei tn...una,,e... ot..n.
- c. Descasete to Ene Cato of c.s.
cm a,.e.s ua..w.. io oe..uoe.
N A-i,aw...r.in,n in. ee.t 5,ta,s.
rose va MO
...e in e.ue i..in,n oui.st.
m u n tn...uny,e. en 3.
E a. r,e er a,...e r A.. a. e Cau=.e an e..n.v.a. reoort.s awa.eae e to rew.e..ng agency woon 203 M
reewest. (see enstructions:
i 4.
C6ssnarse Location Nametee ace-cy ae one.t.cas oowncar es itmen on.cn tne oo.at of essenarte is toutes.
Tennessee iru.I i:u.!
so i
stue Roane todo Cowaty Oak Ridge zu.
su.
c,.oo..cso.ei C.tv of To.a s.
osen.r,e ee.ateena.t.en Desenarse.s into (snecm ones; tsee eestructicass Stream tincewees sitenes, arroyos.
ene otner interm.ttent atercoursest 2Sta CSTA cue Lame COCE Ocean Mua.ciose San.tary wasto. ster CMTS Transoort System Mwn.ciose Camoiaec Saa tary ano CMC 5 Storm Transoort System
!!l Thi s sec:mn ants.*> a men.
E P A P eaa 1550.33 (7 73)
esp e.
p DISCHA ACE SEme AL NUMSEft e
009 FOR ACENCY U$E l I
Menessoas Steem water Transport C STS System CWEL weit (insection)
C OTM Otner If 'otner' es checked, soecify 2988 4.
Oi.cnarte poens - Lat/Long G. e tne seccise location of tne o.at 5 3. MIN.2 of esscnarte to tne nearest secone.
_35DEG SEC toda Latituc e 84 22,,, 53,,,
- zee, o,,
i.oa.io.e 7.
o.s.n,r.
..e...., wai.e N a me Nam. ine.aie,.a, si in....ai 3 3.
Clinch River of aesenstge (see enstructions) ne a.. e. v..
o
,,e
..ac u,e i, in. o.scase,e.s in,oor a, oot.
!,,,,,,,,,,,,s,g m,
es. inai..t.ea
.e.oaa ta. inor-
.zat.
l l
[
i sore i
l
..a. oe.s.e o. in.,*.e an ia.
...,.... como.i. n.m a.
8.
Offsnece D.stnarge NA Dischar ed
- a. o.s. nae,e o.st a... ee.m sne,.
mesa ve.i through OSN 001 NA
.. o.s.n a,,. e..tn se... w a.,
2ase feet Ser' ate 9.
C.saparte Tre. ans Onurreace
- a. Tyse of Dessnerge Cneca
.astree tre discnsege s coa-209a D'(con) Coat avows tiawous or entermitt.nt.
C f eet) Intermitten t (see omstructeoast 3.
O.asnaese Octweveas. Cave per w.ee Eni.e t e a..,4. o.-
ro..
La.,soe,.ee.
..e o,a.,s..e... t.,...
see.ocs of e.sc9aeger Inis ces-cnarte OccWet I
- c. O.scasete Ossureeace ~wontas et tn.s arsenarge acemaity tote CJAN CFE8 CMAA
["ADA oceeat.s (e.tnee ateem.tteatry.
I se coatiawowary) on.ess enan f
CMAV CJUN C J UL C AUG a v.ar aeov a eas.:ie.civo.ag CSEP CCCT C NCV CCEC n
smusco.as oe voutine ma.nte.
e naatei, caecu tae montas awr.
.ag t*. yeae.nen tac ciscaatte es ooeratire. (see eastructions:
we'ete s.tms 13 aae li et "intee-F I
settent".s caec.ec en stem 9.a.
itmer. sa..cocese to stem 12.
NA
- o. taie-.ne a, o.sen.*,. o.a...,
trousano sa.ioas o.* e senarse occuteence.
State tae a.oraes voewene ser o.s.
219 Casete oc:areence sa enos.sanos of Sa.lont tt. lat.emeneae cessnaege Cvest.es one Peeevency
- a.,ateemettene 06ssn.rge 0.srette" NA
- Cay State tre aveeste 2fte novrs per say mweneer or nowrs see as, tne distmarge.s opeesting.
NA in..- u.as o
.n.e,e re.e..a.,
si.. en. a.e,see age.
vsenar,e one,eeat.s.., oa, e m..e....scnav,e ouo,.
..ac.se.e.ae.... ca,s aen..st n a,,.e it.
wa..m.
a.
..e.ee c..etoe 8
06 09 s me.ee.o......cn t o. -...e*,.m at
.,0, io
- aoorn moatn
- io. of ta.s cesenette occurs.
e3e s.
- .e.
.~
'e C:tCHARGE stas AL NuM;En FOR.t! APPROVED.
009 o.us.vo. in notoo -
ro= AccNcv ust 1 1
I Discharge 009 Waste Water Treatment System i s. A.u.., o.=n...n cia a n.,,a no...u,i. tion o, aci.,
- a
[,**u"C",'4**"*'"'**
Effluent". results from the treatment of process water treatment wastes (makeup water treatment /
demineralization, condensate polishing, water softening) and from non-radioactive plant floor drains and sumps.
These wastes include clarifier sludges, filter backwashes, ion exchange regenerants and rinses, laboratory wastes, and continuous sample dis-charges.
l
- 14. Astevity causing Oisena,ge For
.un sic case weica aescrioen tne aClivity Cawling tfist estCP.a ge.
Sucesy tne ty0e ang maaseurn 4,ntent of either tne ra w materias Consumed titem 14a) er tne preewCt Stodutta Iltem 18o) en trie units lettifbed *n Tatte i of tne instrWC-tron Soomiet. For stC cooes not 1491e0 en Ter'e t, une f ew matefeaf or stecucion units normany uses for meanering proewetton.(see instructional a.
Raw Mater ass Mas e,nu m unit sna,eo 0.sena**'es A,noo t,e.,
isee rao,. ii
- s,ia. :. -ee,,
n sic c..e ua-.
25 0 to i
t2,
.s>
a-4952 NasteWaterDisd.
324,000 !
GPD 001 l
1 I
I I
I I
i i
l uan,mo,n un.t sna,0. o. ena..
.r
..t.
A - o.nt,ce, tsee re....i ise,su ~o -
e,.
sie eme aa-e i
re, i
ai o,
ns tn I
I i
i i
i i
i l
l I
I I
i 113 t n a-tsso-u (7-m
/. :.
O'SCHAmcg SERI AL NUP.1;E2 j
009 1
FC A AGENCY USE 1
)
Pol 1ution abatement practices are as ts. W;st) A.es.m.no
"* 'g,,* *,*,',',"',a ',["';**'
a-follows:
floor drain wastes are processed throuch
' ' Ui..,,L'.*,*.*,".
',"2 7.','."
an oil / water separator and discharged to equaliza-in.in.co.n tion basins; process water wastes are neutralized and discharged to equalization basins. The ecual-ized wastes are orocessed throuch a pH trim fi1+ pes.
tank, solids contact clarifier and gravity Treated effluent is recycled to the cooling tower basins or discharged through outfall 001.
Solids resulting from the treatment process are lagooned (Cont'd below)
PE00AL CNEUTR c3, _
[2, PSEPAR
,23 _
, Liquid portions ris.
'w... A...... n c....
CFLOCC CCOAG c.,
d';"/tE.*in,'..Sn's'." I.'.I.'
c.,
CPHADJ D C a'!OI" ggj _ DCrVrl e e ic,... in... i....i.~. se EUOIM ta)
(7, crocesses f or inis sistm rge in 50THER it2i _
tne.coes in wn.cn iney occu
,3e, SLAG 00 r
.33, (15)
(13)
(14) _
(18)
(16)
(17)
(21) _
(2 06 _
(19) 12 41 (2 3)
(22)
(25)
(Cont'd.)
Waste and disposed of by scavenger contractor.
oils are collected for disposal by scavenger
' contractor.
l 11-4 vs re ssa.n tr.m
OtSCH ATdOE SMI AL 84uusC3 C.VB.Vs 8 R 00
/
i 009 FOpt AGENCY usE '
3 I
I-I 16, westewatet Charseterestles Cneca the som Desiae eacn constituent whicn is arosent 6n tne effluent ( *istnarge water). This ooterenenation is to De Deseo on actuai analysis er nest esterrate.(see iastructionsi Parameter Parsmeter 216 E
24 x
a.
1 Color l
Copper lX 00080 1
01042 tron X
Ammonia 01045 00610 Lead 1
Orpnic ruticgen 01051 i
00605 af2enesium X
Nitrats X
0C927 006:0 hiancnese Nitrite 010$$
X 006I5 l
l Phosenorus l
Mercury l
l 00665 t
71990 1
Sulfate X
01062 00945 I
Sulfide l
Nicket 00745 t
01067 ly Serenium l
Saulte 01147 007JO i
SJver Brom de 71870 l
01077 Petassium 00940 X
00937
)(
Chloride t
Sodiam
!X Cyanide 00929 00720 Tha!!ium l
Fluorde 01059 I
00951 I
Titamam I
A!urrustum 01152 01105
^
t l
Tin l
01097 i
01102 Arinmony Zin l
Arwnic 01002 l
01002 i
A4 c: des *
(
(
Scrythum 1
740!!
I 01012 Ct.tonnated orpnic compounds
- i l
Barium 74052 l
[
01007 Baron l
Pestteides*
l l
j 01022 f
~2053 1
i i
Od and tread yi Cadmium 00550 01027 Phencis t
Calcium lX 32730 00916 l
Surtsetants j
l I
Cobalt l
22:50 l
01037 l
l Chionne I
Chromium 3
50060 01034 RaLoacuviry*
Fecal cotdorm bactern i
74050 740!$
r
' Speedy substances, compounas and/or elements an item 26.
Pesticides tinwcricides, furgicides. 2nd rodentic2 dest must be reported in terms of the acces:2ble enmmon names specstad in Accepras!r Common.Vanesand CinemscalnVames for theine'e:w=sr Statement on ferriede Lateis. 2rd Edition. Ennronmental Protec: ton Agenev. wssurston. D C. 20:50. June 19 2. as required by Subwenon te2.7(b) of the Regulauons for the Eruorcement of the Federalinwenc:ce.
Fungicida,and Rodenocide Act.
115
!P A Fene 7550 -23 (7 731
I r,
CISCM ARGE 7 E RI AL NUMBER 000 l FOm AGENCY U$C i l
lil l
- 17. Cess etion of Intane one D.scharge n
j For esca of tne parameters sistec peow. enter en the sooropriate oos tne waiwe on caos setter answer caries for.(see netructionst en seoition enter tne carameter name one coce ano sit reewires vanwes for any of tne fosio..ng oaramete's if tney weee enecuee.e item :6; ammonia, cyanica, a>wmanum, arsen.c. peryllium, caemsum. cntomewm, cooper, seac. mercury, niem en, seeen wm. zinc. onenois, on anc grease, anc casortne (resicusa.
Induent l
EfUwent Yi' y
E 2
-s lu i
3~
e a
i.E a
i i t, i. f <;
.. i.
i Ps:s.eter and Code 3
,# 3 5
>30
=.
=v s
-i
=
w
- -: u
- A <*
c j2&b i i2Y
- -?
2yi
-s 1I*..
2 I Y - i ? 3,.i 5 A E. E EC# 235 t
=
= =,
... - a t
- :r a 2 O ga <j T.C
'- 2 2 i
20a
<g Z<
v.
=b t
O f
(3)
(4)
(5)
(6) l (7) s.3)
(1)
(2)
I NA See a) below 144,000 110,000 324,000 Cont.
NA c ons per esy 00056 I
i;:uu 6.5 8.5 Cont.
lNA NA
-H l
l 00400 l
Temperature (w:ttr) 42 37 55 NA NA l NA 740:3 l
I Temper: nan (summe:)
'r 66 60 70 NA NA NA 7:0:7 Biochet:ue:I Oryges Der.and f
!.'A A
A NA tNA t'A G O D 3
- Y) l 1
l mgl l
00310 NA l l
ch tr-icia oxys:n oemad (coo) i l' NA i
A A
A i:A m t'l l
I 003*
l 1
i Tou! Suspended (nonkerat'e) ms/l l
LT 15 LT 15 20 1/7 NA l G souds i
00530 i
I I
NA lNA 5,ecinc coneuctance See b) elow NA l
mic;omhos/cm at!! c I
00093 i
i i
Setilesole Mattar trendas) j NA]
l A
A A
NA NA i
00545
-o:ner diact.arps shanns inute now (seru! numt>enusee trutrucuensi flows to the Waste Water Treatment System ccme from diverse sources and Influent a) are intermittent in nature, with variable characteristics.
Consequently, the Waste Water Treatment System provides basins for equalization of chemical charac-teristics, temperature, and to provide continuous. flow for process units, Based on total volume of ion exchange regenerant wastes and rinses, the TDS b) of the Waste Water Treatment System effuent is expected to be in the range of 1350 mg/1,
- Indicates expected frequency of analysis U-6 I P A 7.
73!C.:3 (7.73)
e
'e For'of APPROVED CMB No. 258-R0200
' s DiscwAmos seme*L Nuussa com accuev use 009
- 17. (Cent'd.)
Innuent
.l Etnuent m
+2
-r:
'=
T
- =
=
Puameter and Code y
- -y
>30
>Ec<
2 t2-E??$
li =
E 'E' ? EU 3 =w
=tt VE 2 ;m 4'
tr7'a 3
DS I*
E to
= m. i '
r_11 i E,
i.it E, l_ E
~!Es
- 7. 3 5i E'
w
=.
a w
0 3 =.
2 2 :-
=
sows <
20w:
w<
z<
t (1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
Copper 01042 l
{
LT 1 LT 1 LT 1 l tiA lt'A lt;A Nickel 01067 l
LT 1 LT I LT 1 l f:A ltiA lt;A Oil & Grease 00550 l 15 l LT 15 l 20 l 1/7 jf4A !G i
l X
l I
I I
I l
I I
I I
I I
I I
W I
I I
I 1
i i
I I
l I
l ii.
c.,e.
t, ene.
1.., a.1 co n,m.,
_,r,...nt..nt,
. af e as...a. e f0r tnll OlsCnarth j
4.iternaie..w., mece eer me..,
c Aes E4am0ing facH*ty.
Alarm er emoc9ency grecogure for
@ AL.%8
..e or goue. ment raavre Com0'ett 6 tem 19 6f Gl8Cnarge is from teo6ing and/Or Steam water feaeratten and water treatment addit 6tel are used.
None 19, water Treatment Adesti es 19 tne eisc9arge is treates witn any son-estioner, ennie. tor, or assicsce, ans.or tpe foHowing; IIS 2tte
- a. foame of Materias(s)
- e. Name one seeress of manu-NA 233.
ecciur.r e
NA
- e. Quant tv (oo nas sesea oer atsa en.onoa saHons of wate, treateen.
i 11-7 l
gri r.- 7sso-:2 tr.m l
e DISCHA ACE SET.t AL neUM!EJB FOR AGENCY uSE l OAO I
21ge
- a. Cnemecas cornoonat6on of inese adottives (see instructional.
Comotete items 20 25 if enere is a thermas etscnarse (e.g. associated witn a steam ano,or power generation Not Applicable oesnt. steen m.it. estroieum reinery. or any orne' manuf acturing processi ane tee total cisenarge vio= #s 10 million gations per say or more. (see enstructions
- 20. Thermal Cessnarse se.ree Checu 220 the sooropriate stem (s) encicating the sou ce of tne siscnarge. (see r
instructioes)
C8650 GosierStowco=n Soiler Cnemecal Clean 6ng C O C CL.
CAoCF Aan pond Overflow Soiler Water Treatment - Evapore.
CEP90 ter Saowcown CCCF8 Cet of Coat F6ted mants - Etnuent from Air motiution Controt Devices C COPED Concease Coottng water C CT80 Coosing Tower Snowdown C MF8R Manufactunne process CCTMR Ctner
- 21. Discearge f mecessing watsr Temper-ature Cofference Give tnema nimum t ornoerature elfference notesen tne discriarge anc receiving waters for sumener and winter operating concetions.
I'"
"N
'F.
2214 Summer
' F.
2210 winter
- 22. Distparte Temeerature. Rate of 222 F.sp ou r Change Per Hour m possio.e rate of Ctwo tne masirau temperature enange oer nour of sisc'iarge ur'oer oeerating con-entions. (see vestructions)
- 22. Water Tempersture. Percentile Rooset (Freeteeney of Ccsurrental In the taoie meiow. onter tne temoerature anica is escoeceo 10%
of tne year. 5% of tne year.1% of tne year and not at ase (manamum yeariv temocratures. (see instructions) l 10*.
f 5%
f 1%
' vamraum Frequency of occurrence
- I
- i 222e Inte.i. waior -eeratur.
j or 1 ce (Sweiett to naturas changest or-oe, 2220
- c. Distnargewater Termoerature 22 4-feet /sec.
34 water intase vosocity (see instructions)
- 23. metensten Time Cave tne tengen of 223 minutes time, in minutes from start of water tempe+ature esse to discearge
, of coo 66ng water. (see anstructional 11-S sen vm nso-n a.m
r
~'
TOR.4 APPITO%ZD
~ ~ ~
O.43 No. !J8 Jto!00 D15CMA2GE SERI AL NUM* Ell
- "***** " '*l 009 i
I
- 26. Aeentlena8 lef etometw a t
Informatica
-l 226 esem Additional information concerning the Waste Water Treatment System l
may be found in Engineering Report and in toe CRBRP Environmental
. Report Section 3.6.3.
l I
i I
a I
l l
l 11-9 l
..,- nu_:w_n>
4 s
. K,** *
- TORtt A PPROt'E2 OMB.'.*o. U6-M0100 POR AGENCY USE l STANDARD FORM C-MANUFACTURING AND COMMERCIAL SECTIONII. BASIC DISCHAF.GE DESCRIPTION Osaap.ete taes sectica f or eaen eiscaerge insicatec.a Seitson 8. stem 9. tast as to swef ace matoes. Tnis sacewees oiscnerges to mua.csoa. sewe. ag systems.a mm.ca tne wastewater sees not go snrowsm a treatment wories seg
- to seias ciscastges to swerace maters. Ciscasteet to wst Oe eesce.cee wneee taere see a so a scaarges to surf ace waters from in,s faca..p.
CEQuento EVEN ar SEVER AL of 5CM ARCE5 ORfCfNATE IN TNE SAME P ACILITV. Ace vs wes 'or se esist as c.scases samtative of tne tweies o'eviews faentes of operateen. 8f Insa es a proooses eiscaerge, va.wes snov s reflect nest eag.aeersag esternates.
a N SEsam ATE eNST AUOTeoN BoonLET A5 tNoiCATEo. mEeEn t.ooittoN AL iNsinvCTeoN5 Pom SELECTED ITEMS Asetan 70 goonLET OEront ers;.LsNG out T*ESE #TEMS.
1.
o.samarge See.at No. and Nafae 010 A o.s ae rte se....
ota isee.nsi,w.ticas:
Liquid Radwaste Effluent seio
- e. o.s nae,e Na m.
c..e asme...u na,se.., aa,.
n.e.ast,wcisoasi c.
o....ws oisen a,ge seasi N..
i, o e..ows o. mii s.o.. aii'a 010 r
)
mai mace.o, ta s maaese isee soie iteen 4. soci.oa o. o,0..ce e,e.-
6 o.s. mas,se se,isi nu,ager.
a.
o.s.na,ge o.e,ais.g ca es
- a. o.s.na,ge nega osie sein.
NA
.uas,ge seit,,oea oeio=.s,,,
o...ai.on, g..e i e.ai. iwei in zona va yo oesi.sii,asteiio.. m aa,ge negan.
- o. o.s. a,te i. e.g.a o sie i, in e
..sena,,e asi.. ou w.... out 88 09 es graaaec for scree futw e care.
30:n e
YR Mo give tne cate twetnin oest est mate) tne oescnarge wits mes n.
I
- c. ossanarge to Ene cate at a+
N-case,e.s scae.wi.e to c. aiscoa.
tiawee
.t in tne aest 5 years.
20:e vA MO g.*e tae care switaen oest este.
mates tae sistmarge wesi sac.
l
. Easeneerias messet Asadae.e I
Caer..? an eag.nese at rooget es avocao.e to tev ew ag ageacy woon
- eowesL tsee.ast rwetioasi 20:
2 l
.. o.samacee Lesatica Nametee Aseacs sse sout.ca oowasa' es wita.a wa.ca tae ooia* o' e staaege es socates.
Tennessee zu.
z.,
sia,e Roane ag.e l so.o Cow aty Oak Ridoe 23,l rue
... a.oi.cso.e C.iv o, Towa l
s.
o.s energe es.ai cessaet.ea o.scaseos.s eato scaec. caer l
tsee eastewst+oast Stream teac' vees e.tcmes. areoyos.
.aac otne, intermittent wateecovesent
- Osa 357R Ci..< E La.e COCE Ocesa Mwa.Coose $4a.ta'y WWastewatet
- CMTS Treasoort System vwn.c.co. Coaaoemee Sanitary ano Stoem Teensooet Sysseca CVCS e
es -
n,. a re: ca s ear.v a.
EPA Fee== 7550.21 '7.73)
I
. o e
CtSCMACCE SECI AL NVMIEo 010 Po8s AC, hCv UsE 9 t
i vwn.sepas Storm water Treassort l
l I
Usrs s,it em C wCL we's (eneetteont C OTM Otmoe If 'Stae** is gneskeo, seeCdy 2989 4.
Cessaarte redat - Lat/Leat os.e f e s'etale socation of too so.pt o..uas,,e io ine a.a.esi co,0.
35 oEs 53 Miu 12_,Ee aa vi.iv e 84 oEo
.23_,..
QJ_ste aos.
i.oa
..e v.
o.s. 4,e me e...ag wai..
ame
. Clinch River
~ a.,e i.e.aie,.4, ai iae.0.a.
rer.
o. u a,.. isee.ast,v.ieoa.
noe A.eae. use
. A,eae, use
.. iae o.sca s,,e,s i,0w.a ao oui.
nn.
an.
<a,. in.i e.t.a.s oe,oea int sac,,
l I
..as, or.s oe.o. i.e meaa,o.
.aie, i.ac. como.. e iiem a.
o.es...e o.s. 4,,e NA Discharged
- a. o.s.a ae,e o.sia.e
..m s w,e z..a
,,e, through OSN 001 NA
.. o.s. a.,e oe.. ee... wate, t.e, so.o swe.a.e e.
o.s. a e v,.e a a. o..w,,ea.e
- a. v,.e.. o.s.aae.e ene<.
. eme ia...une,,e,s coa.
sees C ao 3 coat awows i.a ows o,.aie,meiieat.
@ f eat) Inteemitteat (see eastructeoass 3 o.samarge oesweeeace osys per 2
ween Eate* tae averste num-209e
_ cars oor.een oe' of cays pet.een tow.eg r
pe**ocs o' oistnangel tais cis.
saatte occwes.
209s CJAN CPE3 CMAR C A*a NA
- c. o.staarse octwreeace -uontne af f a.s o.stmarge ao' marry one'ates teitae* eeteem.tientiy, CMAV CJUN C Jui.
C AUG or tea *.awowsiyl oa aens taan a yest s'ow o eas's tenciveiag CSE*
C oCr CNov CCEC a
sawtoo.as for toutiae me. ate-asaces, caec= tae moatas cue-
[
.ag tae ves*.aea tea c.scasete es operatent. (see eastes.ctecast l
Smeeete items 10 aas la 68 "satee-sitteat'* is caet ec.a. tem 9.a.
staee.esa. orocese to stem 12.
I l
S.
cateemetteat o.sensege Qwaatity 5
.a ow sa,.o,,,,oa, se, o,sca s,,e oc w,,,,,,.
Statetae a.eesee voewme see o.s.
2,,
Sna'te ott reeace en snowsanes of gast oas.
tt. cateemettent o.ssaarge ovreteen aae Freetseaty 6'aterm ttent ossta aege avrete.a 4
a.
21le nov's pe'say s t ose State the avevate e
meee of mow s see say tae e
aw sistmaege.s oestateat.
3.
laterm.ttent oessaarge essenaege OCCwreentes ser say Freeweaty State tae avetage 2tto moe* o er Castte occut*
e av eeaces
.e se.wr....ays ae a..sen ee,*,
is.
sa.. mum.....e c..e ea.
I 01 12 s
m
} 212 Froen _ to hme seesso in on.ca tae mese aw montn monta how o' ta.s gestmeege octwet e,e ee.
e... *ee.
I coscn.~. cit stGi% NUM:ED yoni: Appfot'ED 010 ous x.. ass-noso) i FOm Actmey ugg {
l lI, The source of this discharge is processed low acti-i s........, o....
- c..,...
...................i, sin.
vity radwaste system liquids. Various lab, floor.
a. ia....wa..
.u.c i.....
and equipment drains which are potentially radio-active are collected in this system and processed to meet the appropriate discharge requiremer;ts.
i s.
- 4. i..., c..., o...... e.,
.u a sic c....a.ca...c,....
ia. n i...., c. w.., i n........
....., i n. i v...a. m....
.-.., a..... i a., ia.... m. i.... i c oa -.. in.- i. i., i a...
.ci
.. w.. in.m :
.a i..a..
.........a r...... i n. i n.i i... S..a i.t.
F., sic C
.s a.t ha t...a t i.. w....w m.t.,i.e
.,.... wet..a va.is a.*m.as y u f.* =..sw..a,...e weie.a.i.
.asiewtt... 6 m., an.t..
es M.simum vat se...s D.sta., s Am.waiso., ese. ?..i. Il is e,.6 Nu ~.e..
96C c.
N. ca.
av i
.31 6
- ?
tS'
,ia.
.1) 4953 Liquid Radwastel 5000 l
GPD 001 l
l i
I l
I i
l
~
l I
I I
l l
l va.:
se...e o,ua..
.. ~...
N.-.
auo., i s.. v....
i i s.,.. ~, -...
sicc.
i o,
i u.
si in 1
I I
I i
l l
I I
I I
i l
I i
113 s ei r. rsse-n n.721
-e.
D'5CMA ct SCCsA6 Nu:.'cCQ 030 l WOm ACENCY WSE i l
bl J
i is.
..i. cr....
E!.*cl.0*i.~..L'.".'".'i7**.a.
u......., Waste abatement is achieved via the radioactiye sis.
waste system process train which includes pH adjust-e,.....
...a ia......a.,,.
..i=........... i ment. filtration, evaporation and demineralization.
...i n...a.
Manual fluid samples are analyzed prior to discharge.
A radiation monitor is provided in the discharce path which will autor'atically stop the discharce on detection Concentrated liquids, resins and filters of activity.
used in the system' process are encapsulated in concrete drums and shipped for burial.
CPHADJ POTHER TEVAPO zis.
- o.....
4......a c....
OMONIT i.i v................av....
MIN 00X is,
., in. in.i.oci..a s...i.
i.,
- c...,... i n... i..... -. a.
........,ia....a.,,...
cri isi i,)
ixe se.e,...a.ca imey ocaw, s..o.......
(10)
. Ill)
. (12)
(13) tie)
(15)
Il6)
(17)
(366 (1,)
(201 (22) t*2)
(23) 1:48 (251 epa Fe = 755C.21 r7.73)
FORst APPROVED Desca Aoi t SCCit.L tau M OG O OV2 Ns. J5s.RQ100 010 Po8t AGEraCY USE {
r
'18. Westaw;ter C$erseterestees s on aetwas enans,s
. CPecu tas nos Deesee eete constitweat watcn is present sa the offsweat tencserte water). Tnis setermination es to se oase se oest estimate.tsee 6astructwas) 1 I
Parameter 3
Parameter y
216 t
216 e
8.
a.
Colet Copper l
OIO42 i
00080 f
tron O!04f I
Amrnonu 00610 Lead 0:pa ruc nittgen 01051 0000!
Magnesium Ntrate 004:7 006:0 nese l
Mang5 Ntrate 010.
1 00615 Phosonorus 1
Mercury i
00665 1
7t900 i
Moivedenum l
Sulfate 01062 1
00945 Sutrice i
Ncmet j
007a5 l
01067 I
Sele nium l
Sul6te 01147 i
00740 SUver 1
B rom de 01077 L
71870 Potassium l
Chierge 00937 009a0 Cyanide l
Socium l
00720 l
00929 i
Fluorde i
Tha!! sum i
00951 1
01059 I
Tiumum l
Alununum 0115:
I i
01105 i
01097 1 0110:
Zanc I
Arsenic 01092 0100:
Algicides
- l Ben Liium i
7a051 0101:
l ClJorinated arpnic compoun:s*
l 01007 l
1405:
l l
B araum Pesticides *
[
l Boron 1
74053 01000 t
Cadmium l Od and : ease 5
I l
- i. 00550 01027 Phenols j
l Calcium 32730 1
009I6 Cobalt l
Surfactants j
1 I
01037 I
38260 l'
j Chlonne l
Chromrum i
1 50060 01034 Radioscurity*
X Fe:a!coldorm Dactora 74050 74055
'. ' Speedy substances, compounds and/or elements an Item 26.
Pemedes 4:nwettedes, funpesdes. and rodenticides) must be repetted in terms cf the ac:eptable common narnes speti6td sa A cceptable Common Namer arid Chemscot Namer for the Ingredient sistement on festscate Labelt. 3rd Ecitron. Environmental Protecnon Agency.Washirrte n. D C. 20:50. June 1972, as required by Subsecuon 162.7(b> of the Regulations for the Ensorcement of the Feceralinwcucce.
Furipcide, are Rosenucide Act.
115 tra r. - nso.u 17-m
~
t DISCMMCE SERI Ai,. NUM! Ell 010 con acce.cv vsc
- 17. Desanotica of Intase aae Ossenarse ror uca oe tne parameters sistes eso=. enter en tne someooriate som ine vaiwe or come ietier answer cones for.tsee instrwet.onst I
sa essition, enter tne oeremeter name sao come eae eie reavicea veiwes for any o' ene vono.ine parameters at inev were enecmea.e item as; emmea.a. even.ce. as minum, erun.c. servinum, caem wm. carom.um, cooper. ena. raercury, n.cmer, w eaewm senc. oneaoss. o.: ano ernse, u
one en orine tresieweil.
l Etnwent Influent m
g
- I I Yi 5
I 1 O a
2 S3d
&EdE h
-g 3
E53 Parameter and Code
-r a
217a 3 4 US4 I
E'?E, i?? E
!!.e
= ~! i.5 3! z! a.5 N
'i iI Y 5
E li E5i t
s
- 19) ;(a es=
=
=
(7 Si (1)
(2)
(3)
(4)
(5)
(6) g once per canons per day See be ow 2500+
0 5000 Flow
- batch NA G
00056 once per pH vruu 6
9 batch
,NA G
l 00400 Temperature (winter)
'r 70
,'50 90 NA NA NA 740:s i
Temperarm (summer)
- r 70 50 90 NA NA NA 3an Biochemical onysen Demand (bod $4ay)
A A
A NA NA NA inct 00310 i
Chemacal oxygen Demand (cod)
A A
A NA lNA NA i
40 t
Tata! sur;cnded (nonfutersele)
)
l solaas l
A A
A NA
'NA. NA i
l fl mvi 00530 once per '
Specine conductanc!
micrombos/cm at 25 C LT 1 20 batch
- h..n,G ooo,3 l
settlesbie Matter trendue) l r'll!
A A
A NA NA NA l
00545 1
'Other discharges shanng antake now (sersal numeersi.(see instructions)
Influent flows entering the Liquid Radwaste System come from diverse sources:
these wastes are a result of cleaning and flushing operations and laboratory j
discharges throughout the CRBRP facility. The flows are intermittent in i
nature and vary in characteristics.
i l
+ Discharge of 2500 gallons occurs approximately once every three days.
i
- indicates expected frequency of analysis M
a pa r-7ss:-:2 (7-rs:
l
TORM APP 110tTD Oh!B No !$$-R0100 085CH A2GC SEfti AL touwega 010
,oa a c cv use l 4
tt I' 3 7. sc ost e.
InDuent l
EINent T
h C
$ 5 h
$5F
$3 5
Parameter and Codt sti.
? ?
C i *e t
E 'b 3?L ji? %
Ex 3 ;m I
~
u h
cCUJ Il
_y L, ), 4 *~ > l..s En i =d
{
O.m Iw m
-=
s =2 t i. =
V, E
=
no."
33=
3 d :.
3 1OW34 2C' Z<
us s
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8) l l
l I
I I
I l!
I I
I I
I I
i i
I I
I I
I l
l l
l l
l 1
I I
1 1
l l
1 1
I l
l l
l 1
I i
l
- 10. Plaat Centrets Caetu if tee fo.-
298
- t. wing piaat teatrois see ava.latte fo' tnis eissmarge.
Alt 1'fiate.o ef soufC4 for raetor C APS
.umosag f attHty, aia,-., eme,eacy.,oce core vo, G2A'*
.o.,..e
.m.
Ia
.,e Comoiste stem 19 69 esscaerge is tegm teodag anator steam mater gemeesteoa see eater treatment act teves are vsee.
- 19. water Treatment Aceitives tf IPe ciscastge es treates meta any coa.
citiseer. ina... tor, or anticios.
.as in. tea...ag:
NA
- a. Psame of Mater.asts) 219e i
l a asame saa seeress of maaw-NA l
219.
I tecturee I
i l
i NA
- s. o. ant.tvi.o a.ia aea siw l
m.u.on ganoas of water treateek l
11-7 epa Fe 7550-13 (7-TJ)
9 DISCM A 9CE SE n t AL NUMBEll 010 en acc~cv Usc,
NA t
- e. Cnemicas composition of enese 219e aceiteves (see instructions).
Coraoiete items 20-25 af tnere is a thermas eiscparte NA (e.g., associates witn a steam enc /or power peaeration piaat, stees mitt. petroseum re'eaery, of any otner rasau acturing process) aae tne totas essenarse f?ow is r
le museon saisons per ear or more. pee instructeoas)
- 20. Tnermal Dessnarge Sewese Cnecu 220 tee aceroorsate etem(s) encicating tRe source of tee discharge. (see enst ructions)
So ser Stowcown C3680 Boeser Cnemicas C4eaning CBCCL Aan Ponc Over*ow CAPCF So*Ier Water Treatment - Evapora-CEPS3 ter 540=oown Oes or Coat Faros Piants - Erfswent C CCFP from Air Pouwt.on Control Devices Consense Cooiing water CCOND Cooeing Tower giowoown CCT33 Manuf actwnne Process C MFPR CCTMR Otner
- 21. Dissnarge/meceiring Water Temper.
stwre Odf arente Give the masimum temperature o f terance Detween tne discnarge aac receiving waters for suramer and wenter coerstlag condetions.
I 22te
'F.
Sum mer 12to
' F.
Winter
- 22. O.sanarse Temperature. Rate of Cnante Per Move 222
' F.M ow r G.we tne masiraum possione rate of te=perature sneage Der nowe of essenarte uncer operarias coa.
siteont (see snstructions) l
- 22. water Temperature. Percentese Aeoert (Freevency of casurrensal IP 'ne tacie cesow, enter tne teeaserature waica es esteeces 10%
of tne year. St. of the year.1% of tr4 year saa act at sit (masamure yearly temperatweeb toes instructions)
Preewenty of occurrence ic%
1 t s.
I 1%
' va nimu * '
r a,
latame water Temperature 223a 45weiect to natural cnangest or or og op Is. Distnarge water Temperature 222e l
24 Water entane veiosity 224 f eet /sec.
see 6nstructions)
- 23. metene on Time Give the lengtn of IIS minutes tirae, an minutes, from start of water temperature rise to alscnarge of cooient water. (see lastructions) 11-8 E P A Form 7350.23 (7.73)
FOKU APPROtrD O.VB No. IJ6-R3200 DiSCMt.!tst SERI AL NUM*ER Foa ActNcv use t 010 ll
- 28. As sett onal saf orma sse n Inf ormation 126 Item
-l Radioactivty 74050 will be comprised of the following isotopes:
216 H-3, Na-22, Na-24, Cr-51, Mn-54, Co-58, Fe-59, Co-60, Sr-89, Sr-90, Y-90, Y-91, Ir-95, Nb-95, Mo-99, Ru-103, Ru-106, Rh-106, Ag-III, Sb-125. Te-129m. Te-129, I-131, Te-132, I-132, Cs-134, Cs-136, Cs-137, Ba-140, La-140, Ce-141, Pr-143, Ce-144, Pr-144, Nd-147, Pm-147, Eu-155. Ta-182, Pu-239, Pu-240, Pu-241, Pu-242, Te-127m, Te-127, Ce-143. Pu-238, Np-238, Np-239, Am-241, An-242m, Am-242, Am-243, Cm-242, Cm-243, Cm-244 Anticipated concentrations for the isotopes identified above may be found in the CRBRP Environmental Report Table 3.5-2.
Additional information concerning the Liquid Radwaste System may be found in the Engineering Report and in the CRBRP Environmental Report, Section 3.5.
I l
I l
l II 9 eP F.
rsso-:2 a 7s)
FORW APFROVED OMU No. !$8-R0tOU o
e FOR AGENCY USE STANDARD FORM C - MANUFACTURING AND COMMERCI AL SECTIONII. BASIC DISCHARGE DESCRIPTION comosere tn.: section for esca ommer,e enaicates in Section t stem g. tnat is to surface gaters. Tnis ncewees omnarges to mu iciosi newerage n
systems in waien tne wasiewater aoes not to enroven a treatment worms prior to meing oisenargea to swMace waiers. Ommarges to we.is must es coscreced where teere are aeso ciscnarges to surf ace waters from tnis f acenty. SEPAR ATE DESCRIPTIONS OF EACM OtSCM ARGE ARE REQUIR ED EVEN IF SEVE R AL DISCM AR GE5 ORIGIN ATE IN THE SAME F ACILITY. All waiwes f or an esisting sistnarge showie ce repre.
eentative of tne tweise previews montns of operation. If tnis is a proposed ciscnarge, watwes snowso reflect oest eng.neering estimates.
ADDITIONAL INSTRUCT 80N5 POR SELECTED ITEMS AppCAR IN SEPAR ATE INSTRUCTION BOOKLET A5 aNCICATED. REFER TO SOOKLET sEFORE FILUNG OUT THESE ITEMS.
I.
Discnarge 5erset No. and Name 011 a.
Descnarge serias No.
201a (see instructions)
Cooling Tower Blowdown
- o. D.scnar,e Name 20io c..e name et omna,9e. if.av.
(see snatructions) c.
,,e.e.iss Omnarte Sena No.
if or..sous cer-si ano. sear oa None: part of 001 wes ensa f or tnis amne,ge ise.
20ic item 4. Section it. pro.i e o,e.n ows emporge serial numoer.
2.
Desenarse Operating Dates
- a. Distnarse Began Date 6ftae N.A.
ciscaarge cescrioed ceiow is in operation. 9.ve tne cate (witpin 202a oest estimatel Ine esscnarge VR MO segan.
- o. Desina,,e is segin Daie it ine aisena,ge nas me.er nuwere. ow 88 09 en planned for torne futwee cate.
202D teve tne cate (wetnin oest esta.
YR MO fnate) tne disCnarge well oogin.
- c. O*scaarse to End Date of c.s.
cnarge s scneowied to se oiscoa-N*A*
tinweg witpin ene peut 5 years.
202e t've tne cate (witnin oest este-VR MO l
natet the distnerge
.at eno.
l 3
Engineering Resort Avaitanie Cnetw if an eng neering report is I
avseiso'e.to reviewing agency upon l
r eow e st. (see instructions) 203 O
\\
l 4.
Distnarse Location Name the one.ticas oowncaries wetmen wnicn a.,ncy v.,
tne coin
- of oiscnarge is tocated.
State 204a 20*d 1
Roane l
County 204o 20'e Oak Ridge l
(*f aspi*capiel C.tv or Town 20de 20a8 t
[
l S.
Desenarse Point Descristeen Disenarge is into (cnecia onel:
(see instructions:
Stream (incewees sittees. arroyos.
'ane otnee intermittent watemoursett 20sa
$57 R l
u.
Out
[
Ocesa COCE i
l Municiosa Sanitary wastewater Transoort System CMTS Mwn.cepai Componeo Sanitary and Storm Transoort System CMC 5 l
111 IP A Pe= M30-M Com 7;i,, ge r,,,,,....i r,.... a n... -
b5CHARCE SECl AL *fuM; Eft 011
- ~
FOn ACENCY USE Mescloat Storm water Transoort C 575 Sy stem wpi (insecteoni CWEL COTH O*ner if *ctnef* is en9Chea, specif y Sett 6.
Osenerge Peent-Lat/Long C o.e tna precise socation of tne point Cf Cischarge to tne nearest secono.
35 53
_22SEC Latituce 2 Dea CEG MIN 84 2 _2 50 MIN SEC 2063 OCG Longituce 7.
Desena ge neces.ing waie, Nam.
Name ine wai.,wa, aiine point 201.
Clinch River tf geschaege (see 6nstructions)
For Aeency U se For Agency Use l
333e i
if Ins o.scnarge is tnrougn an out-9,,,,, % e or i Swe f ait thit entenas coyone the snore-2079 207c ting ce is Deion tne mean low witte sine. compiete stern 3.
cf ts
.e. O,senarge NA Dischar9ed s.
n 4 Desena,,e Disiance f,.
Sn..
20 a fee through OSN 001
- o. O senarse Oe.in sei.w water NA Surface 2000 feet g.
Cessnarge Type ame Occurrence a.
Tyse of Distnarge Cneci..
weetner tne c.senarge is con-2ogs Q (coni Continuous tinwows or entermittent.
C (ent) intermittent (see instructions) 9.
O.sansrge Occurrence Osys per wees Enter ine a.e, age no,n.
209.
loays oe, wee.
.e, o, aa,s e weei. io,ing persoon of oiscoarget this ois-coarge occurs.
- c. Dissnarge Occurreate -Montns.
if tais cesenarge normaily 209e CJAN. CFEs CMaa C Apa coe+ates (e.tner intermitteativ.
ce continuowsivl on ess tnan CMAV C JUN CJUL CAUG s
a v st atow a cas's tencivoing snu scowas for vowtane mainte-CSEP COCT CNov COEC e
n nance). cnoc= fne montos cur-ing too year wnen tnc oisenarse is coevating. ts.e instructions) omsaete items 10 ano 116f " inter.
Setteatais cnecusa en item 9.a.
liniewise, evocees to etem 12.
- 9. I Atermitent Distnaege Quantity N.A.
tnous,no,,no,,ce,o,sena,,e oce.,ence.
State tne s eenge.osume per ces-210 coarge occurrence in gnousanos of gailons.
t1. Intermittent Oisenarge Duration one Freewency lateemettent Oisenarge Ovest6en ba a.
PeeDay State toe average 21la nourspersay numeee of nours per oey the cistnarge is coef sting.
s, lateemittent Oisensege N.A.
Freeweacy State the a eeage 211e anscoarge occurrences per say numeer of c.scnaege occur.
reates cee day curing says anen erstmarging.
i2. = a e.m.m e.w..ri..
c... in.
06 09 tiras seteoc in wn.cn ene maanmum 212 F'om to e natm w eam
- m. 3e in.s o.scaaese sec.iet a
,, CtSCHAngt stai AL NuMM4 FORif APPAOVED s
011 Orto.vo.13s-Rosco.
l ro AceNCv use i Discharge 011 " Cooling Tower Blowdown" is a result of i
v3. Ati..ity o.scrici..n ni..
- nitrate.e destriction of actletty 213a non-contact cooling perfomed by various circulating Es**",c"io,,'s water systems required for power plant operation.
The blowdown is required to maintain the closed loop circulating water in a non-scaling condition.
se. i..is.ity Cawsin, o s.na,,e n o, caca SIC Come which aescrimes ine act..iy owsin, inis cinna,w.
swoony tee type aad menimum amownt of estner the raw enatorial consumeo (item leal Of tee proowCt Ercowced titem 140) en tee units specifies in Taele I of tne enstruc.
tion Boo =tet. nor 5sc Coces not listeo in Taoie 6. use raw materias er proowction units normally useo fcr rneasuring proowetion.gsee instructions) a.
flaw Materests Maximum Unit Snavec Discaa :es
%IC Coos Name Amownticay (See f acie 4 (See ai Nwmner f 214e (1) 6 (2) 6 (3) t ta) 39 I
l l
Vasimum Unit Snares Cistna'Ses C. Produets SIC Coos Name Amount /Ca y (See Tapie il (Seviai Nwm oe')
(51 Stee (11 4
(21 l
(3t t
to)
~
lCoolina Water 4.5 lMGD I
001 4 930 l
l I
I l
i I
I I
I l
l l
113 tn P-nu.n n m l
Ciscwangt sco Au Nu'.iece l
011 FOR AGENCY USC f
ks. w:su c.c..
Cooling Tower B1owdown receives the same
- e. m.i. 4.,i....i
.o
.n 2:s.
- u....sm.,
cooling by mechani-oest,.
.....si....i.-.a.
treatment as circulating water:
- l$'n".".',%s",".ii2 '/s'.'."*'"
cal draft cooling towers; pH adjustment; and chlori-nation during the summer season to control slimes, algae and freshwater clams. Recycle and reuse of various plant waters is maximized to reduce the quantity of blowdown discharged to the river.
RECYCL PTEMPE CPHADJ (3) 2:s.
(3)
- e. w.si. a...... e. s Us.ag tn. coces ustec in T.oi.
EClOIS (5)
(6) se of tm. Instewetion Soomi.t.
(4)
Gesene. tn. w.st..c.f.rnent (t)
(9)
(7) stocesses for ta s c.sen.ep en sne eece in wn.cn they occur
. (11)
. (12) _
glo)
- t poss.es..
(15)
(13)
(14)
(14)
(17)
(16)
(21)_
(20)
(19)
(2 3)
(2 4)
(22)_
(25) se.
9 M
ses r e-tsso-21(1 rss
(
F Ro
~ 0tscMcCE st::::AL Nuu;t:3 o
y 3g-00 '
011 o
rom ActNcy ust C
is. w;stewater Cnarsstoristles cnoca tns nos mes.oe eacn constituent wn.cn is present 6n the ertwent satsenarse waters. Tn's setermination is to ne baseo on actuar arasysis ce best estimate. nee 6nstructions) 1 I
Parameter 3
Parameter 216 216 e
n.
a.
I Cde r Copper 00080 01042 X
Iron Ammonsa y
y 00610 01045 Orpnie nitrogen X
Lesd 00605 01051 Nitrate X
006:0 00927 Nitrite
.\\tanp nese y
00615 01055 l
t 00665 X
71900 l
l Molybdenum Sulfste X
01062 00945 lX l
Sulfide Nickel 1
00745 01067 St.tfite Setentum 1
00740 01147 l
Bromide i
Silver l
l 71870 l
01077 l
Chloride X
' Pota ssium 4lx 00940 00937 Cyanide sodium iX 00720 00929 I
Fluoride Thaihum l
00951 01059 I
(
01152 l
01105 l
Antimony Tan I
i 01097 01102 l
I Arse nic l
Zanc l
l 01002 1
01092 I X I
Beryllium AlgKides*
l l
01012 74051 Barium CNortnsted organic compounds
- l l
01007 74052 I
I l
' Pesticides
- l l
01022 74053 Cadmium Oil and gream 1
01027 00550 l
l Calcium Phenols l
l 00916 X
32730 t
Cobsit i
Surfactants l
01037 1
33260 t
01034 50060 Feesi cohform bacters:
Radioactmty' 74055 74050
'Specify substances. compounds and/or elements a Item 26.
Pesticides (insecticides, fungicides, and rodenticides) must be reported in terms of the acceptable common names spectised in Acceptable Common Names and Chemtect Sames for the Ingredis'nt Srarement on r
l ferrichie l.abels. 2nd Edition. Environmentst Protection Agency. Washington. D C. 20:50. June 1972.as requued by Subsecuon 162.7ab) of the Reguistions for the Eruorcement of the Federalinsec: wide.
i 1
Fungicide.sna Rodenucide Act.
(
l
(
l
!I.5 E P A Pe= F5 A71 (7.73) i I
l l
I OtSCH ARCC 5C0f At.Nuu:E2 011 FOm AGENCY USE
- i.
- 17. Desenction of tatate ans Desenerve For asce of sne parameterslistes peow, enter in tne appropriate Dos tne vatwo or coce setter pnswer caised for.(see 6nstructionst
't en addition, enter tne pararreter name ano code and ail recairea vaswes for any of tne fonow.ng parameters of tney were enecmea en stem min m, arsen.c. Deryllium, cacmeum, chromium, cooper. Isaa, mercury, necue!. sereneum, asnc. onenots, oss and grease, amreensa, cyan.de. asu u
ena ensorine tresiauais.
l Effluent Influent P
y "i
2
=
c
- 6
~: 5 l
2 L
g i
Farameter ard Code 22 2+
c
>3 5
>3d<
E E
f;
,3 p t
l)),
r 217a' 3 4 j
j j] E 3
~,
2-
=..
e. L *; 2 3 't L.,
?%
E i E'
~~
1
- 2~
- i T E
t
's$55E 5 $ 0 '9
'NN E2 uE i
- ~C E
$$C (1)
(2)
(3)
(4)
(5)
(6)
(7)
(S)
I l
Callons per day MGD 8.69 0.03 3.35 0.33 4.5 Cont.
fiA NA Flow
- 00056 50050 pH '
units 7.2 6.5 8.5 Cont.
NA f6 7.6 00400 I
Temperature (winter)
- F 37 37 68 61 72 Cont.
NA NA 74028 l
Tempe:ature (summerJ l
70 70 85 73 91 Cont.
NA NA
'F 74027 f
Biochemica! Oxygen Demar:d (BOD 5 day)
LT 1.0 NA LT 2.5 LT 2.5 3.3 NA NA i NA 1
00310 l
Chemica! 0xygen Demand (COD)'
- 8!'
LT 4.0 NA LT 10.0 LT 2.5 30 NA NA NA 00340 I
schas 7.0 NA 17.5 2.5 100 NA NA NA Total suspended (nonidterable) mg/l l
00530 I
1 I'
250 675 Cont.
NA NA specine Conducwc! c 200 200 micromhos/cm at 25 1
9 00095 Not Not Not nA
,6 tm..
settiesbie Matter (residue)
Not NA f vailab;le A
Available pvailableAvailabi mui 00545 1
1
'Other discharles Shanns intake flow (scrui numbers).(see instructions) l l
+ Water used for chlorination: source is DOE Bear Creek Road Filtration Plant.
i
- Indicates expected frequency of analysis t
(
II4 I
E P A P er= 7550 23 (7.73) l l
i
I FOR.%f APMOVED 0\\tB Nr.158-R0100 Of 5CHAmat scalAL Nuwega con Acc~cy vsc l 011 53
- 17. (Coat'd.)
Innuent l
Etnuent w
l Y j 3 0 3
-E 5
E5 I
C E
2 EEY I
S3$
S 3$4
- 3. E
$., A E I
i 'll E a-
! IE E;
.$ s 6 Fuameter and Code 2-e 2
t-
=>
i 38 23=
ria e
aw 35 S E7 p
s=
?
~~
S i &'
cis B
580=4 18 5 "E
is 3
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
Ammonia 00610 0.04 l
0.1 LT 0.03 0.58 2/30 lGA G
l Copper 01042 0.04
[ 0.1 LT 0.03 0.43 l 1/30
!!A { G l
Nickel 01067 LT 0.05 llLT 0.13 LT 0.13 0.15 l 1/30 lA jG LT 0.03 1,43 l NA PA l NAj Zinc 01092 0.04 l
0 0.14 0.1 I
1/07 lM l6l LT 0.05
{LT 0.14l j iN M 50060 l
l
- Nomally, chemical additions will not be required to control scaling conditions. However, provisions for sulfuric acid addition are provided, l
l The feed rate
(
if needed to reduce circulating water alkalinity.
i d on an as needed basis
,in this application will be determ ne during actual plant operation.
- n. ei.u c.n
.. en.c. ef in.
ate uom, oi.ni eonir..ee......
J f1r tais Olscri.rg..
Citern.te power source for m.sor O A's gi.moing f.Cefify.
l AI.rm or emerg.ncy orocacure for
@ ALM oower or.Guit, ment f.. lure f
Cimoiste et.m 19 if discn.rge es I
fr:m cooseng.no/or ste.m..ter gener. tion ne w.t.r tr tment i
. conte.es.re us.d.
Provisions for sulfuric acid addition are pro-t o. w.ter Tre.tm.nt Asesti es if tne tesen.rge is tre. tea wita.ny con-vided, see
- above.
Sodium Hypochlorite will be used to curtail growth of c.iion.r. 4aneo.ior. o,.i.cos
.n...r ia. vo io..n.:
slimes, algae, and fresh water clams in the closed a.m. o, u.ier.c.:
an.
loop circulating water systems, u.m..na.o.,e.. oe m.nu.
Sodium Hypochlorite will be generated onsite as a an.
e.n ut.t 0.8". solution.
I To be determined during actual operation.
l
- c. au.nt.sv icouno...o.
o.,
- t=
- m. mon ion o,..i.e t,..i t
l i
i 11 7 tra v.~ 1sso-n (1-n)
cisCssant sec'^' **IE" con acc~cv use l
.~
011 N60Cl as 0.8% solution
- zie,
- a. Cn.micai ca..snion of in.
1 a.aiu.s o.. in.trucuono.
I Cr..t. neens 2o.2s it iner. is a tn.rmai aisenar,e NA since discharge is less than 10 M3D.
<.... associateo w,in a n.a. ana/or pow.t g.n.,ation piani, n.. mui...i.oi.um revinery, o, any otn.c The following is provided for infomation manufacio,ing o,oc.io an in. ioiai aisenerg. now is to meinon gaisons p.r day or mor.. (. enstrucesoasi purposes.
- 20. Th.rmal Distnarge S.ure. Cn.cu 220 tn. appropriat. 6t.en(s) indicating tP. Sourt. of (n. cischarge. (s.e inst ructions) l C SL50 f
Son.r Slowcown C8CCL f
Scia.r Cn. micas Cl.aning CAPCF l
Aan Pond Ov.cfiow I
Soiser water Tr.atm.nt - Evapora.
CEpSO torSiow own Osi or Coal Fired Piants - Etnuent COCFP from Air Pouution control C. vices CCOND Condens. Coc'ing wat.c O CTBD Coonns Tow.e Stowcown O MFpR Manu'acturing Proc.sa COTHR Otn.c
- 21. Disenarge / Receiving Wat.r Temper-atu r. Dif f e rence Giv. tn. massmum t.mperature OH f.t.nc. o.two.n an. essenarg.
and r.c.iving waters for summ.r i
and went.r op. rating conditions.
2 g, l__ o, ts.. anstruction4 g
3 3
_o,.
22i.
wint.r
- 22. Distnarg. Temo.rsture, mate.f 5
t 222 o F./n ou r Cnang. P.c Wo.ur I
Give tn. maximum possion. rat. of
, t.mo.rature cnang. c.e nour of dischare. uno.r operating con-citons. (s instructions) 2 3. water Temperatur. P.rcentu.
R ep.et (Feequency.f Occure.nce) in tn. tani. estow..nt.c tn.
temo.ratur. wnica is. ace.oea 10%'
of tn. year. 5% of in. v.ar.1% of tn. v.ar ano not at ali (massenum y..,iy i.mp., cur.i. is.. inii,ucuans, tes i g%
i ts i v a.i.,u i
nr.ou.acy of occurr.nc.
_ 60 o< l 65 o I 67 orl 68
==l 222.
isvoi.ct to naturai enan,eo 85 o,l 86o,l 88onl 01 o !
a.
inise. wu., Temo.ratur.
l 2n.
$ oiscna,g. weet T.eno.ruur.
O. 2,,,,,,,,
n, 2..
- w.., ini... v...cny 990 m, nut.,
Based on circulating wgter system (s instructions:
2s. m.iesiu.n Tim.
Gi.. in..ngin of us inventory of 2.28 x 10 gallons and um in minuiu. from us,t of wu.e t.,no.,aiu,. ris. to aisenarge avg. blowdown flowrate.
,, of coonne wu... ti instructican 11-8 EPA F.m 7553 23 p.73) j
r va e...sv su Oht3 No. R$8-RJ200 04SCMARGE SERI AL.NUMIER FOR ASENCY USE 011 u
A... i.:.....
3 inf o,m.ti.R Additional infomation Concerning the Cooling Tower Blowdown 226 It.m 203 may be found in Engineering' Report and in the CRBRP Environmental Report Sections 3.3.Z, 3.4.1, 3.4.3, 3.6.2 anc 3.1.
sup O
emauem e
4 Cr e 4= e _
--N-11-9 tPa r rs50-22 (7 72)
^
FfIll.%: A VI'liO1'f*f)
OMU Ns.138-H0100 FOmAcENCYusE STANDARD FORM C-MANUFACTURING AND COMMERCIAL SECTIONII. BASIC DISCHARGE DESCRIPTION aceween oisenarges se mwn.ciosi es.eis te Compiete taes section foe each e4cmaese encicatee nel Section 8. f tem 9. Imat es to sueface =siees. Tmis s Desenseges to mens must
- systems en waism the wastewatee sees not go theowen a treatmeat moems peio, to oeia, e semartec to sweface wateesSEPAR ATE DESC ce senceited where emere see seso cisenerges to swef ace wafees from anos f acuety.
wes foe an esisting gesteaege snowiG oc reDee-REQuinED EVEN f r SEVE # AL Of 5CwamGEs ONJGiNATE $N THE SAME P ACILITV. AH wes sentative of the t eive peeviews econtes of operatiori. If this is a proposee sistmaese easwes snowto rebect test eat aeering estimates.
ADDITION AL sNSTRUCTIONS P OR SELECTED tTE45 AppE AR IN SEPAR ATE INST AUCTION 800KLET A5 sNO*CATED. REFER TO SCOMLET SEFORE FsLLsNG OUT THESE 4TEus.
g.
Desceorge Serese No. ane Name
_01.2 a Desense,. serias No.
sota (see eastewctions) rh eiral cleaning WPe tet (Pre-Chnratim!)
n O,sena,p No-.
oto c..e name et sistaaege, if say.
tsee instewctions) c.' Pee.aous Oestnerte Senat Nc.
If pee ious poemet sopitcatica pA was mace for this sacesege (see 200s item a. Section 1), peo. ice g re.6 own cisceaege seess' num oe r.
2.
Desemarge Opeesting Dates
- a. Desensese sogan Oste iftee cascharge descrioed ceiow is en gg coerotion, g..e the aste testnen tota YR MO oest entsmale) tmo cisensete oogan.
. o. D.stase,e 8. eegin osi..eine 88 09 ourse,e nas me.ee accueveo owi es piana. e e see se ewtw e esie.
mozo e
YR MO give tne cate te tnen cost est+.
s
,esitiine a,scaarge oneoog.n.
- c. Disena,se i. E ei. Oste ee..s.
cmange is seneowiec to ce oiscon.
gA tin sac withm tre nest 5 yeses 201s YR MO g =e tne cate (=.tnin cent este.
matei the c,:stmarge will eaa.
l 3.
Engineering mopert Aeasistle Ceech of an eat.aeenne seport is avaissoie to eeviewing agency upon 203 3
seawest. (see enstewstione e.
Dessaarge L..si..n eveme tne Ageacy vie po.ii ca, cow ea,ees..inin neca ine po.nt o< assensete s iocaita.
Tennessee seu Sisie Roane g,o so,
Cow niy Oak Ridce 2 008 2 04s lif acoucaow) City or Towa l
I S.
Dist*sete Poiat Desenetten i
O.staaege is ento (cnecm east; (see lastructionsi Stream tincewees eittnes ateoyos.
saa etner setermitteet watercourses) 20Sa STR CLKE Lame
~
COCt Ocesa uwa+ pal Samitory M astewater i
OMTs l
Tesessort Svstem u n+oan Como.aea saaitary eae w
CMCS otorm Transpoet 5s stem
!! l The r sectron conra;ne 9 f ace..
a E P A F eena 7550.23 U.73)
osSCHACCE SE 8 AL. NUMBE A 012 FOa ACENCY uSE Munetle.I Sto,m w.t., T,.nsoo,t S ystem O STs t
W.es lin.ction)
OwEL e
Ot h o, OOTH If 'other' es checked specify 8958 e.
o.s...,... - La ut. g c i..
in....cise ix.i on of in. **a'
- To be identified in
.f..ua e,,. i. in. n....u s.coaa.
3 5oEG 53
_08 the. future. If Metal MIN SEC Latitud.
294a Cleaning Wastes are to 84 2 2,,
,j.2.sE c be discharged, OSN003 Longituo.
- 2es, ego y
will be utilized.
.. - v.
o.s. a,e....... g w. i., N. m.
Name tae w.ie...,.i ine oo.a.
2 1.
Unnamed Ditch to of d.sch.,g. (s.. tantructions)
Clinch River Fo, Agency use Fo, A geacy use if the oestm..se is tm.ough an out-M.ioe M.ao,I suo 303e faH th.t entenas oeyond the sno,e-201D 207.
lene o, es besow tne,me.n low wate,8.n., comes.te item 3.
8.
o f sn.r. Dessh.rge a.
ossenare. oest. ace f,.m Sh..
208.
O feet e o..n.,g. o. pin sei.w weie, NA Su, face 200b ft 9.
D.sch.rge Type.ae Occur,.ase Infrequent discharge, if it occurs, will
.. Y,,e., o.s...,ge eneu.
2***
O (coal coat auo"'
occur prior to plant s' m and may or wasia*, tae euca.,se '.s aa-tenuous o,. ate, mitt.nt ise.. u,ucisoas)
Ob.nu sate,m.neai may not recur during plant life. '-
- b. o.sena w occu,,eace o.y pe, ween Ente, tm. a.e,.ge num-299.
c.ys per ween ber of c.ys oe, ween (ou,.ng
..ods of deMhange) this dis-charge oCCues.
C.
oestm.rg. Occu,,ent. -Montns g If tm.s cescn. ge no,many 209e CJAN O*Es OuAa C Apa ooe..tes (e.ime, ente,mstseatsy.
O, continuous y) on e.ss than DMA OJuN O Jut D Auc NA
.ye..a,ouna eas.s(..oWo.ag saviaowns eor,ouun. m.. ate-OsEp O cc7 ONov DoEc n.ac.). check tne months dur-tag the ye., when the cascna.go es ope..teng. (se. enstructions) ompaete it.ms 10.ao !! 69 **tnter-settent" se sn.ched an it.m 9.a.
na.,wis.. e,=..
io n.m i t.
l Estimated total
- e.....
.no ai o.se n.... a us","*
1e500 treated concentrated siaie in.....ag...iu,n. pe a.s.
2io inousaaa unoai ee, o.icas,w meu,,eae..
waste water & rinse ca.,,. occu,,eece.n inoui.nas o, p"oa$-
water volt =e.
- n. nat..m.n eat ois...rge our.i..n
.,, wener
.. eate...tt.a o s.na,,. ou,.u.a ee, o.,
staie ine..e,.g.
Zu.
nouse.,a.y Not avM1able at this time.
nome., oe nou,e oe, av in.
..sca.,w. sop.,ai.n
- ' ",.'~, e' " ',*' s
'.'t e t n'""..e,.y Not available at this time.
,e aun a,sena,w occu,.acci o.,a.,
numee, of cisemange occu,-
-,e,*tet oe, e.y ductag cays when conchargeng.
- 12. M.stmum Fe.w pe,.e G1.e tm.
NA tem. penoo in wmeen tn. m.semum 212 F,om to view of th s oisena,p occurs.
montn enontn E P A P.,w 7550.23 (7.73)
,3
=
I DISCHA"QE SEnt AL NUMIC2 e
012 FORtt APPROLTD oua No. ns Rusco rom ActNCY ust
,1
- 13. Aet. ty o.seriet.n o.*
Discharge 012 is from preoperational chemical narrate.e coscreation of activity 21:a producans in#s alscnarse (see 1
instruc tions) cleaning of the Condensate, Feedwater, and l
Main Steam Systems.
The cleaning will be.
j done to remove oil, grease, mill scale, and i
rust from the piping.and equipment.
l l
l l
l i. Aniwty ca sing oisena,e r e, each 58C Coce wn<n cescrices the activ ty causing this d senerge, swooly the type and mamemum amount of eetner tne raw material consumeo (item las) er the o.oewet proowced ptem 1a0) en tne unsts specified e4 Tabie I of the instruc-teon Soca set. For Sic Cocos not testec en Taois I. vse raw matereas i
r or proowcteen units normasey i. sed l
toe measuring production.(see j
enstructions)
- a. maw wateriais waumwm un.:
snarea o.senarges stC Coce Name Amount / cay isee Taoie it (serias Nu-o r)
Stee til (2)
(3)
(a)
($)
Treated Meta.L
)
3471 cleanine Wastes 1.5 MG 003 I
ts. proemeta uasamum Unit Snared D.senarges Sic Coco Name Amount /Da y (See Taope1)
(5ersat Numoert Stoo (1)
(2)
(3) i tal 1
(s) l i
l E PA Fe= 7550 23 (7.73) 113
.<.s.
DisCH Anct sEnt AL Nuusta 012 FOm AGENCY USE I
I present design plans for pre-operational Cleaning 15, wast 2 Atatement a w;sti Aeasement pract.us Narrative i
'-all for trea+'=nt and disposal offsite by a clean ng 21se once.ee tne weste seatement IMS',,*e'*n.r"ai,'E ('iee Should present plans change, the per]n tee insi,u nionsi contractor.
will provide facilities for treatnent disposal of these Trea+'=nt processes may incitxie, but not wastes onsite.
be limited to, physical / chemical treatment, biolocical Treatment treataui:nt, incineration and evaporation.
processes to be u=_ a will be determined on the basis of Treatment faci-the type and volume of cleaning wastes.
waste (Cont'd.
lities and appurtenant structures may include:
below) 2156 (1) --O (2)
(3) e, waste Amatemeat Cooes N
(61 Using the codes instec en f abie (a) _ PNM (5) es et the instruction Boomset.
6tscr'De the waste aDatement (8)
(9)
(7) grocesses for enes oischarge en tns oroet in wn:ch they occur (11) _
412)
(3 0) at possiese.
(15)
(14)
(13)
(la)
. (17)
(26).
(20)
(21) _
(19)
(24)
(2J)
(22)_
(25)
((bnt'd.)
holding ponds of inpervious construction, chemical addition provisions, mixing provisions and other structures as required to suit the treatment process selected.
l l
l.
l l
l I
I l
i l
i 1
11-4 l
E P A F eeam 7550.23 (7.73)
I[hd#hN0 F o
g 8 DesrHaccc sg::s AL Nuu;20 012 l
FOR AGENCY UsE i
ts. weste=eter eneenstersstses Js ceeck ins nos besiae eacn constituent wnicn la present in the errivent toisenarse wateel. This determination is to os based on ce nest estimate.lsee instructional E
E Parameter y
Parameter y
216 E
216 E
a.
a.
Copper X
Color 01042 00080 iton X
Ammonia 01045 00610 Lead Organic nitrogen 01051 00605 Magnesium Nitrate 00927 00620 Manganese
.Netrite 01055 00615 Mercury Phosphorus X
71900 00665 Molybdenum Sulfate 03062 00945 Nickel S ulfide 01067 00745 Scienium Sulfite 01147 00740 l
Silver Bromide 01077 71870 Potassium Chloride 00937 00940 Sodium Cyansde 00929 00720 Thaihum riuoride 01059 00951 Titanium Alummum 01152 01105 Tin Antimony 01102 01097 Zinc Arsenic 01092 01002 Algicides
- Beryllium 74L51 01012 Chlorinated organic compounds
- B arium 74052 01007 Festicxtes*
Boron 74053 01022 Oilandsnaut X
Cadmium 00550 01027 Phenols Calcium 32730 00916 Surfactants l
Cobatt 38260 01037 Chlonne Chromium 50060 01034 Radioactivity
- Fecal cohform bacteria 74050 74055
- Specify substances, compounds and/or elements in item 26.
FesticMes(insecticules, fungicxfes. and rodenticides) must t>e reported in terms of the acceptable common names srecified m Acceptable Common Names and CiremicalNames for the Ingredient Statement on festicale Labels. 2nd Edition. Envuonmental Protection Apncy. Washington, D.C. 20250, June 1972, as required by Subsection 162.7(b) of the Regulations for the Enforcement of the Federalinsecticide.
Fung: cide,and Rodenucide Act.
11-5 E P A Feem 7550. 23 (7. 73)
DISCHALOE SEElf,I. NUMBE2 012 F22 AGENCY U$1
- 17. Desertation of Intene and Dissharge For each of tne parameters listed trelow, enter in the appropriate anoe the value of code letter answer casted for.(see instructions) en aedttson, enter the parameter name and code and all required values f or any of the fossowing parameters if eney were enected in item 16 ammonia. cyanade, alu manum, arsenic. Derymum. Cadmium, chrom 6um, copper. leed, mercury, neck el, serenlum, sinc. phenoas, oli and groese.
3 and chlorine tresidual).
InDuent EfNent T 1l:
? I I I 5
!EI b
)3N
)3Nk Y
E Farameter and Code I
[ -3 ? E,
!??E km 3-E j217a-3 k D $ k, gEcj=3
'g i p )
.8 E m
s Ly g4 E *:i y
WLw E
2 's gji c
26 a
so064 5o06 CA
$A a
$56 (1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
Flow
- Callons per day 00056 pH
- 6 9
Umu 00400 Temperature (winter)
- F 42 37 55 7402s Temperature (summer)
'F 66 60 70 74027 BiochemicalOxygen Demand COD 5 day)
A A
A rns/I 00310 Chemical Oxygen Demand (COD)*
ms!!
LT 100 0 Mg/l 100 Mg/l 003#0 Mc/l Tatal Suspended (nonfilterable)
Solads LT 30 LT 30 100 Mg/l mg/l ht /1 Mg/l J
00530 Specific Conductance micromhos/cm at 25' C NA NA 00095 Settleable Matter (rendue) ml/l A
A A
l 00545
- Other ducharges sharing intake flow (seral numbers).(see instructions)
NOTE:
Source of water for metal cleaning operation is the CRBRP Demineralized Water is generated Demineralized Water System.
from Clinch River water obtained through the plant intake OSN 013.
II-6 EPA r 7sso.22 u-72:
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FORM APPROVED OMJ NA 838-R0100 rxsCnft.cre sacrag ugu,gn 012 na AnNcy use I
,,.,C.n t...,
d e,
j Efauent Influent E_ N
_E E_$_
5:
?
2 p
=
o 2.
J EE F
$ 3$ {
$ g 3 "c T.
Parametet and Code I
- ; <I
?
r Eveg Ev e =e
-.g Iy m-
=
m
.= y aEg"aE o be I Iy r
"iL 9
x v
< g
.E I ".2$.M E2 2
E 8
t t.E
.2 5.E x g Mc E~3
- [ 3 3 1 -[ zowo<
zown w<
z<
a o
ok (1)
(2)
(3)
(4)
($)
(6)
(7)
(8)
LT 1 LT 1 1
Copper 01042 LT 15 LT 15 20 Oil & Gmase 00550 ll
- 10. Plant Centress Cnech af the too.
Als erwing piant controis are ava.ia ie fit this discharge.
Alternate power source for maeor O APs NA rumping f acility.
f.sarm or emergency orocecure for Q ALM power or.auiom.nt f auure C moiste item 1g if assenarge is term cooitng and/or steam water generation and water treatment edattives are useo.
j tg. Water Treatment Ass 6tives ifthe Cischarge is treated witn any con-Cottoner. 6nnibitor, or algicice.
l enswer tne following:
NA
- a. Name of Material (s) 219e i
b Narre and acoress of manu-NA 219e facturer
- c. Quantity (pounds adoea per at9e minison genons of water treateek 117 EPA Form 1550 23 (7 73)
DiSCM ARCE SEnt AL. NUM!ED rCn ActsCv uSE 012 E
t
- d. Cn.mical compos.t.on o ir e 2ted t
r I
oddstives (see instructions).
Compiete items 20 25 of itere is a thermai d.scharge (e p., associated with a steam and/or poner generation plant, steel m611, petroieum ret nery, of any otner e
snanufacturing process) and LPe totas d6senerge flow is lo m136 son gations per day or enore. (see mstructions)
- 20. Thermal 04senarte Seurte Cneck 220 the appropriate item (s) sad cat 6ng the source of tne discharge. (see last ructions)
O e5.80 soner siowdown O sCCt-soiler Chemical Cleanme CApor Aa i Pond Overfiow r
soiler Water Treatment - E,epora-CEP80 t,or Snowdown Oil or Cose Fired Piants - Effluent DoeFP from Air Po4tution Control Dev.ces OCOND Condense Cooling Water OCTSD Cool 6pg Tower Sto*cown OMFPR Manufacturing process OOTHR Otner
- 21. 08scharge/ Receiving water Temeer.
ature Difference l
e I
Give tn. ma.imum i.m per aiure difference Detween tne descnarge and rece*ving waters for summer f
and winter operating conoiteoas.
(see instructions) 8 2210 F.
f W6nter
- 22. Olscharge Temperature, Rate of
' F./nou r 222 I
Change Per Hour 1
Give tne manimum pcss.hte rate of
[
temperature cnange per hour of discnarge under operating con.
citions- (see enstrucleons)
- 23. Water Temperature, Percentiae Report (Frequency or Cssurrencal Iri tea tacee Delow, enter tne temperature wn.cn is a nceeded 10%
of the year 5% of the year,1% of tne year ano not at as (a animum yearly tempeesture). (see Moteuctions) 5%
3%
i Manimum Frequency of occurrence
_t,0%
as intame Water Ter-cerat.re 223a or or (subsect to natures enanges og op 1'
sk Discharge watee Te%.: store 2230 224 f eet Ae t.
- 24. Water Intame velocity (see instructions)
- 25. metention Time Give the ieastn of 225 menutes v
time, in minutes, from start of water temperature rise to d!scharge of cooting water. (see instructions)
I 11-8 l
(
EPA Pene 7550 23 (7 73)
TORht APPROVED OMA Ns.158-R01:0 DISCH ARGE SERI AL NUMIER FO2 ARENCY USE
- n...
u.. n..,= u..
i in,.,
.n n 1
, no '
n.m
' Chemical cleaning wastes have been identified as a discrete point scurce in the event that the permittee is required to treat these. wastes onsite.
Present plans require that the cleaning contractor treat and dispose of these wastes In the event that the permittee treats wastes offsite.
onsite, the types of cleaning agents to be used, waste treatment processes to be used, and the details of faci-lities to be constructed will be identified to the permitting agencies at least 90 days prior to start of cleaning activities.
e A
h 11-9 EP4 F 7sso.23 (7 72)
FORT? A PPPOt'ED O\\tB No. 08 R0100 a
FOR ActhCv uSE l STANDARD FORM C - MANUFACTURING AND COMMERCIAL l
l, SECTIONIL BASIC DISCHARGE DESCRIPTION s
t er.c...ie s. T a.s.acivan sue.,,n io -wa.c n. se.
..e Co-o.ete ia.s sui.oa vo. enn o.sca...e.a.cu.a.a Sur.o. 4. nem e. sa.t s to sw oca.,,n to -e-s -wn ers:e-......ca i e..ue..ee, con a.i o in,ow.a. t,.u,aeai -o as o,io, to oe.as exa.rgea io sw.v ce a:e.s.
a or saCes oiSC ance anc oe.esce,oes.ae.. tae,e.,e. iso ca..e.s to swevace.ne,s e,em in.s,.c.i.tv. scramaT a oe,e s,e.
e.aewes snowie ref eect nest.agineersas estimates.
a
.en.s.tae of tae two. e e,s..ows moatas of oser.sion. If ta.s is. Decoosee esc erg.
ga act IT8CNab 'NSTavCT60NS FOR SELECTED sTgus Apagan tN SEPARATE lNSTRUCTioN SooKLET To L 30KLET SE80nE PcLiteC ouT THESE ITEV5.
1.
oiseaarge Sets.s No..as N.eae 013 2ei.
a o.uas,,e se,s., No.
isee.asi,w ei.casi Plant Intake Zeio
- o. o.naa,,e as-e c..e a.-e o.. u aa,,e..<.a,.
(see eastructecasi
- c.,,...ws o. stas,,e Sens..
i,o,e..owsos,-.i aooi.co.o" 011 2eie
..s -.ee 90, ia.
ma.,,e tsu n o. 4. Sui.oa ii. o,
..e o,...
ovs c staarge sees. nwmoer.
2.
o.st.orge coer.tias ostes
.. omaa.ie se,.. o ne i,iae NA e4caer,e c.scriseo seio. is in 202.
oo.est.oa. g. e tne e ste tw.tasa vA uo nest estemates tne cestna,,e oe,...
i, i.e
- o. ocase,e..e..a o.ie 88 09
.ma...e aan me.e. au.e.c o t 2 2.
.s...aaec eo, some.wiv.. c.ie.
va uo
...e ir...ee..va.a oes e va j
nu e,, e o aa.,,e..., ne,.a.
l I
- c. o.scaer,e to Ene o.ee of o.s.
N.A.
ca.,pe es scasowies to se e.scoa.
202e
_va uo tiawe...ta a tae nest 5 years.
g..e tee cate i..tain test est.
j
-ne: i.e om,a,,e m eaa.
l
[
l 3.
cag.aeenas neoect a,s.iao.e Caec..f.a e*,.aeer ag eeoort.s
..soso.e to ee..e..ag steacy soon 203 C
i i
ea a vest. (see astrweticeu aseac, wie 4
oiscas,ge Lecstica Nametee so..t.c.i novac...es..ta a a.ca e
t e co.at s' o sca..ee,s socsreo.
20*d D AM A*
204s State 20*e NOMMA 204 Cowavy 20 8 OME NidnA 204c 1
t.f cos.c.o.el C.tv or To.a
(
s.
ou a.,e ee.ai ses u..a l
Descaer,e s seto (c eth oaer.
(see eastewsteoas!
- .ao otae# ate.am.tteat estercowrsess 20s.
EST n intake Eteesm t.acivers sittnes...eoyos.
CLKt La.e COCE Cte.a uwa.c.nas 5.ait a,y W. stew.ter CMTS l
Te. assort Sene*
l v.
.o.. Co-o.a.
5.a.i ae,.ao CoC5 Sto.m Te.assoet 5e tem s
111
- n u..
T is, sectace aatsm.
o I
E P 4 F e'. 7 550 21 '7.73)
013 f POn ACCNCY ust {
Vwaitieas Storm mater Transport C STS System I 1 OwEL we. va,.ct..at C oTu
- oene, 8998 il *0tne tl CM4 cued. :DeCif y G ew e 6.
Cessaarge pelat - Lat/Long ame precise socation of tne so at se eestmatte to tne nearest secone.
53u,~
AD_SEC tesa DEG Lasstwee 84 eEG 22,,
36 see see.
Loatiive.
7.
e s.na,ee me e...at wai., name Clinch River rova ame ine.aie.a. aiime oo.ni
., a sena,,e is.e..si,wei.e si no. A.eaev v.e no,,.,eacy v,e
., ine e.scoa.ge.s in.owg 4 owv.
,,,,,,,,,,,,,, i g
m, 2 7.
sore is., iasi e.tenas oe,o,e iae sae,
,,a, o s.e.o. too me a
,o.
l
.aie. ae. compitte siem s.
o,.s...e o.s..a,ge 26 based on El. 741 at shore
,ee, so.a o.s..a.,e o.siaa.e...m S a.,e o.s..a.g. ee.i e.. waie, 4
(at minimum low water)
,ee, no..
Sw,<a.e g.
DissPaese Type ane Ocgwerence a.
Tree of Desenarse Cnech Sega
@ (con) Contenwows
.metmee sme o.sta aege es ton-i wows o...ie,m.iiesi.
C (*ati latermitteat (see eastrucleonse 3 O,sanarse osswerence Days per 1099 says per.sem wees Ente tae average num-reeg De'.of ears pee.een tow see cos of cistma*get tais ois-tma*ge eccets.
20pe CJAN C F E8 CM Aa C Asa
- c. Distaarge ocawreease ~Moates H tm.s cistma'ge noemany ooe'a:es testae
- enteem.Itent v.
CMAY CJUN CJUL C AUG of <0atiavowsey) om 'els tnam e yes* aro9ae ossrs testivoing CSE8 CCCT C NCV C DEC sawtoo.as 'oe 'outine maiats-maaten caeck tae moatas owe.
eat tme year.nen ime e.senerge es essenting. (see easteuttsonst sm eiene.tems 10 eae 11 of ** inter *
- itteat" s taet=ec en stem t.a.
atmee..se. proceee to Item 12.
l 0 latermette 9 0.stma rge Gwentity g
teowsano ga ions per eisenerge occurrence.
&.aie the aveeage eoewme see ein-210 Smarge 04 st'eace en tnowsanes of ganoas.
t I, speeesa.ttent 0.ssnars. Durateem aae Feeeweasy NA
- e. lateemettent Olstaaeee Owrellea 211e nowespersay
- Day State Ine average avece* et mowes ser esy tae e.stmarge es operettag.
NA 3
.a.e,m.iient ois narge sestaarge occurreaces see osy 211e Freeweasy State tae aveva,e aumee* o' o.stmeege octut.
reates see es, owrieg osys
. Pea e.stmastiag.
use**aw **ie. *e**ee C.we tae 06 ea 00 a
12.
2u a rom
.. e oe...a...a.c a t a o m...
w m monta monin
- o. o ta.s oisce sete occurs.
s e.
eh. $ agg IMO OS @O 00%
oiscamcac sesiac a.vu2cm n13 m uappsostv cus.ss. us-anoo
~
' com ActN:v ust j
~
l I
The Plant Intake (013) is directly related to the i s. A.T..e t, oe......... c.a aa.,ais.e
.e.e,.......t.cie..tv sina
,,,,u,','",',,',"'*""""
production of power of the CRBRP.
98',; of the intake water is used as makeup to the cooling tower basins to replace closed loop circulating 'ater system losses due to evaporation, drift, and blowdown.
The balance'of the water is utilized for the produc-tion of demineralized water for plaat process uses.
Tn maintain the intake system in an accontable oDerat-ba ckwa tS nf 'tbo eye:+on wi,,
he n ortn e,ed,
' inn enndition a norindically Id. A t te.*ty Ca wleat Deltmarge FOf eaCR $1C COCe emitM SenCfsoel the aGli.'ty tows. Ag tRet C SCMarge, sucosy tme lyse anc masemum am0wat Of estnet tMe raw matersal te98wrae6 (f tem 144) of tes prodwCt erosvtec ittem lael.a ame unets spet:6ec sa Taeie a of tme testruC.
t teon Boo =ses. For Sec Cooes not sestec en Tacie s. use ta maternat j
Of D'O4wC!som unets Meefassey weeg fe' meanwt'al Drod.sCtion.tlee sestrwtteen6)
I m = Maieceans 4.
a
- k. a. #
.,m L a.:
Sra es 0 s:martes O C Coce Name Amewat/Oay (See Tat,se it t$ee.a Nw-oe't t aa fit i
(:s e
e2n a
es, e
.es i
I i
1
=
I I
I I
I i
i i
I
- e. **eeutts Mam emum va.
Saseec D.staa'een SIC Csee Name Amowatisay 15ee Taoie et (Se iae %w-oe'l II' stee tai e
(26 e
- 2 o,,
Ir, etr5c power I o.37s i 2-1 i
none 1
I l
i l
l I
I i
1Pa ae = 7!30-13 (7 73) 113
C$5C mast stesag Nu. cte 013 I som actacy vsc l t I There are no waste abatement practices related 1s.
8' Waste Aceteeneat a wesie aeetemeas pesenices atse neeeareve to the intake.
In order to protect pumps and down-ces:..oe ice.este asetement cesri.ces o+a.e,a ta.s eisenae9e co stream equipmente the intake water is screened and
... e o,.e se.. isee treated with chlorine to control slimes, algae and fresh water clams. Chlorination is anticipated to occur only during warm-weather months. These activities will oct impact Clinch River water quality in the area of the intake.
2)
(2) rise (1)
- o. w.sie a....e. c.ees (6) us... i e cooes i,siec. v.o.e (5) is o ime testewstion Soo-set.
(4) s esser oe tme.este seatement 18)
(9)
(7)_
reocesses for en s e.stmae9e sa the oecee se on.cn teey occer (11)
. (12)
(10) 68 possinie.
(15)
(13)
(141 _
(3 7)
(18)
(16)
(III -
(20)
(19)
(* ' t (23) -
(22)
(25) l l
l l
l l
114 (P a 8 ee. 731".11 (7 731
FOR>t APPROVED On No JJhR0100 DiSCHA2cr SE2i AL Nyactfl 013 s
FOR AGENeV USE I
NOT APPLICABLE u. w....., c..m...
t.. a.iv..
com ino co= =
en c aw<u.at ~~<n = on-ai m ta..evi.ai se.ca.,
-.i rl. vn....i rm.aai.ca. io o. on ca.c u.
Sr o.61.st6at t..ts.. eastruct'oad!
I I
Parameter y
Paramete?
b 216 xa.
216 l
l l
Copp:er 1
J-Color 1
0104 00060 tron Ammonia 01045 00610 Lead 0:pmc rutrcren 01051 00605 l
Magnenum I
Ntrate 00927 006:0 l
Man nese i
i010.g5 I
Nurste I
00615 Mercury Phesphorus 71900 l
00665 i
I Molvedenum I
Sulfste 0106:
00945 1
l Nickel i
Sulfde l
01067 00745 l
Selenium i
Sulfite 01147 00740 l
l SUwer i
B rom 4e 1
I01077 71870 4
Chloride 00937 00940 1
l Sodium I
~ Cranade 1
, 00929 067: 0 j
Tha: bum I
Fluorde 01059 00951
[
Ti:smum Alurranum 0115:
01105 i
1 l Tin i
Antimony I 011C2 01097 l
l I
Ziric i
Arunic 1
01092 01002 l
Algicides
- Be-v tium 74051 0101:
I l
l l Chlorinated orpmc compounds
- I l
Barium I
l 7405:
0100*
l l
Pesticides
- f Baron I
7405) 0100:
j j
l Oil and grease i
j Csamium 00550 01027 I
Phenols l
1 Calcium 32730 00916 i
l 1
l Surfactants I
I Cobalt 1
38260 01037 l
j Chlorine l
Chromium 1
50060 010}4 I
i Rsdioactmty*
]
Fe:al cchform bactetu l
74050 74055
- Spectfy subsLances, compounds and/or elements iri trem 26.
Pesticides tinweticides, funeicides. and rodenticiden must be reported in terms of the acceptable com names specahed sn Acceprdle Common Names and Che"iucalNaaies for the intvedant Srcrement oa l
ferr4cate Lebets. *nd Edition. Environmenul Proteerron Agency.Washirgton. D C. 20:50. June 19 l inweticide.
l required by Suosection 162.7(b) of the Repistions for the Eruorcement of the Fecera Fungicide.and Rodenticide Act.
l
(
I II5 I
EP A P 7550. 3 (7.731 L
' 015CM A%CE S tas AL reW%:E2
.e 013
[ FOA AGENCY USE l s
- 17. Deservation of latame and Dessharge Pce seen of tne parameters lasted D* 0=. enter in the appropreste boa tne saiwe or cose settef answer Caeled f or.(s e en item 16 in assiteen, enter tne pararneter name ano toce and all roovereG waiwes for any of the f onowsng parameters of t*ney were ch t
ammen.a. tyanide. asumanum, arsenes. Deryluum. Cadmeum, chromewm. topper, lead, enertwry, rutmen. seieneum 1
and caserme (retMswall.
F.fnuent Innuent l
I w
i F
2 Ei f
.I 2
-===
y g
. 3.
> E f <w
~
=
l t3-2
>!=
E *! t s =I$,
!?I $
Nz
$y" Parameter and Code I
3 4 U $.,
st:
a; 2J2 t
217a
- 3=
c11 e
2 s 175
- >1 p
E
=4 ir S
l BSE sin i
siais si:75 CE EW&
\\
(t)
(2)
(3)
(4)
(5)
(6) l(7)
(si Flo*
- MGD C'on t.
NA NA c_
,a w 82 50050
^ " "
NA NA NA his 76 0900 Temperature (water)
Cont. +
NA NA l
'F 37 74c:s Cont. + l NANA Temperature (mmmer)
- F 70
- 4027 r
i l
Biochetrucal Oxysen Demand i
GOD 5 day)
NA NA NA I
ms'l LT 1.0 00310 I
Chemical Oxysen Demand (COD)
NA i NA NA LT 4.0 l
md 00340 l,,. f Na.
N a.
i ""
Tata! Suspenced (nonfuterable) 7.0 l
I Stt ds I
mg/l l
00530 f
I l
NA
! NA NA Spe:sfic Conducunce r9 c-omhonlcm at 23' C 200 l
t 00095 G*
Set:les' le Matter (residue)
Not NA NA NA c
ml/l Avail.
Oc545
- 0ther dischaises shanns intale Dow (senal numbers)4see instructions)
+ Ambient river water temperatures are monitored in the vicinity Of (001).
l II-6 Era n e nsa.n a.nl i
PORM APPROb'ED OMD No.!s6 R0200 CtScaAACc SF As A. Nuw;ga roa Accr.Cv use [
013 I
- 17. (Isat's.)
I' Innuent l
Emuent m
jS E EN 5=
? 7 5
!E5 h
S 3d gdk
{
E s lI &
g ;:
I; f
Parameter and Code j'
- n, j I yi!
J jj]B3 4a 1
g2 1ygli
-2.
5 u c.t E
,1 5e
==2 1
.s =.:.r 2 c 2
2.=<
s-z<
v.
722.
=m-(1)
(2)
(3)
(4)
(5)
(6)
(7)'
(8)
Amonia 00610 0.04 l
l l2/30 lNAlG Copper 01042 0.04 l
l l1/30 lt'A lG l
Nickel 01067 LT 0.05 l ll l
NA lNAlNA
(
Zinc 01092 0.04 l ll l
NA lNAlNAi l
Oil & Grease 00550 Mil. l l
l NA lNAlNA' Thlorine hot k
l.
I NA l Nn. l Ns.
i Residual 50060 Avail.
l l
l l
l l
l
(
- 18. Plant Centrois Cnece af tme fo+-
288 Iowing plant controis are avaiseele fte tnis discnarse.
Aetunate powe* source for maior C A*5 eumoing f acesity.
Assem or emeegency procesure for
$ ALM
.ower..
.. ment f..s re Comotete stem 39 if sescearge ECT TO SEVE R AL OsFF ERENT eMpLEMENTAtaON SCHEOuL R ATE O.E R ATION UNITS
. stein.
AUTHO AtTV IMPOStNC OsFFERENT SCHEDULES Estem 1 1 ANQ/088 STAGEO CON let!,n 1 1.SUOMIT A SEPARATE SECTION Hi FOR EACH ONE.
FOR AGENCY USE See SCHEO.NO.
1.
I,s.,e..m. n t s 001 009 010 Ois c a.,,. 5... N o... ',,.
=.
An.c.. use i. asua.
s.
.i nom.
.ssi..
011 012 013 su non n. in.........
in,s imoi.m.,t.uon un...i..
D. A ia.,n,....s.a. a..i,..
..is C a n i i n..........i.
n.m in..c.un, ia.. ino,ii, 0,
e-..m eat.non a n......
ia io.ei.... in......ai.n on u a... n.s.... o,o..
o, me,. in.n ca...inont,. cau.
in.......,i.i. n.ms. ii tast,wetcons) mi.
c DC 6.u.u,...
o..a OAaE A,...
- i.a OsAs s.uc Fi.a si.i.....o... im.....nt 05G5 teonsemedu.
e F.a...i.u,0.......,
oo..,si.na...s.m.i.,n.ni OwOs i on..n.
F.a...i.n<o,C.
.at.,oc DENF u,. o,.ction DCar St.t. cou,t o,c.,
O FEO F... co.,i o,.e, c.
F.C,in,........... soute, 3 cn...ct.,
ime 3 en...ct., cose of emose i
- n..o Common Plant Discharge, wastewater treatment usi.e.i. in.i n.u..sc,...s facility, intake, cooling tower blowdown, liquid NEW
',".'a*CYa'.* 2 '.',*.'n'.*t,'on 3.t.
un...i..a ia.. ouc.... si..
ca.,xi.....t.m.ai coa."'
radwaste*
,p.
f,om T.06 11 of In. last,uction 3018 k m...ct.r Treatment Process Code given is for cooling D o ok 'et. If me,.Im.non.
ti.
inct sigeg"yg.,"8 sea.o.i. woi.e to tae f ues.ry tower blowdown. which comprises approximately i,u.
s...u...aconti,unon
,,",", ;',; ",',"l ', ll, ll,',, " '
PTEMPE 96% of flow for discharge 001.
.. a i a...... i..e a.,.
m u on c w.. s...e. s...,...
CPHADJ supon in io,.ua u. O l
coast,uction on.nn.d.
CCLDIS NEW New F.cNity MOD oattic. tion (no inc
- s. in c... city o, t,..tment)
.NC i
l in....s.in C o uetr IN T l
inc e.s. in 7,..tm.nt Lev.#
- CT l
g otn sac,..s. in 7,..tm.at L.v.i.ad C... city I
PmO P,oc.se Cn.ag.
ELt Esimin. tion of Oisem.,g.
1111 7 n......n.,.., a,. srv.s...
E P A F.e= 75$0.23 (7.73)
L
e FOA AGENCV USE t.
- 3. Actual Completten Dates Implementation Semodule and imotementation steps listaa below.
2.
f Provide cates imposed my seneouse ano any actuar dates of completion or enetcate cates as occuratory as poestese. (see Instructions)
- 3. Actuas Carnpietion (Yr./Mo./ Day)
- 2. Scheoule (Yr/Mo./ Day) emplementation Steps 303e
/_
302a r_
i
- a. Preliminary plan cornp#ete i
i 3033
/
1 302D
- h. Final plan submsssion 2034
_/_/_
303e
_/ _.
/_
- c. Final plan cornpieto 303e f
i Sete
/_/
- d. Financing complete & contract awarced 303e
_ /_/_
i e
Sete
- e. Site acewired 302f
_/_
, 303f i
- f. segin action (e.g construction) 303g
/_/_
3033
-/ _ /
- g. Ene action (e.g.. construction) 303h
- /_/
30th
-/
/
- n. Discharge Segan e
30 3i
- - /_ /
i i_
30m o ope,ationai...ei.iisin.a detailed b - Discharge scheduled to comence 9/88:
302f, gs schedule to be submitted at later date.
l l
l t
l l
l
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l 0,0 a. s.m 111 2 E9 A Form is50.33 (1 13)
FORM APPROVED QAtB Ns. 238-R0100 FOR AGENCY USE STANDARD FORM C-MANUFACTURING AND COMMERCIAL
' i SECTION III. WASTE ABATEMENT REQUIREMENTS & IMPLEMENTATION (CONSTRUCTIO Tais.u n....
,.s in...
.n n on.av o u.,,,..i.a im...m.a.u.a an.co..n.c n m., n...
. i,-. a <...
u,om.a., w u,....
m.ni f.t.fiii.s 5.tn,...*,.me nts.ng m.s.m.nt.tioa sc a.dui.s m.y n.e. D....sg.Dhan.d by 1.c.I,51.le... F.d...I.g.nts.s
, b y c ow i s
g io in s...ast.t..n.
.tiegs, in.cesison i. com i. ting tn. fosf oweaf ef.ms.. co.y of.a.pncs.s em ie n.ei.tson schegol. en u e De.tt.cneT LE VEL 5 OF 67 YOU ART SUSJECT TO SEVER AL OiFFE AENT svPLEMENTAT#CN SCHEDULE AUTHOR 87V IMPO$iNG 0 (li;m 3g), SUSMit A SEPARATE SECTION Hi POR E ACH ONC.
90R AGENCY USE 300 t.
im;,...m.nis SCHEO.NO.
- c. O.un.
5.,i.i N o m..,
003 004 005 Anni.. Liu in...un.,,.
3.i.
006 007 008 (Construction & Operating Period s.,,.i nom
- s..w
.o in Sun.a n. m.i.. c o....a ny Facili ties) inis im
.m.ni.n.n un.a i..
.. A in.,n, im.. g a.....
m..ts C n - in.......,..i.
n.m... c. n. m...i no,a, r.,
io.....,....n.n u n...... i, m.i..
. im...m.a.....n u n..... n.s........< w o r
....in.
.... m niv en.
in....,...... n.ms. is Insievet.ns) 301.
@ LOC Loc.uy....s...e oi.n OAat A,......n OsAS
- e. sic ri.a 5,........
im.i.,a.ai 0505 u.a un.a.i.
c................,
....i, si. ne.... m,..m. a i OwCS ti.a of.a.
F.q...i. n..,g.m.ni.,.C.d -
C&NF
- w...,.c t..a CCRT St.t. t ov,t...e, CFEO P.e...
t.v,i o,c.r
- c. r u in, n...i.
.ai. si nity 3.c m.,.c te, tn. 3< n...ct., coe. of tr.s.
nei.o sei.w tn.t..se c.6.een.s (o.a.,.#1 in o.a...I t.,m s in.
...we,.-
NEW l
.ai.e m..m.i.
eni.noa 3...
sca.d.se.ad in...
ic.Di. sin.
l*
cn.,.ct.,.O.t. n.ni coa.(s) nn.a". non.s i.'aaa aa.
"."m" "n '">Storm water retention ponds f,.m T.01. ii of in. inst,vtu.n
- * * = '. " - -.
n s
o..<nuny o
Tai. ni eu...e. u.
conn, w.n un.a.. un. in. n.
. coa.
PSEDIM
.s,.w.a
.a. e.sc,i.a n.
. m i n. o.....i.i....., o a u <.
5..
.. s...,n.
5.o.a in.,.ua o..e
. u a.m..
. n.
l l
New N
- Paine, uCO u inou.aco.iace.
ia...un,,ie..im.aii l
iNC ince..s. in C. uie, iN T i
.,. in 7,.c m.ni L..
iCT soinea<,.n.in7,..im. nil
.noCaunv eaO e,.c.uCav Eu I
En, ia.o n.e O.un.,,.
i 1111 F
7..-.-.,,,,...,..,-
E P A F w= FS50 22 (7.72)
e e-FOR AGENCY USC '
+
e 3, Actuas Completion Dates Imolementation Schedste and tation steps listed beauw.
p 3.
Provide dates imposed or schedule and any actual cates of completion tot implemen
,t t ladicate dates as accuratety as posstene. (see Instructions)
- 3. Actual Completion (Yr./Mo./ Day)
- 3. Senedule (Yr/Mo./ Cay) tenommentation Steps r
Seas
_/
r 302a
- a. preliminary plan complete i
i 3est 1
302m
/
t Finae seen submsssaon 302e 3034
>_/
l
- c. Fleal plan co'nplete I
3034
/
3024
/
- d. Financing complete & contract emarced 303e i_f 3C2e Iw
- e. Site acquired 303f i_
r_
302f
_ /__
Begin action (u, construction) f.
3029
-/ -/
- 39
/ -- /
- g. End action (e.g., construction) 3034
/_
30th
/.
/
- h. Olsenerge Segan i
/
3031
//
3028 I. Operationaileves attained 302f, g - Stom water retention ponds will be constructed approx-i tivities.
imately 3-4 month's aftdr comencerdent of site preparat on ac l
e t.
I
(
l s
se o ee s., at 1112 EP A Pera 7550 23 (7.73) i
p FolUt APPROVED e
OM2 N1. !$8-R0200 a
o ran A2ENCY USC e'
STANDARD FORM C-MANUFACTURING AND COMMERCIAL f
f SECTION DI. WASTE ABATEMENT REQUIREMENTS & IMPLEM mposeo for construction of waste snaie-ints sect 6en voeutres inf ormation on any uncompleteo Impeementation scneou e wn cn may nave oesa <i nea ey rocas.S s
enent f actisties. Sucn reewirements ano emo ementat,on seneowies may nave teen estan isSCHEOULE t on semeawee snowns ce attacnee to tn.s soci.casion.
t actisn. sn anaition to compeetsee Ine fortowins etema, a copy of an offic ai emoiemen a.CONST RUCTION O IP vou ARE SUSJECT TO SEVER AL DiFFERENT 4McLEMENTATION AUTHOntTV suPOSING DsFFERENT SCHEOULES (stem la.) ANO/04 STAGEO Ot;m 1c). SueusT A SEPA AATE SECTION til FOm EACH ONE.
FOR AGENCY USE See SCHEO. N O.
g.
Improvements
- a. Disenarte Serial Nemoer and Operating Period Facilities)
Sets Affected L41 tne disenarte weise numbers assigaea in (Construction Section is. tnai are coverse ey Inis impiamentation scneavie.
- c. Avinerity tmees.ng moeuste.
enents Cnecu ine sooroordate liem ino.cating tne avtnority for impiementaidon seneswee. #t ene.aentica imoiementation s
uneewie nas oeen orcerec ey moes tnan one autnonty.cnock I
Ine sooroortate ntems, pee instructional 341b ULOC Locaisy eaveiopea pian Cant Areawree Pian dea 5 easic Pian State sooroved implementa-Q5Q5 tion schecwie Federat soproves water awaitty stancards implemente.
CWQ5 taon osan.
Federat enforcement proced-O ENF ute or action DCaf State court ore r C FEO P ecoral cowet orcer
- c. Fae,inty meevirement. Specify 3-cnaracter tne 3-cnaracter code of tnose (general) sisted De'ow inat Dest descreoes in,eae,ai ie,ms ine e.owire.
NEW eneet of tne emplementation 3ege senedwie and tne apoincanse sfu.
Construction period Sewage treatment faC1lity cnaracter amatement code (s) from Taoie si os sne instrwetion soie 54naracte' noowet. it more than or's seneewie sooi.es to see f acitety oee w'cicl D8 ie ul
.ecaws. oe. si.gea consirection r
senee ie. siais ine sia.c o com PEQUAL, PSCREE, BACTIV e si, ciion ne.n...sc, ee n.r.
.un in. aporopeiste enerai E'c'i onUl to U*n" sis' " * ', ' ' ' '
PSKIMC, MPOSTA, CCLDIS, o
construction planned.
SAEROB, S0THER NEW New Faceitty asO D Musification (no increase en capacity or treatment) sNC sacrease in capacary TNT increase in Treatment Lewes
- CT Sotn increase in Treatment Level and Capacity PRO Process Change ELS Einminetten of Distnarge IIII 7=....reae.-a-r
- n. ? rw cas.
E P A Feena 735C-23 (7 731
y j-r 4
I Fgn AgtteCY USE e
)
l o
l l
l l
M 3, Actual Completion Oates fested below.
emplementatten Schedufe and ctusf cates of completion for emptementation steps 3,
Prounde dates imposed Dy echedule and any a instructions)
IndLcate detet as aceneratedy es posslDie. (see 3, Actual Completion (Yr./Mo./Osy)
- 2. Seneoute (Yr/Mo./D.y)
/,,,,, / _
303a implementation Steps 02a'
/
/_
3034 ww
- e. Pretleninary pian cemoseto ww y
302m w_/
I 3834 Finat etan sunmission 3034 w_
E 3034
_/,, /
- c. F6 mal plan complete W
/_
302s
.,,,,,,,,.f _ / _
- e. Financing compiote & conteact awatdec 30as
//
302e 303f ww
- e. Site acaulted
_/w_
302f
_f
/,,,
- f. Begin action (o.s constructlon) 303e
_/
/_
S033
_/w_
- 3. End actf on (e.S. constructtoN 303ft
//
302a
_/
/_
- 2031 M. Oistnarge 8ogan W_/-
l.
l 34 28
- l. Operationalievet attaineo l
f t plants 302f, g - Installation of the two package sewage treatmen i
l d approximately serving the construction work force will be comp ete Plant 13 lionths after commencement of site preparation activities fter.
should be operational approximately 1 month therea i
i e o a.s.nz 111*,.,.
7550 23 (F 73)
EP A Fem
.