Text

Semiannual Radioactive Effluent Release Rept for 6-Month Period:Jan-June 1990
	ML20059C712
Person / Time
Site:	Beaver Valley
Issue date:	06/30/1990
From:	Sieber J; DUQUESNE LIGHT CO.
To:	; NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
	NUDOCS 9009050278
	Download: ML20059C712 (52)
	v • d • e

?r I

I.

I I

I I-DUQUESNE LIGHT COMPANY Beaver Valley Power Statio-Unit 1 & Unit 2' Semi-Annual Radioactive Effluent Release Report For The 6-Honth Period:

I' January 1, 1990 thru June 30. 1990 I

I I

9009050278 900630 ADOCK0500g,g:}4 DR

I b M X T R3 b j d b 4 W rg Qa*b$'*' h'**'s*'"

n

$ hen @cA PA 15077 0004 I

m..a m, n gg

,g

'u Ptw e W *ea. Ger>x August 23, l?90 I

U. S. Nuclear Segulatory Commission Attni Document er.*en1 Desk Vashington, DC 20555

Reference:

Beaver Valley Power Station, Unit No. 1 and No. 2

~

BV-1 Docket No. 50-334, License No. DPR-66 BV-2 Docket No. 50-412, License No. NPF 73 Semi-Annual Radioactive Effluent Release Report For The First Six Months of 1990 Gentlemen The Semi-Annual Radioactive Effluent Release Report is hereby I

submitted in accordance with the requirements of Technical Specifications 6.9.1.12 and 6.9.1.13 for Beaver Valley Power Station Unit i license DPR-66 and Beaver Valley Power Station Unit 2 license NPF-73.

This report contains the information required by USNRC Regulatory Guide 1.21 Revision 1 and the Technical specifications.

Note that shared radvaste systems exist for gaseous elevated releases and for liquid releases.

I The report format is summarized as follows:

1.

Supplemental Information page I

2.

Taole 1A:

r seous Effluents - Summation Of All Releases 3.

Table 1B:

Gaseous Effluents - Elevated Releases 4.

Table 1C1:

Gaseous Effluents - Ground Level Releases (Unit 1) 5.

Table 1C2:

Gaseous Effluents - Ground Level Releases (Unit 2) 6.

Table 2A:

Liquid Effluents - Summation Of All Releases 7.

Table 28:

Liquid Effluents 8.

Table 3:

Solid Vaste and Irradiated Fuel Shipments I

9.

Table 4:

Lover Limits Of Detectability 10.

Table SA:

Assessment Of Radiation Doses (Unit 1) 11.

Table SB:

Assessment Of Radiation Doses (Unit 2)

I 12.

Table 6:

Technical Specification Effluent Honitoring Instrumentation Channels Not Returned To Operable Status Vithin 30 Days I

Technical Snecification Surveillance Deficiencies 13 Table 7:

40 CFR 190 Environmental Doses 14.

Table 8:

15.

Table 9:

Unit 1 Offsite Dese Calculations Manual Changes (Description)

I 16.

Table 10:

Unit 2 Offsite Dose Calculations Manual Changes (Description)

17. :

Joint Frequency Distribution (JFD) Tables 0 ":

K6%

U. ' S.l*luclsar Riguletory Concission -

August. 23, 1990 i,

Page 2' There vere 0 abnormal releases (0- liquid and 0 gaseous) during this report period.

If there are any questions concerning this report, please contact A. T. Lonnett at' 412-393-5860.

I:

'[

J. D. Sieber g

Vice President Nuclear Group ATL/laf United States Nuclear Regulatory Commission cci I.

Regional Administrator, Region I 475 Allendale Road King of Prussia, PA 19406 United States Nuclear. Regulatory Commission Resident Inspector P9 aver Valley Power Station Ms. Dottie,Sherman American Nucleat insurers Library I

The Exchange Suite 245 270 Farmington Avenue Farmington, CT 06032 Mr. Thomas Gerusky Department of Environmental Resources Bureau of Radiation Protection P.O. Box 2063.

i

-Harrisburg, PA 17120 Central File (2)

I I

90/0088 I

I

BEAVER VALLif - UNITS 163 let lialf - 1990 SIMI AHDAL RAD 10ACflVI IFFLUENT RE!!6SI RIPORT-SUPPLEMENTALINFORMAfl0NPAGI c

- I FACILiff:

B.V.P.S. Units 1and2 LICUSit: DuquesneLightCompany

1. Regulatory Limits t

a. Fission and activation gases:

b.

odines:

c. Particulates, half lives > 0 days:

8 tit TechnicalSpecifications, Article 3/4.11

d. t,iguid effluents:

2. Maxinus Permissable Concentrations ProvidetheMPC'susedindeterminingallovablereleaseratesorconcentrations, a.

lissionandactivationgases:

b.

'odinas c.Jarticul'atjve,nts:

e half-lives > 8 days:

- - - 10CFR20AppendixB, fable!!

d.

,iguideff

3. Average Inergy Provide the average energf (I of the radionnelide sixture in release of fission and I

activationgases,ifapplicab;e:...NOTAPPLICABLI

4. Measurements and Approximations of fotal Radioactivity

- I-Providethemethodsusedteseasureorapproximatethetotalradioactivityineffluents andthemethodsusedtodetermineradionuclidecomposition, s.

?issionandactivationgases: CeGassaSpectronetry,LiguidScintillationCounter b.

odines: GeGaasaSpectronetty

'i GeGassaSctronetbyfroporticna{oundProportionalCounter LovBacks

)articulat$s, half Ilves > 8 days:

c.

LovNckgroun Counter.

.iquideffuents:

GeGannaSpectronetrydounter d.

LiguldScintillation

5. Batch Releases

~

Provide the following.nformation relating to batch releases of radioactive saterials in liquidandgaceouseff. cents.

a. Liquid letQuarter 2ndQuarter 1

27 45

2. haber of batch releases:

L Totaltimeperiodforbatchreleases:

7393 sinutes 14335 minutes

3. Maxinus time period for a batch release:

1155 minutes 1740 sintes r

4. Averagetimeperiodforbatchreleases:

274 minutes 319 sinutes iod to a batch release 75 minutes 7

lI-

. Minisua time pelow dur!ng periods of rekease:

72967 cuft/sec 4906)minutescuit/sec Averageriverf

b. Gaseous 1stQuarter-2ndQuarter

1. Number of batch releases:

NONI 1

-E

2. Totai time period for batch reieases:

0 minutes 1260.inutes i g

3. Maxinue time period for a batch release:

0 minutes 1260 sinntes 4.

Average tise period for batch releases:

0 minutes 1260 minutes

5. Minisus time period for a batch release:

0 minutes 1260 minutes

6. Abnormal Releases

(

a. Liquid 1stQuarter 2ndQuarter L

1. Number of releases:

NONE NONE

2. Total activity released:

0.00D 00 Curies 0.00D00 Curies

b. Gaseous istQuarter 2ndQuarter I

1.

Eusbercfreleases:

NONE NONE

2. Total activity released:

0.00b00 Curies 0.00D00 Curies I

I I

BEAVER VALLEY - units 162

~

TABLEla letHalf-1990 SEMI AHUAL RADICACTIVE EFFLUENT RELEASE REPORT GASEQUS EFFLUENTS SUt01ATION OF ALL RELEASES 144444414848888888881468444488488448848884484888884488844468144818 t4$$$t484884444t$4488888888t%% 4448844 4

4 4

ist 2nd Est. total 4 Unit Guarter Quarter Irror,% *

~

448488 $ 444488488888444884448888448848884888888444884448844488488 tit t t t t t tt ti "?* t 4444884488448t* t 88448848 A. Fission &ActivationGenes 8888844448848481888888888844$48888488484884444448484488444448441884tt44tl4444ti *t448448 tit 484tittt44884 t

4

1. Total release Cl 1.93E+00 6.18E+00 2.65E+01 8 6.57E-01*$488884888!

2. Average release rate for period nCi/sec 2.45E01 4

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

4 I

tit 4844tittlttt48464488444tittill844t$48488884448t1844488448844444841848844488484448$48884**

B. lodines I-

$84444t$444488488444448844488448884448148844444444444444444444444888444444444$$$$$$$$44884488444tittttti 4

4 8

1. Total iodine - 131 01 1.33E06 1,78E05 2.832+01 4 8

4

2. Average release rate for period uCi/see 1.68E07 2.26E-06488t*tt448848 I

4 4

3. Percent of technical specification lisit N/A -

N/A 4

4 8

$$$$$ttl4448titt4444448ttl84448t$488444t%28 44148848888488888884444848884444444888888$$$$$4%

=

0. Particulates 8 8488484 t ttle tit t t t tt t t t tt tttt t t 44 t 88444448848844884444848848848 tt t t ttitit t ts t $ tittt tttt t t tt t t tt t t tt t tt s 4

4 8

1. Particulates with half-lives > 8 days 01 3.66E-05 3.23E-04 3.00E+01

4 4

2. Average release rate for period uCi/sec 4.64E-06 4.10E-058444448188888 4

4 I'

8

3. Percent of technical specification limit 1

N/A N/A 8

4 t

4. Gross alpha radicactivity Ci 1.17E-06 5.07E07*

4 t i t t tilit tllt titit t t t t t t t tt 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 ti tit t t tit t t t t t t t sit t t t t t t titt t t t tt ti D. fritina 44titt448titttillttttttttliliitt44444444444488488448188844884888848488444488888844884t$488448844tittttt8

<I 4

4 8

L. Total release Ci 1.66E+01 1.53h01 3.29Et01

8

2. Average release rate for period uCi/see 2.11Et00 1.94Et00 ***8t**488484 4

4 4

3. Percent of technical specification limit N/A N/A 4

4 4

4488888 884$ 88444444181488888$$$ t 4888844844418144888844888448884848848 8 ttt t t ttt t t t 44 t tlit t llt N/A : NOT APPLICABLE in seconds) used to calculate the release rates specified in Theamountoftime(2istheaverageamountofsecondspercalendarquarter(7.88t+6 seconds).

A.2, B.2 C.2 and D.

I I.

BRAVIR VALLIT - UllfS 1A2 TABLEIB istBalf-1990 SIMI ANNUAL BADICACflVI IFFLUENT llLEASE REP 0tf

=

CA5800SEFFLUEFTS-ELIVAftDRELEASIS' CONflWD005N0DI-BATCHN0DE 444648446884448884sttstestsett:44tittt 44stssestilstiligstetsstest4844444:3steststal:4stists 4

4 let 2nd let 2nd 1

Nuclides released Unit Quarter Quarter-Quarter Quarter *

........ t.4444.. 34....t....t,48444 84,48444,44 t... 844.l.44. 4644.t.44 3.......t.......t

l. Fission gases 48448488448888444 t 84 t 88488884444448844444884444184884444846448444884444848844488448884444884 argon-(1 Ci LLD LLD NR LLD l

E 8

krypton-85 Ci LLD LLD NR 2.53I-03

g 8

krypton 85a 01

,LD

,L)

HR LLD 8

krypton 87 Ci

,L)

NR LLD 8

krypton-88 Ci

,L )

,L)

It LLD t

renon131:

01 LLD

.,L)

N 1 L.D 8

zenon13 01 1.'!28-01 4. 3 l-01 N t L,D 8

4 zenon13 Ci

),LD -

L)

N1

~

4 zenon135s Ci 4.J,LD18-02 7.

O I-02 NR

,L renon13 01 L)

HR I

-zenon138 01 LLD

,LD NB LLD 8

l unidentified Ci (ONE NONI NR WONE 8

l 4

4 totalforperiod C1 1.70E 01 4.80t 01 0.00E+00 2.538-03 4 s

88488448848888444484884448444448444448888488444684448844888 $$$ 848848848484848888888888444484

2. Iodines mttimattismuts 8tmatemtss 8mmt:4 m e m 848:4* m so m stst m tess m 848 m t 4

iodine 131 Ci 1.17F-07 3.57I-06 NR LLD iodine 133 Ci LLD 1.10E-06 NR LLD t

8 iodine-135 Ci LLD LLD NR LLD t

t fotalforperiod Ci 1.178-07 4.671-06 0.00E+00 0.00!+00

t t

$ 48444 *

i4488 888888 884 t t 484 8844888 88 t

t t 8 488888888844881884888 848884 $ $ $ 4884418 $ 8883488888* * $

3. Particulates

$t488888888888488488888848888888884644884t%848488888884184$t88844488888848848888888883488488 I

8 8

l l

t aanganese-54 Ci LLD LLD NR LLD iron 59 Ci LLD LLD NR LLD 4

8 cobalt 57 Ci LLD 2.071-07 NR LLD cobalt-58 Ci LLD LLD UR LLD 8

8 cobalt 60 Ci 4.128-07 2.77I-06 NR LLD sine-65 C1 LLD Lt.n NR LLD strontlue-89 Ci LLD LLD UR LLD strontins-90 Ci LLD LLD NR LLD

.c 4

technetius-99s 01

,LD 6.478-08 NR LLD 4

solfbdenus-99 Ci

,LD 6.651-08 NR LLD 8

cesius-134 Ci

,LD LLD NR LLD 8

cesius 137 01 LLD 3.08106 NR LLD 4

cerins-141 Ci LLD LLD NR LLD i

cerine 144 Ci LLD LLD NR LLD 4

8 unidentified Ci NONI NONI NR NONI 4

t 4

fotalforperiod C1 4.711 07 6.191 06 0.00Et00 0.00Et00

84448 8448884 88488488884 848188848884888 8 8 8 t l44888484 88844888 88 8 tl t 4888884 88 88888888488888888 8 I

LLD:Belowtheloverlimitofdetectability,inuC1/cc(Table 4).

NB : No Releases this period

I BEAVER VALLEY - uni? I TABLE 10-1 5

istHalf-1990-SEMIANNUALRAD10ACflVEEFFLUENTRELEASEREPORT GASE0USEFFLUEutS-GROUND-LEVELRELEASES CONTINUOUSMODE BATCHMODE stistatittist:4888888titttttistl88884tt8888 4884:48848884444 488448 4 448884tt88 48844888488 4

4 let 2nd let 2nd 8

i Nuclidesreleaeed Unit Quarter Quarter Quarter Quarter i

'I 481848884488488888488488448848884t88448844884488 448884488484484888888888t%4814888888884488

1. Fission gases

$488884.t.ttstiliittt:84:4:sst*tt84888 484884:t 84:4848:44 488:48848888844stittttttttttttttill 4

NR NR t

krypton 3 01 5.}["I41 7.96E41 D

LD.

NR NR

~

8 krypton- )e Ci krypten-3 Ci

[LD

,LD HR NR 8

i.

8 krypton 48 C1 1,LD

,LD NR NR 4

LLD

.LD NR NR 8

renon131 C

9.86E-01

.LD NR NR xenon 133 C..

,LD LLD HR NR I

xenon 13 a 0;

xenon 13 Ci

,LD 1.00E-01 NR NR 8

xenon-13 01

,LD

,LD NR NR renon136 Ci

.LD

.,LD NR NR t

8

-I t

unidentified Ci NONE NOME NR NR 8

8 fotalforperiod C1 1.50E+00 8.96E-01 0.00E+00 0.00E+00 4 4

4 8488844 888888 88 t

t t 4 88 8848 8488 844 444 4 88444 t i t t t t t eilit 44

t t t t t l 448888888488 4444 4448848848181

2. lodines 84884818881448844 t 848848488888888 tit t t *

t t llt t t t tills til44t s tittt t t t t t tt t t t 444884 t i t till 8884 I

4 8

iodine-131 Ci '

1.218-06 1.42E-05 NR NR 8

4 iodine-133 Ci LLD 1.69E-05 NR NR t

iodine-135 Ci LLD LLD NR WR 4

R t-4 B

fotalforperiod Ci 1.215-06 3.31E 05 0.00Et00 ' O.00E+00

i t

$ 848888888888888 $18844 % % 8448 $ 4884884884 t it t t t t t 44 ti t tt t t t t t t t t t t t t t titli t t t t t t t t t t t t llt tl 888 3 Particulates illit t t t t t t t t t t t t t t t t t t t t t t t tit t t t t t t t t t t t t t t t t t t t t t t t t 448 tit t t ts tit t t t tt t t t t t tt t t t t t t t t t t ti 4

4 I

I manganese 54 Ci LLD LLD NR NR 1ron59 Ci LLD LLD NR 3R coba:.t-57 Ci LLD 1.13E-06 NR NR 4

coba.t 58 Ci LLD LLD NR NR cobat-60 Ci 2.34E05 LLD NR NR 4

I i

sine-65 Ci LLD LLD NR NR 4

strontius89 Ci LLD LLD NR NR 8

8 strontina-90 Ci LLD LLD NR NR 6

t niobita-95 Ci 2.76E-06 LLD NR NR I-nolybdenus99 Ci 3.27E-07 8.465-07 NR NR 8

technetive-99s Ci 3.19E-07 8.23E-07 NR NR eesius 134 Ci LLD LLD WR NR 4

cesine137 Ci 9.33E-06 LLD NR NR 1

8 cerius-141 Ci LLD LLD NR NR I

I cerium 144 C1 LLD LLD NR NR 8

unidentified Ci NONE NONE NR NR 4

4 4

I' t

totalforperiod Ci 3.61W-05 2.80E-06 0.00E+00 0.00E+00 *

$48titttttttttttttttttttttttttttt4848848884888888888848844888848titttttttttttttttttttttttttt LLD : Belve the lower limit of detectability, in uCi/cc (Table 4).

I NR : No Releases this period

LI BEAVERVALLEY-UNI?2 TABLE 10-2 1.

L 1stHalf-1990 l

SEMIANNUALRAD10ACf!VEEFTLUENTRELEASEtiP087-h j;

GASEOUS EFFLUENTS - GROUND-LEVII, RELEASES L

CONTINU0US 19DE BATCHN0DE-l 688488448844488888488444884488t$ttit444tittt48848884884444888888118844848 484888884888448844 l_

8 8

=

8 ist 2nd let 2nd i

L 8 Nuclidesreleased Unit Quarter Quarter Quarter Quarter - 4 y

... it.it.4...lttit.t

...t...t..t..........t...lt..

...t......

......it.8...t.... t.....

L g_

1. Fission rases L5 estilitietsl'alsissettleististilistsestaesselses 48:sstassistiesteessistis 8stisessteisstests t

8 l

krypton 85 kry Ci 2.64E-01 7.50E 01 NR NR t

8

.cn-85 C1 IQ

,LD NR NR 8

krypton 67 C'

ID NR Nt s

krypten-88 C

1 )

AD NR N1 l

xenon 131:

C.

1) 2.18Et00 NR Nt' 8

xenon 133 Cl LLD LLD NR WR I.

xenon 133 01 I,LD 11D WR NR renon-135 Ci LLD 2.721-01 NR NR t

l-xenon 135e Ci LLD L!D NR NR-8 L

xenon-138 Cl 1,LD LLD NR NH l

s unidentified Ci.

NONE NONE NR NR 8

4 totalforperiod Ci 2.64E 01 3.80b 00 0.00b00 0.00000

,g 6

4-44 8 88 8 044884t88 88 88 8 88888 8848 8484 8848 8 8 848844888 44 818 8 8 8148848848 84884814484848:888884884444 '

2. lodines attistesaattetsseittlantalettisettsttillissetsstasitist48tstit** 8888ttsttattletistatsottill l

iodine 131

'Ci LLD LLD NR NR iodine-133 Ci LLD LLD NR NR iodine-135 Ci LLD:

LLD NR NR i

fotalforperiod Ci 0.00b00 0.00D00 0.00' 00 0.00b00

t t

1848488888488888888 t t 888884 l 888888888881884481884 : $ 14888848888848884888448888888888888888841

3. Particulates

$88444888**t888844488888888888818 tit 84 tit 444 88844titttttt4481888888848884888888888888888848 5

mangaerse-54 Ci LLD LLD NR NR iron 59 Ci AD AD NR NR i

cobalt-58 Ci 10 AD NR NR cobalt-60 Ci AD 10 N'l NR 8

I t

sine 65 Ci LLD LLD NR NR 4

4 strontius-89 P1 I1D LLD NR NR etrontive-90 Ci LLD 5.8M-08 NR WR 6

nolfbdenus-99 Ci LLD L; "

NR NR 8

8 ceslue-134 Ci LLD LLii NR NH t

I eesium-137 Ci LLD LLD NR NR 8

8 barium-139 Ci LLD 3.14t-04 NR NR cerlua-141 Ci LLD LLD NR NR 8

cerius-144 Ci Li,D LLD NR NR t

,;I unidentified Ci NONE 80H NR NR s

t 8

fotalforperiod Ci 0.00 D 00 3.148-04 0.00D00 0.00 D00 :

6 8

I 8 814.14 884 t 88 88844884 88484 84818 884 44188 4444 s 44 84 8414 888 8 44 44884 8 8 88 884 488 4 t t t 8 844 888888 84 t *18 LI,D : Below the lo<er limit of detectability, in uCi/cc (fable 4).

NR : No Releases this period

I BIAVERVALLEY-UN!?S162 TABLE 2A

!stHalf-1990 SEMI-AHUALRAD10ACT!ftEFFLUIRTRELEASEREPOPt

~

L100lb EFFLUINTS - SUMMat108 0F ALL RELEASIS tt,titti,4,4,tti tll st 4....sti,4,,0 st,tt.,4titti,tittts 48,1,44.... 448,84,4,44....,,4,83,0

,,t. 848 48 4 4 4

8 8

let 2ni Ist, total 8 I

8 Unit Quarter Quarter Error,1 8 4

4:48444444444448:44888488:$$4444448488888 4444444884884884444t$488444488848 488$4488 488444ttt84848844448:44888 A. Fission & activation products 4:stattltttests 4:sttst44tittttttttelittisitsstettiststettstatsstattttatistettlesstaatsstatst:48 stsattistattet 4

4 I

1. Total release (excluding H 3, gases & alpha)

C1 2.97E-01 6.65E02 2.60t+01

I 4

8

2. Average diluted concentration during period uCi/al 6.41107 2.43E-06liittist*****

8 4

3. Percent of applicable limit 1

N/A N/A 4

I s.

t 48titttttttttttttittl488448484488848884448488888844444448488488 4444%844444888888 4444 44488884t844 B. fritina esitettistitillittittientst:48848:444:48:44 t:t : t:448:484 448:sst*ttttletellstilitisettistititeitst448:8:sstl.

t

1. Total release Ci 9.09t+01 1.00t+02 2,50E+01

8 I

8

2. Average diluted conaentration during period uCi/al 1.965-04 3.655-05 tistilitiitti t

8 4

3. Percent of applicable limit 1

6.54E+00 1.22E+00*

4 4

1884888844444188884488488484 4888884888144444448tl48tiltil:4tstttst 488titttittttttt:448tstilit444%

C. Dissolved and entrained gases 448848841448848848846888t$844184888844144884448:448444888448 44888$44488848:44444844488888444884814:48844884488 I

4 4

4 1 Totalrelease Cl 5.85E-04 9.125-04 2.70E+01 4 s

Averagedilutedconcentrationduringperiod uCi/al 1.265-09 3.331-10st**l48888888

l-4 4

3 4

3. Percent of applicable limit 6.321-04 1.67E-044 8

4 48844888448888488888 4888881884488844884448tstttttistil84 4844tltit48tttttttttistettilll4444ttil84:

D. Cre88 alpha radioactiVit)

.iltttttttttt lt,4,titttti. itett8,4,8,8848,44 48,t 8,84444,tt,84,$ tit,ttti,,44,8844,84441,4,88 48 888888888 4

4 I

t

1. Total release Ci LLD LLD 2.89E+01 8 8

8

$448884488$44884888888884:44 8 8:484884 8 8 8 t t* t 8 448 888 844888884 48848888 448 8448 8 titttt t tlit t 44 tl8888 44488 88488 88488 184t88884444 488444444884444411444848888ttttttt448ttltittttttt44titttttttttttillittttttttttttttttttttttttttttt!

4 1

E. Volume of vaste released (prior to dilution) litere 1.39E+06 2.12E+06 1.12E+01

tit tt t t tt t t s slit tt t t t t t t t t t t t t t t t t t t tt t t t t t t t t t t t t tt tiv t t t tt t t t t : 4 tit t t t tt tt t t t t t t t t t tttit t t t t tt t tt tt t tt t t t t til

$$4 48844818888884444888444884884444444tittttttttttl48844ttl446884t8888$$448881:4888448888888841888818488414888 t

t F. Volume of dilution water usei during period liters 4.62E+0B 2.74E+09 2.29E+01

t t

I liittttttttttttttstitttttttttttt48:44888444444444488%4814481848ttt4444tittttttttt444tstittf 884ttttttttt**8titti N/A:NOTAPPLICABLE LLD:Belowthelowerlimitofdetectabilitr,inuCi/al(fable 4).

B.3 is based on a limit of 3.00E-3 uCi/ml.

C.3 is based on a limit of 2.00E-4 uCi/al.

The values listed at F. are the volumes during the actual lipil vaste discharre periods.

Thetotaldilutionvolumeforacontinuosscalendarquarterisapproximatelylit10litersforBVPS-1and BVP3-2. (;e; 22,000 GFH is the a rroximate combined cooling tower blowdown flevrates from the site)

BEAVERVALLEY-UN!fS162 TABLE 2B g

- g istHalf-1990 SEMIANNUALRAD10ACflVIIFFLUENTRELEASIREPORT LIQUID IffL0ENTS

=

CONfNU0USH0DE BATCHMODI 48848888844488:448844888888888 8488848888:488884$$$4888848$$s48tittltittttttttttttttttttttl t

t 1

1st' 2nd let 2nd 8

=

4 t Nackto.sreleased Unit Quarter Quarter Quarter Quarter

44818 t 4t 8488848844488448848$ t 8844488488488 tit t t t t t t t tl444 t i t t t t t 8888488888888888888844488484

1. Fission and e.ctivation products 18488848888884884488 t t 448844448488444444444884848 tit t t t t t t t t t t t t t t t t t tis t it t t tlitl8444884 t ti 8

8 j

bergilius-7 01 N/A N/A LLD LLD sodium 24 Ci NA N/A LLD 6.698 06 4

=I.

t chrosiusSi 01 NA N/A 4.10805 1.65t 04

4 aanganese54 Cu NA N/A 1.10t02 2.23E-03 4 4

iron 55 Ci NA N/A 2.02801 2.698 02 8 t

iron 59 Ci NA N/A LLD LLD 8

coba,t 57 CL N/A -

N/A 7.00t04 9.368-05 1

coba..t-58 C-.

NA NA

.931-02 2.558-03 4 4

cobat-60 C

NA NA

.48 l-02 1.63t-02 4 C

NA NA

.07 l-04

.LD zine-65 0) strontius-Bt 1

NA N/A LM

,LD '

t I

strontlui96 Ci NA N/A 9.60 l-07 5.00E 07

8 zirconiustniobius-95 Ci NA N/A 8.18t 04 1.391-04 4 4

niobius-91 Ci NA N/A 5.645-04 7.348-04 8 4

moirbdenua-99 01 N/A N/A LLD LLD

- jB.

t technetina 99:

01 NA-N/A LLD LLD 4

t ruthenina-103 Ci WA N/A LLD LLD t

a silver-110s 01

-NA N/A 3.178-03 4.56t-04 4 8

antinoty124 Ci N&

N/A 6.31804 3.555-04

125 01 NA NA 4.11803 1.64t 02

antimony 31 Ci NA NA

,LD 1.5)t-06 1 t

iodine 1 t

iodine-133 01 NA NA

,LD l'.,)

cesina-134 C1 NA N/A LLD M

t cesive-137 01 NA N/A 5.10E-07 IJ?i 04 :

barina/lanthanua-140 01 NA N/A

,LD f :,0

=

cerium 141 Ci NA N/A

,LD

[LD 4

cerium-144 Ci N/A N/A LLD LLD 8

8 8

unidentified Ci N/A N/A NONE N0ME fotalforperiod Ci 0.00t+0J 0.00t+00 2.97E-01 6.658-02 :

t t

tit t tt t tt t tt 4 8 8 ts tt t448 t tiliit t 488 84488488 848844tl44 tl448 tit t ts stitt t tt ttt tt t4884*itt t t t t t ti

2. Dissolved and entrained gases

$tttltittttttttttttttttttttttttttlit48844448888tittttttttttt48844444888488tittttttttttttttts

-6I t

1 t

tenon 133 Ci N/A N/A 4.328-04 6.411 04 4 xenon-133 Ci N/A N/A LLD LLD xenon 135 Ci N/A N/A 1.538-04 2.718-04

t unidentified Ci N/A N/A NONE NONE j

j t

Totalforperiod Ci 0.00!+00 0.00E+00 5.85t-04 9.128-04

tittttttt t tt tt tttt tttttttttt t tttttt ttt ttistitttt ttttittt tttttttttttt ttttttt ttttttt ttttttttti 9 B LLD : Below the lower limit of detectability, in uCi/al (Table 41 N/A:N0fAPPLICABLE(liquidsnotdischargedinacontinuousmode) 1

l

\\x\\;//j"'h,.,f/' M+ > +

I

((g p 4 g#

IMAGE EVALUATION

//, %y 0

g? s 4

\\

%f TEST TARGET (MT-3) ff

.s944 Y

v p

W &

"/%'$

l.0 l!82 2

? ILE

[!E i,1 ILM Illi l,8 lllL___

~~~

l.25

' I.4 1.6

,j___

4 150mm 4-6"

>4%

'o<$+

kf!

'k{i;)[4 7=

'tL

I BEHERVALLif-UNifS162 TABLE 3

^

letHalf-1990 SIMI-MNUAL R010ACflVI IFFLUENT Rif,tASE REP 0kt i

I ge SOLID WASft WD IRt01ATED FUIL SHIPMENTS senssentent.::::::::: enessessisseintestninstonemenssenmenmmaamnessumunismumstenmment A. SOLID WASft SHIPPD OFFSIft FOR BUllAL OR DISPOSAL (!'ot irradiated fuell

ns::::::::: m: m :::::::: mm:: ennaississelsmusntinmanistannsatintessettistentumsssmus I.

1.TypeofWaste Spentresine Drycoep.vaste Irrad. components totisated a

s Filter sludges Contae.egulpeent Controlrods Total 8

trap.bottoes etc.(2) etc.

Irror

~l BatainerVolume 9.23t+00 ca. ::eter 1.83tt02eu,seter 0.00tt00eu.seter 0.00t+00I(1):

ssistastestissaintstantissian:::9.92t+00 Curies 5.17101 Curles 0.00tt00Curles 3.00t+011 totalActivits e

a

ents ::::::::: stesnes 2.EstimateofMajorNuclideCospositi frpeofWaste(2t+011 reent)

,E H-3

1. I : 1 1, 8+00 1 0.00 300 1 I.

3d 0-14

4. I 11

1. 9 0.00 '+001 P-3 0.

300 1 7.898-02X 0.00 +001-Mn-4

.2 3 00 I 8.791-011 0.00.+001 8

Fe 5

.93001 9.26 300 I 0.00 '+001 s

Fe-59

.00t+00 1 3.22l-021 0.00 300 I 0057 4.948-01I 1.9BE 01 1 0.00 300 1 Co58 1.43t+011 3.96Et011 0.00 300%

s 00-60 3.33t+011 1.22t+011 0.00300I e

I Ni59 1.36E01X 0.00E+00 1 0.00Bt001 Ni-63 2.58t+01%

.71t+001 0.00t+001 Sr-89 5.11 : 04 1

.268031 0.00 + 1 St-90 6.05 :-031 92E-03%

0.00 + 1 1

Nb-95 0.00 l+00 I L$t+001 0.00 + 1 Mr95 0.00 300 %'

l.07 400 1 0.00 4 1 -

e-99 1.36 '-031 3.08 '-

.00 + 1 bg-110s 0.00 400 1 8.34;-.1

.00 3 2 So-ll3 0.00t+001 4.448-2I

.00 300 I '

a l

s Sb-124 0.00t+001 2.92E+001-0.00a3001 Sb125 2.591+001 5.26E-02 1 0.00E+001 1-129 1.67803%

2.33E01I 0.00 400 1 l

Co-:.34 0.00tt001 2.54E+00I 0.00 t00I Co-; 37 1.308011 3.77t+00%

0.00 :t00I e

l Pu-138 6.33'-051 0.00t+001 0.00 300 X i

Puk39/240 4.70 '-05 1 9.038-04%

0.00 :t00s l

l 8

An 241 3,68:051 6.67t-041 0.00lt001 s

Ca-242 6.498-061 9.03E041 0.00t+001 Co-243/244 3.598-05I 3.898 04 1 0.00t+001

enstantistastastistas ::::::::::::::::::: nsense::: enessasistiansitestatistetsnessents:::::::::::

3.WusberofShipments 2

4 0

frpe LSA 2

4 0

I of type A 0

0 0

Container Type B 0

0 0

Used LargeQuantity 0

0 0

olidification Oc.at 0

0 gent OreaFormaldebyte 0

0 a

sed None 2

4 Mode Truck 2

4 0

I of Rail 0

0 0

transport Other 0

0 0

Final Barnwell,SC 2

0 0

Destination OakRidge,TN(2) 0 4

0 s

Waste C as: A 2

4 0

Class C assB 0

0 0

per10CFR61 C. ass 0 0

0 0

I

> Class 0 0

0 0

n ::::: n *n ::::::::::::::::::::::::::. :::::::::::::ns:::::::::::::::::::::::::::::::::: mses:

B.NoIrradiatedFuelShipeents a

n ::::::::::::::::::::::::::: m :::::::::::::::::::::::::::::::::::::: n i t i s s e n t i s s e n ::::::::::::::::::

(1)Sincecontainervolumesareprovidedbytheburialsite,acalculationalerrorofzeroisassumed.

I (2) 4 shipments of DW vere shipped to QUADREI for volume reduction. Therefore, the volume of D W listed is the volume shipped. The total volume of DW buried for this report period was 4.18tti ca. seters.

p H

1 BRAVIIVALLit-UN!fS162 TABLE 4 istHalf-1990 StHI-HNUALRAD!0ACflVIEFFLUENTttLEASIIIPORT LOWit LlulfS OF DittCTABILiff (LLD)

I.

aC1/ec nCi/al oC1/cc GAS LIQUID FIL"ItPAPit/CBARC0A, e

GRABSAMPLt GRABSAMPLI CORf.50006RFFLDIBfSAN>LE

-l IUCLIDE (1000cc)

(1000s!)

(2.85t+8cc l ::

8 g'

stst :::::: sts ::::: $$s %8 8:$s44 8:4 88:$s 8%:: H:1:4488:344:4:s s

H3 1.00.-06

.00. 06 Na24 1.5 '-07

.6 08 1.95813 8

Ar-41 1.6 07

.5 08 I.

160813 118

Cr-51

7. 4l-07 1.5 :-07 Mn54 4.72E06 2.92 08 1.

8 1.00 '-06 y,.55 8

I Fe-59 1.05t-07 1 97 :-08 2.828.3 0057 6.068-08

. 14 ;-08 8.578. 4 Co-58 1.315-07 W.02.-06 2.20I13 Co-60 1.251-07 4.63;-08 1.58813 I

Zn-65 1.46t-07 3.84t-08 2.62t13 s

tr-85 3.025-5 / *100E 10 6.75 l 06

- tr-85e 7.23t0 1.92 ' 08 tr-87 1.79t-0 3.16 -08 s

tr-88 2.43I-07 6.32:-06

5.00E 08

1.00

3 St 89 5.00 l-08 8 1.00 K4 St-90 St92 8.7508 3.21 ;-08

'4,14 l-13 I

-Nb-9$

7.38-08 2.46:08 1,47 l-13 Ub-97 6.858-08 1.948-08 1.618-13 Zr-95 1.9'-07 3.93'-0 2.62413 I

Mo-99 6.

-08 1,77 :-0 9.16 -:.4 8

fc-99e 6.

08 1.72 '-0 8.93: -:.4 As-110e 6.688-08 2.01.-08 1.88;-13 Sb-124 7.37808 2.53;08 2.20I13-I Rb-125 2.05t-07 6.42t-08 3.23t-13 8

131 9.638-08 1.87t-08 1.75t-13

-133 9.898-08 2.19E-08 1.868-13

.-135 4.10E-07 1.22807 6.678-13 Ie-131s 2.938-06 6.16t-07 Ie-133 1.84t-07 4.20E-08 Ie133e 5.99.-07 1.40E-07 I

le-135-8.36 '-08 1.70E08 le135e 1.05 : 07 2.248-08 Ie-138 1.82;07 4.131-08 Cs 134 9.80E08 2.01E-08 2.211-13 I-Cs-137 1.21107 3.171-08 2.35t13 Ba139 2.84807 7.51t-08 4.078 13 Ba-140 3.46t-07 6.26t-08 5.79t-13 8

La-140 2.118-07 2.278-08 2.34t-13 509E07 1

2.688-08 1.641-13 Ce-141

.118-07 1.15E-07 6.395-13 Ce-144 t 1.001-07 1.728-16 GrossAlpha

t ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::

AllLLDslistedaboveseetthemininasrefairementslistedintables 4.11-1 and 4.11-2 of the fechnical Specif eations.

Sampleanalysesperformedbyacontractorlaboratory.

I I

TheseLLDcalculationscontainadefaultweek1[Dvalueswould!eflect continuous saa le volume of 2.85E+8 cc. Therefore, trab sample L adifferentvolume(le;10cubicIeetor2.83t+5cc).

I BRAVERVALLif-UNIT 1 l

table 5A

!stHalf-1990 SIMlANNUALRAD10ACflYtIFFLUENTRELEASEREPORT ASSESSMINTOFRADIATIONDOSES s:::: 4:4 :::tts::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: 44 :::

8 UNifI letQuarter 2ndQuarter 3rdQuarter 4thQuarter fear I of a

1og i of

% of LIQUIDIFFLUENTS t

%oj sif af

,settt.h Relea.se,s

sts steesttelttats.stse. ::,s ss:4, tests t. asst:4 :,stesses,,tse,s.,a f sif af Batc 888888:33,* ssts.stis :,ssesses. :,sts.u ss.,

S

B0NEDOSE

7.198-04 0.0144 3.458 03 0.0690 0.0000 0.0000 4.178-03 0.0417 l

4 L

LIVERDOSI

6.188-03 0.1236 4.70t-03 0.0940 0.0000 6.0000 1.098 02 0.1088 e

0 t

R t 70fAL B0DT DOSE : 4.66t-03 0.3107 2.86E-03 0.1907 0.0000 0.0000 7.528 03 0.2507 I s' G

~

t s

A

fBIROIDDOSE

2.28E-03 0.0456 9.63E 04 0.0193 0.0000 0.0000 3.24t 03 0.0324 8

N

IIDNtfDOSt 3.398-03 0.0678 1.678-03 0.0334 0.0000 0.0000 5.068-03 0.0506 I:*(1)

LONGDOSE

2.471-03 0.0494 1.978 03 0.0394 0.0000 0.0000 4.44t 03 0.0444 8

a GI LLI DOSI

7.84t-02 1.5680 1.198-02 0.2380 0.0000 0.0000 9.038-02 0.9030 I:

48:sstas:4tst:48 : 848:444tle:48 448:4:4484:184:4444884:$18:44stlessettisettletettlestatstestees 8444:sstattestseles 44 :: 44 : 4 l'

estatstsattelsettist:8tatstisensistatisteststatstestestetistisesteettessentissettestettisteesstlesteestsatsas. : sstlosassettstesses UN!!!

letQuarter 2ndQuarter 3rdQuarter 4thQuarter fear I

GASIOUS IFFLUENTS e

Techb(eec Xo

% of Iof

% of Io Dose fechSpec Dose fechSpee Dose fechSpec Dose fech pec Dose s Batch & Continuous Releases :

Limit Limit Limit Lie t Limit sessetettettiststestsattts stistatteistatstessistasttastassisteestatistolstasssattelsessisssatstits::sts :::::::::::::::::::stuses:

8 4

4 4

(3) : BETAAIRDOSE

3.36E-03 0.0336 3.01E-09 0.0000 0.0000 0.0000 3.368-03 0.0168 4

(2) : GAMMAAIRDOSE : 1.13E-03 0.0226 4.62t-07 0.0000 0.0000 0.0000 1.138-03 0.0113 4

I::alettaisissettillas 8

8 48 lettessills statstetall:4tss 448:8: sites 884:stselittests 8tittttt$stisettistentitlessetttt44 8 :: tssa s

B0NEDOSE

7.398-04 0.0099 2.068-06 0.0000 0.0000 0.0000 7.41E-04 0.0049 i

l e

LlYttDOSE

2.238-02 0.2973 3.00E 02 0.4000 0.0000 0.0000 5.238 02 0.3487 4

t 0

I 707AL BODY DOSI : 2.22E-02 0.2960 3.00E 02 0.4000 0.0000 0.0000 5.22E 02 0.3480 G

A fHfR0!DDOSE

2.21E-02 0.2947 3.06t 02 0.4080 0.0000 0.0000 5.278-02 0.3513 N

t

;IDNtfDOSE

2.22E02 0.2960 3.00E 02 0.4000 0.0000 0.0000 5.228 02 0.3480 (3)

8 I:

LUNGDOSI

2.25E-02 0.3000 3.00E-02 0.4000 0.0000 0.0000 5.25t-02 0.3500 l

l l

GI-LLIDOSE

$ 2.22E-02 0.2960 3.00E-02 0.4000 0.0000 0.0000 5.228 02 0.3480 1

8 testessaatsteitstettess:Stteststeest agstettetstaatteestattstistotestttesessessettettettstetttttisesttettetttteeststaatteettetets st (1) These doses are linied in stes; they are calculated for the saxinua individual for all batch liquid effluents I ((3) fbese doses are listed in stad; they are calculated at the site boundary 3)Thesedosesarelistedinstes;theyarecalculatedforthesontlikelyexposedrealindividual(child)viaallrealpathways at0.89siNW.

Lisits used for calculation of percent (1) are from Section 3/4.11, Article 3.11.1.2, 3.11.2.1, 3.11.2.2 and 3.11.2.3 of the technicalSpecifications(consideredtobetheDesignObjectives).

l

I BEAftRVALLIT-UNif2 fable 5B letRalf-1990 SEMI-AHOAL RAD 10ACflVI IFFLDHf RELIASE REPORT ASSESStitNT OF RADi(fl0N D0 SIS I 484tttttttttt48tittttttttlin84tittttttttttttttilintttttttttttttttttttit448tittttt484ttttttttttttttttttttttt UNIf2 4

letQuarter 2ndQuarter 3rdQuarter 4thQuarter fear 8

t S

8 s

LIQUIDIFFLONTS 4

% of Iof 1 of Xof I of 8

I:$--

t Dose fechSpec Dose fechSpec Dose fechSpec Dose feebSpec Dose TechSpee $

BatchReleases i

Limit Limit Lisit Lleit Limit t

$$$stettstitttttttttttituttttt:6848 tituntuttimittmttuttttttttttuttmasatttttttttutttuttttuutttst4,4Stittuttlutntt -

t t

It t LIVERDOSI t 6.16803 0.1236 4.70E 03 0.0940 0.0000 0.0000 1.098-02 0.1088 4

- 0.0417

B0NED0SI

7.191-04 0.0144 3.45E-03 0.0690 0.0000 0.0000 4.178-03 0

t 8

R

TOTAL BODT DOSI

4.661-03 0.3107 2.86t 03 0.1907 0.0000 0.0000 7.528 03 0.2507 8

G t

t t

A

TRYR0!DDOSE 8 2.28B03 0.0456 9.63E-04 0.0193 0.0000 0.0000 3.241 03 0.0324 S

t N

t

IIDNEYDOSF

3.398-03 0.0678 1.678-03 0.0334 0.0000 0.0000 5.068 03 0.0506 l

8 (1) $

8 s

l

$ LONGDOSI

$ 2.47E-03 0.0494 1.978-03 0.0394 0.0000 0.0000 4.448-03 0.0444 8

t t

I' t

GILLID0SI

$ 7.84t-02 1.5680 1.191-03 0.0238 0.0000 0.0000 7.96t 02 0.7959 s

t a

$ nt$ $$ $ $$ $$$ $ $ $ $ $$ $ $ $$$ $ $ $ $ $ $ $ $ t tt t t t t t t t tt t t t t ttt t tt t tt t t tt tt tt t t tt t ttt t t t t t t t t t t t t t titu t t t t t tt t t t t t tt tt t t ttt t t t tt t t t t t t t t tt t t tte l

nunnmuunnumnunnnnumunmunmnunmuunnmmunnununnununmonnnnunnunnum t

UN!f2 letQuarter 2ndQuarter 3rdQuarter 4thQuarter Year t

t t

t GASt00$IFFLOINTS 1 of

% of Io

% of 1of

-t Dose TechSpec Dose fechSpec Dose fech pec Dose fechSpec Dose TechSpec

Batch &ContinuousReleasest Limit Limit Liet Limit Limit I *itstitttttttttttttttttttttttttttttttttttatttttttttttttttttttttttttttttttsettttetttttttttttttatttatt s

i 4

S t

t

[

(2) $ BtfAAIRDOSE

$ 2.461-09 0.0000 1.178-02 0.1170 0.0000 0.0000 1.175-02 0.0585 t

8 4

s t

(2)

GAMMAAIRDOSI 8 4.038-07 0.0000 4.04t-03 0.0808 0.0000 0.0000 4.048 03 0.0404 4

$ $ t 884448848888858888481848848888888 t s t t 8 t t t t t t t t 44818 u t t t t t t t tt **$ $ $$ $4488 $ $ t 84488688 $ t 8888888444 t i ti t t t t t t t 48 t t t t 484888888 tt ti t tt t

t t

t

BONE DOSI

2.42t-05 0.0003 7.085-05 0.0009 0.0000 0.0000 9.501-05 0.0006 8

I t

t t

t l

LIVIR D0SI

9.141-03 0.1219 1.40E-02 0.!867 0.0000 0.0000 2.311 02 0.1543 l

0 1

8 R

t TOTAL BODY DOSI $ 9.15E-03 0.1220 1.40E-02 0.1867 0.0000 0.0000 2.32t 02 0.1543 It G

8 A

THYROIDD0SI 4 9.148-03 0.1219 1.40E 02 0.1867 0.0000 0.0000 2.31t-02 0.1543 8

8 N

4 8

IIDNtfDOSI

$ 9.14t-03 0.1219 1.40E-02 0.1867 0.0000 0.0000 2.311-02 0.1543 (3) i 4

8 I*$

LONGDOSE 8 9.14t-03 0.1219 1.40E 02 0.1867 0.0000 0.0000 2.31t-02 0.1543 t

t t

t 8 GI-LLIDOSt s 9.14E03 0.1219 1.401 02 0.1867 0.0000 0.0000 2.31E-02 0.1543 8

l t

t t

t j

titit t t t tt 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 t u t s t it t t t t t t t t t t ttt t t t t t t18888888888848888888 $ $$ 488

848 t tit t t t t t t t t t t t t t t t t u tt t ttt t t t t t tti (1) These doses are listed in stes; they are calculated for the maxinus individual for all batch liquid effluents E ' 8 ' "' d "' '" l ' d d ' 'h ' " " ' d 'h' ' ' 6 "'d'" ' ' 6' ' ' " ' "" "' ' "' ' "!" ( ' 4 ' ' " )

E (3) These doses are listed in stes; they are calculated for the most likely exposed real individual (child) via all real patbaars at 0.89 si W.

Limiteusedforcalculationofpercent(1)arefroeSection3/4.11, Article 3.11.1.2,3.11.2.1,3.1.2.2and3.11.2.3ofthe fechnicalSpecifications(consideredtobetheDesignObjectives).

1

' I

=

BEAVERVALLEY-UNifS162 TABLE 6 I

1stHalf-1990 SEMI-AMUALRADI0ACTIVEEFFLUENTRELEASEREPORT I'

t tittt4841488tittttttt4848488tigstitttttttttstist 8tstitttttttttttttstitttttttist4st$ttttstettttt 84t$$48883443883434888838 $$$$

t 4

TECHICAL SPECIFICATION EFFLUENT MONITORING INSTRUNHTATION CHAHELS NOT RETURNED TO OPERABLE STATUS WlfHIN 30 DafS 8

t It 44884888884888888844888884888 $ $ $ $ $ $ 8888844848 tt st tt t t tt t t t t t t t tt tis tit t t t t t ttt t t tt 48888 t t t$ t tttt ttt t444488tttt t t t t tt tt tt ttt t t t $

t 8

(MonitoritesNo.29)-Unit 2ProcessFlow-RateMonitorfortheCondensatePolishingBuildingVentMonitor l.

4 4-8 ThisflowratesonitorhasbeeninoperablefreeMarch8,1988duetoequipmentfailureofthevelocityprobe.

t 8

The 30 day criteria was exceeded as a result of the lag time in obtaining a replacesent probe from the vendor.

8 Maintenance Work Regnest (WR) No. 887195wasoriginallypreparedtocorrectthisprobles.

t 4

l Furtherreviewofthisitesrevealedthatthevelocityprobeshouldberelocatedtoanotherpointinthe 8

i g ventilationpathway. TemporaryHodificationNo.2-90-62wasperformedtorelocatethevelocityprobeinthe t

8 l 5 C odensate Polishing Building stack to an area of laminar flow. Theprobeisnowconsideredtoprovidea 8

4 reeesentativeindicationofprocessflow-rate. Therefore, the flow rate sonitor was returned to operable status t

8 onMay19,1990. EVPSiscurrentlyconsideringsubsittalofafechnicalSpecificationChangeRequesttoremovethe t

l 8

requirementforthisprocessflowratesonitor. Justificationfortherequestwillcenteraroundthesourceters 8

l l

8 totheventilationpathwayservedbythisradiationsonitor. Forexample,thebuildingservicedbythis 4

4 ventilationpathwaydoesnotcontainanynormallycontaminatedareas.

4 t

t lI 4

AsrequiredbyLC03.3.3.10(fable 3.3-13,ActionStatementNo.28)flowrateswereestinatedeveryfourhours 8

duricgtheperiodofinoperability,withoneexception(seefable8fordetails).

e

$ 44884 t 188 844488 8 8 t * $ 4 48 8448 888 t t it t t t t t t l 8488488488488 t i t t t t t 48 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 t t t t t t t t t t t t t t t 448844 t t lt t t 4 48 8443

~

(FR-VS-112) - Unit i Systes Effluent flow-Rate Heasuring Device for the SLCRS Vent Monitor 8

4 l

ThisflowratesonitorwasinoperablefreeJuly7,1988duetoequipmentfailure. The30daycriteriawasexceeded 4

l 4

duetodetersinationsthattherecorderwasunrepairable. DCP1187waspreparedforreplacementoftherecorder.

Therecorderv>:replacedandtheflovrateseasuringdevicewasreturnedtooperablestatusJanuary 31,1990.

AsrequiredbyLC03.3.3.10(fable 3.3-13,ActionStatementNo.28)flowrateswereestimatedeveryfourhours t

t duringtheperiodofinoperability.

8 I

t t

$ 444488 8888888 t 84 84 t 888888884888 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 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 t t t t t t t it t t t t t t t t il 848 til t t it 418 I

I L

I BRAVit VALLif - WlfS 113 74812 7~

istRalf-1990 f!21-AH0AL RADIDACTIVE IFFLUENT RELIASE REP 0ff 40 CFR 190 IIV!B0HNTAL DOSIS I

totalDosefromallfacilityreleasesforthe6-nonthperiod January 1,1990thrsJane 30,1990 ORGAN DOSI(ares)

XOfTECH. SPIC. limit j

B088

' 9.17t-03 0.041 s

4

L!ftt

9.725-02 0.391 7076LBODY

9.56t02 0.381 THYROID 8.23t 0.111

!!DItY

8.55t-02 0.34%

LD50

~ 8.45I-02 0.34X I

GI-LLI 2.56t01 1.021 above enaulgtive gag jontribuglons f auld aeous gN!!a!EpEif$!NIonsandIbSo8n"gg''gg'gg' kec fechnicalSpecification3.11.4.1 states: Thedoseordose S Of ful PUBLIC frps all facility releases consiteent to M k BIR(2 ares to the total body or any organ (except islimitedto<or:

.I the thyroid, which is faited to < or : 75 ares) for a calendar year.

Notethatanassessmentnfradiationdosesdrosradioactiveeff..sents I-toMMBERS)OffBIPUBL Cduetotheiractvitiesinsidetheate boundary.anotapplicab.e.

l I

l L I I

l' c

u---

--m T

9 -"

I BEAVERVALLEY-units 1&2 TABLE 6 let Half 1990 SEMIANNUALRADI0ActiVEEFFLUENTRELEASEREPORT

.44.lti,4,4,*t. itti...stti,4,tl488..t...,4,4,titti,tt. 484tt

t. tttttt 8,1,,4.,88tt.. 444,144,8,8888141**,.t 4 8,84,8,$$

d TECHNICAL SPICIFICit!0N SURVE!LLANCE DEFICIENCIES 8

8 I

844884488888844tt8=

1844888888848888888444tt 44884$8848,4488488888888888$$$$$$$$38441844448444484titt48tl64884titill88,8884814 4

4 4.11.2.1.2, Radioactivegaseousvastesshallbesampledandanalyzed I

As specifle:: or Surveillance Requirement according te the sampling and analysis progran of table 4.11-2. Contrary to this, the following deficiencies were 8

observedduringthisreportperiod:

4

1. The normal continuous particulate sample (47 as filter mer) was collected and lost prior to analysis.

t I*

thesamplewasfortheperiod2/21/90brathrough2/28/90ontheUnit2SLCRSVent(ElevatedRelease) 4 IffluentMonitor(2HVSRQ-109). However,forthissameperiod,analternateparticulatesample (moving filter paper) van collected. This paper was analyzed for principal ganaa ensitters and no 4

I nuclides were identified. This paper was then analyzed by a contractor laboratory and no composite nuclides were identified. Also, the gassa erectrometry analysis performed on the continuous iodine i

8 sample (forthisnameperiod)didnotidentifyanyparticulateoriodineenergypenis.

8 I4 4

2.Thenormalcontinuousparticulatesample(47nafilterpaper)wasnotcollectedandanalyzedforthe 8

t period 5/16/90through5/23/90ontheUnit2VentilationVentIffluentMonitor(2BVS-RQ101).

t Eovever,forthissameperiod,analternateparticulatesample(novingfilterpaper),wascollected.

I4 This paper was analyzed for principal ganna enmitters and no nuclides were identified. This paper vas then analyzed by a contractor laboratory and no composite nuclides were identified. Also, the gassaspectrometryanalysisperformedonthecontinuousiodinesampledidnotidentifyanyparticulate I

orlodineenergypeaks.

8 Therewerenosafetylaplicationstothehealthandsafetyofthegeneralpublicasaresultofthefailureto Itshouldbenotedthattheeffluentpathwayradiationsonitorswere 8

I properly collect and analyze these samples.

8 inserviceandthesesonitoredidnotgiveanyalaraconditionsduringtheperiodsofnonsampling. Theseitens t

a' 3cumentedinlucidentReportHo's. 2-90 14 & 2 90-40.

t t

I it4tittttttit4444titttttttttill4484$$$$$$$$$48848848884*$4488848844$$$$$$$$444484t$$$$$$$$$$$$$1484448titttttttt448888888888888 4

4 4

AsspecifiedbyLC03.3.3.10(table 3.3-13,ActionStatementNo.2B)flowratesmustbeestimatedevery4 hours 4

I4 duringperiodsofinoperability. Centrarytothis,a(hourflow-ratewasnotestinatedonMarch 17,1990when the Unit 2 Condensate Polishing Building Vent Effluent Monitor (2HVL-RQ-112) was inoperable.

t 4

I There were no safety ispileations to the health and safety of the general public as a result o 8

deviceindicatednoidentifiednuclides. Itshouldbenotedthatthissonitors'continuouscollectionpathoperates independent of the detector path, this is documented in incident Report No. 2 90-11.

t I'

t 4

tt t tt t t t t tt t t t t t tt tt t t t t ttstit t t t t t tt t t tt t t tt t t t t tt t t t t t t t t tttttt t t t t t t t t t itit t t t t t t t t t t t t tt ttt t 44888448884888 844 848444884848 84 I

I

LI BRAVitVALLif-UplfI FABLE 9 letHalf-1990 I..-

SIM1 ANUAL RAD 10ACflVIIFFL0ttf RELEASE REPORT

$$$$$48846488444884446444888448844444 stststillstitttigslet444ts4 3448488444t$$$$$$$$448844848888ttttisst448 tit 44444448884 4

8 8

UNIf 10FFSlft DOSI CALCULAfl0N HANUAL CHAIGIS (DESCRIPfl01) 4 8

4 I

88$4488488888888844848884444444$$44tttttistetttttttttt H4 sttttttttsellstsst488 stellt44888844888884648844$$$$$$$$$$$$$$4 t

4 g

4 Therewerenochangesmadetothe t

. l 8

fait 1OffsiteDoseCalculationManual 4

s duringthisreportperiod t

8 4

8 8

8 4

g.

4 8

8 1

t l.

4 8

8 i

1 l

t l

8 t

1 3

4 1'

4 1

8

.t t

t 4

8 4

5 5

8 8

t t

t 8

t

-l t

t l

4 i'

t 4

('

8 4

4 4

l 8

8 8

8 4

1 l.

4 4

t t

i t

t t

t 8

t t

e t t t t 44444 tit t t 484884444881484t t t 488348884

48884841484488448484 * * $ $ $ 88884488888888884 t $ $144844t $ $lt t tili s t i t tlt tt i s t il s t l t

.m T-

BRAVitVALLif-Ullf2 FABLE 10 t

let Half - 1D SENIANNUALRAD10ACflVIIFFIhttfRILt& STRIP 0tf I.

$stest8tiltst$sstitttttttistilst48tstettttt:488t044:0 8titattttistl88tstiltelettut:4888888488tl884tsttelttatttlitttlest48 8

8 4

DNif 2 0FFSift DOSI CALCUL&fl0N BANUAL CHAIGIS (DISCt!Pfl0N) 8 4

448848888888888 tit 44tttttttttttttttistittttt44444488488titteltttt8888848:48$$$$$44$44484:$4884488tittttttttttttttttttttlet I

t t

8 t

Therewerenochangesmadetothe 8

I 8

8 Unit 2OffsiteDoseCalculationMassal t

t t

t duringthisreportperiod t'

8 8

t t

8 4

4 4

-t t

.g t

t.

t 1

g.

g-4

-t 4

-8 8

8 4

'I 4

4 t

t 4

I 4

4 8

8 8

t, 1

I4 4

4 4

t t

I

\\

4 4

4 s

t t

t I

t i

l t

t

.t 4

\\

g g

.I~

4 8

t 8

)

8 8

S tittt t tt t t t ttt ttt ttttt tttt t t t tt t t t t ttttttt tt t tit t t ttt tt ttt t tit ttistittstist stillstit ttt t tt t ttt tttt tt t tt tt tttt tttt tt t tt tti

---e----

I a

t I

L I

BRAVERVALLtf-UNIf8162 I

l AffACRINT1 letHalf-1990 1

SEMIAHUALRAD10ACflVIIFFLUINTRELIASEREPORT

'l l.

J0!NT FRIQUFMCf DISTRIBUfl0N fABLIS I

l

[..'.

l l

I e

l l

l I

l L.

)

1

r Table 1 Beaver Valley Meteorological Data Recovery First Quarter 1990 Continuous Batch Release Release Comments Joint delta-T (150-ft-35ft) 99.2%

N/A*

There were 17 hours1.967593e-4 days 0.00472 hours 2.810847e-5 weeks 6.4685e-6 months of data loss due to digital computer power outages.

Joint delta-T (500ft-35ft) 99.3%

N/A*

There were 16 hours1.851852e-4 days 0.00444 hours 2.645503e-5 weeks 6.088e-6 months of data loss due to the digital computer outages.

- *There were no batch releases during the first quarter of 1990.

I NUS CORPORATION

th l

p i

l l

l l-

,i i

.1 Beaver Valley Power Station

).

Joint Frequency Distribution Tables for Continuous Releases.

p Delta T (150ft-35ft) and 35-Foot and Delta T (500ft-35ft) and 500-Foot Wind First Quarter 1990 I

a

~{

i l

i I

NUS CORPORATION

o

- lL e.ggmo.

o.e.oo.

s s

C* - N o o o m

o e e* o e o N

g o.-oo.

N

-N-oo.

4 I!

g g

..-oo.

~

o-~

m l

og

..o g

o~-ooo m

1

-snmoo g

g oooooo-o g

-~oooo m

.~oooo

~

n g

oo-ooo g

oowooo o

C 1

e e

I:.

---oo.

m

-. moo.

g g

-g n

a m

l 4

E g

aw

-moooo g

o~oooo

~

a C

g g

t t;

C-gg g

gg.

-oooo.

-oooo..

e s-I.

a 8

5 o., o o o o 4

m gg n

.E g

-ooooo U

W W

W g

g e

e s

a I-N d

a osoooo s

o g

=

ococco o

gw d

u d

5 8

8 E

E k 5

t 5

E y

-ooooo

- oooo e

y y

g

= g w

w w

l 2

5-E l

w omoooo e

,y

-ooooo o a

,y T $

0 b=o l*g e-(

=Es ems g3 gogg y gong g

~-oooo m

-ooooo 8

s y..

en

=

en _

o

=

y o

e l

w ;sg gggg -

gggs

-o-oo.

o--oo.

~

,=1 e oc e

eog--,y gaggs

=

s.e -

8 m:-

g gg gaggs ag o

E w..ses eggro-acaa;s

<gwo-seas;s sma m

n.er 2

s..

~;

e ar_

g.

5,,yy~;

3 55 Ww<

Egg u$$

52EGGET 2

Egg ehI 52GGGG7 2

g H GEE GssE

'dded Esse

'dedd e

c t

Ms

t k

i o*22***

A i

"$g"Ab*

g B.

B g

g ensoeu g

omoooo m

3 ouoooo

~

g gggooo g

l g

a2*

8 n

2 omucoe n

a s g g w o o-g

~

g

-m-ooo g

myggoo g

.\\

e g

comoeo

~

g sgg-oo g,

7 g

o - c.o o o R

2""*

R C

I W

W a

omoooo

~

o g w..egeooo y

u g

8 m

a n

g' 2

E g

o-oooo g

mwuomo E

"I.

I" E

e

-gg g'j g

-oooo g

--oooo

~

e G

s-5 d

5. g N

gg o, ~ o o o o.

i m

mooooo n

I W

W W

W E

E g

W g

g gnoooo g

..i o

w

--oooo u

o w

S a

a g

g fw W

3 E 5

gy

--oooo

~

5 l

g4oooo

~

5 p G W

}

=

a B-E '! y l

w o

a-

E $

b=8 go b.. B oooooo y

groooo g

e e a s.

I WiB

-l

$$5 g

$*Cl g NS*

4 g.

E 9!..

E" E

5.g50 g g y ! =

u -- o o :.

ggy! =

gg-ooe y

[

4

==l

=

e lW n

golg 8

gIm-o 85.s assas u = e=s assas g.. n=m eggW e-saasas eggWo-seassa

.st m

m s..

~;

e s,=Eg s

s a

Kt s e.. : : ~ ;

B-ww, sessaa?

e m,,m assaw 2

e y

G55 5sg%

'Auds Bug %

'Auss l

.a' 1

W AggC**"

g W

4Eh" s

s I

4 I

- ~

~

. g-1 I

bu*

R E

I g

. oooo e

g uooooo u

a oggooo 3

m-oooo 4

1 g-oggmoo e

g

.-oooo

~

g ggg-oo g

g on-ooo

=

R RM***

R

ca R

C C

W E

e g

gguooo p

g gnoooo w

a n

a.

m g

g E g gnoooo q

g E g gooooo q

l E

l 4

t h"

l@

j@

=W R

R W

2

=

Ea E'

8 8

I R

gg gooooo g

A

-5 g gooooo g

g

=

'W W

W g

g

=

L 5

5 E

E W

y g

gmoooo q

o, g

gooooo g

w w

g'k c

c

=

o g

lg E

5 g

5 gg g;oooo g

mooooo h

E

'- Q E

g g

L a

5m W

W 4

W y'

W U"

e w.

w.

w 2

EkB tkB s*Rj g g

g*Rj W RN A

C 58 E

E"A _

=

"A n

W 'dg gggy =

g*oooo g

gygg =

4-oooo e

'Eb

$ aD v-l5 Sa 5

c=~

2 g-

.g ggggg g,g ggggg d=8

~l4 C*ywon AuAdd8 15m C*Eywo-AuAdJ8 a

a E

5 5

s e.. T T 7 J 5

5 se..TT7Jamaw e

C 0=

.W-O Et aggual 5

ww.

amas; e

s,,E-

'ddds Esst

'ddes

=

g_

GEE Rss I

lI

+

L 9080000 7

L 8838600 3

A 9

0 A

58332 4

T 1

2 T

973 1

O O

2 T

T W

200000 2

W 892000 9

v N

N 241 8

N N

W 500000 5

W 986000 3

N W

481 5

1 W

300000 3

W 557000 7

5 N

N 272 2

u W

W

~

Me W

100000 1

W 005400 9

E 206 8

G 1

1 AP

=

W 100000 1

W 124900 6

S S

2991 2

M W

U 2

W 790000 3

W 950200 6

S S

278 8

1 W

520000 7

W 906100 6

S S

472 4

T S

1 E

E E

E F

F L

G 0

S 460000 0

L 0

S 662000 4

0 0

2 3

A 0

861 6

f' 9

1 9

5 5

1 S

3 S

S R

A T

T L

A i

000000 0

L A

E 972000 8

t O

C S

2 2

C S

71 9

M S

S S

S T

T Y

R Y

R N

S T

U T

U 1

I O

E 9

LT N

T I E E

600000 6

I E E

730000 0

R BE N

S 3

3 SE N

S 9

0 A

AF I

1 P

E T

T S0 N

S0 N

M-D O

O 5

I 5

I S

3 E

700000 7

3 T

E 060000 6

E "C

S 3

3 C

S 0

0 C

E E

E 1

1 N

S D

R D

R E

A N

I N

I I

E A

D A

D C

L 0

D E

000000 0

0 D

E' 360000 9

N 2

2 N

01 3

M S

ER C

0 A

1 1

I S

5 5

R U

1 D

E O

0 E

E N

U 9

N E

P N

/

E P

E 800000 8

E P

E 100000 1

S I

1 E

S N

1 1

E S

N 12 3

O T

3 W

E W

E 1

1 M

N

/

T D

T O

3 E

N E

N A

C B

I S

I W

W 0

L E

900000 9

E 330000 6

E F

N F

N 91 0

1 V

0 T

O T

O 1

E 9

EH EN C

L

/

EPN EPN P

1 TFMO TFMO D

I I

A 0.7. B N

/

5T E

100000 1

A 0.7. B 5T E

130000 4

T U

N N

U 1

T U

N 51 6

O O

L5 N

R2 E3 I

E3 I

I S

GV:

C R

D R

R 8D T

T E

- LE

: : S

: :S V

DN NTTI N

500000 5

NTTI N

704000 1

D I

OAAD OAAD 43 8

F : M JRA D

Y D

Y s

N EX EDDC EDDC O

YI E SELN SELN I

D EF AROE AROE T

F LI D SUNU 00000 BUNU 00000 A

J LTO SSQ 55550.0 YAEE 55550.0 SSQ R

ANI YAEE O

VER TERRD) 372840 L

TERRD) 372840 L

P M

DE I MHFEN M

112 A

I MHFEN M

11 2 A

R A

RI P L

T EP L - - - - - 4 T

L T

EP L - - - - - 4 T

O R

E I

TPM A611112 O

TPM A61 1112 O

I C

G VEA SDDNS(

C75555.>

T BDDNS(

C75555.>

T O

ATT ANNI ANNI S

R EI A TII O 3728 TI I O

3728 U

P BSD SWWJ 11 SWWJ 11 N

4 l

l' llljltlll'

,l

,l lt

.E E.

E M

M M

mm W

W NUS CORPORATION ATMOSPMERIC SCIENCES DEPARTMENT PAGE 6

PROGRAM: JFD VER$10N: PC-1.0 BEAVER VALLEY JFD - GROUND LEVEL CONTINU0US RELEASE SITE IDENTIFIER: DL8V2 DATA PERIOD EXAMINED: 1/ 1/90 - 3/31/90

- - 1ST QTR 1990 ***

STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 33.0 FEET WIND MEASURED AT: 35.0 FEET WIND THRESHOLD AT:

.75 MPH TOTAL NUMBER OF OBSERVATIONS: 2160 TOTAL NUMBER OF VALID OBSERVATIONS: 2143 TOTAL NUMBER OF MISSING OBSERVATIONS:

17 PERCENT DATA RECOVERY FOR THIS PERIOD: 99.2 %

MEAN WIND SPEED FOR THIS PERIOD:

4.4 MPN j

TOTAL NUMBER OF OBSERVATIONS WITH BACKUP DATA:

0 PERCENTAGE OCCURRENCE OF STA81LITY CLASSES A

B C

D E

F G

4.15 1.45 1.82 40.04 31.22 11.67 9.66 i

DISTRIBUTION OF Wile DIRECTION VS STABILITY N

NNE NE ENE E

ESE SE SSE S

SSW SW WSW W

WWW NW NWW CALM A

2 3

5 5

7 4

1 6

8 4

2 14 14 7

4 3

0 B

2 1

1 1

0 1

1 2

3 1

3 0

3 3

7 2

0 C

4 0

0 2

2 3

2 1

2 5

5 5

2 3

0 0

42 32 32 32 25 11 12 11 42 33 88 127 121 90 104 5G 1

t E

21 21 47 64 33 22 -

19 33 53 66 80 72 41 17 29 27 24 F

5 6

12 9

32 28 29 25 26 29 8

7 4

2-2 2

24 G

S 1

9 18 20 37 36 20 30 7

3 1

1 3

5 2

9 T0 tat 81 64 106 131 119 106 100 98 164 146 186 226 189 127 153 89 58 i

4

-p

.w

1 Il y

oooo-o-

~

g oo-mo-u

~

1 B

B g

g oooooo o

oooooo o

y oooooo o

g oooooo io g

g ococo-acae-o 2

ococoo o

2 ooooo-W f

g g

eco-oo ooooo-g oooooo o

g oooooo o

0 C

m l

t W

-l g

oooooo o

o g

oooooo o

g' a

a a

R G

g g

Q g oooooo o

E g oooooo o

l l

u e

=

de g

oooooo o

et g

mewooo

~

8 j

EE EE Ea g

8 Eo B

A g

oooooo o

A A g oo-ooo S

S

~

M w

w 9

2 9

2

_u o

o a

w oooooo o

o g

g

=

g w

o-oooo E

8 8

g-g g

g m

m k

5 E

y oooooo o

5 t

y oooooo o

N W

W

.R m

C 9

9 y

5 5

o, g

oooooo o

I g

oooooo o

T

{

0=

b E 8 EkB EIB gg3 ggqg g gggg g oooooo o

o oooo o

a = g..

sm a sm

=

5 '80 gggl =

gggj =

cooooo o

oooooo o

=3 e

e o

E Em 8g=

WlagWg nnnn8

e $h g

Eg=g nnnng 3

oooo oooo

-<=_

Ej

WEES2 5"

U84 EEEEE

.w g $

E" g

5" s e m m e" "4

: : a.

U84 U

e

-rm U4 ::::

B e

-ra B

W5 3995"*

h9"9n^

$99"-~

~

g2 $35 355%

""DS 255%

""DS

'i*

I

.i i

t t

$yRnmE 6

.E.

B I

g g

ugggoo g

oooooo o

1' l-l.

g oooooo o

y meggwe g

l 1

f g

g magpgp e-oooo-o I.

2 oooooo o

a m*gggg g

2 ococoo o

msggge. g

-g oooooo o

3

,,anggm g.

l g

oooooo o

g u gge-g C

i..

E E

u g

a comooo m-a g

-oggem g

R

, E 5

"g -

g l

l 4

E g o--ooo

~

g m e n,, o o g

I I

e a

C C

2 s-c-

gg

,g mococo o

gg

,y mg.*oo g-g 5-g 5

8 A

oowooo u

E g

gg gg

-ggg-o 9

9 u

a o

o w

o--ooo u

o

.ggooo g

I,W g

g g

w 8

8 8

8 g

j g.

$g

+~geoo

=

comooo

~

9 l

l

,. l

.=

o g

-oooooo o

,g

.mmooo g

g (.

O=D b=

u 7

k' 8

025 etE

g. g >

soRg W=

song W=

oR*-oo oooooo o

I:.

'8-d8 -

., g..

We

=

w g

on g I d 5655 *

"$%C**

3

'5I Soot Se lC I

g.

g e,==8 u gE 88888 "E.

" ewe 88888 d"

y.. CBE CQuuan AdadJ8 C*guan AdddJ8 a

E a

=2r a

5'e=

5..vT7J 5

C d=

5..vi?J 5

F Ww<-

eh8 5255557 8

Egg Eh$

52E3557 2

Egg %

'auds aggR

'Auds

, n y

G55 agg

l NUS CORPORATION ATNOSPMERIC SCIENCES DEPARTMENT PAGE 4

PROGRAM: JFD VERSION: PC-1.0 BEAVER VALLEY JFD - ELEVATED CONTINUOUS RELEASE SITE IDENTIFIER: DL8V2 DATA PER!OD EXAMINED: 1/ 1/90 - 3/31/90 s

1ST QTR 1990

STABILITY CLASS E STABILITY 8ASED ON: DELTA T BETWEEN 500.0 Ae 35.0 FEET WIND MEASURED AT: 500.0 FEET WIND THRESNOLD AT:

.75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN MOURS AT500.00 FEET SPEED

(

(MPH)

N NME NE

'ENE E

ESE SE SSE S

SSW SW WSW W

WNW NW NNW TOTAL CALM 4

.76-3.50 0

2 3

5 5

7 6

5 6

7 8-6 10 3

1 2

76 3.51-7.50 1

0 3

9 14 3

6 4

8 to 18 11 9

9 3

2 110 7.51-12.50 1

0 1

12 9

5 13 9

13 10 23 22 19 6

5 1

149 12.51-18.50 0

2 1

3 0

0 2

2 24 21 44 16 14 0

0 1

130 18.51-24.00 0

0 0

0 1

1 3

11 23 1

2 0

0 0

42

>24.00 0

0 0

0-0 0

0 0

0 1

1 1

0 0

3 TOTAL 2

4 8

29 28 15 28 21 54 60 117 57 54 18 9

6 514 STABILITY CLASS F STABILITY BASED ON: DELTA T BETWEEN 500.0 AND 35.0 FEET WIND MEASURED AT: 500.0 FEET WIND THRESMOLD AT:

.75 WM J0!NT FREQUENCY DISTRIBUTION OF' WIND SPEED AND DIRECTION IN MOURS AT500.00 FEET SPEED (MPM)

N NME NE ENE E

ESE SE SSE S

SSW SW WSW W

WNW

' NW NNW TOTAL CALM 0

.76-3.50 0

1 1

6 2

4 8

4 4

3 2

1 1

0 2

2 41 3.51-7.50 0

1 1

0 1

5 5

8 17 8

6 15 4

2 0

0 73 7.51-12.50 0

0 0

2 2

5 24 11 15 1

6 0

0 0

66 12.51-18.50 0

0 0

0 1

1 10 9

9 1

1 0

0 0

32 18.51-24.00 0

0 0

0 1

0 7

1 0

0 0

0 9

>24.00 0

0 0

TOTAL 0

2 2

6 3

11 16 18 56 31 39 19 12 2

2 2

221

[

4 q

v =*cs*==

s v *csgggu s

s s

a

.I-t l

xub"*

I

.....o o

c e s. g., o o

[

RERA3 8

e I

i 3

OOwooo o

3 gNggNN g

~

I.

H H

@ggg@o oooooo o

o

~

a

-~

a a

xAsse*

R R

NOR$N E

c."

=a 1

2 0

omoooo y

g

ggg&~

g l

g a

g R

=

[

s E

$g

~~*===

s D

$g ena~--

s a

e g

g c

-i is

. =

~~-ooo is

. =

een~-o n

I 3-Go 0

B 5

g A. gg gg gggg-o g

A

~ooooo

~

s 2

s 5

u a

o gggooo' g o

w ococco o

o g

g y

g w

5 8

8 a

g g

W 8

8-g l

Eg l

5g bs0*

8 G

l i,

=

I 3

,~,-oo o

.....o T

b=

E S EtB thB g!>

ggqj g ggqj g a e u..

xa wm a G ;2!

gggj -

-eneo.

a oooooo o

,a o

$8aW W8iW agsg o oog E

25 I-E

==g ag=g e $n

=

n.nng

-24.00 0

0 0

i TOTAL 14 to 8

5 4

9 5

to 11 9

9 28 33 33 8

10 206 STABILITY CLASS 8 STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIND THRESHOLD AT:

.75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPEE0 AND DIRECTION IN MOURS AT 35.00 FEET SPEED (MPH)

N WWE NE ENE E

ESE SE SSE S

SSW SW USW W

WNW NW NNW TOTAL.

CALM 0

.76-3.50 1

0 0

1 0

2 0

1 0

0 0

0-0 1

7 i

3.51-7.50 6

1 3

1' 2

1 1

1 4

3 1

8 13 18 5

74 7.51-12.50 0

0 0

2 4

3 4

1 1

1 20 12.51-18.50 0

0 0

0

. 0 0

0 0

0 4

2 0

0 0

6 18.51-24.00 0

0 0

0 0-0 0

0 0

>24.00 0

0 0

TOTAL 7

1 3

2 2

3 1

3 -- 4 5

5 15

- 23 19 7

7 107 i

i

,3 w

n-

-- m

___.___.,____2__m m

o PAGE 3

NUS CCwtPORATION ATMOSPMERIO SCIENCES DEPARTMENT PROGRAM: JFD VERSION: PC-1.0 BEAVER VALLEY JFD - GROUND LEVEL CONTINU0US RELEASE StTE IDENTIFIER: CL9V2 DATA PERIOD E7AMINED: 4/ 1/90 - 6/30/90 2ND QTR 1990 STABILITY CLt.SS C.

STARILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WINf. MEAMJRED AT: 35.0 FEET W]PA THRESHOLD AT:

.75 MPN JOINT FREQUENCY DISTRIBUTION OF WIND SFEED AND DIRECTION IN NOURS 1.T 35.00 FEET SPEED (MPH)

N NNE WE ENE E

ESE SE SSE S

SSW SW USW W

J NW NNW TOTAL 0

~ ALM

.76-3.50 0

0 1

1 4

0 0

0 1

1 2

2 3

3 18 3.51-7.50 2

1 0

2 0

1 0

2 1

5 13 13 7

4 52 7.51-12.50 0

0 0

3 4

6 6

0 2

1 22 12.51-18.50 0

0 0

18.51-24.00 0

0 0

>24.00 0

0-0 0

0 0

0

~

TOTAL 2

1 1

2 4

2 0

1 0

5 6

12 21 15 12 a'

92 STABILITY CLASS D STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIND THRESNOLD AT:

.75 MPN JOINT FRFOUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT 35.00 FEET SPEED (MPH)

N NNE NE ENE E

ESE-SE-SSE S

SSW SW WSW W

WuW NW NNW TOTAL 0

.76-3.50 16 20 11 10 15 4

8 6-11 5

11 11 16 15 15 11 185 CALM 356 3.51-7.50 13 5

5 3

1 1

0 1

9 16 -

38 61 86 36 45 36 ~ 128 7.51-12.50 0

0 0

0 1

4 39 45 22 to 6

1 12.51-18.50 0

0 0-0 0

0 0

0 3

8 0

0 0

0 11 18.51-24.00 0

0 0

>24.00 0

0 0

0-0 0

0 TOTAL 29 25 16 13 16 5.

8 7-21 25 91 125 124 61 66 48 680 e

'+

a

+

NUS CORPORATION ATMOSPHERIC SCIENCES DEPARTMENT

.PAGE 4

PROGRAM: JFD VERSION: PC-1.0

' BEAVER VALLEY JFD - CROUND LEVEL CONTINUOUS RELEASE SITE IDENTIFIER: DLBV2 DATA PERIOD EXAMINED: 4/ 1/90 - 6/30/90 2ND QTR 1990 ***

STABILITY CLA3S E STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIND TetRESHOLD AT:

.75 MPH JO!NT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT 35.00 FEET SPEED (MPH).

N NNE NE ENE E

ESE SE SSE S

SSW SW WSW W

WNW NW NNW TOTAL CALM 7

.76-3.50 18 16 29 39 33 32 33 34 53 28 22 19 26 21 13 20 436 3.51-7.50 1

1 2

2 1

0 1

6 17 37 28 22-7 5

6 6

144 7.51-12.50 0

0 0

0 1

2 7

5 5

0 0

0 20 12.51-18.50 0

0 0

1 0

0 0

0 1

18.51-24.00 0

0 0

>24.00 0

0 0

i TOTAL 19 17 31 e1 34 32 34 40 71 67 57 47 40 26 19 26 608 STABILITY CLASS F STABILITY BASED ON: DELTA T BETWEEM 150.0 AND 35.0 FEET WIND MEASUREC AT: 35.0 FEET WIND THRESHOLD AT:

.75 MPH JOINT FREQUENCY DISTRIBUTION OF WI.~. 30EED AND DIRECTION IN HOURS AT 35.00 FEET SPEED (MPH)

N NME NE ENE

'E ESE SE SSE S

SSW SW WSW W

WNW NW NWW TOTAL CALM 9

.76-3.50 4

5 7

16 21 46 45 37 25 12 4
1 1
1 2
0 227 3.51-7.50 0
2 0
0 0
0 0-0 0
12 0
0 0
0 0
0 14 7.51-12.50 0
0 0
0 0
0 0
0 0
0 1
0 0
0 0
0 1
12.51-18.50 0
0 0
0 0
0 0
0 0
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 4
7 7
16 21 46 45 37 25 24' 5
1 1
1 2
0 ~ 75 2
~..
NUS CORPORATION ATMOSPMERIC SCIENCES DEPARTMENT PAGE 5
PROGRAM: JFD VERSION: PC-1.0
((?
BEAVER VALLEY JFD - GROUND LEVEL CONTINUOUS RELEASE
@^
SITE It'ENTIFIP': DLBV2 DATA PERIOD EXAMINED: 4/ 1/90 - 6/30/90
2ND QTR 1990 ***
t STABILITY CLASS G STABILITY SASED ON: DELTA T BET' DEN 150.0 AND 35.0 FEET WIND MEASURED AT: '35.0 FEET WIND THRESHOLD AT:
.75 MPH 4
JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN MOURS AT 35.00 FEET SPEED (MPH)
N WWE NE ENE E
ESE SE SSE S
SSW SW WSW W
WNW NW WNW TOTAL 17 CALM
.76-3.50 1
3 7
7 14 30 75 30 20 6
2 3
0 0
2 1
-201 3.51-7.50 0
0 0
0 0
0 0
0 2
2 0
0' 0
0 0
0 4
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 0
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 i
3 7
7 14 30 75 30 22 8
2 3
0 0
2 1
222 STABILITY CLASS ALL STABILITY BASED ON: *) ELTA T BETWEEN 150.0 AND 35.0 FEET i
WIND MEASURED AT: 35.0 FEET l
WIND THRESHOLD AT:
.75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN MOURS AT 35.00 FEET SPEED (MPH)
N NNE NE ENE E
ESE
. SE SSE S
SSW SW WSW.
W WNW NW NNW TOTAL CALM 33
.76-3.50 45 A6
.59 74 89 119 161 114 111 52 42 38 46 44 35 37 1112 i
3.51-7.50 31 18 14 12 6
8 7
14 36 79 74 111 140 71.
59 776 l
7.51-12.50 0
0 0
0
'O O
O O
7 12 56 69 53 15 to 4
226 12.51-18.50 0
0 0
0 0
0 0
0 0
0 3
13 3'
0 0
0 19 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
-3 0
0 0
0 0-0 0
0 0
0 0
0 0
0 TOTAL 76 64 73 86 95 127 168 128 154 143 1 75 231 242 155 116 100 2166 t
l I
l g.
M E.
M
- ~
.=
~.-
n M
M M
M M
M M
M M
' M M
M PAGE 6
NUS CORPORATION ATMOSPfCRIC SCIENCES DEPARTNENT PROGRAM: JFD VERSION: PC-1.0 SEAVER WALLEY JFD - GROUND LEVFL CONTINUOUS RELEASE SITE IDENTIFIER: DL8v2 DATA PERIOD LJWt!NED: 4/ 1/90 - 6/30/90
2ND STR 1990 STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIND THRESMOLD AT:
.75 MPM TOTAL IR.MBER OF OBSERVATIONS: 21 %
TOTAL NUN 9ER OF VALID OBSERVATIONS: 2166 TOTAL NUNBER OF MIS $1NG OBSERVATIONS:
18 PERCENT DATA RECOVERY FOR TRIS PERIOD: 24.2 Z MEAN WIND SPEED FOR TdlS PERIOD:
4.0 pWNt TOTAL NUNBER OF OBSERVATIONS WITM BACKUP DATA:
O PERCENTAGE OCCURRENCE OF STABILITY CLASSES A
B C
D E
F G
9.51 4.94 4.25 31.39 28.07 11.59 10.25 DISTRIBUTION OF WIND DIRECTION VS STABILITY W
NME NE ENE E
ESE SE SSE S
SSW SW WSW W
WNW NW NWW CALM A
14 10 8
5 4
9 5
10 11 9
9 28 33 33 8
10 0
8 7
1 3
2 2
3 1
3 4
5 5
15 23 19 7
7 0
C 2
1 1
2 4
2 0
1 0
5 6
12 21 15 12 8
0 D
29 25 16 13 16 5
8 7
21 25 91 125 124 61 66 48 0
E 19 17 31 41 34 32 34 40 71 67 57 47 40 26 19 26 7
F 4
7 7
16 21 46 45 37 25 24 5
1 1
1 2
0 9
C 1
3 7
7 14 30 75 30 U
8 2
3 0
0 2
1 17 707At 76 64 73 86 95 127 tea 128
\\54 143 175 231 242 153 116 100 33
-.t i
i i
g co-Nemo e
g o o o sv en o o N
B B.
g g
ooo-oo ococco o
y o-o-o.
~
g oooooo o
y g
co-noe m
eco-oo
=
oooooo o
a oooooo o
3 ococco o
g oooooo o
g oco-oo g
oooooo o
l g
m. g oooooo o
oooooo o
y e
3 8
E.
ococco o
e coooco o
e R
R E
g h
E g
oooooo o
E g coo-oo y
E g
e c
a-a-
, y oooooo o
g gg gg
,y co--oo
~
l g
8 8
A Eg oooooo o
E Eg oooooo o
W g
W "
g W *
'.l E
a a
3 l
wk oooooo o
o ococco o
gw gw l
hl
.j e
e gy gy oooooo o
oooooo o
s w
w g {.
'y
y o
oooooo o
co-ooo O 8 8
E e-EIB tIB b
gg; g qg g goqg g oooooo o
oooooo o
g e g..
se a sR a ggy! =
co-ooo gyg! =
coeuco
~
El l
9 9e 9 s= e se 9.9.g nga
... 8 l ' g E.s o o 9999 x
trEEe-sex 8 e
><fEse s ~usx8 e
IE:;s iniE KI tw a
545 44440E inesE! 5444440 E
y was assa a~ss assa a~~s i
5
a
,a
-,.A a
.mm,--
a,.-,
a,
,m-ma--
a-
-a.,,
.---,wn,----
..sa t
t s
L I
I b
b
.s.
s ooNoo.
m o#gWoo g
l oo-ooo ona,~o l
-r,snn.
g y
g oo~--o I
oo~~~~
.nseux g
i ecoNoe N
NWggge e
g oooooo o
g sogggm g
- r g
oor-coe
=
g Nm g4-g
=-
= -
[
u 8 a co--no e
a 8
-sgeoo 9
k 8
8 a
e a
m g
g a
g E
--~~-o e-g
-ap oo g
g 9
islw ys l w a
2 E
E
~--=
a *~~=
m l
59 s
u=
a A
gg A
Eg sgg-oo omoooo
~
w W
r*
r" g
g E
E u
g
~
w
-o-ooo
~
o o
foggoo y
g w
5 8
8 W
8 8
E 5
gy o-o-oo
~
E gy rog~-o I
l6 E
E
~~
w w
2 o
oo ooo g
y mm
--o e
E b
b
>=
k8 EEs EEg 3 = c. y y sen.g g g e< g >!
=-
~a~~==
e e8 s"a -
om 3 3
l
;8 isss -
isss
<enu==
a
~~~=
,et leg-lge e
8 o
-n.
saaa8 a.
assa8 I=..s=8 zer WgrS-saass8 e<gr -
saas;8 r
e m
5
.er s,,sKg ska.
~;
E 5,,
~;
3 c-c _ E.g seasaa~
e aaa~
r, g,,u y
953 Esse
'ddes asst
'ddes 1
1
l i
RH.RG2*
R i
~kbSS"*
g a
g g
"~"*
~*~***
S I
5 1
g neweoo g
g savooo g
g sggooo 3
g q
emeoco
=
pggeoo g
m omgueo q
i g
og u-o g
g seco o e
R
""CNR*
C R
3*"*
2 I
g
3N"*
R
S*"**
M W
W
{
m 8
8 esogno g
e egem o og 8
R N
@N4Noe g
N e N 40 N - o g
E g
e E
e E
5_ -
E E
3g
,g wes--o g
I I"g
,y msynoo 4
g g'
~
g 5
8 R
gg
se-oo e
R 5g u=~~oo g
m N
W W
5 E
u g
g o
g w wenooo p
o em-ooo g
gw e
g g
l e
e W
k 5
gg k" gy newooo
emoea e
6 E
~
~
g g
=
w w
o y
comooo e
5 a
y mmoooo a
$eg EIE EIE ggy go g
NmNooo N
e4-ooo e
a eg$
g{yh =
em44oo gyyf =
x.
se m
'd g
-u-ooo a
s 255 Ree9 Geef e, 5,:e agwg oooog age
,,.g oooo r
""mex i
erffe~
.nyny8 eG=_ese nyyy,8
"" wen 8
>sg e
gI g5 e
.ga 53, ::::.
5,...sgatsta.
s s
W 299 mmme ggg
)
$an G55%
""#E G55%
""#5 I?
I
I i
c"****
R; i
" S R. $ R "o S c
~
m-g a
a g
I I
~m8"*"
8 I
cmR*"
y E
j j
2 R $ R Q * [g n
2 oo~ooo
~
3 gggggg 1
ggggge g
-m-ooo e
R R
SARb3" g
I eg cass"-
m R
~"==*=
-=-
j I
g s.
_eganeo n
a.
oco~
~
o E
8 8
a I
l 5
h E
I g
$24D" Q
g E
is
l. m 5
2 lE
.w Sana-=
e
=-
I s-I g
-e s.
-e a
-~oooo m
A Eg gggwoo g
A yg w
~
= -
=
u o
u E
a E
I j
g*
gg*
REN "
4
"***o*
l e
e
=
$l, lGg l
5g Unnc-=
u l
cc==
c u
s y
e
.a s
s y
pogg-o
)
-ooooo q 5 g
I g
e.8 m.8 2 8 Ets Wks 5,g 5 g E
gg 4 5 Rj g C
SC"**
a a e u..
se a se r l
E ;E!
issE -
==**
a iss! -
cNsa==
s
$55 9eig 9l9g P
E s
n ag-oo og
e s=g I
E " as_* W "r OWIES^
" L nneng oooo nnnn.g
.g
,.hEESE z"NUSA.
i z"N U S A.
i 599.r.f 5 g: : : : e n.
5 ggg=Et 5" 4 : 22:a s
e b $ IW5 e
s gemen.
enen lt WEa 335%
"NDE E55%
"NDS I
I
NUS CORPORATION AT8CSPMERIC SCIENCES DEPARTUEWT PAGE 6
PROGRAM: JFD WERSION: PC-1.0 BEAVER VALLEY JFD - ELEVATED CONTINUOUS RELEASE
+
i SITE IDENTIFIER: DL8V2 i
DATA PERIG) EXAMINED: 4/ 1/90 - 6/30/90 1
2ND OTR 1990 STA81LITY BASED ON: DELTA T SETWEEN 500.0 AND 35.0 FEET 4
l WIND MEASURED AT: 500.0 FEET WIND THRESHOLD AT:
.75 MPH TOTAL NUMBER OF OBSERVATIONS: 2154 TOTAL NUMBER OF VALID OBSERVATIONS: 2175 TOTAL NUNSER OF MISSING OBSERVATIONS:
9 PERCENT DATA RECOVERY FOR TMIS PERIOD: 99.6 %
MEAN WIND SPEED FOR TNIS PERIOD: 10.7 MPM TOTAL NUMBER OF 08SERVATIONS WITH SACKUP DATA:
0 PERCENTAGE OCCURRENCE OF STASILITY CLASSES A
B C
D E
F G
.37
.32 2.25 59.13 22.53 14.07 1.33 l
DISTRIBUTION OF Wi e DIRECTION VS STASILITY N
NME WE ENE E
ESE SE SSE S
SSW SW W5W W
WWW NW NNW CALM l
A 1
0 0
0 0
0 0
0 0
0 1
0 0
3 2
1 0
8 2
0 1
0 0
0 2
1 0
0 0
0 0
1 0
0 0
C 6
1 1
2 2
2 4
7 5
1
'J 2
8 4
1 3
0 0
61 19 28 51 42 43 22 26 48 81 155 119 221 207 114 48 0
E 21 7
8 19 13 18 24 29 39 48 73 36 72 44 21 18 0
(
i F
4 6
8 15 14 14 19 29 39 28 28 18 33 25 14 10 2
G 0
1 1
0 3
3 1
1 2
5 3.
5 2
1 1
0 0
TOTAL 95 34 47 87 74 80 72 93 133 163 261 180 336 285 153 80 2
i l
1 I
h L
m y
p g
,.w..
.#w n
,t,
..f gg.,
w
I I
I Beaver Valley Power Station Joint Frequency Distribution Table for Elevated Batch Releases Delta T (500ft - 35ft) and 500-Foot Wind
~
Second Quarter 1990 I
I l
I NUS CORPORATION
I
,I I
I I
Beaver Valley Power Station Listings of Meteorological Data for Periods of Elevated Gaseous Effluent Releases Second Quarter 1990 I
I I
I I
~
I g
I I
I I
l I
NUS CORPOAATION
M M
M M
M M
M
'.[
M M
M M
M NUS CORPORATION ATMOSPMERIC SCIENCES DEPARTMENT PAGE 1
PROGRAM: LIST VER$104: PC-1.0 LISTING FOR SEAVER VALLEY MOURLY METEOROLCGICAL DATA 500-FT LEVEL SATCM RELEASES FOR TME SECOND suARTER 1990

35 FT ------ -------- 150 FT ------ --------500 FT -------

AMB.
DEU WIND WIND STD WIND WIND STD WIND WIND STD TEMP POINT DELTA T DELTA T RAIN SPEED DIR DEV SPEED DIR DEV SPEED DIR DEV 35F 35F 150-35 500-35 FALL YR MO DY MR (MPM) (DEG)SC(DEC) SC (MPM) (DEG)SC (DEG)SC (MPM) (DEG)SC (DEG)SC (F)
(F)
(F) SC (F) SC(IN) 90 6 15 20 2.0 2.
99.9 -
5.3 7.
99.9 - 11.0 355.
99.9 - 78.5 61.6
.0 E
-1.6 0
.00 90 6 15 21 1.4 133.
99.9 -
2.0 80.
99.9 -
4.6 16.
99.9 - 74.1 58.7 1.7 F
.3 E
.00 90 6 15 22 1.4 126.
99.9 -
3.2 328.
99.9 -
8.8 4
99.9 - 70.6 59.7 3.2 C 2.1 E
.00 90 6 15 23 1.1 127.
99.9 -
1.6 225.
99.9 -
5.0 347.
99.9 - 64.9 59.5 3.7 G 6.0 F
.00 90 61524 1.4 164.
99.9 -
3.5 264.
99.9 -
6.4 1.
99.9 - 63.2 59.3 3.3 G 6.0 F
.00 90 6 16 1 1.0 164.
99.9 -
1.9 ' 226.
9e,.
8.2 10.
99.9 - 61.8 58.8 2.6 G 6.5 F
.00 90 6 16 2 1.4 166.
99.9 -
2.6 244.
99.9 -
4.6 344 99.9 - 60.9 58.0 2.0 F 6.1 F
.00 90 6 16 3 1.3 121.
99.9 -
4.8 206.
99.9 -
2.3 8.
99.9 - 59.4 58.1 2.7 G 7.2 F
.00 90 6 16 4 1.2 160.
99.9 -
2.7 209.
99.9 -
2.8 288.
99.9 - 58.6 58.1 2.8 G 4.3 F
.00 90 6 16 5 1.0 140.
99.9 -
1.2 194 99.9 -
2.6 323.
99.9 - 57.7 57.7 2.2 F 5.2 F
.00 90 6 16 6 1.3 124.
99.9 -
3.6 210.
99.9 -
1.9 329.
99.9 - 57.8 57.8 2.1 F 4.7 F
.00 90 6 16 7 1.2 175.
99.9 -
2.2 222.
99.9 -
1.8 302.
99.9 - 59.7 58.9
.6 E 2.6 E
.00 90 6 16 8 1.2 232.
99.9 -
1.6 246.
99.9 -
2.1 332.
99.9 - 63.5 59.2
.6 D
.2 E
.00 90 6 16 9 1.8 340.
99.1 -
1.8 2.
99.9 -
4.0 71.
99.9 - 67.3 60.0
.5 0
.2 E
.00 90 6 16 10 2.3 4.
99.9 -
2.9 21.
99.9 -
2.8 93.
99.9 - 72.5 59.2
-1.2 A
-1.8 0
.00 90 61611 2.6 345.
99.9 -
1.8 18.
99.9 -
1.0 91.
99.9 - 76.2 62.9
.6 0
-2.1 0
.00 90 6 16 12 3.0 332.
99.9 -
2.5 339.
99.9 -
2.4 141.
99.9 - 79.5 65.6
-1.0 C
-2.1 0
.00 90 61613 3.2 318.
99.9 -
3.4 330.
99.9 -
4.0 350.
99.9 - 82.2 66.3 -
-1.1 C
-3.0 0
.00 90 61614 3.7 344.
99.9 -
5.0 2.
99.9 -
5.0 14.
99.9 - 83.2 66.9
-1.3 A -2.90
.00 90 61615 L5 10.
99.9 -
5.1 22.
99.9 -
4.2 44.
99.9 - 83.8 67.5
.9 0
-2.0 0
.00 9(i 6 16 'o 2.6 67.
99.9 -
3.9 173.
99.9 -
5.3 195.
99.9 - 86.1 67.4
-1.4 A
-3.4 0
.01 90 61617 3.3 177.
99.9 -
3.6 162.
99.9 -
3.7 153.
99.9 - 86.1 68.1
.8 0
-3.2 0
.00
i I
i i
g ooooooo o
g ooooooo o
B B
I g
g oooooo o
ococoo o
l g
oooooo o
y oooooo o
l 1
~
z oooooo o
a oooooo
.o i
g g
ococco o
ococco o
g oooooo o
g oooooo o
g oooooo o
g oooooo o
{
=.
=
I-sa oooooo o
=
sa oooooo o
f R
8 a
a g
4 Y"
g g
ag oooooo o
g ooooom o
m..
m i
g g
C Eg
,g Eg g
oooooo o
s oooooo
'o
{
g.
t o.
U" E
ao 8
5 oooooo o
R gg W
A gg ococco a
W w=
ww H
E E
oooooo o
o w
ooooom o
o gw g
g s
a 8
8 W5 k 5
gy oooooo o
5 gy oooooo o
5I E
E w
w E.
g oooooo o
y oooooo o
o D
Y8 {
t.B C
E 8 EtB EIB m
gg3 gg
,q g oooooo o
oooooo o
a e u..
sm =
re a I
E ;29 gggi.
gggj -
. oooo o
o
1 5
e.
He 9 9e -e 5 R EEs 85.s amass 88.5 assas e gro-seassa
= gr saasas a
m a8=
s e.. v v v ;
5 s
s e
a,,vEg s e.. v v v ;aaaa; e
.er a
g,,wKt amaa; e
w..
y GEE asst
'dded isst
'ddes
g ooooooo o
g one-ooo o
B.
B g
o o o o.c o o
g oooooo o
I g
oooooo o
y oooooo o
g g
oooooo o
oooooo o
u oooooo o
a oooooo o
g g
oooooo o
oooooo o
I g
oooooo o
g oooooo o
,, g
,_ g oooooo o
o-oooo W
.{
E u
s.
oooooo o
o 8
oooooo o
I
.s R'
Er g
h h
a 4 y oooooo o
y e-coco u
g g
g g
l.
I de l
32 5 g oooooo o
de RE
- g
-ooooo I
E*
5 Da 5
2 A
Eg oooooo o
A gg oooooo o
W g w g
w 2
E E
o gw kw oooooo o
a mooooo u
s g
W 8
8 5 k 5
gy oooooo o
5 gg oooooo o
W E
W s w
w g
5 E
8 g
I o -.
g oooooo o
y o-oooo iI t=8 t D 265
.WIB k'
m g
gg4 ggq) {
5,g*qg g g
i a e g @..
gggj =
se m se m 5
'8 gggj =
oooooo o
o--ooo
~
g
s )<
g e
B e l egg.:=
<ggx a
==
.- o

5*8 eggr -
agaeas assas I..
= z assas egp 5..
a;8 aaa e
m n
e-
- r 2
s..
~;
s Kg seamaa?
a agg:Kg
~;
s ww.
g IEE gggt
'ddss Esse
'ddes smaamat a
ass I
I 1
l l'
i t
I 1
4 1
i l
I l
g oNN-ooo e
g oWM-ooo M
B.
B g
g
-ooooo
-Noooo m
3
-ooooo y
oooooo o
y g
-ooooo
-ooooo i
=
oooooo o
3 ococco o
t g
g
]
oooooo o
oooooo o
g oooooo o
g oooooo o
- I g
g oooooo o
l oooooo o
e w-8, 8
w e
cocooo o
oooooo o
E R
R l
N" g
2 E
g oooooo o
g mooooo o
f 2
E l
E W
dO "g
oooooo o
20 g
oooooo o
l 12 tt I
E E
8 Ea 8
t g
A Eg oooooo o
R Eg oooooo o
W W
2 E
E 1
I 1
oooooo o
i o
w mooooo o
o g
gw 8
8 e
gh e
5 gy ggy e-oooo 3
oooooo o
W R E
g g
i 5
E I
5 5
o -.
y oooooo o
y oooooo o
I ag g,o e,B M gn et!
.Ek!
9g gong g gang g o-oooo oooooo o
8 ss _ g m g..
we e s_
w ;s!
gggg.
1 gggg -
oo-oo.
---ooo e
E!
9e 9 9e 9 a-e,
==8 ag g sg g nnnng I
i
.enneg o oo mooo us
_.e
-~eex8 f.eer m
a~2sz8 e
"W-trafer
--r 3
_g, 332 23 3
ggg=gg m3 :: a.
3 e -
55cene IW5 299=.
5 5mnge g2 9;is assR
""US us5R
""US
lI:
i li I,
g ooooooo o
g ooonooo g
5 B
g g
oooooo o
uncooo 4
3
-ooooo g
oooooo o
g g
oooooo o
uooooo
~
z aooooo o
=
oooooo o
g y
oooooo a
oooooo o
i R
R I4 g
,g oooooo o
e-oooo e
e I
y 8.
oooooo o
o 8
oooooo o
E R
R l
g l
l 4
4 cococo o
o-oooo g
g E
C C
Eg
,g Eg y
oooooo o
-oWooo j
E.
3.
U U".
B Da 5
oooooo o
R gg 2
A Ey oooooo o
N g
g W
W 2
E E
h o
W oooooo o
o W
Nooooo N
I E
wg e
h g
oooooo o
E g
o-oooo j
4 rg q
=
=
3 W
l' o L i
g oooooo o
g o-oooo i8 g WIE WIB eB
=8 i
M 8 m
l gj5 ggqjy ggqjg
*===
=
~===
~
a eg$
gyy! =
ooocco sm se 5
'8 gggl =
o
-umooo e
,a 5
>W 895 SBN R
NHI assas 585 assas l
sEs
>ij EGEEer ddesd8 EGEEs-3 :esd8 dd 5-s e-I 5.nn:::a
s e-t 5.

::n:n s
e sees nnn a
ness nn-y Gas assa a~se assa a~~e l
l
I j
1 i
a oooooooo 0
g oooo-mo.
t g
ococo-o-g oooo--on a
oooooooo 8
e u.
g oooooooo l
, fj g
oooooooo ill C
l E
g gg I
eco-ooo-e E"
r 2 " D' d
t oooooooo
=
Y a
3 8
n 5
g 0
B o *.
W l-g eco-ooo-E S
E.
o 9
g d
sg ooo-ooo-8 W
u E
l u
9 g
g g
oooooooo 5
E E"
g{g o
N gIa g"8
~
m uw o oucoeu
=
g s.-
.. m E
W R E
" 8.4 a w
N-a S
I = r.. :
8 W
o" o"
o I" "i ). 8 5 a
W EG.
I l
E ED "s. 8 r
y coo-ooo-t a see c*8 5
H 5 w.. ". 8 *
"no " e" se g. ",, b $ 8 gg gN"g*
w oco--oom e - 8;;<
>=
-8 I
i 2E DDDEBE E;e3 g
===ggg
=
ooou-moe h
EW I
b,.hE
-a d IW5 599 "55555
<.uowmos y
was ass !!aerre e
I I
.

ML20059C712

Contents

Text

Reference:

-~

~--=

=-

~~~=

=-

cc==

==**

*===

~===

Navigation menu

ML20059C712

Text

Reference:

-~

~--=

=-

~~~=

=-

cc==

==**

*===

~===

Navigation menu

Search