ML17309A330

Effluent & Waste Disposal Semiannual Rept,Jul-Dec 1983

ML17309A330
Person / Time
Site:	Ginna
Issue date:	12/31/1983
From:	ROCHESTER GAS & ELECTRIC CORP.
To:
Shared Package
ML17309A329	List: ML17309A328 ML17309A330 ML17309A331 ML17309A332
References
NUDOCS 8403130142
Download: ML17309A330 (39)

Text

TABLE 1A EFFLUEHT AHD BASTE DISPOSAL SENIAHHUAL REPORT (YEAR)

GASEOUS EFFLUEHTS SUMMATION OF ALL RELEASES A.

Fission 6 activation gases 1.

Total release 2.

Avera e release rate

.or erzod Unit Quarter Quarter Est. Total I

3 I

4 I Error K

Ci 1

~ 98E 1 1.38E 1

2 '

E 1

uCa. sec 2.49E 8 4.38E 8

3.

Percent of technical specification limit 4.15E-3 7.17E-3 B.

Iodines 1.

Total z.odzne-131 2.

Avera e release rate for erzod Cx 4 ~ 49E-5 1

~ 12E-4 1 ~ 5 E

1 uCa. sec 5.65E-6 1.43E-5 3.

Percent of technical s eca.fication limit R

1.95E-2 5.87E-2 C.

Particulates Partxcu ates wa.t a

. aves 8

a s

2.

Avera e release rate for erzod C3.

1

~ 17E-5 3

~ 83E-6 4

~ 8 E

1 uCx sec 1.47E-6 3.85E-7 3.

Percent of technical s ecification limit R

5.87E-2 1 ~ 33E-2 4.

Gross al ha radioactivit D.

Tritium 1.

Total release 2.

Avera e release rate for erxod Ci 1.13E-6 6.67E-7 Ci 1

~ 81E 1

2 '3E 1

3.8 E 8 uCz sec 2.28E 8 2.97E 8

3.

Percent of technical s ecification limit 5

3.93E 8 5.12E 8

f 84031301'42 840302

'DR ADOCK 05000244 R

P.DR

V lil t

I A

TABLE lB EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (YEAR)

GASEOUS EFFLUENTS ELEVATED RELEASE Nuclides Released 1.

Fission gases CONTINUOUS MODE BATCH MODE Unxt Quarter Quarter Quarter Quarter kry ton-85 kr ton-85m kr ton-87 kr pton-88 Cx Ci 3.8 E-3 7.5 E-3 C3.

7 '

E-3 1

~ 41E-2 Ci 9.2 E-3 1.79E-2 2.58E-l 1.31E 8

xenon-133 xenon-135 xenon-135m xenon-138 Ci 1

~ 72E-1 2 '9E-1 3 '6E-1 6 '4E-1 Ci 6.68E 8 1.47E 8 4.88E-4 5.2 E-3 C3.

8.88E-2 1.39E-1 C3.

1.41E-2 4.48E-2 Others s

eca. f Xe-131m Cx 2.68E-2 1.65E-l unidentified Total for erxod Ci C3.

2.39E 1

E 6.6UE-

/

2.

Iodines iodine-131 iodine-133 iodine-135 Total for eriod Ci 1

~ 69E-5 6 '6E-5 Ci 2

~ 81E-5 4 '9E-5 Ci Ci 4.58E-5 1.13E-4 3.

Particulates strontium-89 strontium-98 cesium-134 cesium-137 barnum-lanthanum-148 Others (specif Co-68 unidentxfz.ed Ci Cz.

Ci Ci Cx 1.89E-5 5.85E-6 Cz.

~

~

~

e

~

1 1,7 tt

~

~

% t g

~

P

~ g V J

~

l

~

't t

'd II 4

II

~

4 e 4 I

4

~

TABLE 2A E1%IlHWZ MD HASTE DISHXRL KMIMM3ALREPORT (YEhR)

LIQUID EPt.IIJElVZS SLPJRTICN OF ALL HEXPRES A.

Fisicn and activation prcducts 1.

Total release not mcludzng trztiun,

ases, al ha) 2.

Average diluted concentration I

duri ried 3.

Percent of a plicable lait B.

Tritium 1.

Total release 2.

Average diluted concentrate.cn duri ericd 3.

Percent of a i@cable lancet Un'uarter Quarter Est. Total

Error, Ci I6 ~ 56E-2 l2 59E-2 2.4 E 1 I uCi%Q. I 3. 27L"-18 I1.38E-18 I 3.3 L'-1 1.3 E-1 4.46E 1 9.13E 1

3.8 E 8 luCi mls 2.22E-7 I 4.57E-7 2.2E8 4.6ES C.

Dis olved and entrained gases

1. Total release 2.

Average diluted concentration I

duri.

ried 3.

Percent of applicable limit D.

Gross alpha radioactivity luci mll l.

Total release E. Volune of waste released prior to dzlutzon liters 3.27E 7 3.19E 7 7.88E 8 F. Volume of dilution water used duri pericd liters 2.81E 11 2.88E ll 1.88E 8

I I ~ 1)

Ill

TABLE 2B EFFLUENT AND NASTE DISPOSAL SEMIANNUAL REPORT (YEAR)

LIQUID EFFLUENTS Nuclides Released strontium-89 strontium-98 CONTINUOUS YiODE BATCH NODE Unit. Quarter Quarter Quarter Quarter Ci C1 cesium-134 cesium-137 iod1ne-131 cobalt-58, cobalt-68 iron-59 zinc 65 man anese-54 chrom1um-51 z1rcon1um-n1o 1um-95 mol bdenum-99 technetium-99m barium-lanthanum-148 cerium-141 Ci C1 Ci Ci C1 Ci Ci Ci C1 C1 Ci Ci Ci 2.18E-2 2.66E-3 2 '4E-2 5 '2E-3 5 '

E-5 6.58E-5 1 57E-4 1.39E-2 1.48E-2 2.18E-3 2.33E-3 1

~ 3 E-5 Other s ecif

)

A -118m unidentified Ci C1 Ci Ci Ci Ci 7.72E-5 Total for eriod above C1 6.56E-2 2.59E-2 xenon-133 xenon-135 C1 Ci

3~

~

~

~

3

~

~

~

~

4

~ 3

~

~

~

3 4'

'3 4

4

~

4

~

W~

~

3 0 *E 14,

TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (YEAR)

SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A.

Solid Waste Shipped Offsite for Burial or Disposal (Not irradiated fuel)

Il ~

Type of Waste Unit IG-month(Est. Total(

Periodl Error, V,

a.

Spent resins, filter sludges, evaporator 56.17 m

5 '2E 1

bottoms, etc.

I144

~ 5 Cilia 45E 2I 1

~ 4 E

1

b. Dry compressible

waste, contaminated e ui

, etc.

c. Irradz.ated components, control rods, etc.

d. Other describe 67 m

6.7 E

1 14 ~ 48 Cital

~ 45E 1I 1

~ 4 E

1 N/A 2.

Estimate of major nuclide compositing (by type of waste)

'a

~

b

~

H-3 Co-58 Co-68 Ni-63 Cs-134 Cs-137 Co-58 Co-68 Cs-134 Cs-137 H-3 1

~ 7 E

1 1

~ 6 E

8 2 '

E 1

5 '

E 8 1

~ 3 E

1 3

~ 5 E

1 F 9 E 8 3 '

E 1

1

~ 7 E

1 3 '

E 1

4 '

E 8 Ni-63 3.

Solid Waste Disposition Number of Shi ments Mode of Trans ortation 7 '

E 8 Destination Highway Transport Highway Transport

Richland, WA

Barnwell, SC B.

Irradiated Fuel Shipments (Disposition)

I Number of Shi ments Mode of Trans ortation Destination None Shipped

~

~

~

~

c

~

e

EFFLUEN'l D WASTE DISPOSAL SEMIANN REPORT Supplemental Information Facility Ginna Station Report Period:

July 1 to December 31, 1983 Licensee Rochester Gas a Electric Regulatory Limits a

~

b.

C ~

'd

~

Fission and activation gases:

Iodines:

Particulates, half-lives 8 days:

Liquid effluents:

6.8 E-4 uCi/sec.

2.9 E-2 uCi/sec.

2.9 E-2 uCi/sec.

Either Identified MPC or Unidentified MPC 2.

Maximum Permissible Concentrations provide the MPCs used in determining allowable release rates or concentrations.

a.

Fission and activation gases:

MPC values are determined b.

Iodines:

on each release normally c.

Particulates, half-lives 8 days: release rates are calculated d.

Liquid effluents:

using 1/18 of the identified or unident ified MPC for the batch.

Average Energy Provide the average energy (E) of the radionuclide mixture in releases of fission and activation gases, if applicable.

Not available Measurements and Approximations of Total Radioactivity Provide the methods used to in effluents and the methods a.

Fission and activation b.

Iodines:

c.

Particulates:

d.

Liquid effluents:

Batch Releases measure or approximate the total radioactivity used to determine radionuclide composition.

gases:

Gamma Spectroscopy of Grab Samples Gamma Spectroscopy of Continuous Samples Gamma Spectrocsopy of Continuous Samples or Grab Samples.

Gamma Spectroscopy of Batch Grab Samples or Composited Samples.

provide the following information relating to batch releases of radioactive materials in liquid and gaseous effluents.

a.

Liquid 1

~

2

~

3

~

4

~

5

~

6

~

Number of batch releases:

Total time period for batch releases:

Maximum time period for a batch release:

Average time period for batch releases:

Minimum time period for a batch release:

Average stream flow during periods of release of effluent into a flowing stream:

421 26387 min.

258 min.

62.5 min.

5 min.

488,888 gpm

)i s

J 4

b.

Gaseous 1

~

2 ~

3

~

4 ~

5

~

Number of batch releases:

Total time period for batch releases:

Maximum time period for a batch release:

Average time period for batch releases:

Minimum time period for a batch release:

6 1946 min.

517 min.

324 min.

135 min.

Abnormal Releases a.

Liquid Number of releases:

2 ~

Total activity released:

b.

Gaseous 1

~

2 Number of releases:

Total activity released:

ROCHESTER GAS ANO ELECTR IC CORPORATION ENYIRONHENTAL RADIOLOGICAL MONITOR ING PROGRAN SUNMARY R

E ~

GINNA NUCLEAR POWER PLANT DOCKET NO 50-244 WAYNE~

NEW YORK REPORTING PER IOD 1983 MEOIUH OR PATH'WAY SAHPLEO (UNIT OF MEASUREMENT)

TYPE AND TOTAL OF ANALYSES PERFORMED LLO I NO I GATOR LOCAT I ONS MEAN (I)

RANGE HARE DISTANCE ANO DIRECTION HEAN ( I )

RANGE LOCATION WITH HIGHEST ANNUAL MEAN CONTROL LOCATIONS NEAN (I)

RANGE AIR: PARTICULATE

( pC I /Cu ~ Mi )

IOD I NE DIRECT RADIATION:

F ILH (uR MONTH)

TLO (uR MEEK)

GANHA SCAN 48 (2)

GANHA SCAN 208 0 02 BETA/GAHHA 144 10 GAHHA 152 0,06 GROSS BETA 618 0 003 0, 020 (360/360) 0 006 - 0 086 LLO (28/28)

LLD (104/104) 10 (72/72)

I ~ 17 0'1 -

I ~ 56 ONS ITE LOCATION FZ 360 M 88 OHSITE LOCATION F5 200 M 185 Oe 022 (52/52) 0 006 - 0 086 I, 4v (4/4)

I ~ 27 -

I ~ 56 Oa.020 (258/258) 0 006 - 0 074 LLU (20 20)

LLD ( 104/ 104) 10 (72/72)

I ~ 05 0

73 I 77 WATER:

DR INKING

( pCI/L I TER )

SIRFACE (pCI/LITER RAINFALL

( CI/s.M/da

)

GROSS BETh 76 GAMHA SCAN 50 (ROSS BETA 162 GANNA SCAN 76 GROSS BETA 60 2,4 (2) 2,4 (2) 2 ~ 4 3+ 72 I 20 7 35 Ra 226 17 (8/50) 14-26 3e 28 20 -

9 28 LLO 7 ~ 76 120186 WELL "8" 640 M

'150 WELL "8" 640 M 150 LAKE ONTAR 10 INTAKE 0

H 0

ONS I TE LOCATION /5 200 M 185 5

41 2'7 7'5 18 (7/12) 14-26 3o 35 I 20' 73 7+39 (12/12)

I 99-15 ~ 7 4e 21 (52/5Z)

I ~ 20 9'8 9

17 I ~ ZO 17 ~ 0 HI LK:

( pCI/L I TER IUD INE 12 0~ 05 Oo 32 (3/'I2) 0 23 - 0 37 FARM "A" 5

I MILES 120 Oo 36

( I/4)

FISH:

(

C I/K )

VEGETATION:

( CI/K )

GANHA SCAN GAIJIMA SCAN 13 CANNA SCAN 7

(2)

(2)

(2)

LLD (12/12)

Cs 137 44 (11/11) 20 - 88 LLD DISCHARGE PLUME Cs-137 20 l2/2) 20 (I) Mean and rango basod on dotectable eoasurenonts only.

Fraction of detectable noasurenonts at spoclf led locations In paranthosesi (2) Table ol LLO values attached for gonna scan neasurenents,

I t

~ ~

g l

t ga

~

g I

~

0

TAAEE MILf.

~1 II JI WL Oear 1 wO MA f.

ONE MAE g AWE.

Q JJ:

G INN0 SI1I nohp d

LAKE ONTARIO Ontario Water District PU1NnM AOnO S><E P J1E AO no.

Q

~a aaJ r>

an iaJ Q

EL O0 Jaaz J

OOS ION

((.

OCAG ROnO aJ c3 Vl iaJ LJO J

Vl

. j OniC~

KENYON C><UACH AO v.IJ0 04JX 2.'onL JJ:

JJJ Z

JJ1 GEELEY AO aa t I

/

0 N

T A

R I

0

~

~

~

~

II

.~.jl'OU1f lO Slntf 1 JAGJiwnv HILK SAMPLE STATION lnNE

~ ~

4

/4 LAKE ONTARIO J JM'lJJPOO 1 ~

Onsite Garden 6

I g

II

)

~~)(

(

~.~

( Q h

/6 w-24" I

~f f I

(/8

~ 0 Z2 j i 0

SCALE l

l 200 400 METERS ONSITE AIR HONITOR 600 rJ.

)i

(

t

/

0

IONER LIMZF OP DPZECTION (I Before Correction Por Decay K40 Cr51 ze59 Co58 Co60 zr95 au103 au106 Air FLlters

~p (minimum Sple

'3500 M3/Qt.

0.014 0.027 0.013 0.002 0.004 0.004 0.002 0.004 0.004 0.002 0.002 0.015 Nater pCi/11ter (Sample of 3.5 liters) 52 12 53 KLLk pCi/liter (Sample of 3.5 liters) 81 R.sh pCZ/kgn

( minintum Sple 2.0 kgtns) 137 91 19 22 93 V etation(a) pCi/kgn (Sample of 3.0 kgtns.)

61 61 13 13 15 62 y131 Cs134 Cs137 Ce141 Ce144

~226 Beta 0.03(b) 0.002 0.002 0.002 0.002 0.007 0.003 0.002 14 1 2 7(Ganxna Scan) 12 0.05(Beta) 10 16 72 17 (a) Leaf vegetable or pasture grass samples would be 50/. higher due to sample sizes of 2.0 kgr (b) Charcoal Cartridge

TI ELE 1A EFFLUEHT AND HASTE DISPOSAL SEE!IAhKUAL FEPCRT (YEAR)

GI'SECU 'F1 LUE1'.T SUI"I.E..TICi~t CF ALL F ELEI'~'ES I.

Fissicn 6 activaticr. ca e

Tl ~

"ctal release t2.

Iverace release rate fcr perzcc:

Percent cf: teci'.nical s~ eciiicatzcn lirrit I1.".CE 1 1'.3LE 1

Z.t.

E 1

I uCz/sec 2."E I; ".36>E 4

~ 'E-3 7

~ 17i :"

Icciir.e s Il.

";ctal xccz.re.-131 12

~

I;vs>ace release rate fcr ".ericc luCz s~c 5.C I -CII.C:-L'-5I Ptrcur t ci tec)rical srtciilc tier lrrit

"=

I 1..":5L-21

~.L7C 21-C-

Particulates 1

~

PartlcL'Htes 41t a

.a 1-ives 8

Ga s

Cz 1

~ 17E 5

3 I 3EC; 4 i. L 1

I 2.

Averare relea e rate fcr.ericc.

T3.

Percert c.f technical s ecificaticr. lir.".it uC> sec 1. 47L'-6 S.G7E-2 3 AS"E-/

1 ~ ".3E-2I 4.

Cress al ha raaicactzvit Ci 1.13E-G (;.G7E-7 TritiUB; 1.

Tctal release 2.

Averac,e relea e rate icr crxca 3.

Percerit cf teel.nical specif ice ticn lir~it Ci I 1

~ GlE 1

I 2 ~: 3E 1

3

~ f.'

uC1 sec 2.2GE b 2.+7Lr I

3

~ 53Lr 6 I 5

~ 12E 8403130142 840302 PDR ADOCK 05000244 R

PDR

Ti,E,LE 1L EFFLUEHT AND HASTE DISPOSAL SEhIM'EQUAL REPCFT (YEAR)

CA ECU EF LUEl:T' ELLVAL D FEL A E L".uc3.ices Releasee CCb'i'TIEtUCU"

! CEE E "'Ci: t'.CI: E IL rrtIcu-rttrTcc-r t-rT( u-rttric u-..-t~rt 1

~

Eissicn ca e,s i.ryptcn-85 Tkrir.tcn-Q5

~kr'Ttcr.-(7 t kryptcn-GD T

I xe,ncn-l -5 zencn

135ri, xE'cn-1 3G Cthers s ecz.fv Xe-13lr:.

Ci I

I T2

~ 5(~k.-l 1

~ 'lK cT Cz.

Ci AS E-3 7 '

L'-3 Ci 7 '

L-3 1

~ 01E,-2 C.i !1.72L-l 2.9~L-lj3 7C! -1 G

CLr-li C'1 C

~ G( E (.'I 1

~ 4 7L

(:

' (.( 1~(5

~ 2 L-3 (L Ie.crL-2TL.:rL-~a C1 1.41K-2T

'-.f E-2!

2

~ t;~l -2 1

~ C5i.'-1 Tvrxdentiiiec ctal l.cr armed CL I 2

~ -"

~L' 1 GL~ll: ~ c I L~l'c~/L iT 2.

Iodine iccine-131 icdine-133 icdine-135 TTctal icr pericc; Ci 1

~ 69K,-5 6

~ CGE-5 Ci

".S1E-5 4.79E-5 Ci Ci 4 'GE-5 1

~ 13K-4 3.

Particulates strcntiur,,-S9 strcntiuri-9&

ceszuv,-134 ceszur.,-137 1:arim:lanthanu-.-1 48 Cthers (spccif:

unxdentiized Ci Ci Ci Ci 1. beE-5

. 652.-6 Cx Cx

VEAU':

EFHLJEh~i MX) WZSKE L'I PCS SEl~ZZMXtJ BEECRT (YEM)

LOUIE'E1LULL'EG ZLt bST1CL CE" ILL i LLLF~EH Unit ('uarter IC,uartez.

L't. ictai Ezrcl i

~

I Z..

Eisicn are. ac. vaticn prccucts 1.

";ct"1 release rct irclrexrc tritiur.,

cases

~ al l)a )

2.

Fverece iilutec'. ccrccntr~ ticn c.urine america 3.

E'~rcert c'pplicacle lir.it C'6.56E-2 I uCi/r, 1 I 3.27K.-1C Il."'-lKI

>3.3 E-1 1.3 L-1 E

~

iritil.Ii 1.

'octal release 2.. F<verec,e czlutec; ccnc~rtraticn I

c urirc ericc:

3.

E'crcent cf ap lac-?.le lima.t Ci

'..CE 1

9.13L' IuCi/rl I2. 22L',-7 I C. 57L-7 2.2 L 6

~~.6 L' 3.C) E r.-

C.

E;issclvec arxi ertraired gases

1. Tctal release 2.

Fverac,e dilute ccncentraticr.

I durira eric@

3.

Fercent cf a

. licaLle lir..it Ci Iuci r.",1I D.

Grcss &pl a. r-.dic-ctivity l.

'Ectal release E. Vclure cf s.aste releasca (prier tc dz3.uticn later 3.27E 7

1cI 7 7.hk;E C~

P. Vclu;.e cf ciluticn a.ater used curirc america liter 2.f 1L" 11 2.CC~L 11 1.GCF.

6

TAELE 2B EFFLUEHT Z2JD bASTE DISPCSAL SEKIAKEUZ'.L REPORT (YEAR)

Ll(:UXL EFFLLCEE~S L~ vclic.es F eleasec:

CCk".Ik LCLS t CLE "F

CF;,

0 CL'L LnitI(,uarter ( ucrter Quarter

( uarterI I stzcnt7 ur;;-gc cc s3.uli:.131 T ice.. an e-13 1 fcck.alt-5S TccL alt-6U I ircn-5c.'inc-65 r.anranese-54 chrcmi ur..-51 xrccnxua<-nz.G xur.;-95 r,.c1~ bc,enur:.-c 9 te chr.e tiun;-99r;.

bariur.. lanthanur;.-14k!

cerium-141 Ci Cx C.i Cz Ca.

Ci Cx 42, Ci Ci Ci I

I 2. 1 &.E-2 I 2

~ (.62-3T I C

~ 5'c"'~1

~ 57L-"

1

~ 1LE-3 I 2

~

3E,-"T 1

~ ""

E,-5 I

Cther s.eci f

)

Ac-11Er:

unicentif:ice C'i Ci Ci 17.72E-~T 6.56E-2 2.5~E-2 xenon-133 xencn-135 Ci

TAELL 3 EFFLUENT AliD bASTE DISPCSAL SEbsIM'.HUAL RZPGRT (YEAR)

SCLIZ, bZ'.STE 1 KE IRi'ACIATE1 E UEL SEIPl;LLi' 1.

Sclic ba te '1:ippec Cfisite icr Eurial cr Eispcsal (L.ct irrac'iatec x.'uel)

Il.

i'ype cf ba ze I

Lnit I

I C -r..c,nti. I E=t. "ctal I I Pericc;I Erxcr,

r. ~

T ~7 i--1C.7 F>>

1-..4Z C'I1.-52 1I 1.;

L I 1

ec nip, etc.

c. Irradiatec:

ccr:pcnents, ccntrc.l rcc:sg etc'.

Cti;er descriLe

'pent resins, filter slue'.res, evap tcttcr,:s,'tc.

I144.5 CiI1.45E 2I 8

~

Estir..aie cf rajcr nuclic;e ccr.-pc itinc (hg t~ pe ci',a.te) a

~

h-3 Cc-58 CC-66 Ei-63 Cs-134 Cs-137 Cc-58 Cc-68 Cs-134 Cs-137 Er 3

I ~ 7 I; IT 1

~ C E

C l2

~ S1 1

5 '

E 6 1

~ "-

E 1

3

~ 5 E

1 2

~ 9 E

3-2 E

1 ll ~ 7 E

1 4

~ V E

L I 7

~ 1 E 8 3

~

olid 1,'a te Dispcsiticn Hur.her of Shi;r.:ants Kcce cf iran pcrtaticn Lestiraticn Iiic}~way Tran pert 1!ic.}!s!ay Transport Rick.lane, h1I P.arra:.all, Irradiated Fuel Shipr,;ents (Lispcsiticn) 1'ur;.her cf S):ipr,ents acne S1'.igped tice.e cf Trrnspc rta ticn Destinaticn

EFFLUEHT AhD TsASTE DISPCSAL SEKIAHHUEZ REPCRT Supplemental Infcnnation Repel t Pez icd:

Jul) 1 tc Cecefi2'l

. I, 1

63 Facility Cinna Station Licensee Ecchester Gas E; Electric l;eculatcr~

Lir;.xt c

~.

G

~

Fissicn and activaticr. case;s:

Icdinc, Particulates, l;alf.-lives 8 day s:

Licuid effluents:

C-. ~

E-4 uC.i/' c.

2. <<E-2 uCi/"ec.

"~ 9 1-2 uCi/ ec.

Eitl:er Ic.entifiec! 1.PC cr Uric e,nti fi ed

!..E'C 2.

t.axir;ur.: Perr;;issiLle Corcentraticrs 3

~

Prcvide the I",PCs used in dc te.rr..ini ccrcentraticns.

a.

F'issicr.

and activation gases:

l..

Icc ir.e c.

Particulates, 2:alf-1'ves 0 ca}

Licuid e.f11 e ntt::

Averaae Energy nc

-llc~,ak:lc rc le c r-.tes er 4'I C values are c',et err~.i net' I

e a cl. r e-1 e e. s e.

n c rl'~.a 1 lp release rate.

are ca~culatcc us inc 1/1L c

the

~ der tificc or unic,er.t.ii'ec.

t.l:(. fcr tl,e hatch Prcvice the average erercy (E) 'cf the rac:ioruclide n:ixture in releases of fission and activaticr. gases, if applicaLle,.

2 ot cvailal le A

g

~

t".easu1. CIllents and Apprcxir.'ations of Total Radioactivity 5

~

Prcvic:e the r.;ethcds used tc ir. cffluents and tl.e, r.:ethods a.

Fissicn ard activation h.

Ioc;ines:

c.

Particulates:

d.

Licuid effluents:

Batch Releases n.easure cr'pprcxir,ate t2.e tctal rac,icactivity used tc, deterr:.ine radicnuclic~e ccr. pc iticn.

gases:

Gar.;ra Spectrcsccpy cf Crab

"'ar. ples Garza '-Fectrcsccpy cf. Ccntinucu Sa"ples Gan>r.-a Spe ctrcc cl y cf Continuous S arples cr Grak, Sar:.1 es.

Garr,.a <<pcctrc col y cf Batcl; Gra2 Sarrpl es cr (.cr-.pcs itic. Sar..}. les.

Prcvidc tl;;e folic~,ing infcrraticn relatirg tc Latch relea cs of rac cact've:

materials in lic;uid ard caseous effluert.s.

Licuid 1

~

2 3

~

Q

~

5

~

6

~

h.urrher cf 2;atcl: releases:

Tctal tir;-.e pericc: for hatch release 6:axirur,'. time, pericd fcr a hatch release.:

i vcrace tir.,e pericc fcz 2:atcl: releases:

t.inir..ur;. tir..e pericc".

cr a Latch rely.ase:

Aver-ge tream flc~, curirc periccs cf release c+ effluert iric a flee.irc. strear:

421 263~ 7 r..in.

258 r..in.

C2.5 r~ir..

'n.i r..

"-Cf-,f'b c.pr:

Casecus 1

~

4

~

Q

~

5

~

,un? er cf. hater. releases:

Tctal tin;e pericc, fcr hatci. rely =.

f;,auxin;un: tin e 1 ericc. for a bate).

re ea Fve,rage tir:e ge.rice

~cr i;atc1. relea es:

t"inin:.un tin e pericc". fcr a hatc2. rely.a Q

1<.'CC n ir.

51!

n 1I: ~

n ir..

135 nin.

F br.crnal Peleases C

~

L cuic.

1

~

Lunl.er cf re lea e

2.

octal activity release.c;:

Casecus 1.

4'ur.,k:er cf releases:

2.

Total activity release,c!:

ROCIIESTER GAS ANO ELECTR IC CORPORA( IOtl EIIYIRONNEHTALRADIOLOGICAL HOttlTOR IIIG PROGRAN

SUMMARY

R ~

E ~

GINNA IIUCLEAR POWER PLANT DOCKET NO ~

50-244

WAYNE, NEW YORK Rf PORTING PER 100 1983 HEDIUH OR PATHWAY SAHPLEO (UNIT OF MEASUREHftty)

TYPE ANO TOTAL OF ANALYSES PERFORMED LLD INDICATOR LOCAT IOllS Hfht( ( I)

RANGE NAHE 0 ISTANCE AIID DIREC'I ION NEAN (I)

RANGE I.OCAT ION WITH HIGHEST ANNUAL HEAR COIITRUL LOI'ATIUtlS HEAR

( I )

RANGE AIR t PARTICULATE (pCI/Cu ~ H. )

IUD INE DIRECT RAG I ATIOIIt F ILH laR NONTH)

TLO (aR MEEK)

IIATER t DR INKING

( pCI/L I TER )

GAHNA SCAII 48 l2)

GAHMA SCAN 208 0 02 BL TA/GAIIHA 144 GAHMA 152 0 06 GROSS BETA 76 2m 4 GROSS BETA 618 0 003 0 020 (360/360) 0,006 - 0 086 c

LLD (28 28)

LLD (104 104) c 10 (72/72)

I ~ 17 091-I 56 3e 72 I 20 -

7 35 ONSITE LOCATION F2 360 H 88 ONSITE LOCATION I5 200 N

185 IIELI. "Un 640 M 150 0 022 (52/52) 0 ~ 006 - 0.086 I 4V (4/4) 1,27 -

I 56 5,41 2.o7 - 7.35 Oo020 (258/258)

O,OOO 0 074 C

LLU (20 20)

LLO (104 104) c 10 (72/72)

I ~ 05 073-I ~ 77 SIBFACE 1 pCI/ L I TfR GAMMA SCAII 50 GROSS BETA 162 GAHHA SCAN 76 (2) 2 (2)

Ra 226 17 (8/50) 14 26 3,28 I 20 - 9 28 LLO MELL "0" 640 M 150 LAKE OIITAR IO IIITAKf 0

N 0

18 (7/12) 14 - 26

3. 35 1,20 -

5 73 4 ~ 21 (52/52)

I ~ 20 9 F 28 RAINFALL CI/s.N/da

)

IBOSS BETA 60 2,4 7 ~ 76 I 20 18 6

ONSITE LOCATION 75 200 H 185 7 ~ 39 (12/12) 199-157 9 ~ 17 I ~20-17 0

H ILKt

( pCI/ L I TER I

GANHA SCAN (2)

IUD Itlf 12 Oo 05 0,32 13/12) 023-037 c

LLD (12 121 FARH "A" 5

I HI LES 120

0. 36

( I/4)

FISH t I

( CI/K )

YEGETATIONt C I /K

)

GAHMA SCAH 13 GAMMA SCAN 7

(2)

(2)

Cs-137 44 Ill/11) 20 88 c

LLD DISCIIARGE PLUHE Cs-137 20 (2/21 20

( I) Mean and range based on detect able aeasur eaonts only.

Fraction ol detectable aeasureaonts at spec)lied locations In parentheses l2) Table ol LLO values attoched for gauss scan seasuresonts

~

~

I ~

III2.5.5.MI FROM GINNA T LD"..

II.I MX/8 )

FROM Gr.N7NA~I PL. A c E 0 0 FFs ITf.~

ONIRDI< ON Ittl LINE 3l

~ I n.

cl Cg at C

11.

POINRN

'o.

-'lO S>>lr>>leo RD, CID'4 IIR I NFYVIII F clle R

I D

L.I'l n.

Kiln lio CC I lol n'

I n.

3p Oos ION Ao VIIDOAR<o O

Co a:

co a

~A

~t

~tG II)

Itelle D

C I

tl

~t Z

IJ ot co oc

~J Cower N Ro, A"Cl Ao.

KINlott HD I

o toll 0

~to

"-"'gs'

'I~

A<<. Inn AION Ao.

'TI

~JG N

AJ

~I CI(

P "Cot g

~r A<<.lon I tol 1 o m

33 o

R 8 ~jr u ( SCIOC AL G

tto QII 59, S>>esle>>o ipi t)

Cl IV J

Co a

lt IIG ll

~l1 Col n

A Ao Al A

o cl n

~tE

~

'1 G

QIO F tlo ~fA(l Ro R

Ro Cot M

CI Noel>>

AL aZ a4I O

~a Col alIa.

go 8

V~/A BOAIII 0

1 3

1

~An IllOJt

~ '

MILES

ioUn MIIf lIIIIEE MII I lwO MII E ONE MII E L nKE.

GINAJl Sil C noh I l'VE OmAIlIO Ontario Water District gr a

< 1:t C.)

~I00 LI7 00<'l ION gg0 OEnG nonO a

<I0

C>>

IIENYON o/

a

~tG 0

EJ0 CA 0

L<

l>.'I 7.

nant.

CIIUnCII nO PUlNnM iIoriO n

0':

I V<

L.

SIIEpIIEno no CiEELEY nO L) a

<n

< ~I al II 0

N

'I' R

I 0

J Sinai

)

~

~

~,

~

~

Hll.K SAMPLE STATION

]Q

{

wn~

IIOUif IO l)ATER SAIIPI.E STATION D

I LANE

LAKE OHTARIO J

f--

Qi~

8 4 8 W4J 4ttI8 0

/J

(

i I

jtj Onsite Garden

/

(

.)

~ C

/ ),

)

/6 gf

~i t'I ji

'~C I

/8 Q(9 QO

+t(

. j(trig.,yt tlat /

v'HSITE AIR HOHITOR I

POST-AOCIDEtff TLD i

),i 0

SCALE I ~

200 400 METERS 600 3(

<- 1(

LOWER LEMZZ CP DEZECTXON (LLD)

Before Correction Pbr Decay Z40 Cr51 Mn54 pe59 Co6o Zn65 zr95 RG103 RQ106 Air Peters

~wv (rrMMum Sple 3500 M3/Qt.

0.014 0.027 0 013 0.002 0.004 0.004 0 002 0.004 0.004 0.002 0.002

0. 015 Water pC1/11ter (Sample of 3.5 liters) 52 81 52 12 12 53 Mi1k politer (Sample of 3.5 liters) 81 Ff.sh pCi/}qgn

( mininnzn Sple 2.0 kgms) 91 137 91 19 22 93 pCX/kgb (Sample of 3.0 1qgns. )

61 91 13 13 15 62 1131 cs134 Cs137 BaLa140 Ce141 Ce144 R 226 0.03(b) 0.002 0.002 0.002 0.002 0.007 0.003 0.002 7

~

1.2 7(Ganma Scan) 12 0.05(Beta) 10 16 72 25

~ 8 17 (a) Leaf vegetable or pasture grass samples would be 50e higher due to sample sizes of 2.0 kg..

(b) Charcoal Cartridge

. TArLF-a~

EFFLUENT AhrD HASTE DI PGSAL SEPIAhhUAL REPCRT (YEAR)

GF' ECU'.FFLUEET S L't',5'.b.TICK CE F1 LL F ELEZ.E E F.

Fissicn G activaticn c~

e Unit Uu r-ttrfcu r-:tert 1 t. "c,t" if I

I 1'x rcr ';

1.

"ctal release T2..

1'ver ee release rate acr perxcc IuCl/ sec 2 'i~rE ~

0

~ 3EE C

P..

Ic c':ine s 1.

"ctal xccxne-131 T2.

Fvezace release rate fcr

.era.cc IuCz. sec(5.05L-C I l. 0:.E-5 I 1

~ 5 E

I 3.

Percent cf technical s ecificatxcn lxr..it l l."'5L-2 I 5.'7L'-2 I

C.

Particulates 11.

2.

Zverac;e release rate fcr.erxcct 1. 1 75~5:". t:.E-G Q. U t 1

uCz sec 1.47E-6 3.85E-7 3.

Percent c.f technical s ecificaticn lir...it

~

5.07E-2 1.33E:-2 4.

Grcss al ha rac!icactxvit r

1. 13E-C 6. C7E-7 E'.

Tritiun.

l.

Tctal release 2.

Averace release rate ior crace Ci I 1 clE 1

2 33E 1

"~ C'

~

uCx sec 2.2QE, 6 2.97E f

3.

Percent cf technical specificaticn lir:.it 3.~3L C l5.12E, 6

8403130142 840302 PDR ADOCK 05000244 R

PDR

EFFLUEHT AND ViASTE DISPOSAL SEVaIM',hlUAL REPCFT (YEAR)

CA~ECUG EFFLUEVT~ ELEVAIEE FELEAGE I 2;uc lie;es Be 1 ea ser'C5-TIP'LCU~

! CLZ LZTC!: !".CI.E 1.

Eis icn gase,s Irry tcn-85 Ci 4

Ikryptcn-85r;,

I kr~.tcn-~~7 fkr 'pter.-CS "encn 1="-

I z~r; c r.135 xe ncn-135rci re-ncr.-1 3&

Ci I3.8 E-7.5 L-3 Cl 9.2 L'-3 1.794-2 I

~ 72<-1 2

~ 99i'-1 3

~ 7CE-1 6. 9 4g C.i t

~ 6(:E t.

1

~ 47I. l.

4

~ Gl L-4 5 ~:.

(.3.

C. k)bK,-2 1. 39L-1 I

C.i T 1

~ 41~-2T4

~ '-;~E-2 I Turzccnti fiea otal fcr era.oa Ci Ci 2.

Zodines ioc:inc-131 ice'. ine-13 3 icdine-135 fTcta 1 icr pericc Ci 1

~ 69E-5 6 '6E-5 Ci 2.SlL'-5 4.79E-5 Ci Ci 4.5CE-5 1.13E-4 3.

Particul.tes trontiur;.-Q9 strcntiur.-9S c e s 3. UTi:1 3 4 c 6 s 1 uli.1 3 7 ha riun-lant hanu-;-1 4G Cthcrs (spcc3.f')

uni c!enti ra ec Ci Ci Ci Ci Ci Ci Ci 1.69E-5 ' 65L-6 Cx Ci

EFF UEHT AHD 5:ASTE DESPCSAL Eki".EAHllUAL REPORT SuppleInental Enfcrmaticn Pek=crt PeI.zcdI ugly 1 tc Decen(? er 31, 1<Q3 F-cility

. Cinna Station Licensee RcclIestcr Gas 6 El>.czric k;eg Ulatcrg Limits a

~

c

~

G ~

Fissicr.

anc activaticn cases:

Ecc'ine Particulate, l:alf-lives 2 day s:

Licuid efflvents:

E-4 U(.l/sec

~

2 '

E-2 UC1/sec

~

2.5 '-2 UCi/sec.

Eitl:er Ed entifie d t.PC c r Uridentified t.PC 4

~

l'.axiI-,vr,; PerII,issil:le Ccrcentraticns 3

~

Prcv ice the Y~PCs U

ed in deterr ini ccrcentr aticr s.

a

~

Fissicn

<<nc', activat'cn gases:

L.

Ecdire c.

k'articulates, l:alf-1'ves 0 day s:

c.

Licuid effluer.ts:

Aver age L'nergy r c<<llcua? lc rc-.l ea c

z ".te s cx t.j".C value are c.et.err..ines c,r. eacl. release ncrni ally relec Se I.a tee arC C<<loulc,tCC vs ir.c 1/1t.'f the ic, er.t ificc'.

or uric.er.tif'ec.'.P(.

fcr tl.e l' tel I ~

Prcvice the average erergy (E,) cf t'l(e rac.ioruclic'.e n:ixtuze in relea -es cf fission and activation gases, if apk:licahle..

Hot available Keasul ements anc. I'pprcxirrations of Tctal Pacioactivity 5

~

Provide the retl ccs used t c in e-fflL'ents and the. r,cthcds a.

Fissicn ard activation

?:.

Ecc',ines:

c.

Particulates:

d.

Licuid effluents:

Batch Releases n(easure cr apgrcxin.ate t?.c. tctal r<<c.icactivit~~

usecl tc, deternine rac'cnuclide conk c 'icn.

gases:

Gar,;II a Spectrcscopy cf Cra?

Sar.;Pie s CaI;r:.<< 'pectrcscck:y cf CcntinLcL Sa':;.les Can:r. a SPe ctrccscpy cf Continuous SamPles or (.'ra?

Sar..~-le=.

Gamma Spcctrcscok.y of'atcl. Grab SGmples cr (.cn;k.ositec; San.k.le Prcviae the follow,ing inforraticn rclGtirg tc l:atc?: relea es of rac.icactive materials in liquid are casecus efflvents.

G

~

Licuid l.

2

~

3

~

5

~

6

~

L'.Umber cf batch releases:

Total tin.e pericd fcr L tch releases:

YaxiI..Un. time pericd fcr a

? atch release.:

iverage tin.e kericd fez

?.Gtcl( releases:

t."inir..ur;.. tir..e pericc. fcr a 'LatclI release:

Ever<<ge stream f lcm',. clvrirg periocs cf release cf effluert ir.tc a f lcm',;irg strear.,I 421 2636;7 r..ir..

258 ".in.

()2 o 5 Iiiir.o 5-n,ir..

Ck;~, CGIJ cpr