ML20090M575

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Semiannual Radioactive Effluent Release Rept for 6 Month Period:Jul-Dec 1991
ML20090M575
Person / Time
Site: Beaver Valley
Issue date: 12/31/1991
From:
DUQUESNE LIGHT CO.
To:
Shared Package
ML20090M561 List:
References
NUDOCS 9203240371
Download: ML20090M575 (31)
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Text

-.

4 l

DUQUESNB LIGliT COMPANY Deaver Valley Power Station Unit 1 & Unit 2 Semi-Annual Radioactive Effluent Release Report For The 6-Month Period.

July 1, 1991 thru December 31, 1991 9203240371 920220 PDR ADOCK 0S000334 R

PDR

D000!!NILIGHTCOMIANT BeaverVallerPowerStation Unit 1 4 Unit 2 Semi Annual Radioactive Rffluent telease Report forthe6-MonthPeriod:

July 1, 1991 thru December 31,1991 INDt!

fableNo.

Title Page SupplesentalInformaticaPage i

fablela GaseousEffluente-SumsationOfAllteleases 2

tableIB GaseousIffluents-!!evatedReleases 3

Table 101 GaseousEffluents-GroundLevelReleases(Unit 1) 4 fable 102 Gaseous Iffluents Ground Level teleases (Unit 2) 5 fable 2A LiguldIffluents-SoaationOfAllReleases 6

fable 2B LiquidIffluents 7

fable 3 SolidWasteAndIrradiatedFuelShinents 8

fable 4 LeverLimitsOfDetectability 9

fable $1 AssenssentOfRadiationDoses(Unit 1) 10 fable 5B AssessmentOfRadiationDeses(Unit 2) 11 Table 6 TechnicalSpecificationEffluentMonitoringInstrumentationChannels 12 Not teturned to Operable Status Within 30 Days fablef 40 CTE 190 Invironmental Doses 13 fable 6 fechnicalSpecificationS'2rveillanceDeficiencies 14 fable 9 Unit 1OffsiteDoseCalculationManualChanges(Description) 15 fable 10 Unit 2OffsiteDoseCalculationManualChanges(Description) 16 JointFrequencyDistributionfables

BILVERVALLif-UNifSl&2 Page1of16 2nd Half - 1991 SI!!!-ANWOAL RAMOACflVI !!!LDINT RILIA!! KIPORT SUPPLEMENTAL INf09Afl0N PAGE FACIllff:

B.V.P.S. Units 1and2 LlCIN!!!: hquesne Light Cospany

1. RegulatoryLisits 4.

"ission and activation gases:

odites b.

Jarticukates, half-lives >8 days:

        • Technical Specifications, Article 3/4.11 e.

d.

,iguideffluents:

2. Maxinus Persissable Concentrations Provide the MPC's r ed in detersining allevable release rates or concentrations.

a.

Fissienandactivationgases:

- b.

lodines:

c.

> articulates, half-lives >6 days:

Jguideffinents:

3. Average Energy Provide the average enerav (t) of the radienuclide sixture in release of fissien and activationgases,ifapplicable:

NOT APPLICABLE

4. Measurements and Approximations of total tadioactivity Providethemethodsusedtoseasureorapproximatethetotalradioactivityineffluents and the methods used to determine radionuclide composition.

a.

Ptssionandactivationgases: GeGassaSpectronetry,LiquidScintillationConter b.

odines* Ge Gassa etrosetry darticul tea, half-ves > 6 days:

Ge Gassa S ectronetryfroportionakound Proportional Counter Lov Backs c.

d.

iquideffluents

Gnas Spegttosetry Lovkackground

Ccunter, iguidScintillationdounter
5. Batch Releases Providethefollowinginformationrelatingtobatchreleasesofradioactivesaterialsin liquid and gaseon etfluents.

a.

Liquid 3rdQuarter 4thQuarter

1. Number of batch releases:

34 20

2. Total time period for batch releases:

11j57 sinutes 6564 minutes

3. Maxinus time period for a batch telease:

1400 minutes 1080 sinutes 4.

Average time period for batch releases:

331 minutes 328 sinutes

5. Minisus time period for a batch release:

58 sinates 66 sitates

6. Average river flow during Teriods of release:

9033 cuit/see 17600 cuit/see

b. Gaseous 3rdQuarter 4thQuarter ll7f1s sinutes
1. Huber of batch releases:

12

2. Total time period for batch releases:

7513 sinutes

3. Maxinus time period for a batch release:

1020 minutes 5570 minutes 4.

Average time period for batch releases:

626 minutes 980 sinutes

5. Minimus time period for a batch release:

102 minutes 237 minutes

6. Abnorsal Releases a.

Liquid 3rdQaarter 4thQuarter

1. haber of uleases:

1 NONI

2. Total activity released:

1.101-06 Curles 0.00!+00 Curies

b. Gaseous.

3rdQuarter 4thQuarter

1. haber of releasts:

HONI NOWE 3

2. Total activity released:

0.00t+00 Curies 0.00!+00Curles A

PIAVERVALLEY-UNITS 162 Page 2 of 16 TABLElA 2nd h lf - 1991 SIMI-ANNUALRAD10ACTIV!IFFLUENThillASIEIPORT CA!!005 IFFLUENTS - SUMMAtl0N OF ALL EILIASI:

848tl4848ttttttttttl488488tl888tt:4481888tittill48488884488888888848888488888488884888888884888888348488 8

8 8

3rd 4th let. total 8 Unit Quarter Quitter Irror,% 8 8

8 8888888884488848488884888888888844888844884448888888888846484884t8888888$t888848888484884444888888884888 A. Fission & Activatico Gases 1848844888888848488844888888888488888884884888488888888888888888884888s888448884888888888888888888188888 g

t i

1. Tetal release C1 2.59t+00 2.281+00 2.651+01 4

4 8

2. Average releu e rate for period uCi/see 3.231-01 2.90!-018484888888:48 8

8 8

3. Percent of technical specification limit 1

N/A N/A 8

8 8

tttitttttt48tttil8888488t**48484448888888488888888*8884444888884*888844888888888488888888888 B. ledines tl t t t t t tt t t t t

  • 48848848884888844188 444 84 t t
  • 48 8888888 84 818884 88 t t 84888888 88 t
  • t t 884888 8488 8888 88848884848 84 4

5 1

1. fe al iodine - 131 Ci 0.00!+00 1.621-05 2.83t+01 4 1
2. Average release rate for period uC1/sec 0.00!+00 2.061-06tt484884:sti 4

8

3. Percentoftechnicalspecificatienlimit 1

N/A N/A 8

8 8

1888884484888881188888418814144tt$4888888888888448888488888888818884888884888888888884444888 C. Particulates 44888888888 % 8444888484884441888 t l 8888848 8814448484148 888 888888 88888 88 8888448 8 8 t

  • t 44 t
  • t 88 8488444 8848 88848 8

8

1. Particulates with half-lives > B days Cl 2.041-05 4.64I-05 3.00!+01 8 8

4 8

2. Aterage release rate for period uCi/see 2.59E-06 5 BBI-06 84888888888 4 4

4

3. Percent of technical specification limit N/A N/A 8

8

4. Grossalpharadioactivity Ci 1.49E-06 9.921-07*

48 t t t t 4488 tl48888 t l8 t tt t t t til 88818484884

  • 8844448888888888888888888 888888888844884 8 84 88 84488 8 D. frittun 88884488481888888848884488444484881444184884848488888848818488884888888884848844488834888888888888844888 4

4 8

1. Totalrelease Ci 4.9El+01 2.16Et01 3.291+01
  • t 4

8

2. Averagereleaserateforperiod uCi/sec 6.291+00 2.74t+008888888*84818 8

8 1

3. Percent of technical specification limit N/A N/A 8

8 8

tilittf 484tl4888888848888888488448844884444tt4*ltit4titttststittttttttillatilltittttttttttti N/A:NOTAPPLICABLE The amount of time (in seconds) used to calculate the release rates specified in A.2, B.2 C.2 and 0.2 is the average amount of seconds per calendar quarter (7.88t+6 seconds).

EEAVER VALLEY - L11?S 1&2 Parg3of16 TABLEIB 2ndHalf-1991 SIMI-ANNUALRAD10ACTIVIIFTLUENTRILIASIREPORT CA!BOUS tiFLUENTS ILIVATED RILIASIS CONTiliUOUS M005 BafCHMODI 88888888888888888888888888884888888888888888888888488888888888888888888888488888888888888888 8

8 8

3rd 4th 3rd 4th t

8 hclidtsreleased Unit Quarter Qu8tter Quarter Qu8tter 8 8

8

$$3 88 88 8 88888 888888 888 888 8888 8 8 8 8 888 8 888 88 8 888 88 8 8 88 8 888 8 8 88 8 8448 8888 8 8 88 8 8 8 8 8 8 88 8888 88 8 88 4 8 1.

fissiongases 88888888888888488184884888888888888888881188888888888488888848488884888888888888888888888888 8

8 argon-41 Ci AD iLD LD 1LD 8

8 krypton 85 Ci

,LD

,LD 1.

1-02 4.141-01 8 8

krnton-85:

01 AD

,LD D

,LD 8

8 krypt 00 07 Cl LLD LLD LD

,LD 8

4 krypton 88 Ci LLD LLD LLD LLD 8

8 xenon 131:

Ci LLD LLD 4.148-04 2.77t-03

  • renon-133 C1 1.55t-02 3.94t-02 6.278-05 2.051-02 8 8

xer.co133:

Ci LLD LLD LLD LLD 8

8 senon-135 01 Lt.D LLD L,D LLD 4

renon-135:

Ci LLD LLD L,D LLD 8

a senon-138 Ci LLD LLD L.D LLD 8

8 8

4 unidentified Ci NONI NONE WONE NONI 4

4 8

4 Totalforperiod.

Cl 1.551-02 3.94t-02 1.57t-02 5.178-01 8 8

8 888888888888884888888888881**$888888888888888888888884888888888888888888884844888888888884t$

2. Iodines

$8888888888888888888888888888888888188888818844888888888888888888888888888888888888888888888 8

8 8

iodine-131 Ci LLD 2.101-07 LLD

,LD 8

8 iodine-133 Ci LLD LLD

,LD

,LD 8

8 iodine-135 Ci LLD LLD

,LD

.LD 8

8 8

8 Total for period Cl 0.00t+00 2.101-07 0.00!+00 0.00t+00 8 8

t 8888888888888888887t88888888888888488888888888888888844888888888888888888888488888888888888

3. Particulates

$881888888888888888488888888888888884888884488888888888888818888888888888ttt3888888888888888 8

8 sang 8nese-54 Ci LLD LLD LLD LLD 8

iren-59 Ci LLD LLD LLD LLD 8

8 cobalt-58 Cl LLD LLD LLD LLD 4

cobalt-60 Ci LLD LLD LLD LLD-8 l'

sine 65 Ci LLD LLD LLD LLD 1

strontius-89 Cl LLD LLD LLD LLD 8

8 strontius-90 Ci LLD LLD LLD LLD 8

8 solybdence-99 Ci LLD LLD LLD LLD 8

centus-134 Ci LLD LLD LLD LLD 8

cesium-137 Ci LI,D LLD LLD LLD 8

8 cerius-141 Cl LLD LLD LLD LLD 8

cerium-144 Ci LLD LLD LLD LLD 8

8 8

8 unidentified Cl NONI NONE WONE NORE 8

8 8

8 Total _forperiod Ci 0.00t+00 0.00B+00 0.00t400 0.00!+00 888888888888 8888 8884148 8888 88 884888 888888 8888888884 t 8888888888888 8888 88488 8 888 88888844 8888 8 8 LLD : Below the lower limit of detectability, in uC1/cc (Table 4).

SIAVIt VALLit OWlt 1 P4:e4of16 TABLE 10-1 2nd Half 1931 SIMI-ANNUALRAD10ACilVIIFFLOINTRittAstEEPolf GASIOVS IFTLVINTS GROUND LIVIL RELIASIS 4

Cdt!NU005M0tt BatCHMODI

$888844884 488488888848488888888884444848488448888448884888844888844848884488888884888048888 8

4 8

3rd 4th 3rd 4th t

t Hu:lidesreleased Unit Quarter Quarter Quarter Qurter i t

t 4888888888488888888884484848848888tt88888888814488448888448848888884488448488888881:31848888

1. Fiss'en gases 848888881448888888844888888888884888848888t88888888888888888888884888888888888804884t8888881 t

t B.$) 01 8.141-01

.LD 3.0B[-028 krrptonB):

Ci 8

4 LLD

LD LL, krypton-B.

01 4

kripton-61 Ci

,L )

LLD

LD LLD 8

8 kripton-BB Ci LLD LLD LLD LLD 8

tenon-131:

Ci LLD 1,LD LLD 2.41t-03 8 4."ED 6.LLD 165-01

  • I-01 8

xenon-133 Ci 6.361-02 LLD 4

tenon 133:

Ci

,LD 4D xenon 135 Ci

,LD

,LD LLD 4.49E-02 8 s

renen-135 Ci

.LD sLD L1,D LLD t

t tenon-138 Ci LLD LLD l.LD LLD t

t t

t unidentified Ci NONI NOWI NONI NONI i

totalforperiod Ci 9.531-01 8.141-01 4.551-01 6.94!-01 8 8

8 t t t t t t t t ti t **

  • t t t t t t t t t t t t t t t t t t t 448888 4
  • t 888888 84484888 84414 8 44883 4 8 4444 8844 8 84448 8444 4 888 8
2. lodines tiittistitttttttttttttttttttititt848844888444488884848844444414ttttttttttttttttttttttttttttt 4

4 8

iodine-131 Ci LLD 1.601-05 LLD LLD i

iodine-133 Ci LLD LLD LLD LLD 4

e iodine-135 C'

LLD LLD LLD LLD 4

8 totalforperiod Ci 0.00t+00 1.608-05 0.00t+00 0.00t+00 4 4

8 t it t t t t t t t t t tll t t t t t t t t t t t t t t t t t t 88884448188488 88 8 888888 8844 84884 t il t t 4448 8 t i t t t t t t t t t t t ll t t

3. Particulates
  • t484888884888884888848884884488884888448888*t88888888444488488488888488488t$8848884t8488488 t

t 4

sanganese-54 Ci LLD LLD LLD LLD 4

iron-59 Ci LLD LLD LLD LLD I

cobalt-58 Ci LLD 4.551-06 LLD LLD 4

cobalt-60 Ci LLD 3.318-05

',LD LI,D t

t sine-65 Ci LLD

LD LD LLD t

i strontius-89 Ci L[D

'LD

.LD LLD t

t strontius-90 Ci lod 4.13t-07 LLD

)

4 8

solybdenus-99 Ci LLD

.LD LLD

)

centus-134 Ci LLD

,LD LLD

.J 4

cesius-137 Ci 2.001-05 5.081-06 LLD LL) cerius-141 Ci LLD 1.451-06 LLD LLD 4

8 cerius-144 Ci LLD LLD I,LD LLD 8

8 8

8 unidentified Ci NONI NONE N0H NONI 1

8 Total for period Ci 2.001-05 4,461-05 0.00b00 0.00t+00 t tattiltttttttttttttttttttttttttttttttttttttt4888844444ttisttltstS4:84tstitttttttttttttttttti LLD:BelowtheInerlimitofdetectability,inuCi/cc(table 4).

BIAVER VALLif UN!? 2 Pue5of16 TABLI10-2 2ndHalf-1991 SEMI-ANNUALRAD10ACflVIIFFLUENTRILIASIIIP0FT GASE0US EFTLUENTS - GB00 lid-LIVIL RELEASES CONTINU0USMODI BATCHMODE 4884888881448884444484t4884888888888888804818888888888888884 8888888888844884844884884884888 8

8 8

3rd 4th 3rd 4th 8

8 iluelidesreleased Unit Quarter Quarter Qutrter Quarter 8

80 8 88114 8 8 8 8 8 8 4 44 8 84 t 84 84 4 818 88 8 8 8 8 8 8 8 8 48 8 8 8 0 4 4 8 8 8 8 8 8 8 84 4 8188 88 8 881848 84 888 8 8 8 88 : 4884 88 88 8 8 %

l. Elesiongase$

88 88 88 8 888 84144 88 8888 8 4488 8 88 8 88 0 4 8 8 8 4 8 88 8 8 8 8 8 8 88 8 8 4 8188 88 8 488 4818 888 884 8 88 88 888 8 8 8 8 8 t $ 48 4 8 0 8

8 trgon-41 Ci LLD 1.361-NR NR 8

krypton B5 Cl 1.l5t+00 2.111 01 01 NR NR t

8 trypton-85:

01

.LD

,D NR NR 4

krypton-87 Ci

,LD

,.D NR NR 4

trypton88 Ci

,LD

,LD NR NR 8

8 recon 131 Ci

,LD

,LD llR NR 8

.LD NR NR 8

renon-133 C1

,['.D

,D

,LD NR NR xenon-133:

01 8

renon-135 CL

,LD

,LD NR NR

,LD

.LD NR NR a

renco-135:

C

.,LD

,LD NR NR 8

xenon-138 CL 8

8 e

unidentified Ci NONI NONI NR NR 8

8 8

4 fetalforperiod Ci 1.15E+00 2.171-01 0.00t+00 0.00!+00

-t t

sitettettstetsstattttttatstest844:sstettillsattet:88 stattstettss:t41888 488 488888888488888

2. lodines 84488888 448888888888888888 4884888888888844888:48844441884888464titt:8844titttttttt488tt4tl S

S Ci LLD

LD NR NR 8

.1lli::iodined13 81 18 18 ll 11 l

t S

i totalforperiod Li 0.00l+00 0.00t+00 0.00!+00 0.00E+00

  • 88888844848888888888888888**88888 tit 484888888884848844884888883444444tst44884848888888884888
3. Particulates 4t*4488888484888t$88888884444888888888884 48488 488888888888 48888488844484888888888 4888888 8

sanganese54 Cl LLD LL)

NR NR 8

1' I

fron-59 Ci LLD LL)

NR NR s

cobat58 Ci

LD LL)

NR NR coba t-60 01

LD LL)

NR NR NR NR e

1.LLD zine-C5 Ci

.LD 111 06 WR NR 8

4 strontius-89 Ci

,LD L

8 etrontius 90 Ci LLD 3.608-08 NR NR I

i niobius-95 01 4.42E-07 lod NR NR 4

8 solibdenus-99 01 LLD luD NR NR 8

8 ceslus-134 Ci LLD LLD NR NR 4

- cesius-137 Ci LLD LLD NR NH t

cerius-141 Ci LLD LLD NR NR cerius-144 Cl LLD LLD HR NR t

t t

t unidentified Ci NOWI NONI NR NR 4

8 8

8 Totslforperiod C1 4.4:1-07 1.75I-06 0.091+00 0.00!+00 t t

t 8888888tttttt 4tstt48848888 tit 8 tit ***ttt441848tittttt 488844tstt*t8881444884t****t8844488848 LLD:Belowtheloverlimitofdetectability,inuCi/cc(fable 4).

NB:NoReleasesthisperiod

f!AVtR VALLEY UWlf! 1&2 Page6of16 TABLI2A 2nd lialf - 1991 SIMl-AliRAL EAD10 ACTIVE IFFLUENT RELIASI EEPORT LlQVIDEFFLUINTS-SUMMAtl0W0FALLRELIASIS 4 8 4 8 8 8 0 4 4 4 4 t t 8 88 8 84 8 4 8 8 4 4 8 8 8 $ 18 8 8 4 4 4 8 8 4 64 4 4 4 4 48 8 4 8 t 144 8 88 8 8 4 4 8 8 4 4 4 8 8 8 0 4 48 8 4 4 4 8 8 8 8 0 4 4 8 8 8 8 8 8 8 8 8 8 8 8 88 8 8 8 8 814 8 8 8 4 4 4 4

4 3rd 4th ist. total 8 4

Unit Quarter Quarter Irror,t t

4 4

44 8 88 8 8 8 8 8 84 48 8 8 8 8 8 88 8 8 8 48 84 8 8 8 8 8 88 4 t 8 844 84 4 8 84 8 8 84 88 84 8 4 8 8 8 8 4 4 4 4 4 418 44 4 4 818 8 4 8 8 0 414 4 8 4 8 48 818 4 884 44 8 8 8 4 4 8 8 4 4 4 8 8 A.

Flecion&activationproducts

$4484888888888888888884448484448444888448844488888888888844444884t888844888888888448848888888444488444884444488 8

8 8

1. Total release (excluditt li-3, gases & alphal C1 B.lBE-02 2.471-02 2.60!+01 4 4

4 4

2. Average diluted cencentration during period uCi/1 6051-08 5.295-0884 Hit:84888 8

4 4

3.

Percentofapplicablelimit 1

N/A N/A 8

4 444488888884884448888848888844888888888844884888884444884488884444844888844884848888844884888488444 B. fritiun 4 88 8 88 88448 8 4 8 844 4 8844444 8 84 88 88 84 8 8 88 8 84 4488 8888 8 888 4418 8 8884 884 8 4 t i t 44 4 t it l 8 8 84 t i t 4 4 88 8884 88883 4 888 848 84888 88 4

4 8

1. Total release Ci 9.30E+01 1.37t+02 2.50!+01 4 8

8 8

2. Average dilated concentratica during period uCi/el 6.871-05 2.94t-048888448884888 8

8

3. Percent of applicable limit 1

2.29t+00 9.79t+00*

I 48884 t i t t t t t 4 848848 ti t t t t t t t t t 4 8 444 88 888 848 8 88 8 4 848 414 848 484 88 8884 884448 8 8 8 4 444 48 88 84 t l 8484 888 8444 8 C. Dissolved and entrained gaSe8

$448488848444884884888t*s4444888888884118884t 888444488848848888448884888884488844884884t?884888848884883488804 4

8 8

1. Total release Ci 9.021-04 2.911-04 2.70E+01 4 8

8 4

2. Average diluted concentration during period 901/e1 6.57t-10 6.241-108488488488488 4

8

3. Percent of applicable limit t

3.33I-04 3.121 04 8 8

8 448 88888 44 8844848888 t 8 8484 441448 84 88 888 888 8 88888 848 8448888 8888 84 8 8 444888 888 8 8 8 84 4 44 4 48 8 8 884 888 8 8 8 44 D. Gross alpha radicactivity 18 4888 88 88888 8888884 % t 884444488448888 3 44 8188 888488 888 8 8 8 8 888444 44444 8488 888 44 4 44 84 8 8 8 88 8448 8 488 88 8488 8 88 84448 8 8 4

4 8

1. Total release Ci LLD LLD
2. Bit +01 8 4

4 8488 4 $ 88 t t % 8 888888844448 844818 84 888 8 8 881 *

  • 88448844448418 8 888 88444 884884488888 84 48888 84 848 8411848 8884 88 48 88 88 4 4 8 88888 8888 84414844 818 8881848848 8 444 884884884488448 8888888884 $ 8 84448 88 8834 8884 4 8 48 84 848888 8 4 4448884 444884 8 8 84 884 8 4

4 8 E. Volume et vaste released (prior to dilutioni liters 1.71E+06 9.81t+05 1.12t+01 %

i t

t illt t t t t t t t t t t t t t t t t t t t t t t t t t t $ 48 88888 8 88 844 $ 44448188888 888 8 844 8 t i t t 448 t t t t t t t t t t t 4 88 t i t t t t t t t t 4 844 8 814 8 888 8 44

      • t4488*t88488444s4848488444814848888888814488488888888884844488444488444448188888888titttt4888184488488844884 4

8

F. Volume of dilution water used during period liters 1.35t+09 4.66t+08 2.29t+01 4 8

tittttlsttttttttttttttthtttttttttttttttttttttttttttttif tlistill4tttttttt044ttstillttttt:4444ttttttttttttttstitt W/A:HOTAPPLICABLE LLD:Belowthelowerlimitofdetectability,inuCi/al(Table 41.

B.3isbasedonalimitof3.001-3u01/1.

C.3isbasedonalimitof2.00E-4uC1/el.

ontoyneforacontinuouscalendarquarter[uidvastedischaneperiods.

"he values lis d at

. are the voluses durinr the actual lia eapproximately I+10litersforBVPS-1and hatotaldilu BVfS-2. (ie;

.000 rM is the approximate u nbined cooling tower blevdown f evrates free the sitei

!!AVIR VALLIT UNifS 1&2 Page7of16 TABLE 2B 2ndHalf-1991 EIMi-ANNUALRADICACTIVEEFFI,0INTIILIA51EEPORT LIQUIDEFFLUENTS CONilN')005 MODI EATCilMODE 188888488448481888448tt488444488888888048888888888888888804488448884488848804888888488844488 8

8 8

3rd 4th 3rf (th a

Nuclidesreleased Unit Quarter Quarter Quarter Quarter 8 8

8 48188884888448488488888888884884888888884884444148444848188884818848884148848888888814888888

1. Fission and activation products 884640884884488488444888888488444488888888888884884488888888888884 488888888t48888$t88844$44 4

8 beryllius-7 Cl N/A N/A LLD LLD 4

eodlun-24 Ci N/A N/A 2.45-03 2.041-04 4 8

threatus-51 Ci N!!

N/A 4.6t04 LLD 4

manganese-54 01 N/A N/A 2.St-03 2.66t-04 1ron-55 Ci N/A N/A 1.64t-02 1.41l 02

  • 1ren59 01 N/A N/A 2.43804 LL) ceba't-57 Ci N/A N/A 4.62804 3.79 l-05
  • 8 coba..t-58 Ci N/A N/A 2.308-02 9.88 -04 8 8

cobalt-60 Ci N/A N/A 3.188-02 6.271-03 8 i

sine-65 Ci N/A N/A

,LD LLD strontium-69 Ci N/A N/A

,LD LLD 8

i strentina90 Ci N/A N/A LLD 2.848-06 8 5.;18-04

zirconius/ niobium-95 Ci W/A N/A 4.31t-04 2.

niobium 97 01 N/A N/A 3.V I-04 I

solybdensz-99 Ci N/A N/A

! )

,D 4

8 technetive-99c Ci N/A W!A J

,D 8

8 ruthenium-103 C1 W/A N/A

.)

,D 8

4 silver-110s 01 W/A N/A 3.Hi-04

2. 2t-04 4 8

antimony 124 Ci N/A N/A 2.518-04 7, 1E-05

  • antimony-125 Cl N/A N/A 3.261-03
2. St 03
  • t lodine-131 Ci N/A N/A LI.D LD 8

8 iodine 133 Ci N/A N/A LLD LLD 4

4 centua-134 Ci N/A N/A LLD LLD 8

8 eesium-137 Ci N/A N/A 5.4al-05 1.91t-04 8 4

barium /14nthanua-140 Ci N/A N/A ID

LD 8

8-certua-141 Ci N/A N/A

,LD

.LD 8

4 cerius-144 Ci N/A N/A

.LD

,LD 4

8 8

8 unidentified Cl N/A N/A NONE NONE 8

8 8

8 totalforperici Ci 0.00t>00 0.00!+00 6.181-02 2.47E-02 8 4

4 4884888888888888888848 8 41888 88 888888888 848848488044 t?'

> 8888888888444888$44888848888888888 2i Dissolved and entraiced gases

$ $$ $t t t t t t t t t t t t t t t t t t t t t t t t t t t t t 48844444488 888 8184888 88448 8 8888488444 448 8144888888 4 88 888884 t

t argon-41 Ci N/A N/A LLD LLD 4

8 trypton-85 Ci N/A N/A 7.118-04 LLD t

4 xenon 133 Ci N/A N/A 1.48t-04 2.68 -04

  • tenon-133 Ci N/A N/A LLD 11 xenon-135 Ci W/A N/A 4.34E-05 2.29 05
  • unidentified Ci N/A N/A NOWI NONI 4

totalforperiod Ci 0.00t+00 0.00t+00 9.02E-04 2.911-04

  • 888888888888834888888888888488888888844881888444888888844888888884444884 tit 44888ttt***t 8 st LLD:Belowthelowerlimitofdetectability,inuCi/al(table 4).

I N/A : NOT APPLICABLE (liquids not discharged in a continuous mode)

!!AVERVALLIY-CNITS162' fere8of16 TABLE 3 nd f!slf 1991 SIM1-ANNUAL RADId'Kf!VI IFFLUlW? R!LIASE REPORf

+

SOLID WASTI AND 1RRADIATID FUIL SHlfMINTS 8 8 t P t 44 :1888 88888 84 t l8 88888 8 888 84 884 8 88 8 : 488 88418 8 818 : 46 84 81118 814 4 8 818 4 88 88 8 8 4 8 414 814 88 8 8 4 88 4 8 t e s t i t t l e t t il: 8 4 s t e t s t e l t A. SOLID WASTI SHIPPID OTFSitt FOR BURI AL 01 DISPOSAL INet irradiated fuel) 8 8

ssettistt:40stessaastisettelettsetteettettettestetlisessettaistt:868:4884:48:448488848 ::t8:464 48:488:46888:488:1:38 8

1.IrpeofWaste

}entrefits, Oil Dryccep.wiste Irrad.ccavenents Ittiested itersluges Centasequittent Centrolrods Iotal 8 s 8 ,vap.bottens(3) etc. i etc. ' Error t 8 8 8 ContaiterVolute 9.71E+01 cv. eeter 3.6li+02cu.seter 0.00t+00eu.teter 0.00!+00t(1) 0 totalActivits 3.82f+02Curles 1 1 t+01 Curies 0.00i+00 Curies 3.00l+01 1 3 4 4ttsststettisettestnessetsstiltittistatsstanttttttttttist:46888 886:t:4888888t::et:44 4884 488888:48888t866448:::3448 2.IstimateofMajorNuclideCespositionbyfrpeofWasteie' cent) a li 3 .43 ' 0. 1

4. 3 :+00 t 0.074% t I
2. ([+bi01 c-1 54 0.

1 0.00 :+00 1 8 P-3 J.}$ 4b 1 3.71 b 3 1 0.00 +00 t t Cr-1 1.! 3021 0.00f+001 0.00E.00 t t 8 Mn-4

b. 6: 01 1 4.43!011 0.00i+00t t

8 Fe-2.61+0't 1.54t+0)1 0.00l+00 t 8 8 Fe-6.76t-0$ 1 1.10t-071 0.00t+001 ) Co-1.378-011 2.135-021 0.00l+001 8 4 Co-5B 3.96 +00 1 4.60l+001 0.00!+00t t Co-60 4.80 +01 1 1.4RI+0 1 0.00i+00 1 8 Nj.59 1.13-011 4.7!!-0.t 0.00f+00 1 4 Ni-63 2.291+0 1 4.53f+0 1 0.00!+00 t t Za+65 6.52t-0 1 0.00i+00 1 0.00E+00 1 8 Sr-89 4.1784 1 1.51F 05 1 0.00l+0st -St90 6.5Bi-04 1 7.47L-02 1 0.00t+00t 8 Nb 94 3.64-031

0. Ol+N 1 0.00l+001 Nb-9) 2.82 -021
2. 4I-02 :

0.00l+00 t t t Zr-9b 5.21 i-021

8. El-05 1 0.00+001 8

Tc-99 1.40h031 4.181 02 1 0.00 +00 1 Ag110s 2.32g-031 1.43g-02 1 0.00 +00 1 Sn-1 3 9.431041 0.00i+00 1 0.00l+00 1 8 8 Sb-1 4 0.00i+001 9.171-051 0.00f+001 8 8 $b 1 5 4.34f-021 M)--0 1 0.00i+00 t t 0.00f*00 t t 8 12 2.311031

3. J -)

1 13 0.00!+001 ?Mi1 0.00t+00 1 8 8 8 la-3 0.00 100 1 c.J9 h0 1 0.00 :+00 1 8 3.l* 403 1 1

+00 1 0.00 +001 de.31J 53173
  • 00 S 0.00 :+001 8

s 1.78-01 1 I 8 Ba-140 2.64 -091 3.62 4221 0.00f+00 t 8 i Ce144/Pr-144 3.20 04 1 0.00 t00 1 0.00+00t t 8 ft-230 0.00 +00 1 1.$5:-071 0.00 +00 t t Pu-238 3.65t-04 1 2.521031 0.00 +00 1 8 1.431 0.00E+00 t t 0.00i+431 8 Pu-239/240 2.028-041 00 1 0.00f+00 1 Pu-241 2.41 -02 1 00 1 As-241 1.2S-041 1.12t-031 0.00i+001 8 Co-242 1.61 -04 1 3.071-051 0.00!+ Cs-243/244 1.351-041 1.791-031 0.00l+00 1 8 8 8848848488834481848884$4888 38 $stitt:88448848844til488488444888888444444888888848884484848:3888888888888$18:48888888 8 3.NesterofShipsents 11 14 0 8 8 frpe LSA 11 14 0 t of fype A 0 0 0 Container typeB 0 0 0 8 8 Used LargeQuantity 0 0 0 t 8 4 i l 8 Solidification Cesent 0 0 0 I Agent UreaFormaldehyde 0 0 0 8 Used None 11 14 0 t 8 i 8 Modeof Truck 11 14 0 8 fransport Rail 0 0 0 4 6 Final Earewell,SC 2 0 0 t l 8 Destinatio.: Oak Ridge TN (2) 7 8 0 8 Beatty, d 2 0 0 i I t Waspus,PA 0 6 0 4 8 8 8 Waste ClassA 8 14 0 8 Class ClassB 3. 0 0 t per10CTI61 ClassC 0 0 0 t I > Class C 0 0 0 t t i t t :448884444884 88 tit t t 448 t s t i sit t t t t t t t t t t t t t t t t t t t t t t t t t i s t s t:184888888888 888888 8884 8 t 88 8 8888888 8844 : 448844 8848 888 8 88 8 8 4 B. No Irradiated Tuel Shipsents e

  1. 88888884884888888888884888488:4884488884884 4888888488888888884tttttttttttttttistittttttttttttt4414$488880488844888844888 1)Sincecontainervolumesareprovidedbytheburialsite a calculational error of zero is assused.

(2) For shipents of DAW: ( 1venttoQuadrez,6venttoALAR0N&7venttoSIGforvolusereduction. Therefore,the volumelistedisthevoluseshi$ ped.ThetotalvolumeofLAWturiedthisperiodwasb.84H+1cu.seters.3 s lp (3)2shipsentsofSpentResin,lumeshipped.Thetotalvolumeofthiscategoryburiedthisperiodwas6.63E+1eu.sete thevolumelistedisthevo

FEAVIR VALLt! units 162 Pete9of16 TABLE 4 hdHalf-1991 SIMI-ANNUALEA010ACflVIIFFLUENTRELEASEFIPORT L0iitt LIMlfS OF IITECTABILifY (LLD) a uC1/cc uCi/s1 uCi/cc m :::: m ::::::::::::::::::::::::::::::::::::: m :::::::::::::::::::::::::::::: GAS LIQUID Fitt!R PAFER / CHRC0AL i GRABSAMPLE GRABEAMPLE C0Xtlh0003IFFLUENTBAMfLE i il00L101 (1000 cc) (1000 sll (2 85t+B cc) : H-3 1.001-06 1.001-06 Na-24 4.031-07 2.668-08 4.161 13 Ar-41 3.B38-07 4.098-0B Cr-51 3.431-06 2.0jt-07 2.38E-12 Mn-54 3.041-07 3.441-0B 1.98813 Fe-55 t 1.00E-06 i Fe-59 6.608-07 5.541-08 6.03E-13 Co-57 2.371-07 !.45!-08 1.418-13 0o 58 3.741-07 2.391-08 1.831-13 Co-60 4.688-07 4.63t-08 2.668-13 8 a Zo-65 7.68107 3.901-0B 4.24E-13 tr35 3.9215/1.00t-10 9.241 06 i tr-85: 3.448-07 1.92 -0B tr-87 1.171-07 4.89-08 a tr-88 1.11106 6.32 -08 St-89 5.001-06 1.00E-13 5.00t-08

1.00E-14 Sr-90 St-92 4.061-07 5.241-08 3.318-13 N5 95 3.03E-07 2.461-08 2.451-13 Hb-97 3.99E-07 2.29E-08 3.07E-13 Zr-95 4.701-0' 3.991-08 4.378-13 he-99 2.941-07 1.88F-0B 1.26E-13 a

te-99: 2.B61-07 1.831-08 1.22E-13 Ag-110e 4.141-07 2.731-0B 3.19E-13 Sb-124 3.94t-07 2.608-0B 2.018-13 Sb-125 1.21t-06 6.42E08 6.92E-13 I-2.9BI-07 1.B7E-08 2.068-13 1131 133 3.921 07 2.191-08 2.4BE-13 l-135 1.531-00 1.22t-07 9.55E-13 Ie-131a 1.45t-05 7.29E-07 141-08 555E-07 Ie-133 5.771-07 le-133: 2.501-06 1. le-135 2.578-07 .981-08 8 le 135: 5.00t-07 778-08 i le-138 7.91t-07 .2EE-08 Cs 134 3.40E-07 2.451-08 2.02E-13 Cs-137 5.928-07 3.17t-08 3.0BE-13 Ba-139 1.46E-06 1.02t-07 6.031-13 Ba-140 1.291-06 B.501-08 1.00E-12 La-140 2.26E-07 3.151-08 5.001-13 Cn-141 4.531-07 3.BBI-06 2.97E-13 a cv144 2,011-06 1.30E-07 1.371-12 Gross Alnh - L --- 4 1.00107 l.721-16

i a::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::

AllLLDslistedaboveseettheminisusrewirementslistedintables 4.11-1 and 4.11-2 of the technical Specifications. Sasple analyses performed by a contractor laboratory.

theseLLDcalculationscontainadefaultweeklycontinuoussample voluseof2.85E+Bcc.Therefore,grabsangleLLDvalueswouldreflect adifferentvolume(ie: 10cubicfeetce<83tt5cc).

w BLAVII VALLIT Wlf 1 Page10of16 fatle$A j 2nd hli - 1991 j SEMI ANiiUAL RAD 10 ACTIVE IFFLUINT RILIASE REPORT ASSISSMENTOFRADIA!!0NDOSIS 448888888888844888884488884884488888888888488888844881884448881888888488888888883488888844488448184888848884448848880448884884888848

UNif1 letQuarter 2ndQuarter 3rdQuarter 4thQuarter Year 8

8 8 4 1 o[ %oj# %of % of 4 % of{" 8 LIQUIDIFFLUINTS I [!s!f a [Isi IsIf [Isif !s!f# 4 Batch Releurs 8 t*1t* t 84 8 8 888 88 88 8 888 848488844 888 888484848 8 8 8 88 8888888488488888 448

  • t t 8 8 88 844 848 8 8844444884448 8 $lt 448888 84 4 88 88 8 884 88 8 8 888 884 8 88 8888

.8 8 8 8 4

BONIDOSI t 7.811-03 0.1562 3.681-03 0.0736 2.271-03 0,0454 3.53t 03 0.0706 1.73t-02 0.1729 8

8 8 8 - 8 LIVIRPOSI i 1.098-02 0.2180 5.25t-03 0.1050 2.441 03 0.0488 5.511-03 0.1102 2.41I 02 0.2410 8 4 0 I 8 8-R 8 TOTAL BODY DOSI

  • 7.261-03 0.4840 3.57I-03 0.2380 2.191-03 0,146v 3,86t03 0.2573 1.691-02 0.5627 8

s-G 8-t .t A

  • -TETR0!DD0SI
  • 1.181-03 0.0236 1.531 03 0.0307 8.161-04 0.0163 9.07t-04 0.0182 4.441-03 0.0444 8

=8 N 8 8 't. s IIDWifDOSI 8 3.95I-03 0.0790 1.921-03 0.0384 1llt03 0.0222 2.341-03 0.0468 9.328 03 0.0932 8 (1) : e 8 .8 LONGDOSI 8 2.718-03 0.0542 2.79E 03 0.0558 1.151-03 0.0230 1.55t-03 0.0310 8.20t 03 0.0820 t t 8 8 GILLIDOSI 8 1.22I-02 0.2440 1.18t-01 2.3520 2.111-02 0.4212 7.331-03 0.1465 1.58t 01 1.5819 8 8 8 8 8 888884888888888888888888848488888888848884 t t 8888888888188888888888888888888888888448888888344848888888888888484888888848888888884444 448488488448888188448888888884888888888884848888888 1888888888448888888888888888184 t 448 t t : 4488888 $ t 888888888448444488448888888888448 UNIT 1 8 letQuarter 2ndQuarter M Quarter 4th Qurter fear 8 8 8 4 4-GASIOUSIFFLUINTS %o 1 of % of 1 of 1of 8 8 8 Dese Tech pec Dose tech Spec Den fechSpec Doce TechSpec Dose fechSpec *

  • Batch &ContinuousReleases*

Lie t Limit Limit Limit Limit t 8888888348883488888884884818814818884888848841388888448888344888888884884484484 $ 4488481888488888048888888888888848888884888488888844 8 8 4' 8 8 (2)

  • BITAAIRDOSI i

1.281-01 1.2800 2.97t 01 2.9660 1.341 02 0.1335 1.038-02 0.1025 4.48I-01 2.2410 i 8 8 8 t ' (2) 8 ~GAMM AIR D0SI t 4.36I02 - 0.8720 9.238-02 1.8460 6.471-04 0.0129 1.12t 03 0.022 1,3767 8 8~ 8; 8 4 4884888888888848848888888848888888888844848888884488484848888444484888888888888848888888848888448888888888888888888488884888888441** 8. 4 8 8 8' 8 B0ttDOSI 4 4.61104 0.0061 3.91t-03 0.0521 6.831 01 0.0091 3.13t 06 0.0000 5.05t-03 0.0337 8 t. 4 s 8 LIVIRDOSI t 2.578-02 0.3427 4.298-02 0.5720 7.478 02 0.9960 1.08t 01 1.4400 2.51! 01.1.6753 t 0 i s 8 8 I

  • . TOTAL BODI DOSI : 2.55t-02 0.3400 4.181 02 0.5573 7.451-02 0.9933 1.081-01 1 4400 2.50!-01 1.5653 8

8 8 G t t 2.6533 7.528-02 1.0027 1,09t-01 1.4533 5.361 01 3.5~ e 7 8 A 8 THYROIDDOSI $ 1.538-01 2.0400 1.99t 01 '8: N - 8 s

  • IIDRIT DOSI
2.591-02 0.3453 4.231-02 0.5640 7.461 02 0.9947 1.081 01 1.4400 2.511-01 1.67N 4

(3) 8 8

  • LUNGDOSI 8 2.55I-02 0.3400 4.408-02 0.5867 7.481 02 0.9973 1.081-01 1.4400 2.52I 01 1.6820 t

'S 4 -t 8 GI-LLI D0SI 4 2.541-02 0.3387 4.16t-02 0.5547 7,458-02 0.9933 1.081 01 1.4400 2.491-01 1.6633 4 8 8 8 8 888888888844448848888888881884414814488424488888888888188448888884848848488888888848888888488844888888888888888888448888888888888844 (1) Thest doses are listed in stes; they are calculated for the suleus inditidul for all batch liquid effluents = (2) Then doses are listed in stad; ther are calculated at the site boundarr for batch & continuou gaseous effluents (0.4 si NV) (3) Then doses are listed in stes: ther are calculated for the sost likely exposed real inditidal (child) via all retl pathways at0.89siNW. Limits used for calculation of percent (1) are free Section 3/4.11, Article 3.11.1.2,3.11.2.1,3.11.2.2and3.11.2.3ofthe-Tschnical Specifications (couldered to b the Design 0Weetives).

IIAVik VALLif M it 2 Fige11of16 fable!B 2ndHalf-1991 fiel AHUAL LAI'lCA0flVI tillt1W1 ill.!A!! EIK'kT A!!!Sitiff 0F LADIAtlM MitS II ::alllitittelilllilllllitilllllisslittillllistettlettlitilli:188888818:488888:18:488 41:188888stilllllitillitellittleillllllllli Ullt2 8 lit h irter 2nd h arter 'ird h irter 4th harter leer I 1 LlQUID(FTLClifS I 1e 1o 1o 1o te i 1 8 kee fett tee kee tech tee kee tech tee het tech ree ble fe h tee 1 8 BatchIsleuel 1 Liet Liet Liet LisI hl i 0 41188881488888888888t888888888888418888488888884884888888881188888188844988844884818881888048888888888884888880484149811111888488888 8 8 8 8 l B3I M58 1 7.61103 0.1562 3.(El 03 0.0736 2.271 03 0.0454 3.53t-03 0.0706 1.731 02 0.1729 4 8 8 1 4

  • tlVit MEI i 1.091-02 0.2160 5.251 03 0.1050 2.441 03 0.04f6 5.51t 03 0.1102 2.411 02 0.2410 1

g 8 0 4 8 A I TOTAL IG Y ICS! I 1.26H3 0.4640 3.578 03 0.2380 2.191 03 0.1460 3.661-03 0.2573 1.691-02 0.5627 I s 1 1 8 8 I fi:YR01D !CSI i 1.18I 4 3 0.0236 1.53 H 3 0 0307 B.161-04 0.0163 9.071-04 0.0162 4.44t d3 0.0444 8 i e a 8 1 !! WIT MSI I 3.?5t-03 0.0790 1.92t-03 0.03B4 1.11143 0.0222 2.34t43 0.0466 9.32t43 0.0932 I i {l) 8 8 8 8 i LUNGIMI 2.71103 0.0542 2.79t 03 0.0556 1.15t43 0.0230 1.55t43 0.0310 6.20t 03 0.0820 8 8 t 4 8 8 8 01LLID0!! l 1.221-02 0.2440 1.151 4 1 2.35M 2.11142 0.4212 7.33t 03 0.1465 1.561 4 1 1.5819 8 8 8 8 8 888888448881414818888888881111884tilittittttillilittillitillllllitl% *'&stiltlitillitillllillllill4818888888888888888888888888884184 48448888881848888118888888888888888844148888888488888888188418888841448184t844888888118488888888888888188888888888888811188888ttl488 0 Uillt 2 I let h artir 2nd harter 3rdQuarter 4th harter Year I i 8 4 8 GASIDOSIftl,0tuf! i tc to 1o 1e ie 4 te!.b pee Dose lech tn hee tech pee hee tech tec kee tech pec 1 I hse is t Lie t Lie t Llit List 8 Batch &Continucosteleues* 8888888888118441888888888888884188888888888888888818888118844888tiltliittillllilitllliset'littill44888880488188488444144888888844888 8 8 4 4 8 (2) 1 HTAAltDOSI I 8.69142 0.6695 1.781 4 2 0.1785 9.54t 03 0.0955 9.158 4 3 0.0916 1.23! 4 1 0.6175 8 4 4 3 4 8 (2) l CAMA tlR DOSI i 1.12t02 0.2240 1.B0t43 0.0300 1.301 4 4 0.0026 B.101 05 0.0016 1.32t 02 0.1321 8 8 4 4 1 188888818888848111888884818888888888888141844680148888884948888884048888888814884448481888148884048488818848881188844888888848888886 4 4 8 8 8 i B0EI M58 8 4.31t44 0.0057 4.29t44 0.0057 7.35t-07 0.0000 0.00t+00 0.0000 B.61144 0.0057 I e i t i LIV!RDOSt i 7.77t-02 1.0360 6.22t42 0.6293 4.431 02 0.5907 4.101-02 0.5467 2.251 01 1.5013 4 4 0 t i 1 l i TOTALBODYD0;I 7.78102 1.0373 6.23t42 0.8307 4 231-02 0.5907 4.10t02 0 5467 2.25t 01 1.5027 8 ) 8 8 8 A 8 THIROIDDOSI i 7.77802 1.0360 0.228 02 0.8293 4.4!t-02 0.5907 4.40t 02 0.5467 2!!01 1.5013 1 1 a s t I IlNilDOSt i 7.77t43 1.0360 6.221 02 6 8293 4.43t42 0.5907 4.108-02 0.5467 2.25t41 1.5013 8 1 (3) : I 8 LUNGD0!! l 7.77t42 1.0360 6.221 02. 6293 4.431-02 0.59M 4.10I42 0.5467 2.2b!-01 1.5013 8 1 I t i I GI LLI DOSt i 7.77t42 1.0360 6.22t%2 0.8293 4.83t-02 0.5907 4.101 4 2 0.5467 2.2!! 4 1 1.5013 1 i 8 1 888888888814184448888888448116448888888448848818884484888888888888484 t 88888888883488444848 18848888888888888848844818883481848844888 (1) Theu doses are 21sted in tres; ther are calculated for the suins individual fer ill batch ligli effluents (21 These doses are listed in stad; ther are calcullted at the site bounderr for bitch & centinuns gueous efflunts (DJ si WW) (3) Thest dues tre listed in eres; ther are calculated for the sut likelt expond real individul (child) via all real retture at0.89siFV. Limite ned for calculation of percent (t) are fres Section 3/(.11 Article 3.11.1.2,3.11.2.1,3.11.2.2and3.11.2.3ofthe "echital Specificaticu (couldered to be the Doign Objectives). l l

IIAVik VALLEY units 162 hit 12of16 TAfti6 2nd h lf - 1% 1 EEMI AHUAL LAM 0ActlVI tillf!NT !!LIA!! tiMt t illllllllll a lli t t ill e tt ililllll t: 4 818 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 818 8 8 8 88 41818 8 8 8 8 8 8 4 8 8 8 8 8 8 8 8 8 8 8 88 8 8 4 416 8 8 8 8 8 8 8 8 8 8 8 818 81 8 8 8 t!CBICAL !i!017104f105 IntflWT M'.WitCRIO ikSimik1At!0N Cl!AHILS Of EttVENID TO Oi!LABLE ETATUS WlfHIH 30 tAYS I l 4 180488888880481188884818888888888888888888881888888848888888888888884818888888848888888888804888818888888888818888888188888800 1 0 8 8 8 8 8 thereveteno 8 8 4 i fechniell Erecificitbn Iffluent Mnitories Inttrumentation Chineels 8 8 8 8 Not hturned to Operat>1e Status Within 30 his I l i I during this report terled. 8 I I I I I 4 8 8 8 8 8 I l i I I I 4 4 8 4 I l I i l 4 8 4 I l I i i 8 8 8 8 8 4 8 8 i l 8 8 8 4 8 4 4 4 8 8 188888888888888888888888888888888888888888888888888888888888888888888888888848834888488888888888888888888888888888888888888884

1 l !!Aftt VALLIf tilts 142 hre13of16 TAILI7 ndHalf 1991 SIMlANDALRAL10A011VIIFFLUINTill[Aftlif0LT o O CFR 190 IkV!B3 MENTAL Mits totalDceefreeallfacilittreletteeforthe1240tthterlod January 1,1931thrutecestet 31,1991 taillittiliittititititittlicilllitilllitillililllittittlillfilllllill i 8

  • ORCAll
MSI (ares) 8 1OFTICH.SitC. limit 8

4 1 4 6 188804888818888888881411888888118481188888888888881118888888888888888

  • B05!

t 4.0$1-02 1 0.161 8 1 1 1 0 LIVil 5.25t01 2.101 8 t i 4 4

TOTALB0DT
  • 6.00t-01 1

2.641 8 e i i THIR01D t 7.70801 1 1.031 8 a i f a lit 5tf 4.9!I01 8 1.9B1 4 8 I i 1/JIl0 6 4,9(I-Cl 1.981 i e t 8 8 iGI-LLI i 7.92t-01 8 3.171 8 8 8 8 8 444888888888 88888888888888818818888888888881418881888888880488884888 theabovecumulativedesecontriktionsfreeliquidandgaseous effluentsweredeterminedinaccordancewiththeapplicable technicalSpecificationsandtheODCM. TechnicalSpecification3.11.4.1 states: Thedcseerdoce censitsent to MIMEIR(3) 0F fi'l PUBLIC fren all f acility releases lelimitedto(or:25arestothetotalbodyoractorgan(except the thiroid, which is lisited to ( o. : 75 at:o) for a calendar rear. Ilote that an aseestsent of radiation detes free radioactive effluents toMIMBil(S)0FTERPUBLICduetotheiractivitiesinsidethesite boundary is r.ot applicable. ,)

IIAVII VALLif l! Nits !!! bge14of16 1ALLI8 2nd b li - 1991 f tMI AWJAL RAD 10ACtlVI IFILUENT IILIA!! ilf0kt 8080818888118888811148881188188848188880488481848888818818888111848888888814888888888888614818888888888888888888814l18811888888 t 8 i ttCulGL St!Cillut10N RIVilLLANCI tiflCltN0!!S 8 8 8 48888118 41 $ 88884481888888881848888814168810 848188888881881418 88888888888888 88888888888048814884488888880484818488888888888 8884 8 4 Asspelfiedb;$ntveillancetequirement 4.11.2.1.2, Radinctive gaseen eastes shall be eattled and anlried 4 8 according to the supling and unlisis progras of table 4.112. Contrary to this, the folleries deficiener was 8 8 obser.ed during this report period: 4 the normal continuous prticulate filter (41 se filier pter) ud iodine cartridge suples sere not t collectedasrequiredfortheperiod 10/15/91(1516bre) thrush 10/16/91(0555brs)freetheUnit2 4 SLCIS Vent (tleuted hieteel Iffluent hoitor (2EYS tQ-109). I t t 8 lievever, for this same priod, an alternite particulate saaple (moving filter pper) was collected. 4 This nur us ustried for principi gassa esitters ud no nuclides were identified. The sovieg 8 8 pter van then analized by a sentractor itberatorr, ud no cesposite nuclides (le; Sr-69, Sr-90 and 8 CrossAlpha)wereidentified. 8 8 I l As required, the two gas grab enples were collected during this period, these samples were analized 8 for principi sassa esitters ud no nuclides were identified, a i I l there were no safet; isplications to the health and nietr of the general public as a result of the failure to 4 8 properli cellect and analise these tasples. Itthouldbenotedthattheupstreaseffluentpathwayradution 4 i s uitors (4 airborne scnitors) were in service and these nobitors did not give u r alare conditions during the t 8 periodofnontechSpcsastling. ThisitesisdocumentedinincidentfeportNo. 2-91-029. I a 8 8 8 8 4 4 4 8 8 8 4 4 4 8 8 8 4 8 8 4 8 8 8 8 8 8 4 4 8 8 8 484888 8 8444 88888 88 818 8 8 88 8 888 888 8 84 818488 4888 8 84818 88 8 88888 88 8 t l4848 8 83 4 888 8 884 8 888 8 8 88 8 8 448 8 88 444 88 88 8 8 8414884 88 8 44 44 88448 8 8 84

!!AVil VALLtf G lf 1 Fare 15 of 16 fAPLI9 2ndHill-1991 !!MI AEWOAL LAL10ACflVI IffLCllt illlA!! iti0kt 18811888888888888888888864888811888118804888888888888888888118888888888888888888888888888888888888888888888888888888888888 8 8 8 UNif I CTT$lf! DOSI CALCULAfl0K KINDAL CRAl;tS (!!SCill'fl0N) I i i 888818888844888888888814118488888888888888881888888888888888884i1888888888888888888118881188881888888888888888888888888881 8 4 I I I I 1 Therewirenothleglssidetothe 8 i i I UnitiOffsiteItseCllculltienMassal 8 8 8 9 dirits this report period 8 4 4 4 8 8 8 8 1 5 3 8 8 8 8 8 8 8 8 8 8 i i i 8 8 8 8 I I I I I I i i 8 8 8 i i 8 i 8 8 8 I 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 88888888888888888888888888888888444888888888888844848888888888888888888888888888888888888888888888888448814818888888888888

E!!VIR VALL11 0117 2 isse16of16 1Atti10 2nd llall lH1 IIMIAlrJALLAD10ACTIVIIllLOINTIILIA!!!!NRt $8881888888888881118811188888681188888888888888881180ll188888814818888888888448184888884818$184888881188 '1888444416418118 I I t Ullt 2 Offs!!! IO!! CALCULAtl01 MANUAL CilAW;t$ (!IS0 tift!00 8 I I 88888888888888188888888888881188888888888888888888818414888888888888888888888864888888888811888888888888888888881188888141 8 8 8 8 8 i fttre were no etitles sadt to the 1 8 8 8 Ur.it2OffitteItseCalculatletMintil I i i I duringthisreportperiod t t t t i i 4 8 9 1 8 8 0 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 t 8 8 4 4 8 8 8 8 8 8 8 8 8 I I I i 8 8 8 8 8 8 8 8 8 8 4 8 8 8 6 8 8 8 8 4 6 8 8 8 8 8 4 4 4 8 8 8 8 8 8 I i 8 i 8 8 I I 88888888888888888888888488888884888888488888861888888848818818888488888888888888881188 8888888888888888 8888884 $ 448888888888

ELAfttTALLif-UllfS162 AffACE!It1 2nd b li 1991 ftMI IVWUAL LADl0A0tlVI ITTL01it !!LitEt itP0tf J0!ItIRIVJtNCfDISTI!But101TA!LIS 4 m_ ..___m_-_

Table 1 Beaver Valley Heteorological Data Recovery Third Quarter 1991 Continuous Batch Belease Dh Comments Joint delta T (150ft-35ft) 98.1% 100.0% There were ten hours of data loss due to moisture ingestion into the aspt-rators. Joint delta T (500ft 35ft) 98.2% 100.0% There were ten hours of data loss due to moisture ingestion into the aspi-rators. HALUBURTON NUS

Bor/er Valley Joint Frequency Distribution Tables for Continuous Releases Delta T (150ft-35ft) and 35-Ft Wind and Delta T (500ft-35ft) and 500-Ft Wind Third Quarter 1991 HALLIBURTON NUS

ah* A N0;o C B B e y nzoooo p 3 ococoa y a e4oooo 4oooon 4 g ..poooo g g ~~oooo a agsooo g a mooooo y 2 g ) g ojoooo a -oeooo -omooo y a o~mooo e g 3 mguooo g 3 omocoo im 0 O .t 5 a m.-oaoo g a 4,oooo o a g 8 d d g g y ag y g -ococo m-oooo 4 3 l 8 gg gg g

moooo 3

omoooo o g Ge s

e 8

wooooo 4 A A =g y nooooo o S S w w W 9 9 o o g g w mooooo m o o w o C* o C o o o o a s e 8 5 gw 9 R 5 gw ococoo o e-oooo ~

a w

e s g& C 9 0 9 s s A e N4oooo y -ooooo E E t r. t=o 4 2kB ek8 00 *" E 59Cj 590l W y ~ ~ g R y eA _ en _ - C o8 W y gjyy = ugoooo a gygy = omoooo m 'e! goot emon-

AgW assss aags assas

= e:s m m 511##48seassa~ s sess#s8 x" 355 5EEE8j 511Y s EIEEej aa~ e aog:E_ g ww. sog:E e sEs sist 'd"ds EisE 'ddds I

e f J OM7oooo ,e-a epGpoco p g M 4 4 o 0 e- ?j 04000o e } 000o0e g a } MMoooo C } ggeooo g }B } f t-o o o o je MNoooo e J l a 4cocoo o a gg~ooo g p; 3 asmooo .. en - en - a w o = a w 5".". b a 5"."." E = -#oooo o oooooo S o <o o ~- 4"3 o o dw M8aV WSaW $ EE8 E5 $ 88888 ES!E SSSS8 SEG C5uto-Adadd8 C*I uo-AaadJ8 4 a !( Ego;h! 5 2 3 ; "n "n ? S 2% "*5""{ 5..""7J 5 C 5"d* 5..""7J 5 Wm.

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N N 2 4 2 3 4OOODO e 3 OOOOOO O A v~ e-A ~3 400000 e 1 ODO000 0 5 5 3 MOODOO M 3 pe0000 Q g] pe OOOO e e 3

  • O0000 g

n 3 m44OOO 3 4 *- O O O O e M NN e M 3 O40000 3 moo 00O e M 4-4 M e-em M M e W W w w e eh W O M 4NOOOO 4 w O M N *= O D O O M

  • =

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  • = w w

4OOOOO C 4 4w eo et m -= M 4 o (O w W M N N to w 2 c e aa 8 5 e e c - g goOOOD g gDOOOO g M M w N N O O = = 4 0 4 Q 1] w O O w NO000O

  • =

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N N 2 M M M a et O 4 O y1 e e w Q e-O e= w w 5 5 5 w Oe~C000 w N00000 N C a N N M a

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w ) y y <= N O O 2 a W w m se 3 3 .J e W +=O0OOO w mOOOOO M e w w 3 N N a e= e-O O e w wz wz 15 > 15 N 4 O e de W a) ** O O O O at C $^ w NOOOOO N a N >D a N >= = N "3 a

  • =

e-z O .,e # aM .a +

  • m 2

8 N O E M eO ..e. ee M .e .. se M N a OM 5 > >< =

m. *= 0 0 0 0 4

N N0000O N 2 5 >. > *o* e, a,, 5 O 0 O en waaW M8av g g Q ww OOOOO cn OOOOO 4 d== Q aa .4 6* O M DbD+O M @@e#O 4 M== ><ww e e ' * * =O > 4ww +

  • *
  • O
p ww

>= w te m o a m N N 00 4 0 4 > w cm aoe e F.= N a) 4 O= at .a Ow +=E1wwE E e= e+ N e (

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M E b* 45 e( > W at a3 O O a. A 4>->= d a a e-e o e e 422-e + e o-w CW w ** 4 e- - - O MNNO e- - -- O M N N m) CL sa M O M 3 3 't M 3 3 ** e e*

PROGRAM: JFD VERSION: PC-1.1 l BEAVER VALLEY JFD - GROUND LEVEL CONTINU0US RELEASE SITE IDEN11FIER: OLBv2 DATA PERICD EKAMINED: 7/ 1/91 - 9/30/91

      • 3RD OTR 1991 STABILITY CLA$5 G biABILITY SASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIkD THRESHOLD AT:

75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPtED AND DIRECTION IN M1JRS AT 35.00 FEET SPEED (MPH) N NNE hE EWE E ESE sr SSE S SSW s'4 WSW W WW NW Nw ICTAL 16 .76-3.50 1 0 1 2 21 76 135 75 20 3 1 0 0 0 0 0 335 CALM 3 51-7.50 0 0 0 0 0 0 0 0 0 T 0 0 0 0 0 0 1 7.51-12.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 12.51-18.50 0 0 0 0 0 0 0 0 C 0 0 0 0 0 0 0 0 18.51-24.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 >24.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 TOTAL 1 0 1 2 21 76 135 75 20 4 1 0 0 0 0 0 352 STABILITY CLASS ALL STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND ME ASURED AT: 35.0 FEET WIND THRESHOLD AT: .75 PPH JOINT FREQUENCY CISTRIBUTION OF WIPD SPEED AND DIRECTION IN NOURS AT 35.00 TEET SPfED (MPH) N NME 4E ENE E ESE SE SSE S SSW SW WSW W WW kJ bbd TOTAL 66 .76-3.50 41 56 39 48 97 176 245 179 122 81 44 60 e9 59 57 78 1451 CALM 3.51-7.50 50 17 7 2 0 0 3 2 16 48 70 133 of 56 38 46 5 79 l 7.51-12.50 0 0 0 0 0 0 0 0 0 3 26 31 0 C 1 0 70 l 12.51-18.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 i 18.51-24.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 l l >24.00 0 0 0 0 n 0 0 0 0 0 0 0 0 0 0 0 0 i l TOTAL 91 73 46 50 97 176 248 181 138 132 140 22e M9 115 96 124 2166 O

PROGRAM: JFP VERSION: PC-1.1 ~ f BEAVER VALLEY JFD - GROUND LEVEL CONTINU0US RELEASE SITE IDENTIFIER: DLBv2 DATA PER100 EMAMINED: 7/ 1/91 - 9/30/91 32D C!R 1991 STABILITY BASED ON: CELTA T BETWEEN 150.0 AND 35.0 FEET WIC MEASURED AT: 35.0 FEET WIND THRESHOLD AT: .75 MPH TOTAL nut 1BER Of CBSERVATIONS: 2208 TOTAL NUMBER OF VALID CGSERVAfl0NS: 2166 TOTAL NUMBER LfF WISSING OBSERVATIONS: 42 PERCENT DATA RECOVERY FOR TNIS PERICO: 98.1 % ME AN WIND SPEED FOR THIS PERIOD: 2.9 MPM TOTAL NUMBER OF OB5ERVATIONS WITH BACKUP DATA: O PERCENTAGE OCCURREhCE OF STARILITY CLASSES A B C D F F G 16.44 3.37 3.28 22.62 22.30 15.74 16.25 j DISTRISUTION OF WIC DIRECTION VS STABILITY N kNE NE EhE E ESE SE SSE S SSW SW WSW W WW kJ nmW CALM A 33 28 8 7 3 4 14 4 8 23 12 47 59 39 32 35 0 8 3 2 1 0 0 0 0 1 4 3 5 22 12 4 4 12 0 C 6 0 3 0 1 0 0 1 2 1 9 15 9 5 6 13 0 0 30 22 9 8 7 11 6 7 15 22 57 104 66 51 38 36 1 E 16 19 21 21 27 25 27 23 56 64 51 35 20 16 16 27 14 F 2 2 3 12 38 60 66 65 33 15 5 1 3 0 C 1 35 c 1 0 1 2 21 76 135 75 20 4 1 0 0 0 0 0 16 TOTAL 91 73 46 50 97 176 208 181 138 132 140 226 169 115 96 124 66 l 1

h e E (? J O O O M F1 O O e-J UO@NNOO (* 4 e-er e-o- O O e e-O O O O O -) O 3 OOOOOO c'.7 4a 79 OOOOOO O '8 OOeOOO e At A ",.8 OOOOOO O 3 O O O ** O O h 3 000000 O 3 ODOOOC O 000000 O O O ** O O O g C00000 O } 000000 O 3 OO00OO O 1 OOOOOO O >= M e-LeJ M w M lae W W W b. b. e 000000 O H 00e000 e a 4 e. It 8 8

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m A w + 9 M n C N e e- 0 0 4 O O O ** t s O e 4 4 g g g g M M e e m-D- W em ee

  • = w uf 000000 O

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== w to w a a 9 4h es w 6 e e-ao "9 8 5 n W GO*=O00 M >= w QQ*=0OO e F) >= W M u M w w w tad 9 U 9 et O et. O W C00000 O w OOeOOO e O O g g 8 8 W th Q in Q is w w w 000000 O b U^ b w DeOOOO e R W 5 W 5

  • s 9_.

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  • =

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b b 0 e N N,o. o "1 o o o o **o o 3 e 9t e+ M er e N y mygm~o g 3 oooooo o 5 g 8, 8 eggroo p e oooooo o o m u 8 8 g ,n y e Q g y s;p-oo y oo~ooo ~ g ,9 "g ")- n db 4eA-oo O NU o-Meoo e g U i 20 at E 9 5 5 Uo A 5g A Ey sooooo a o~oooo ~ w w w w 9 u 9 E o o Ogmooo w oNoooo N o, g o g w ? d 8 8 a g e e e .n A g g g w, g gy en-~oo o-~-oo 4 e g B & D 9 0 9 5 5 oNNooo 4 d@Aeoo g y g , g b - Q - - o we wr g eM 8 et5

15 g3R 59Cj W

59cj y R*R*oa A oo""oo a 18 ' - um d8 ' = U" -.G ~%8 5" ;< ;< $ W 'dW 5" ;. 0 5 = .,oos-o = one-oo o o -.n o e,,, - <a .=g wep maw o o w $ 538 5$55 88888 E5kN l SSSS8

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E o g RCA*** C l l !E !E ,W N ,W $44""o R g 5 5 A T, u W o-ocoo w wooooo o .u. m 4 m w w 9 5 9, o o o o w eooooo o, g gAejNoo g w 5 8 8 = 9 S 5" 5W 5y

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W m m w s G 9 0 9 5 5 = 4 5. B 8 w oooooo o w wro-oo g = = Q wz wt 2 S net 5 025 E < o C ;E <o C s w oooooo o w ooonoo "d 8' C " S 8 'J d8'. = 's C "g" o W 'gW 8" < < 5 5".""$ = -ooooo s 4 - r.o. - o e_ e,, - o <<o ~m ,-g o em eau wegwMSmE 28888 $ 558 5$ 88888 na

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"E***' 5. 77"J 5 ""E-w! 5. 77?~J ~fk 3g----~^ .9e** -tn $y<d5 2995 o 3 o e- - -. o 2925*- Na***^ ~ t MER Gs58 ""WN G558 ^"WS

Pet 0 GRAM: JFD VERS'Ob: PC-1.1 9 BEAVER VALLEY JFD - ELEVATED CONTINUGUS RELEASE SITE IDENTIFIER: DLBV2 DATA PEttCD EXAM!kED: 7/ 1/91 - 9/30/91 3RD QTR 1991 STABILITY BASED ON: DELTA T BETWEtw 500.0 AC 35.0 FEET WIC MEASURED AT: 500.0 FEET WlwD THRESNOLD AT: 75 MPH TOTAL M.MBER C' OBSERVAT104S: 2208 TOTAL IOGER OF VALID OBSERVATIONS: 2168 TOTAL NtMBER OF MISS!hG OBSERVATIONS: 40 PERCENT DATA REC 0%TRT FOR TMIS PERIOD: 98.2 % MEAN WIND SPEED FOR TMii PERICD: 8.0 MPH TOTAL NtMBER Of CBSERVATIONS WITH SACKUP DATA: O PERCEbf AGE OCCURRE#CE OF STABILITY CLASOES A B C D E F G .51 .88 2 77 47.14 31.41 16.70 .60 DISTRIBUTION OF WIC DIRECTION VS ST AstLITY w hbE hE E4E E ESE SE SSE S SSW SW WSW W WW kJ h4W CAiM A 1 1 5 0 1 1 0 1 1 0 0 0 0 0 0 0 0 s 3 0 3 1 0 1 4 4 0 0 0 1 0 1 1 0 0 l C 10 3 4 4 2 2 5 2 0 0 0 7 6 8 4 3 0 D 81 33 28 21 24 10 1c 32 33 63 123 149 133 112 82 80 0 E 56 45 44 26 31 18 34 23 35 41 81 62 84 /.5 33 te 4 F 26 17 25 30 22 13 7 12 12 26 48 31 26 35 14 16 2 G 1 0 0 3 1 1 2 1 0 0 f 0 2 0 0 0 1 TOTAL 1r 99 100 85 81 L6 70 75 81 130 253 250 251 202 134 117 7 1}}

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