Text

Semiannual Radioactive Effluent Release Rept for Jul-Dec 1990. W/910225 Ltr
	ML20029B517
Person / Time
Site:	Beaver Valley
Issue date:	12/31/1990
From:	Sieber J; DUQUESNE LIGHT CO.
To:	; NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
	NUDOCS 9103110327
	Download: ML20029B517 (65)
	v • d • e

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I DUQUESNK LIGIIT COMPANY I Beaver Valley Power Station Unit. 1 & Unit 2 Semi-Annual Radioactive Effluent Release Report For The G-Month Period:

July 1, 1990 thru December 31, 1990 l

I l

l 910311032/ Y01231 ppa ADOCK 0500j,',jf R

p Duquesne Ucfit Company pg;ly;a"-s~

sn,ppmgpon, PA 15W. XX)4 l

I I

JOHN Q St(63IR Vice Prescent + Nucaw Juwp 1412139M(M I

February 25, 1991 U. S. Nuclear Regulatory Commission Vashington, DC 20555 At(n: Document Control Desk Subj ec t : Beaver Valley Power Station, Unit No. I and No. 2 BV-.1 Docket No. 50-334, License No. DPR-66 i BV-2 Docket No. 50-412, License No. NPF-73 l Semi-Annual Radioactive Effluent iteleare Report for The Second Six Months of 1990 I submitted The Semi- Anima l Radioactivo Effluent Release Report in accotdance with the sequitements of Technical Specifications 6.o.1.12 and 6.9.1.13 for Beavet- Valley Power Station Unit I license DPR-66 and is hereby Beaver Valley Power Sta* ion linit ? license NPF-73.

I This teport contains the information requited by USNRC Regulatory Guide 1.21 Revision 1 and the Technical Specilications. Note that shared I radvaste systems exist for gaseous elevated teleases and fot liquid releases.

The report format is summarized on the i ndt:. .

I There was one abnormal gaseous release during the report period. The release was determined to be within the Technical Specification Limits and no reporting was tequired per 10 CFR 50.72, 10 CFR $0.73, to CFR 20.403 and 10 CFR 405. This release involved the loss of 441 ca. It. from the Unit 2 Gaseous Vaste Stotage Tanks with a total discharge ac tivi ty of 2.04E- 3 curies (krypton-RM. The icina m was monitoted piint to release to the environment. nnd no alit *e tet e i;idicated during the pet iod of tolease This event is documented in Beavet Valley Power Station incident Report No. 2-9m 72 s

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l

! U. S. Nuclear Regulatory Commission j February 25, 1991 j Page 2 l l l l If there are any questions concerning this report, please contact

A. T. Lonnett at 412-393-5860.

1 f'

Sincerely, lI ill5 7

'o h .-

. D. Sieber l Vice President i i Nuclear Group

! ATL/laf 1 cci United States Nuclear Regulatory Commission

] Regional Administrator, Region I l l 475 Allendale Road King of Prussia, PA 19406 United States Nuclear Regulatory Commission i Resident Inspector l Beaver Valley Power Station 3

Ms. Dottle Sherman ;

American Nuclear Insurers Library ,

. The Exchange Suite 245 270 Farmington Avenue i Farmington, CT 06032 j Mr. Thomas Gerusky

. De'partment of Environmental Resources i Bureau of Radiation Protection il l

um P.O. Box 2063 Harrisburg, PA 17120 i

I Central File (2) l i ,

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i il: .

I 91/0103 ,

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. _. ._ . . . . - . . _ _ ~ . _ - - - - . _ . . , _ _ _ ,

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DUQUESlit LIGHT COMPANT BeaverValleyFeverStation Unit 1 & Unit 2 Semi-AnnualRadioactiveEffluentReleaseReport forthe6-MonthPeriod:

July 1,1990thruDeccaber 31,1990 E IliDEI TableNo. Title Page SuppleantalInformationPage 1 Table 1A GaseousEffluents-SustationOfAllReleases 2 Table IB

{ GaseousEffluents-ElevatedReleases 3 Table 1C1 Gaseous Effluente - Ground Level Releases (Unit 1) 4 h table 102 GaseousEffluents-GroundLevelReleases(Unit 2) 5

. Table 2A Liquid C fluents - Summatien Of All Releases 6 htle 2F LiquidEffluente 7 Table 3 Solid iisste And Irradiated fuel Shinents 8 Tatle 4 LowerLimitsOfDetectability 9 Table 5A AssessmentOfEsdiationDoses(Unitil 10 Table 5B .!ssesstent Of Radiation Dosn (Unit 2) l '1 i Table 6 7echnical frecification Effluen' Monitoring Insputentation Channels 12 ht Eeturne! To Operable Status lithin 30 hys Table 7 40 CFP. 190 Environmental Deses 13 Tables Technical heeification hrveillante Defin!n:les 14 ht!e 9 Unit 1 Offsite Dose Calculatica Manual Chanies (Description) 15 hile 10 Unit 2 Offsite Dose Calculation Minual Chagen (Bescription) 16 Att wheent ! Joint Frequerry Distribution Tables I

i

I BEAVERVALLEY-UN1?S162 Page 1 of 16 2nd llalf - 1990 SEh!-ANNUAL RADI0 ACTIVE IFFLUENT RELEASE REPORT SUPPLEMENTAL liiFORMATION PAGI FAClliff:

5.V.P.S. Units 1and2 LICINSII: DuquesneLightCeepany

1. Regulatorylisits

a. lissien and activation gases: :::::::

b. :odines: I

c. ? articulates, halflives >8 days: :::: fechnical Specifications, Article 3/4.11

d. Liquideffluents: atteste

'I 2. MaxinusFeraissableConcentrations Provide the MPC's used in determining allowable release rates or concentrations,

a. Fission and activation gases: 8488888

b. lodines: *

c. Particulates, half-lives >6 days: :: 10CFR20AppendixB, Table 11 I liquideffluents:

d, stesst

3. AverageEnergy

! frovidetheavera activation gases,ge enerif(E) appof the radionuelide sixture in release of fission and tcable.

NOTAPFLlCABLE I 4. Measurements and Approxitations of Total Radioactivity l'

frovide the tethods used to teasure or approxitate the total radioactivity in effluents and the tethods used to detettir4e radionuclide composition.

a. Fission and activation gases: GeGazzaSpectronetry,LiquidScintillationCounter

b. lodines: Ge Ganta Spectrosetry

.E <.

b' articulates, half-lives >8hye: Ge Gann $*ectrotetty lowBackgroundProportionalCounter g i ipid effluents: Ge Gann $pectrotettyt lowbackgroundfrctortiocalCounter, idquid Scintilhtien teunter

5. btrh Eeleases frevide the f0llowing inforsatiet tehting to batch releases of radioactive materials .n liquid and gaseous elfluents.

t liquid 3rdQuarter 4thQuarter i

?

1. Number of batch releases: 52 25

2. Total time period for batch rele n es: 16949 sinutes 8649 sinutes

3. Muious time perid fSt a batch relene: 2142 minutes 1329 minutes

4. Average tise peric:

batch releasee: 326 minutes 340 minutes

5. Minitun time pertcc a batch release: 75 minutes 75 minutes L Aver ue river flev e ri o pericde of release: 36500 cuft/sec 68533 cuft/eet

t. Gueous 3rdQuarter 4th Quarter 1

htberofbatchreleaser: 13 7

. Total time period for tatch rele ues: 23421 minutes 7181 einutes

3. Muine time perirri for a tatch release:

9460 minutes 3603 minutes

4. Ave m e time period for batch rele uee: 1502 minutes 102e stnutes 5 Minin6m tir.e period for a batch release: 300 sicutes zB3 minutes

6. Abncrial seleases

a. Liquid 3rdQuarter 4thQuarter

1. Nunberofreleases: NONE NONE

2. Totalactivityreleased: 0.00Et00 Curies 0.00tt00 Curies

b. Gueous 3rdQuarter 4th Qurter

1. Number of releues: 1 NONI

. Total activity rele ned: 2.04E-03 Curies 0.00t+00 Curies

I ttAtti VitLif UNltS 162 Fare?of16 iJ>

2nd i 11 ~/90 SEMIAFNUALLA010AC. !ff t,UINT !!!LASI I!P011 Carl 005 (FFIA'ENTS - SUHMAT10N Of All LLLIASIS I estistillettilitietttttllttletteetteststettsutettttttttlestittuttetettelstatistalettlettstettistatistet t t l t

3rd 4th Ist, tott! 8 I I i telttilistillistiltillllatitttttistfl 4:ltalttitillllitellistilliittstettttt sitistilittelittillittisell Unit Quarter Quarter Irror 1 a

A. Firsion6ActivationCases 6:48 t tls t e t tit a n tis tils t u lit t t t t tit tilllit s u t s t e t s s t a titille t:484 tiliit t s t ellt:8 t tlitis t e t t s t e t ti s s u 4

4 e 1. Total reletu Ci 6.15tt0! 2.31b01 2.65b 01 4 4

4 t 2. Averste rele ne rate for period 6.63b00 2.931400 glstillitutt uCihee t

t 3. Percerat of technical rpellitalleri limit t N/A N/A 8 8

18 4 n t s t e t t i s t.4 t i s t 44 t i t t t i s t i t t t i s t ill e t 4 6 t i t e lli t t i s t i t t t t t t t t t ill e t s l 4 ti t t l e t: 48 8488888 :

5. lodites I 4 418 8 8 t 4 4 818 8 4 4 818 8 4 8 8 4 4 4 8 8 8111: 416 8 4 811114 4 4 4 4 8 4 t t :18 8 8 8 4 : 4 4 8 8 4 : 3 0 8 4 8 8 44 4 8 8 8 8 8 8 3 8 8 4 4 64 H :44448,88:418 1

8 t

1. Total ledir.e - 131 Ci 1.00E04 1.671-05 2.03b01 e 4

t 4

2. heere releue nie for teriod uCi/ tee 1.2BI05 i 37E-X 4884tnettett

3. fereer.t of tettnicil eteeification litit t N/A N/A i

888888:484888444 184484880184414ttletettttttletettstiligstellist 48444444484418:184444484884 C. brticulatu tt it u t u t u n t u n to titin t u lo ulu t u n n u t u n ullu n tin u u t t s u t t elu t t s t un nlu n no ulu t 4

4

1. htticulltes with talf-lives > 8 d4ys Ci 1.45!04 7.35!06 3.00b01 1 1

2. Average release rite for perica uCl/see 1.648-05 9.33bO74tttttuettu i

t I

e

3. Fercentcftechnicalsneifiettienlitit t N/A N/A s 4

4 4. Crnslittaradioactivity Ci 9.38t-07 7.77t078 4

4 tillit t i t t t eit t tt t t t t t t t t elt t it tl e t t t t t t tle t s tillit 8 tit t t t t t t tt t t t t t titit t t t t t tt t tis tit tle t t I. Irltitt 18811,.14484818,, 41 4814,6,844884,,43181,88,144 14,,884,48488tt 4,48,4,441144,4843,8,148388,44,,1,41,41 I

4 I

i 1. total t h ue 4

Ci 2.66b01 2.92b01 3.29h01 4 4

4 2 berare release rate fer peried uCi/sec 3.36b00 3.71b00 lHittututt i

t I 4 8

3. brcent of technical specification limit 18844:4884413:4 484t88046444444843844468484 48846448884:4884488$$488:4tl14tstitttt:488444883 t N/A N/A 8 s

I N/A : NOT AfP' ABl.E the in seconds) ned to calculate the relene rates specified in munt of tise (2 is the averare mut of seconde per talendar quarter (7.88b6 seconds)

A.2,B.2,CiandD, v"

4 FUV U VALLEY - units 162 fare 3of16 L tarttis 2nd Half 1990

[ Sul AFkNL Ut!0ActlVI tift.UENT ttLEASI ttP0M GASEX'S iffl,UDIC - ELHATID ltLIAStB CONtilGXTS Gt uf 0il GE

- 4 8 8 8 t t 18 4 4 81114 8 8 8 4 4 t 8 614 8 4 t 8 8 8 818 8 8 8 8 8 8 8 8 88 8 8 3 8 4 4 4 4 8 8 8 8 8 8 8 0 4 8 8 8 8 8 8 4 t 4 8 8 8 8 8 4 818 8 8 8 8 8 8 8 8 8 4 4 t 4 8

3rd 4th 3rd 4th t I e luclidesrelented t

Otilt Quarter Qutrttr Quartet 1884888 8 18 888 8 88 884 884 88 884 t184 88 8 8 s 1888188858 $ 1888811188 8888 840 t tllit titille s tili t ullit ti Outttet t t

1. fittienraret stllletatilettilititItes4sittestistsstillst$ttilatttt 8118til1848t88884481stitttetttletitlet

t J i) 6tf 0f!* 41 trypteu-B Ci , ,

.l C-02 (MB h02 :

h04 LL' s I I I

t tryttend trypton 6 tryptetfB Ci 01 Cl 3.) t-03 L.J J

J J

a J

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i-06 J

t 8

tenon-1 It Ci Ci 11 J

,J J 4

,,s

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t terat-1 3 0 1.0l (400 2.44 i-01 1.04 h04 1 i e tenon 1. h 0 i ) . iJ > J ,4J t t

i ter T 135 0: 1.h h02 ,, ) , J . .

) 8 nnenlb 0: , J , J , J , J e t renen 13B CL ,J ,J w ,a 8 I

i t

toidentified Ci NON! NOFE MN! NONE I 8

4

tttalfort,eriod Ci 1.63E+00 2.54E 01 6.76802 4.9BE 02 4 1

1841tiltilIsti144IIItIt4il44IieiitieitstItil4848tttttt488184Il$$$liittltlltillitt$$i lit $444

2. toditec I 4 ;t 8 8 8 8 8 4 4 6 8 8 8 4 4 414 8 4 8 8 4 4 8 4 4 t 4 4 8 4 814 4 4 4 4 8 8 4 4 8 8 4 8 8 4 418 4 8 8 414 8 8 4 4 8 $ 3 4 8 8 8 4 t 4 8 8 4 4 4184 8 318 8 8 8 8 8 4 4 4

4 4

lodite-131 Ci 9.9 h07 , ) , 1) , 4 4

iodice133 Ci , J ,

J , j , J t i

I 8 8

iodine 135 totalforperiH 01 Ci

,J ,J 9.28t 07 0.00t+00 0.00E+00 0.00tt00 t

,J LJ 8 4

t t

I 41184 8 4 4 4 8 8 818 811 t 18 8 4 4 f 18 4 8 8 8 8 8 4 6 614 8 4 8 8 8 8 4 8 t t 4 4 4 4 8 8 8 4 64 4 8 4 t 4 8 t t i t t e l t t s i s t 4 4 ti t t t t t t t t t t i

3. Farticulates u

t t tulu u tu u tlu t u n u u t t u n u t t u n u t ultt u u t tuut t unut ultt u t ututsu tuu

i t 8

tar.rntere H ir0f;d9 Ci Ci

[i))

1. ,

[J) ,

J

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p) t i

i g ..,

I cobilt

Ci (i, r>3 [ ,.) a ,l. ) i

cete!t-60 Ci 4,0ag.07 ,L) 10 t t

I I zine 65 strettius49 Ci Cl Li LA LlD 10 M

LL)

LD L ,0 4 4

strentice-!*0 Ci ,LD Ali 14) L .' 4 4

tolyMenet-99 Ci k 10 1) LL) 4 4

cestte13j J 1)

I 8 cesitt-lS cerite-141 Ci Ci .,

LJ 3

L

,J 1)

. )

, J ,

3 J

8 l

4 Ci , A , J t 4

c'ium-144 Ci (1) 1) ,1 ,J 8 i

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unidantified Ci NONE NONE liONE NON! $

4 total for pened Ci 0.00!+00 4.09t 07 0.00t+00 0.00t+00 e t

ttt tu te tt ettst e sts telt t c alu ettitt e ttle tt s tillit ellit ttttl8 414 4 44 8 8 48 84 84 8 884 4 44 8 4t 844 48 tt LLD : Beltv tte iner iitit of detectability, in u0i/ec (table 4).

The 3rd guarter titch celuta of this table include the activity determinatione ci the ill Abnorul f.elene indicated on the Suttletental Infortation f age, m

.y -

I FEAi!E VALLfY Okit 1 Fett4of16 TAtt!10-1 2ndHalf-1990 SIMI AkWAL LAH0A0tlVI IffLUtki LELIAi! ItNET CA!!0'JS [FILUEkts CDUWMTVIL ttLIA!!!

00kilk90VSHDl! EAtCRNDLE s t s t i t lin in u t t it u n t u t tlu t u t t e isil:18888888 :44:418:t :4818:4481144 t it illimit alit e t ti 4 ,

t 3rd 4th 3rd 4th

I

helidesreleued i

Unit Qatter Qurter Quarter Ontter 18 8 8 81418 4 t 8 8 8 8 8 8 4 4 4 8 8 414 4 8 8 4 88 8 8 88 88 8 8 8 : 4 t 8 8 8 8 88 8 4 t 4:18 4 8 814 8 88 titit t it it tis tit t le t is t it tli

1. Fiuion rues u t t u n u t u t e t u t t s u t tlis t e t t t tit els a t t u t sle t tis tilis t illit elltillistis t u t s til s t uit ti s t ,

I tryttetfA C, l.Y !*00 6.8%01 Q 8 tryttetf!: WI I 8 0

8 kryptet 67 tryttet-f6 xenen131e

(.

Ci Ci 3.

a J

)

J a

J

)

J J

J

)

H H

E i Wi 8

8 tente l% 1.l0 N00 fls I

+00 Wi

iente!!3: ,

J 1. 4 ;+01 n.44 : 02 k i 4 4

xente lE Ci, , a a 4. M '-03 8 1 4 6

7eD0n-lN1 C1 i, ' .,,

' ,,/ E ! l xenet 136 Ci LA La o hk

I .

t teidtttified Tetal for retitd Cl Ci NOWt WMt 1.36t+00 2.13t+01 9.27t+00 0.00t+00 e NME H t

I 4

i 8888:41:444t44884884t14:144884418488t8844444411184t8444tt81144444486144444148844444414118:44

. Initer i

I e t t 4 4 e a l e li t t e n t i e il 4 4 4 4 t t 8 4 8 8 4 4 4 4 4 4 818 4 418 4 8 8 8 8 4 t 8 4 t it t ili t it t t t ti tlit 4 4 8 t i t t e lit it 414 4 4 4 4 8 4

8 i

it:ite 131 todiu-133 Ci Ci

7. %

J

!-05 1.B7f-05 130[-05 (LL lb H

H 4

t

iodirte 135 Ci . a I AD LLD WE 4 i

Tetal fer period Ci 7.96t 05 1.B'it-05 1.70105 0.00t+00 4

\ t t 4 4 8 8 818 818 84t184144 884 8 8 8:488 4448 8 4444 4 4a4 4 444884448 4 4 8 8 48 8 48,,4484 8188 8 44884848848844488 4

3. far+1ettater 88titti.,it448tt448 tit,tt48,t,lt84,444 ,448,8,848883,44,884,4448,888888,488488:4,84,8888,,4 i

I i

4 turnere-!4 Ci Lp 1 AD ER 8 iron H 8

Ci 1.D J A? 4 4 I :ntalt U Ci 4.68 (-05 L lid H 4 I nialt f0 Ci 'i 1) H t

ttH5 I [@L)

I Ci 4) l) H t

trentin H Ci ,lJ J 1) H ettentitt !<0 (i ,la ? 4? H i nitt ittat ti 1 '

6. 2 [ 07 ? NR a solytdentt 9) Ci J 1) J t I

, W!

I eetitt 134 Oj J A) J F ! 4 4

eeritt-137 Ci , J U . a N ! I e

ceritt-141 Ci , J A) U Wi 8 4

cerita 144 Ci 3 10 LL) WR I

t t nidentified Ci NONE N0Wt N0kt R 8

8 8

4 tetalferterlod Ci 4.BBt-05 B.32t 07 0.00E+00 0.00!400 4

(I t t 4 4 t tit t t titit ti tillit tillit t 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 tititt tt t t t t t t t t t t t t t t t t t t t t t ti LLE - iel:v the Itvet litit of detettatility, in uCi/e: datie4).

I H - W:- Rele nce this period Y .. .

,, y . . . . . . . . -

I filVit VAlitY - (41f 2 Fate 6of16 fAELL3C-2 2td IIalt 1990 SW! AH0ll ELD 10 ACTIVE IffiftWT lti.!Et IEP01:f CASf7J3 IRINEWfi - ORXFlbl!Vil, itLIASt$

CONT! WO'JS O DE FATCH 01't u u tis t u t u t u t e t u m flu sa ult t u ut e t u tis ta tit u ellutlu t:40 milla tille stilistillt:6 4

t 3rd 4th I 3rd 4th i e 5-clidesrelev,ed Unit Guarter Quarter 09erter Quarter I 8

44 4114 881888888 88881884818888 48184 4818888881 f 1818888 848 88 888 8 t l t illli t li s t i s t il t il e t t illi t

, 1. Fission gates 48 t

ltuttatattttt:48ttelsettituellistatusulsestilltellilettettentitilltatillstatstilttttt t

t argen-(1 (. 4.00 !+0Q [@ ,$ ) 4 ee t tripton-5 C 1.11 '.00 1.49 00 ,A >

i tratten ts C: 't) J) l' "J

, 8 i

i krypton 7 I trypton88 C} blD dD ,l) d) 8 Ci 14 0 4) 1) , .h 8 4

xenon-131: Ct LLD 1) ,ld LJ l I I I

8 tenon 1 3 tenon 1 1:

xenon-15 Ci Ci Ci 3 M t01 1.

1) i+00 J

J 1.902

, J J

1.y,J02 *

)

4 8

4 xenon 1358 01 mdi J , J .h' 8 h

i I i 8

t xenon 13B utidentified ci Ci

,13 NONR t,

WOFI J L'J NONE N0kE e

l I

i a Tottl fer period 3. 9 t.t +01 1.46te00 1.06E-02 1.151-02 :

I C1 t

t 4 418 4 8 8 8 4 4 4 8 8 4118 8 8 88 4 8 8 4 8 8 4 8 8 4 4 88 8 8 8 t i t t elit ill4 4 t lit 4 8 4 u l t t i till 4 8 tle t ill o t til t t t it tl8 4

! 2, lodiner.

n i 44ntiluuntotututetustalituututuulutumittluutaistauistuttutettiusu t

4 iodite-13 Ci 2.M h06 J " ) ~ )

I todite-13 Ci J ) u ) ) t I

s o 4

iodicel3 Ci o) w ,J ,J s t

i i totalforperiod Ci 2.9fE-0( 0.00E+00 0.00t+00 0.00E+00 t i

i 4 8 4 4818 8 4 88 44 4 418:4 8 t 14 4 818 8 4 t lt 84 t i t 8 4 tiliit t t t t t ilii t t tit 4 All title t tlit t t illlit t i t t ltllit t

.I

3. hrticulate:

. 4ttistittelttlitett44titttttttttt84 t 884t4414 4848184:4444444448144 8888884488888:4484884448888 i

turan re 54 Ci th '1) ,lJ ll) i me d Oi th 1 4

1) 4) :

t totalt-R Ci 6.60!-05 4.44 -06 A) ,lJ t t

p I

t ot.a lt-60 Ci 1J i

4) 4) tite 05 Ci L a o. '

A) m 3 e 4

ettentlut49 Ci .n i 1.2 i-07 A) y 8 8

strcttits-90 Ci , J 1.L ;-06 ~ ) o *

s.olybdetyt-99 Ci ~ > J J )

I o 4 i

cesits18 Ci o ) > J u ) 1) t tesite-131 li u i J n i iJ t tarice-139 Ci 1.M -05 ~ ) Ji J) *

cerina-141 I

Ci AD iJ Al ,A

cerini lH I I 8

a taidentified Ci Ci Lt.D li0 lit AD NONE 1,l.J NONI LIS NDHI

4 i

t totalforperiod Ci 9 3351-05 6.llf 06 0.00!+00 0.00!+00 4

t t ttillt4 8 tittil4titttis.U' tilt 4488 4 4 4441tt4 8 84 8 48 4 44 8841444 44 8 8 4 t848:0 4 488484t 8 8448:t:444 Lt.1 - Belev the love limitofdetectatility,inuCi/cc(fable 4).

tiHtt VALLil - (117$ 112 Pate6of16 TAFLt2A I 2ndHalf-1990 SEHl-ANE,AL LAL10ACflVI IFFLlVT ltLIASI RIP 0Et L1QVID [FFI,UIWiS - SLY. MAT 10N OF ALL I!LIA$tS t i t t el e t $ t i t t t t tl e t t t t il tit all e t itle t t e l e t t eli t t l t t s t s e tt o li t t s alti t t t t t t t t t t t t t tt t t t t t t it tleit t s tl e t tit t ell t:8 I

4 t

t Unit 3rd Quarter 4th ((t. total 8 Quarter trror, 1 1 1

1 4 4 8 8 4 4 8 8 4 8 8 8 8 8 48 4 8118 4 8 8 8 8 4 4 8 414 t tlit tillllit tilltif f 8 41 18 8 8 8 8 8 8 88 8 8 4 4 818 8 8 8 8 8 8 4 4 8 8 8 8 8 0 48 8 8 8 88 8 8 8 8 8 8 8 8 8 $ 1818 8 8 A. Fitriceitetivattentroducts (18 814114 4 8 t 14 814 4 8 : 4 81818 8 4 4 4 $ $ t 18 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 8 8 4 8 8 8 8 4 4 8 8 8 8 8 t i t illi s t ilii t t t t t t t t t t ilii t t t i t i t t it t t t l e t t t t I i 8

8 4

1. trtal rele ne (excluding H-3, gases & alpha)

2. herigedilutedconcentratienduringperiod Ci vCi/el 1.63t+00 5.518-01 2.60!+01 8 6.551-07 7.94E07titulittillt 8

I i i

3. TettentofStrlicablelimit N/A N/A

4 titttttt:14titteitttt44ttitttttlelittlititttttttttttttttttttttttt1848888888444888888488888884488 tit

f. tritits t illi t t i t t t t t t t ilii t t t it i t t illli t 8 4114 4 8 8 8 8 8 8 8 8 4 418 : 4 4 8 8 4 4 814414 8 48 8 8 8 8 8 8 8 818 8 8 8 8 8 8 8 8 4 8 8 4 8 8 818 4 4 8 8 4 t 8 8 4 4 8 8 48 8 4 4 I

t i 1. !ctalrelease C1 2.15t+02 6. % 01 2.50!+01 4 I

I t

i 2. Averaredilutedconcentrationduritgperiod t

uCl/sl 1.13t-04 1.231-04888488884881 t

i 8

3. fercent of strlicable litit t 3.76t+00 4.11t+008 4

tit 4itt444it4i t$$tittitlittt$1484tiliitt44tItilltiltitttil44$$tittttttiltitt littil(144ttitle4450t C. hmlved and ettraited rares I 88t48188446181441444881884141444681144814848 4841444880444411 4141844818844168444444t18 18488888888888$41844148 i

i t

1. Tetalrelease Ci 3.?41-04 5.94105 2.70f*01 8 t

t 4

2. Averste d!!uted concentratiet during terlod uCi/el 1.96t-10 6.56t-11888811888888 5

3. ferentofapplicablelitit i 9.81t05 4.28t-054 4

4 14 418 81411418 4 8 8 8 8 8118 8 4 4 4 5 4 t 81484 8 8 4 t 8 8 4 8 8 4 414 8 8 8 8 8 4 4 4 8 8 8 8 4 8 8 8 1818 4 4 4 8 8 4 8 8 8 8 8 8 8 8 $ $ $ 4 4 4 8 8 4 8 818 8 8 8 8 L. Orcre al;ha radioactivity 44818884884*t44488848118184,88448,$444444844444488888184484 0,848488444t884:0,84:3448834448t,84:448481888441688 t

I t I

i. Totalrelease Ci LLD t 4 il 4 tit tillllillt it 4iitiltillt 8 ?t $ 41814 4 4 4 48 8 4 4 t14 414 4 8 4 4 4 8 Itlit tilt tit ti4 814 4 8 8 4114:liit tii8 4 4 lit t tilitillt LLD 2.63E+01

t I 4 i 4 4 t ili s t i t t t t l t i t t i t i t t 414 8 8 t i t $ 4 4 4 8 8 4 414 818 8 81114 418 4 4 8 8 4 4 4 818 4 4 4 4 4 4 4 4 818 8 4 4 8 8 8 4 4 4 4 414 8 8 4 4 8 8 8 4 4 4 4 i

i E. Volute of inste released (trict to dilution) liters 2.80!+06 1.42t+06 1.12E+01 4 i

t i 8 4 4 814 4 t t t 11 4 4 4 8 8 $ 14 8 8 4 8 8 4 4 4 4 4 4 4 t it $lt i t t 4 4 tit t t 4 4 tit li s t it tilitit t i t t tlit t 4 4 8 8 8 8 8 8 4 4 8 8 4 8 8 4 8 8 4 8 84 8 8 8 lii t tl t t t 8 t i t illit t le t t i t 4 4 4 4 414 4 8 8 t illit t 4 8 8 4 t 41814 818 4 8 8 4 8 8 8 4 8 8 8 4 8 8 8 8 4

t :418 4 8 8 4 t 8 8 4 8 8 8 8 4 8 8 8 4 t 8 8 4 t 8 8 8 8 4 8 8 4 4 I

F. Voltre of dilution water used during period liters 1.90t+09 6.93t+0B 2.291+01 8 t

I 8448888888844818t:4888888t%84888888888:48848184448t8184tt:4 84 48ttt888888404848888888888888144884488ttttttilet N/A : liDT APPLICABLE LLD : Below the lover limit of detectatility, in uCi/el (table 4).

t E.3ittasedonalititof3.00E-3uCi/tl. C.3isbasedonalieltof2.00E-4uCi/el.

ThevaluarlistedatF.arethevolumesduringtheactualliguidvastedisebarremeriode.

The total diluf sa volute for a continms calendar quarter te enroximately II+16 litets for EVFS-1 ar.d BVPb2. (ie; 2! A0 GPM is the appretitate contined cooling tower blevdern floviates free the site)

i F,EHit val.L[i + UNltS 162 flge 7 of 16 TABLE 2E 2nd Elli 1990

[ f tBI lWNCAL LAD 10ACtlVI [IFLUtWt ((Ltitt t!Ntt Ll0UlbEffLUINTS 00NtlNU0% H3DE LATCH O!!

888 88888 4 4 88 88 888 8 8 8 8 8 8 8 88 818 8 8 8 t t it i t i t li t t i t i t t l t ll t t li t l t it t t t 8 8 t t t 8 8 8 8 8 88 8 8 8 8 8 818 8 8 8 8 4 8 4

(~ t 8 L i 3rd 4th 3rd 4th 8 4 Nielldesreleared Unit Quarter wetter Qutrter harter i i t 18 8 8 8 88 88 8 8 8 4 488 8888 4 t 8 4 8 8 88 88 88 8 8 8 8 88 8 8 8 8 8 88 888 8 04 84 8 8 8 8 88 88 8 8 8 8884 * $ 4488888888t1841881880

1. Fission sad activation troducts

$ 4 8 4818 88 8 8 88 8 88 8 8 8 8 8 8 0 418 8 8 8 8 818 t i t t t ilii t ti t i t li t t ilii t t t illi t 4 48 8 8 8 0 414 48 84 t 18 41414 8 4 4 8 8 4 h 8 4

L 4 beryllium 7 Ci N/A N/A LL %)

sodlue-24 Ci N/A N/A 7.74 3 :-05 t a

I chromius51 tanganese54 Ci N/A N/A 3.09 :44

4 iit4{ h03 5 C:;

p ;4 % ?03 0 W/A N/A 2. .

iron 55 C.. W/A N/A ,0 S.hb01

iron-59 C:. N/A N/A 6 j,b'l ..40'-00 t coba't-67 , .73 P-I 8 coba .t58 C4 Ci N/A n/A N/A N/A u44 :t

.42

,f

-04 8 i

I coba't-60 Ci N/A N/A 9.0 :4 6 ;404.i*

sine 65 strontius-69 Ci N/A N/A >

h 4 Ci N/A N/A 1. [44 9. M46 8 I 8 8

strontice90 tirconius/niebita95 Ci Ci N/A N/A N/A N/A

1. 4 :40 1.40 :47 8

4. C :45 4.9 :44 4

tiobitt97 Ci N/A N/A 5. 0 04 1.0 :-03 4 I

l3 t sol [bdenua-99 Ci N/A N/A M ) 8 tee netius 99: Ci W/A h/A A >

[U t i

t ruthenice-103 silver-110s Ci N/A N/A M LP t Ci N/A N/A .M H4 4.1 ;43 4 4 antisocy'24 Ci N/1 N/A H 2f .-03 :

t antimony- 25 Ci N/A N/A 3y/i-)1

.. . k 2.4 42 4 I 4 8

iodine-13L iodine-133 Ci Ci N/A N/A N/A N/A 6.

3t }I'!-Of3,LD D 4 4

ceslut-134 Ci N/A N/A . N.E44 LLD t i eesius-137 Ci N/A N/A .32 bM 5.80! 4 48 I 8 8

barius/lanthanut-140 cerius-141 cerium 144 Cl Ci N/A W/A N/A N/A

, , f.( >0S p

L!.0 M.D 8

4 4

Ci N/A N/A d LLD t 1

unidentified Ci N/A N/A I I

NDNE NONE t

t t total for period Ci 0.00E+00 0.00!*00 1.f 3f+M 5.51E-01 4 4

4 tittttttttttttttttttttiliittttititilltitlittattitttletitttiilitttf ellittiltttttttttttittlill

2. Dissolved and entrained gase l 48888848844888488,888844184888844*ttttttti,ttititti,1,4..it.,8,tt,884,848,88,88,8,8444444884 t

l 4 argon-41 xenon-133 Ci W/A N/A 1. tM 4!. 5.94E 05 8 0

Ci N/A N /A 2 p b04 4 xenon-133a Ci N/A N/A O D 8 l

8 t

xenon-135 Ci N/A h/A Y.b45 D t

i unidectified B

Ci N /A N/A WM ONE i totalforperiod Cl 0.00E+00 0.00!+00 0.74! 4 4 5.94145 i

t I 1888 88888888884448888 8488888888848 88888848888884888844448 $ $ $ 4888 t tilli t t144 e lt t 44 t i t ti t t lli t LLD : Belev the low r limit of detectability, in u01/1 (table 4).

5/A : NOT AFFLICAELE fliquids not discharged in a continuous tode)

s BLAVIRVALLE7-UNlfS112 bgeBef16 TA%f 3

ed Hg .t - ;900 1 I, t

f . 1 L N assuisisisussisticassessunsetsats::::::: H ::::::::::::: 8 : 4888 8H88888:8H888""88888888"8'88"888"888"8"88" I :

i A. SOLID hkS11 SElifD OFFsit! TDR B'J11 AL 01 MSPOSAL tht irradiated hel)

ensissistsittissenstantinaisiticiten

1. Type of Vaste 't her,t repitt,

8 88:48 : 888"888888"""""888"""""88"""8"""

Ptycost,vaste rrad, ta

{.cntrolrMgotente etal htissted 8

8 ltertiedter Cottas. equi pett Ivar.t'ottete etc.(2) etc. ,Lrror 8 i CcatairerVohte . 1 30 eu. seter .63I+02 c. seter 0.00 3 00 0.00i+001 (1) 8 total Aethit . ! 30 (triet 33b00 buries 0.003 bv.,teter

::::::: ts::::::::::: ::::::::::t :::::::::::::::::::::::::::::::::::::::::::::::::::::::00 urles 3.00!+011

H H useu 8

2.IttintecfM rhelideOctNel{t tgf{pcfWatte tj g l

-14 .f bO21 .

-0 1 .O P0 1 8 i 3, .45 ;t

.00 3kj 11 Jr 1 .+0 1 s

. l- + i I

0-i 3 :-02 1 4.

30 1 i .

.0 3g01 8 h- 4 [ 306 1 ?. 4 4001 0.00 :+001 8

-:- # B01 1 .42 WOQ 1 ^Q0 b001 8 e

i e-co- 2l'}4; t-011 01 1

.01 309 X

'.46 :0 t

..00 100 1

.00 400 1 8

8 c.A e $ 3b0, 1 04 30 1 .00 3001 8

(n-f l' 3 a0 1 .34 30 1 0.00 300 1 8 i gl-39 Q3 ;-02 1 .6 a001 0.00 300 t 8 iE gl-o BB43001 1 9b021

7. O B001 1.4 H01 1 0.00 400 1 8 In.d 0.00 :+001 8 15 i r9 2: 4022 i. 9 ;- 21 0.0c a00 i i 4.15 "g'4 1

St 0 1: h 031 0.00 100 1 8 h- 4 B 0.00 B00 1 0.00300t 8

9951-041 45t 031 R-t$ .20b001 00Cl401 8 trw$ 1.01E-021 .:7:+00 t 9.003001 8 j i te99 1 97 H04 1 7 50 1 0.00 i+001 h 103 7.f2 >051

. .f1 log 1 0.00 WOO 1 8 Ag110:

i I c

[c-b-

Sb- .25 13 24 5.74 >031 i m05 t 1.72E41 ?

4.55t011 1.27 N021 1.H i 01 1 4.45 bO2 1 4.33D011 0.00 300 1 0.00f+00t 0.00 9001

0. 0'i b00 %

8 t

8 8

1-129 1.Mi-041 7.731-031 0.0s 00 1 8 Ce-134 1.07F-M i 151i-011 0.00900t 8 Ce-131 7.7Fb01 1 ts . 4 t H01 1 0.00E+001 a

h-133 0.00D 00 1 1.57 H031 0.00b001 :

Ce-141 1.22f-04 1 0.00i+00 1 0.00D001

Ce-144/fr-144 5.0lb011 8

lE h-236 5.31E-04 1 0.00b00 1 3.45E031 0.00b00t 0.00b001 8

E i h-233/240 3.iOb04 s 2.276-03 1 0.000001 8 h 241 5.011-021 3.65E-011 0.00b001 8

941 2.34b041 1.35E-031 0.00b001 8 i ti Atd42

=

5. Bib 051 7.76E-031 0.00b001

- Co-243/244 2.359041 2.20E-031 0.00h00t

sitsstustus :::: site:::::::::::::: ensus:: sts :::: stati sts :::::::::::: . Hussistisseustus .

3. haber of Shiitents 9 11 0

,j i typ l LEA 9 11 0 e 3 el Type A 0 0 0 Coctainer Types 0 0 0 :

Used I,arge hattity 0 0 I : 0 l

Selidificatiot Cetect 2 0 0 :

Agent Orea For aldehyde 0 i

0 v i Ueed hoe 7 11 0 l

hdeof fru:r' 9 11 0 Tran grt bil 0 0 0 Fical httull. Sc 4 0 0 Destinatice Oak kidge. TN (2) 0 11 0 NV 2 0 Beatty$d,VA Eichla 3 0 0

0 8 a

Warte 0, ass A 6 11 0 Class C as?B 3 0 0 8 e per 10 CFR 61 0 ens 0 0 0

0 8

> Cla " C 0 0 0 8 H :: ensiesisinientistisiinnosoitin',osseussentininitissossinitutustuisuistististuisisisisusuistino ninib !S !N!!!!!!! !N! b!IIN!$ntiusuusso H u sisit uisu n tinie nt ois t uin u s un n o n o s u o u s u u n ni (1) fin:e centaiter volutes are traided ty the burial site, a calcu!atittal errer of :ere it assutei.

W 3 sti entsiscf of Mi listed theMii vent ve hse to MMU shipped. The& B ett*lrents cf 0AW vent te EIG for s vthte rek:t:aotal bl eu. seter' vokse of MW

I itAVtkVAllii-tilf!162 late 9cf16 TOLE 4 2nd Ealf 1990 I EEh!4WiiUAL LAM 0ACt!VE (FFLUINT r.ELIA!E llidt L0iiER Limits 0F litECTAtlLitY (Ilh

$146848888888888188844814484861414488881444188888818888448848188188 e sci /ce oCi/sl i

'I UCi/te 18888884818188411884888844184441848888888888818841148488:14144461880441884881884%41 8

GAS L yl0 GRARt,Ahill FittiE FAf :t / CRH00AL 8 OtG SADLt CONT! P R .iflUthiSAntt 1 s N];L10E (1000cc) (1000ill 12.Nl+ 1 et) it t siististlantlantisistatistintististisissistes 1888:st:44:ssellitalseisteltetsisteli t ((. 3 ,0 [6 -O f> - -- t i

Na-24 .0 -7 j,4Q 4 46 1.9tt13 8 8

Ar-41 .1 :7 A l- - ~~ 8

Cr 51 14 : 07 2.!

J. : 07 08 1.11 : 12 *

r.n44 ".72

4. : 06 2.92-06 1.00:13 1 i

4 F,.55 .......

1.00:04 - --

I :

8 Fe$9 0o47 Cc 46 Co 60 1.06 6.0l 9: 06 1.31 47 1.25h07 07 2.97 :-03 1.14 :-05 2.02 :-08 4.63h00

.p-13

.A 2.20 hl3 1.56 : 13 4 14 4

8 8

8 4

8 "e-ft 1.4CE-07 3.f 4 h0B 2.C2E D 4

r-85 f 81.00E-10 6.7[ P6 i : reft 3.02[4 7.ig h06 8

1. '-b6 -- t 4 -r-g7 1. r h s,{'FOA - - - - . :

r 66 2.4b07 l. ih06

'I 4 Er-69 --- - -

07 6.00E0B i 1.0FD 4

4 i

i fr40 - ---

5.03E-06 e 1.00hl4 8

Sr42 I i a

i ht 45 Nt.47

.37E48

. 63E48 6.f!!-08 3.21906 2.4! b0f 1.E4h06 4.14) l' 1.47f1$

1. El t- D i

8 "r40 1.'9 4 07 3 M6 j.f2 z 13 I

8 s b49 f.!2 h0B 3.[7 1., NB -

.4 Tede 6.3f (48 1.72 :-06 f.lf.S' 4 : i Ar 110t f.6f 9 08 HOB 1jl h i 8

St-124 7.37h0B 2.0}ECB 2.50 id0 ; Wi 8 I

8 i 6b-125 2.05E07 6.42h0B 3.23f-13 :

13i 9.63E-06 1.67 -08 1.7bE1 t

-133

-13!

9.!9E-0B 4.10E-07 2.p240746 1..

1.!4-1]0 6.67t-13 I

4 le-131t 2.93E-06 6. lf E47 ---

8 1

1 8

Xe-133 H7 - -- t I le-133t {.H me n7 4.20i-Oh 1.40 '.Os --- t (4f I 6.3f 1.70 :46 Xe-135 ---

i le D!t 1.0f HC7 2.24 HOR ----

e Xe-136 1,82 h07 4.13 h0h - - -

t t

4 i

t't 134 9.!0E-06 ;.01E06 ;21i-!S i i

t'e -I ST 1.21E07 3.17E-05 : .351- R t i fa-139 2.64f 47 7.51I4B 4.0it-13 i i

h 140 3.4Q47 6.?f f 49 5.7El-15 e i

i La 140 2.llt47 2.27146 2.34E13 e i

e Ce-141 1.0SI47 2.68E-05 1.64E-13 I Ce144 5.11f-07 1.15E47 6.39f-13 8 i Grcu Alpha i 1.00E47 1.72flf 8 18 4 4 8 8 4 4 88 4 4 4 4 8 4 8 8 8 8 8 4 4 8 8 441414 8 8 8 4 8 84 44 8 8 4 8 4 4 4 4 4 4 4 4 4 88 4 4 44 8 8 4 4 4 4 4 4 t illl 4 8 4 8 8 : 4 44 4 8 All LLDs listed above net the sinian reguiretects lieted it itbles L111 atd 4.11-2 of the tetheital Specificatiou.

i saeple analyres perftrted by a contracter laboratory.

is these LLD ulculatieu contain a defeult need tettitum utrie v9ae cf 2.f!E*E ::. Therefore, trab rett l e LJ valvet ml; refle:t a htferett uluse iie; 10 entic feet :r of 3E4 ten

I EEAVER U LLEY - Unit 1 table 5A Page 10 of 16 2ridHalf-19M SEK!4NNUALLAD10ACilVEEffLUENTE!LEASEEEPORT ASSEESMENTOfLADIAtl0NICSES I(4t 188 88 8 8 8888t i' Kit 1 t18 8t4144t 48 345 4 8 84 8t s tittt t ttt t t ttt tt tt tttttt tlt t tit t t tttt ttttt t:4 8ttlitit titittlt488844488881888888 8888 888 88 8818 ttll 8

t ist harter 2ndQuarter 3rdQuarter 4th harter fear i t

LIQUIDEffLUENTS 1 1o kre Tets[pec t of 1 of 1o to t i hse feeb $see kee TechSwee Dese fech{reeDose Tech {ree t It8 8 84 t 8414 818 8 4 448188 48 8488 8884188 0 44888[itit

. w

EatchEele:te 8 Litit Litil Litit Litit i 8 8 88848848888 88 4 t t 84 8 8116 tit tititillit tt ttttt tttttttis till88448888 888888888 8 88 84484 48488 888 8 8 8 t I t 8 53EI0f! t4 7.19E-04 0.0144 3.45E-03 0.0690 2.95E42 0.5900 7.82E43 0.1564 4.15E42 0.4149 :

4 Itt Q i LIVEE(0ft t

t4 6.16E-03 0.1236 4.70E-03 0.0940 4.BIE-02 0.9620 1.41E-02 0.2820 7.31E-02 0.730B t 4

1 E It TOTAL B X Y ICEE 4 4.66E03 0.3107 2.2EE-03 0.1907 3.7fE-02 2.5067 1.16E42 0.7733 5.67E-02 l.8907

t I4 t G

i A 8 TEYE0!D ME!

2.2!!43 0.C456 9.63E44 0.0193 9.10E 04 0.0182 1.0lt-03 0.0202 5.16E-03 0.0516

t b 8 0

t

E!MEY MSE 3.39E-03 0.0678 1.67E-03 0.0334 1.42E-02 0.2840 4.69E 03 0.0938 2.39E-02 0.2395 4 (1) t 4 Ie i LN IO!E 1 01-LLIDOSE t

l 4

2.47E43 0.0454 1.97E03 0.0394 6.44E-03 0.12BB 2.34E-03 0.0468 1.32E-02 0.1322 7.64E-02 1.5660 1.19E 02 0.2390 1.12E41 2.2400 6.36E-02 1.2720 2.66E-01 2.6590 4

i t

t t t 4 4 8 4 8 8 4 8 8 8 8 8 4 8 8 4 8 8 818 8 8 8 44 8 8 8 8 8 8 8 8 t it t t illlli t t t t t t t t illit i 4 i t s til t ti 4 4 8 8 4 4 4 4 t i t t tilii t t t t tiliit t tllt titit t llllillit t it t t t t t 4 8 8 4 8 8 8 8 8 18 8 8 8 8 81 t t 18 8 8 4 4 6 8 8 8 8118 4 4 4 4 818 4 8 818 818 4 8 8 8 8 4 4 t 8 814 8 8 4 4 4 4 4 t 8 8 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 8 84 6 4 4 4 414 : 4 8 8 8 8 8 8 414 6 8 8 8 8 48 4

mi! e let harter 2nd harter 3rd harter 4thQuarter Year i i

Iii I M5EE Eff* J Ni i t

t tf bre Te:t i e: kre 7eth f;et t cf t cf 1e t of t

!atch 5 0:ttitu:;r Eelurer t Litil bee Tech St>e: hee Tech {re:Dose TeahSree

. t L; tit Limit Litit I t t 8 8 4 4 8 4 8 8 4 8 t i f t t illi t 18 4 818 8 4 8 8 Illill t 18 t t 4 8 8141414 8 4 4 414 4 4 t il t 4 8 4 8 t t t t i 4 8 8 8118118 4 4 4 4 818 4 8 8 4 8 8 818 4 4 4 8 8 8 8 8 8 8 8 8 3 4 8 8 8 0 4 litit t i t t t n

(2) i EETA AIF D0ft 3.3f E43 0.0336 3.0lf-09 0.0000 3.2EI42 0.32B0 1.03141 1.0300 1.39E41 0.695B 4 8 t t t

(2) i MMMA AIE MEE t 4 t 1.13E43 0.022f 4.f 2E47 0.0000 1.14E-02 0.2280 2.26E-02 0.4520 3.51E-02 0.3513 4 t

tt 4 0 4 4 t illit t t I t $ 4 8 4 8 8 t ills 4t 8 4 4 8 8 4 4 4 till 4 it lit t il 414 84 Ii8 4 ii8I 0 tli4 I t 814 4 8 8 8 4 8 4 411418 4 4 4 4 8 8 4 418 84 4 4 4114 8 8 4 4 8 8 8 88 8 4 48 4 4 t illlllt t

a t F3! MiE 6t 7.ME44 0.0099 2.0fE46 0.0000 3.30E46 0.0000 1.92E46 0.0000 7.46E-04 0.0050 i

i t i !.IVEE MEI Ii I t 2.23! 4 2 0.2973 3.00E-02 0.4000 3.02E42 0.4027 2.77E-02 0.3693 1,10E-01 0.7347 0 4 i

i E I TOTAL iCDY DOSE

2.22E42 0.2960 3.00E42 0.4000 3.02E42 0.4027 2.77E-02 0.3693 1.10E~01 0.7340 t t 0 1 4 I 4 t

A h 4 TETR0!D MEE i IIMEY Mi!

4 t

2.21E02 0.2947 3.0fE-02 0,40B0 3.0BE-02 0.4107 2.63I 4 2 0.3773 1.12E41 0.7453 2.22E42 0.2960 3.00E A2

4000 3.02E42 0.027 2.77E 02 0.3693 1.10E-01 0.7340 4

0 4

(2) 4 e t

i LN Mf!

I1 t t 8 2.2!E42 0 3000 3.00E42 4.4%0 3.02E42 0.4027 2.77E42 0.4 93 1.10E-01 0.7360 t 4

1 4 01-L',1 N!! I t t t 2.22!42 0.296o 3.00!-02 0.4000 3.02E42 0.4027 2.77E-02 0.3693 1.10E 01 0.7340 t t

iI t t t tili t t t t t t Ii 4 8 I t ii 4 8 t 4 418 8 4 4 8 8 414 4 it it t t til t I 8 4 4 818 4 i f 18 t t iIiil 4 8 4 4 4 4 4 814 4 4 8 814 4 4 4 4 4 4 till t 8 4 t tllit lit $ $ 4 8 4 8 4 8 it t 8 8 4 4 8 (1) there d:res are listed it tret; they are calculated fer the tuitut indivihal fer all batch liquid effluents (2) These deses are listed in trad; they are calculated at the site boundary for batch & continuous gaseous effluents (0.4 si NV)

I (3) these deses are listed in tres; they are calculated for the sost likely exposed real individual (child) via a at 0.E9 ti FW.

lititt tred fer calculatiet cf percent (1) are fret Section 3/4.11, Artule 3.11.1.2,3.11.2.1,3.11.2.2and3.11,2,3ofthe Technical :;etifications (considered to be the Design Ob,iectivee t

l EEAVEt .iLLET UNif 2 Fare 11 of 16 fable 5B 2ndBalf-1990 SIM!-ANNUAL LADI0ActlVE IFTLUlff E!LIASE EEP0ET

, AS!!S$hENTOfRADIATION!CSES 4

I t i t illi t tUNif2 8

8 i t i t t t t t t t tlett Quarter 8

t t t t t t t 2nd t tQuarter t t t 88 83rdQuarter 8 8 8 8 8 4th 8 Q:arter t 414 18 8Year8 8 8 t t 1818 814 4 8 4

' L!QUIDIffLCENis 1 of 1o t of 1 of 1 of 8 e

i Dese techfree Don techfree Dae te*litithSree Deze tech & Dose techSpec 4

htehteleases i titit Litit Lisil Liti. 4 418 4 t t t l 8 8 4 8 8 8 8 8 8 8 8 8 8 8 8 8 814 8 8 8 8 8 8 4 8 8 8 4 t 8 414 t t l 414 8 8 4 4 8 8 8 8 4 4 8 8 8 8 8 8 8 4 4 8 8 4 8 8 4 418 8 8 8 8 8 8 4 8 8 4 4 t 4818 8 8 4 8 4 8 t t l t li t t li 0 t 4 4 f0NEDOSE 7.19E-04 0.0144 3.45E-03 0.0690 2.951-02 0.5900 7.82E-03 0.1564 4.15E 02 0.4149 8

-E 8 8 4 5 t t LIVIE!CSE 6.18E-03 0.1236 4.70E 03 0.0940 4.81E-02 0.9620 1.41E-02 0.2620 7.31E 02 0.730B 1 1

0 t t t E (~~

t G 4

t TOTAL BODY DOSE t

4.66E-03 0.3107 2.66E-03 0.1907 3.76E-02 2.5067 1.16E-02 0.7733 5.67E-02 1.8907 L 4

8 A 4 THYROID ICSE 8 t 2.2BE03 0.0456 9.63E 04 0.0193 9.10!-04 0.0162 1.01E-03 0.0202 5.165-03 0.0516 4

8 h a t

1

4 IIM EY DOSE 8

(1) I 8 3.39E-03 0.0678 1.67E-03 0.0334 1.42E-02 0.2640 4.69E 03 0.0936 2.395-02 0.2395 4 t

t lE 8 UE [0SE

2.47E03 0.0494 1.97E-03 0.0394 6.44E-03 0.1268 2.34E 03 0.0468 1.32E 02 0.1322 l3 8t i 8 4

i # 01-LLIICSE

7.64E-02 1.5680 1.19E-02 0.2380 1.12E 01 2.2400 6.36E-02 1.2720 2.66E-01 2.6590 l 8 j

8 4 4

18 8 4 t t 18 4 818 4 4 *

t 8 8 8 4 414 4 8 8 4 8 4 8 t t t t t t t t ll e t t e l t t t t t t t t t t t t t t t t t t 4 8 8 4 418 8 8 8 4 4 4 4 8 8 8 8 8 8 8 4 4 8 8 8 88 8 8 8 8 4 4 8 4 4 8 8 8 8 8 liitteltIttttt:444ttillititittttttttittlet44t184888410148le14444444444484044t4880448848841844444884444184444444,4884188148844441141 U!ill2

lst N rter hd Quarter 3rd Quarter 4thQuarter I

E *I i Year i

'E 4 i

CASE 005!FTLU!st!

i I t of I of 1 of i ef t of t Dese fe:t fie: Deze tech Stee Dese tech St>ec Dose feet Spet bese tech Stet i I Eiuh & G ntinuous Eeleases t Liut Litil. Lisil Litit Linii

li8 s t i t i t i t84 8 li t e t t t t t t t t t t t t t t t t t t t t t i s i t t i t l e i t t 18 8 0 8 8 8 8 8 818 8 8 8 4 814 4 8 8 4 6 4 4 4 4 8 8 8 4 4 4 8 4 8 8 8 814 44 4 4 4 4 8144 8 8 4 8 t l 8 4 6 4 8

8 8

(2) 1 EETAAIEIOSE 1

4 2.46E 09 0 0000 1.17E-02 0.1170 5.16E 02 0.5180 1.28E-02 0.1280 7.63E-02 0.3815 t

8 i

I (2) GAMM All ICSE I i t 4.03E-07 0.0M0 4.04!-03 0.0B06 1.30E-01 2.6000 4.62E-03 0.0924 1.39E-01 1.3866 i

iI t tilif tii48 t(14 44 tl844t8itil4 88 till84 4IIIttlit t t 484 8islit $ $ 8 8 8ilit 8 4 4 8 848 I t i EONEPOSE 8 t L 2.42E-05 0.0003 7.06E-05 0.0009 1.22E-05 0.0002 3.61E-05 0.0005 1.45E 04 0.0010 t 4

8 LIVERPOSE 8 t n 4 9.14!-03 0.1219 1.40!-02 0.1667 2.52E 02 0.3373 4.43E-02 0.5907 9.27E 02 0.6163

l I i t TOTAL E0LY [0S! t

4 8 9.l!E-03 0.1220 1.40E-02 0.1867 2.53E-02 0.3373 4.43E-02 0.5907 9.27E 02 0.6163

4 c/ 8 THYE0!D IOSE 8

4 ~6 8 i 9.!4E 03 0.1219 1.40!-02 0.1667 2.53E-02 0.33 r 4.44E-02 0.5920 9.28E-02 0.61B9 i

4 8

4 t II(NEY NSE t 9.14!-03 0.1219 1.40E-02 0,1867 2.53E-02 0.3373 4.43E-02 0.5907 9.27E-02 0.6183

I 43) t 1 1

1 4 L N 00f! $

9.14E-03 0.1219 1.40E-02 0.1867 2.53E-02 0.3373 4.44E-02 0.5920 9.2fE-02 0.6189 4 8 4 8 8

i i G!-LLIDOSE t I 4 I 9.14503 0.1219 1.40E-02 0.1667 2.53E-02 0.3373 4.43E-02 0.5907 9 27E-02 0.6153 s I18844Il484eetIi844484til4tillitttilti44448888888888888884888888088888it188884448888884888888888884t8888I8834880888I808III8I8Il88880 it)Thesed:sesarelistedinstet;theyarecaltuhtedforthesaxieusindividualforallhatchliquideffluents (2) These deses are listed in trad; they are calculated at the site boundary for batch 6 continuous gaseous effluents (0.4 mi NW)

(3) these doses are listed in tres; they are calculated for the test likely exposed real individual (child) via all real pattvays at 0.B9 mi NW.

I.inits used for calcuhtien of tercent !!! are fres Section 3/4.11, Article 3.11.1.2.3.11.2.1,3.11.2.2and3.11.2.3ofthe feettica!SpecificatictsfecnsideredtotetheDesignOb,iettivesi.

I '

Ellith VALLit OkitS l&2 Fige12of16 TAILE6 I hd Half 1 H0 ELMI AFkUAL LAllCACTIVE [FTLUEFt EttlAft IfPDit tit t t t t t t t t t t t t t t t t t t t t t t i s ilii t t 4 8 8 4 4 4 6 8 8 0 4 t 8 4 t 8 8 8 8 88 8 8 8 8 8 8 8 8 8 8 8 3 4 8 8 8 8 8 8 8 8 4 4 88 8 4 4 8 8 8 8 8 8 8 8 4 8 8 8 4 8 8 4 8 8 4 8 8 4 88 8 8 8 8

8 4

ftCENICAL Eft lfl0Atl0h IFILCLWT N0hlt0FING INSti:'JttNTAt!0N ChnFNELS NOT titUtFED TC ofD3LI STATUS WITElk* 30 DAtS t

8 I 18 8 8 8 8 8 4 8 8 8 4 4 4 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 4 4 8 48 8 4 t 8 8 4414188 8 8 0 4 8 8 8 8 88 8 88 888 8 8 8888888 8 814 84 88 8 8 883 4 8 4 8 01 h 8 8 8 8 8 4

t t

i i

I t therewereno i

i 4

8 8

te:hnicalfreelficatietEffluentFotitorierlettres.ettttienCtattele

8 8

ht Etturned to Operatle ,tatut Withit 30 l'ayr 8

, t i

i durirtthisreportperiod. I t

t i

I 4

4 4

I I

t I

4 6

8 4

4 4

4 I

8 4

4 4

I e

i i

t 4

8 4

4 8

I 4

i i

18 8 4 4 4 4 44 4 4 4 8 8 8 4 8 8 8 8 4 4 88 8 8 8 8 8 8 8 4 t t 4 8 8 t 8 8 4 8 8 8 8 8 8 8 8 88 8 8 4418 8 88 84 8 8 t $ t t t t t t t t t t t t t t t t t t t t t t I

6

'I FEAVEk VALLEY - l'N1751&2 Fare 13of16 TAfLE7 2tdHalf-1990

!E!! ANNUAL EAD10ACT!Yi EFFLUENT LEllATE IEKit 40 Cit 190 ENVllMMENTAL 10EES I totalDosefresallfaellityreleasesforthe12toothperiod January 1,1990thruDecetter 31,1990 1

liittittttttttttttttttitletttillt888:t488488888888 4888:488:4848 4888

.g i e 4 3 4ORCAN *10$E(tret) I 10F TfCH. Sf!C. LIMIT 8 4 8 8 8 I

84t8488t84888888888t44448848188888884448888488888848 484s18884488tist 8

8 B0NE 4

t B.39E-02 8

8 0.3(t 8

8 t 4 4 I

8 LIVER 8 3.49E-01

1.401 4 4 8 I e t

t TOTAL BODY t 4.90E01 8 1g(1 8 8 4 4 8 4 THYR 0!D 8 5l!E01 MM i t t t i tI!LNET 4 2.51E-01 I

8 1.001 8 8 4 4 :

1,0NG $ 2.30E01 1 0.9a 4 4 4 8 8 I 801LLI 8

4 7.35E-01 8

4 4

2.941 8:4848848888888448488 8888848 481848814888888888 448ttt84t8844t8titti 4

i I The ateve cutulative dose contributions fret liquid and rarecur effluents were detertined in a::ordance with the u tlicable technicalfrecificationsandtheODCM.

TenticalSpecification3.11.4.1 states: Thedereerd;te cettittenttoMEMBER(S)OFTEIPUELICfretallfacilityreleetes islimitedto(cr:25trettothetotalbodytranyorfan(extett the thyroid, which is litited to < tr : 75 tret) for a talendar year.

Notethatanassessaentofradiationdosesfretradionetiveeffluents toMEMBER(S)0FTHEPUBLICduetotheira:tivitiesinsidethesite boundaryisnotapplicable.

i l

i EEAVIRVALLEY-UN!?S162 Ptge14of16

TABLE 8

) 2ndHalf-1990 SEMI-AFliUAL LADl0ACflVL Effl,UENT RELEASE REPORT 4

~

l' ,848888888888888888888888888880488888888888888818888888888888888818888888888888888888888888888888888888888888888888888888888 i 8 8 a ftCENICALSPIClflCat!0NSURVilLLANCEDEFICIENCitS I

I t fE 8 0 t 8 8 8 8 8 8 8 4 8 8 8 8 8 8 8 0184 8 88 8 8 48 8 8 8 818 8 8 8 8 8 8 38 8 8 8 8 888 8 8 8 4 8 88 888 8 8 8 8 8 8 88 8 8 8 88 8 8 3 4 8 888 8888 8 8 88 88 88 848 8 8 8888888 8 888888 8 8 8 8 88 8 8 8 8 88 8 8 i3 . t

} s I

! t t

There were no 8

. I e

! 8 lifluent Te:.a!:ll Specificatien Surveillance Deficiencies 8 1 4 8 during this report period. 8 s 0 t I l This is retarding

( i i 8 8 tonitoring,sattlitt&analysisanddosedetermination, I I

i t t I t i I 4 8 4 8 8

I t t t t t 8 I

4 4 I ' l 4 1 j $ 4 t t t t j t 8 l

8 8 t i I

4 4 4 4 1

I tit t tt t t tt t t t tt t t t t tt tt t t t ttt t t t t tt t tltit t tt t t t tt t t t t tit t tttistit tilllitit t t tt t t tt t t t tt t t t t tt t t t t t t tttt t tt t tt t t t t t t t t t tt ttt t ti i

i

--e--- n., -

.m, e-- ,

EEAVilVALLEY-UNIT 1 fage 15 of 16

]g IE TABLE 9 1 2cd Half - 1990 SEMIANNVALRAt!0ACilVIEffLUENT!!LEASERIPORT i

4818884888844488888848884884$$18tifttttttttttttttttttttistittttttttttttttttttttttttttttttttttttt 488t:44438 4 434184 448 1 Il l5 t

8 UNif 1 OffSIf! IME CALCULAfl0N MANUAL CRANGET (DESCElFfl0N) t t

e 4

l ttlettstettletttttttttttttttttttt88888888t $3848888888888848488888 48888844881184888888888ttt8488884488888888888844488888

i i i i 2 8 4

4 There were no changes cade to the t t t l

l i Unit 1OffeitetioseCalculationHaeval 8 t t l

' t during this report period 8 4 4 j i

~ t t t i t t

) 8 8

) i t i t t t t 4 8 8 4 4

I t t 5 4 8 4 4 8 4 8 4 4

I j t t I i e

ii i t I 4 t

1 4

4 4 8 8 8 t 4 8 f

l l

8 8

4 j i g 8 I 8 l

i t ]

4 I 4 :

I $

t I t t I i i t

t 488488888848t888848848888844884888888448t884488888888t8888844888ttllstligt:38titttttisillatttttttttisettttttttttttttttstit 1

!l

_,y _ p y. ,,., .ym. ,,

. - - - - - _ . - _ . _ . _ _ . _ _ _ - _ , _ _ _ , _ _ _ - , . _ , , , _ _ m , ,,,.,

L L

FIAVtkVALLif-UWlf2 Fare 16 of 16 TABLE 10 r

L 2ndHalf-1P90 3EMI ANNUAL LAtl0ActlVI EffLUINT RELLASE REPORT 848888:488 t:484t:488:44488888884:888888888888888844884488888 tt 8818888:48888:48:48888 t:44:48:44t:18 18848188888888:48 8

8 8

t UN!f 2 0FFSITE DOSI CALCULAtl0N MANUAL CHANGES (I'ESCRIPTION) 8 a

- 14 8 8 8 8 8 8 8 8 8 8 8 t t 8 8 8 8 8 8 8 8 8 4 4 88 8 84 4 4 8 8 8 8 8 8 8 8 8 8 t t 418 4 4 8 8 8 8 8 8 8 8 8 8 4 4 814 t 8 814 8 8 8 8 8 8 : 4 8 8 4 818 8 4 8 8 8 4 8 8 8 4 8 t t i t t i t i a

t a

t t

i There were no chatges sade to the t t

t t

-t Unit 2OffriteDereCal:ulationManual 8

~ I t during this retort period 8 t

t i

t I

i e

I

[.

t I

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i 8

{ l t

{ I i

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t t

4 4

8 I

t I

4

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4 8

9 I

4 i

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t t

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4 4

' 8 1

4 i

t t t t t t 4

4 8

i 4

4 4

8 8

8 t

t t t

t t

i t t t

t t

t t t t t t t t t t t t t t t t titit 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 :8'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 tis tiltit t t 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 ti

I I

I ELAVERVALLEY-UNITS 1&2 AffACHMINT1 2ndHalf-1990 SEMI-ANNUAL LAD 10 ACTIVE IFFLUENT EILEASE EEPORT J0lWT Mt W INCY !>lSTElBUtl0H TABLIS I

I I

I i

I I

I

Table 1 Beaver Valley Meteorological Data Recovery Third Quarter 1990 F~

l Continuous Batch Release Eglu g . Coments Joint delta T (150ft 35ft) 98.2% 100.0% There were 40 hours4.62963e-4 days 0.0111 hours 6.613757e-5 weeks 1.522e-5 months of data loss due to power outages from thunderstorms, Joint delta.T (500ft 35ft) 98.6% 100.0%* There were 30 hours3.472222e-4 days 0.00833 hours 4.960317e-5 weeks 1.1415e-5 months of data loss due to computer outages from thunderstorms.

1en hours of Tata (f/7 hour 24 through 9/8 hour 9) were required from the National Weather Service office at the Greater Pittsburgh Airport.

stability method used was the Turner methodology.

The 3

I I

- - - - - - ^ - - - - - " - ~ " " ' ^ - -

I I '

I I .

I Beaver Valley I Joint Frequency Distribution Tables for Continuous Releases Delta T (150ft-35ft) and 35-Ft Wind and l Delta T (500ft-35ft) and 500-Ft Wind Third Quarter 1990 -

I .

I I

.I ,

I -

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d j

a l NUS CORPORATION AIR / RADIOLOGICAL PROGRAMS DE PAE TMENT PAGE 3

PROGRAM: JFD VE RSION : PC-1.1 I

i BEAVER VAL (ET JFD - GROUND LEVE L CON T INUOUS RE L E ASE SITE IDE wil F IE R : OtBV2 l DAT A PERIOD E MAMINED: 7/ 1/90 9/30/90 -

.! 3RD ofR 1990 STABILITY CLASS C ST ABit tiv BASED ON: DELTA i BETWEEN 150.0 AND 35.0 FEET WINO MEASURED AT: 35.0 FEE T ulNO IHRESHOLD AT: .75 MPH JOINT FREQUENCY DISTRIBUit0N OF WIND SPEED AND DIRECTION IN HOURS AT 35.00 FEE F SPEED (MPH) N NNE NE ENE E E SE SE SSE S SSW SW WSW W WNW NW kNu TOTAL CALM 0 l

.76- 3.50 2 3 1 2 2 1 1 3 2 0 3 3 4 6 2 1 36 4 3.51- 7.50 3 0 0 0 0 0 0 0 0 2 3 3 6 2 3 1 23 7.51-12.50 0 0 0- 0 0 0 0 0 0 0 1 2 0 0 0 0 3 12.51-18.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 18.51-24.m1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

24 mf 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 i

TOTAL 5 3 1 2 2 1 1 3 2 2 7 8 10 8 5' 2 62 1 i STARILITY CLASS D STABitITY BASED ON: DEttA T BETuEE.8 150.0 AND 35.0 FEE T ulND MEASURED AT: 35.0 FEET WIND THRESHOLD AT: .75 MPH JOINT FREQUEkCY DISTRIBUTION OF WIhD SPEED AND DIRECTION IN h0URS AT 35.00 FEET

{ SPE E D (MPH) N NNE kE E NE E ESE SE SSE S SSw Su WSW W wNu Nu NNW TOTAL i

1 CALM 1

_76- 3.50 27 14 22 17 27 6 8 8 7 16 15 24 33 29 30 20 301 3.51- 7.50 8 0 1 0 2 0 0 0 0 13 23 51 36 12 23 12 131 7.51-12.50 G 0 0 0 0 0 0 0 0 3 8 3 2 0 0 0 16 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 TotAt 35 14 23 17 29 6 8 8 7 32 to 78 71 41 53 32 501 i

i l

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== e- O e- O b.s b 2

h

% w 2 I w *- O C D O O +- w E w C. w A80OOOO e

~ O w 3 w e 3 k

.O. *- e6 J w 3 w GO C { A *-

() >= 0 d w @ w 2 a v .at. g N 3 I' a w 3g e- -s w OOODOO O w NOOOO v=

+ i. 3 6. 3 4 3e > 0 6- C w wE w E C

>Ik5 ==

8

> kb N 4O > we OOOOOO O w &OOOOO P

'{.. P >. D 2 at m C.Ne -} C 3 4 ,- N s.> ma e * (D E .a e

2 qN wM CD.

w5 .-

.= ip M .-

M Q CV Q k 2 C6 O P- >

a w .. .*es @ e. en se p=

Q2- 2 ** O O O O O e- *- e- .M 2 O-*-OOO O E

w{ >=4 E* O

- *E 4 O NM

.t O W.. 4 O > "e-w a O >

2 w OOU w0OU

-O

>w eww 2 mw y O ww 4 O 4g

+= * .4 =. 50 2 OOOO gm OOOOO e 5m M .4

W 2 30 w2

> dww m

mece*

MNNO4O

* *O >aww e.meeQ .Oe

F.* Ow

>+ w CB- aO^

- 1 1 *w* E ****N

.J > w (g Cg O^ MNNO40 .#

e. 1 E g et car w

C.

--.4

> w w i = - e i 4= 4- # 2. w wa w3 .s e e .*=e.- N. q a

.e.t.

l LJ >=C. et *-e-*-*N O =

- 4 1 ( O e- *= e- *- N O W

W gm w a.

CD M w w *. En O UNeeeeA >

O og 2.. . @ e. e. e. A et 2 -= row + * ***

D a, w == 4 >. --O MNNO**e- >- --O MANO C ED e O M 3 3 -'t

@33* ** c-a l

l i

I

M M M M N M M M ;

, i a i I 6 NUS CORFORAIION AIR / RADIOLOGICAL PROGRAMS DEPARTME NT PAGE 6 '

PROGRAM: JfD VE RSION: PC-1.1 BE AVER VALEEY JFD - GROUND LEVEL CONTINUOUS RELE ASE SiiE IDENilf!ER: DL8V2 DATA PERIOD EXAMINED: 7/ 1/90 - 9/30/90 l

~ ***

3RD OTR 1990 I l STABtLifY BASED ON: DELTA T BE T WE E N 150.0 AND 35.0 TEE T i WIND MEASURED AT: 35.0 FEE T '

WIND THRESHOLD AT: .75 MPH l

TOT AL NUMBE R OF OBSERVATIONS: 2208 TOT AL NUMBER OF VALID OBSERVATIONS: 2168 f TOT AL NUMBER OF MISSING OBSERVAfl0NS: 40 l PE RCE NT DAT A RECOVE RY FOR THIS PERIOD: 98.2 7.

ME AN u!ND SPEED FOR THIS PERIOD: 2.7 MPH i TOT AL NUMBE R OF OBSF RVATIONS W!IH BACtuP DATA: 0 l PERCENTAGE OCCURRENCE OF STAB!tITY CL ASSE S A B C D E f G 1 14.81 2.91 2.56 23.11 32.80 16.79 6. 73 4

DISTRIBUTION OF WINO DIRECTION VS STABILITY N NNE NE ENE E ESE SE SSE S SSW Sw WSW u LAW NW N=g Otm i-4 A 35 24 13 16 14 14 9 10 14 20 21 30 33 22 18 30 0 8 6 3 2 1 1 1 0 0 1 2 9 9 10 6 4 8 0 I

C 5 3 1 2 2 1 1 3 2 2 7 8 to 8 5 2 0 ,

D 35 14 23 17 29 6 8 8 7 32 46 78 71 41 53 32 1 i E 26 31 47 e1 53 47 41 49 82 78 43 60 24 16 22 20 31 i F 4 4 4 7 23 50 68 86 51 16 5 3 0 2 1 0 40 i G 1 0 0 1 4 23 52 36 14 1 0 0 0 0 1 1 12 ;

total 110 79 90 85 126 142 1M 192 171 151 131 188 148 95 104 95 84 '

l i

i i

l I

i l

1 I

i 4

..__._ _ __...____ -__ _ - . . . _ . . . _ _ _ _ _ . _ _ _ _ _ _ . _ _.._....____.__m_ _ _ _ _ _ _ _ _ . . _ . _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _-. _.- __ ,

i i

e 1

I a O e- eeOOO ** e o e- J .a O O O Cs t et e- 4 N e- to

- s-f O O I a e--

, j 000000 O g OeCCOO e i 2 2 1 n C00000 0 3 0-0C00 e 2 2 i

I 3 OOOOOO O 3 COOOCO O i

~

5 5 f

I s 3 000000 O 3 00000C O

=

s 3 OOOOOO O 3 COOOOO O i 3 OOOOOO O 3 OOe OOO -

I A B f

I Il 3

A OOOOOO lS ** e 3 OOOOOO O w W w M 4 w w 6 m

4 g O e Ce OOOO e m M ONMOOO e O O O O e- V M

e W e M

m ( *= >

- e. # et %, O ** O O O O e 4.e

. 4 w O ** O O O O **

2 O u V U M w M W M M E O > $ >

Cr a

M e.-

l *=

et d *= .A M

, 4 w w *~e NOOO 4 -w w OmoOOO e j

w O

e e

4

+--to w 4 w e-

==

2 e CD w 4 m 2

==.

O

(<

r f

~

r b

~

l Cr.

M M w O ** N O O O M po *= w e N *- O O O 4 l

u e v M w w w w l (s O Ca O CE a 2 2 ~

l a w et ~O E O l 4 e O w OweOOO N Q w OceOOO &

v < O. 2 O. 2

~ w O et C g I

a O O w e O e Q l Cr O w %-

C> 2 a 2 w

'l ~ % w OOO00O O 2

66.

(# '

w g

s

-" ON4O00 4 m

RN

- O 2

= Q

% C> w 2 w 2 cs C0 ++

CC

~ w 3 -38 er e a w OOOOOO O w O e- N O O O M

=

2 w 2 e v c m. O

O

+

@ w2 wT U O %

-w w4 J q w (=.

a w -

1 .v .- w 18 4 % ( Oe> w OOOOOO O W CO*=OOO 2==

w

> k n *k D 2 4 O. eh *-

m D 2 e

2 .J Q

CO 2

O .e N wOJ O + CC~ wO =

M w> +

Oe Cr Oe &

- *=

M, . ,CD,w C .. .. .e

.. .. .e e O2~ 2 *= o- 2 OOOOOO O 2 e- *~ 2 OAeOOO 4 O.

sa .<2 QCE == O O4 4O t a4 O > Q >

{ w ist wOOV 6.s U

==a

>~w Aw Jr Aw O O.a 2 0 Ww 4m w 4 Cs Ow

= w O (C D Z D COOOO CD D Z D OOOOO et *'t &

a *- ~O em0 O at 2 ==

> w a

>( ww e e. e. e. o. O O

> st es w A A e e. O. O e e +

== w m CE M N N CD 4 O W *= w amO^ MNNC4O e a E** Ow -E2 m O ^2 E O

Eg 4 m === a a e-me.

w a .s i . **e. Ni -4

. .et

.J E Z w wZ

e. wa E.a i . . e e- e N

e of 4

Cs w *- Ca 1 et 4*-*****N O -

- A E E 4 *= o- *- - N O U J O

> w at e- e4.-

-CD O O 2 ew w N c. e c. c. A = Ce o O e w uAeeeeA o-O et 2 2 -- + 4 2 2- 2.=

a e *

CK w ** et e- ~~O MNNO *-~-O MNNO O C6 (C M O M339 e- e- M 3 3 *1 e e 2

r l

l

. . _ . - _ . . . . _ . ~ _ - _ _ . - . - _ _. . . - - _ . . _ . .. _ - _ _-. _ ~-.._ ,. - .-

. n. . _ . , . _ . - - - . __ _ . .. _ - . . - .- . _ _ _ _ .

I I

i

' .=*

et 4 *- OO(OO 4N/w at a O O N so e e O m N N *~

e O

N N *= >= e=== m O

3 N 4OMOO 4 3 O *=*-e- OO N I N 2 E e M 3 f

3 0 ** e N O O (D *5 ** O N O O O e 2 *-*a rw a 4 OFNoco e- 4 M

r NooCoo 4 I

I w J

K Ch 3 4 O N e e4N

-) O c3 v.

3 O4OOOO 4 3

g OOOMOO 4-N A

3 g

deOOCO e - g 1 4 M & ** N O 3 N4DNOO **

v. -eNN M e =\

I 9 e

w nea M

3 w

4O@MCC e e- e-e 4 e.

w w

3 M

M NNCeOO O e

4 m

4 I -

0 3

(r W

w e

er 8

8 o

eeo~e O

- N 4 m

+

M 8

8

+

m COO--O 4 e

e- *-

O w e 4 e

w NeOMCC O, 4.#

. M w 4 *= ea OOO 4 2 e- A u e w B V @ @

1 O

g

4 +- ts * ,, $

& M .- g; e.me et a e= Z ed ==

cs -w w O EO *= ** e O O O = w w OOOOOO 4 w

O e

e It w et m 2 e m to w N M e a e

=

4m *=

M E N

' Y V O. O O.

eg A .v c .O M *- w N O M *= 0 C e M *- w #0mOOO N U e e e- no U M e w w w w

s O M O &

a 3 N W -Q R =O l N E O w QNmOOO 4 w NONOOO O

=v = O. 1 e- e r O. 9 - *-

w

% 4 g 4

-e w

O b O w

@ O I O ca O 2 w w

R w l N w w 4 O ** e O O N w C5 W 4 4 e= 00C e l -O O w 2 e- *=e- 4 w O a *-e- 'M W M J w J w

! ch D N

O > 0 t % a

==

O w 3 w E i 80 **

CO

.Cr--

3 q y *"*3$

e.

e w Oe 4NOO N w 44NOOO 'N O m a e- s- XJ w y e-*- e

- U O ** O - 0 O w2 I

w2 U Q % w { e w Ch 2 l G w e >= 0 **10 at N

w

4MNOO N 4OA- w 0$ eMCCO N I

3' 2 N W O. p y e- N 3- N D a *-

( C w e

., N w> ..

w8*w Q@

e Cr 1

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Ce Oe ir d

CC,.,Ow tr >-

I w , , .. .. e, e .. .. .. e

> Oa ye**- 2 N e ee A ca O 4 2 e- >- 3 A Ne 4 ** O O 4 O. *= I 4

= QW4O *- e o et ( O N s Cr et O > Q >

2 w a U wOOU C > == w w 0wC O,.e 2 @w 2

== 0 eos e et Cr O W e-

a

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> w tr

> et w w O > et w w c.e00O a C y

.a a

E.=

et Ow gr - C6

o. w is aOa

== A Z m .

W e-2 w t. E, MNNO40e

-*-N a 4 et a == w cr Er O ^

== EZw w2 E, mPNOJO* e- -N 4 s

e m- a= w >=

..et 4 *- e * *** N 4

. , e # a e + e O is w - o- c.

.E, *C 4 e *- e- e N O -

C. aE O y O Q >

etwe e.t e in O O 2 A eg 3 g ~ wA.eeeeA m- CDOOFMw et 2 v N # A @' e A

l M w a=* W = ** ~ O n

MNNO e e e- --ge> e o n M P- aNeO e e i

? &.

C ED 0 0 03Js *- e M 3 3 '%

l

_ _ _ _ . . - . _ - . _ _ _ _ _ . _ _ . _ _ . _ . . . _ _ _ _ _ _ . . _ _ , _ _ _ - _ _ . _ _ _ . _ _ _ - . . - _ _ _ _ _ _ - _ _ _ _ . . _.~ ~._.

v

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N J e- O e~ e-3 OJNNOO O 3 4ONOOO e-i a a v= N e* 4 J

& E 1

'y8 OONOOO N 1 @MOOOO O ist w r e- N i 1

M 3

j OONNOb Q *5 @ N N O en O N4N

"e I'

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O am e M

e et k

2 OeONOO M "I N4 JNeO N l e g4 to e^ M ** j 3 J e*

i I

I 3 ONMOOO A n w *J vi N& 6M =J O l6 NMN I

j e

w 3

A M

O e- @OOe O en w

M @ N 4 ea *D tu N L

& I'l l l

U M Ce-NOOO en O V OO[JOO $ ,

0 - -

8 8, a

CE et b= W >=

>+ > .J 4 w O e- OCOO w= 4 4 w M @ O-Q O O C*

F 0 W e u A e~ **

w A M @ m E O >

e. cs ==.

tu M .

4 ** 2 .a==

a == w w C J ea OOO e w w M e N 4 O f.I at w e en w

e rr w ,a.= e e- e- e Q 6 er w += w s e- e.t.

e E .

< r -

r -

4 M > W D N e* O O O e M *. w () e-N e-N e- OO -4 g u o y e M w

G O

2 w $

et -O et -C

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-w at a a Oi W ~No 5 w g < g .

8 :

e O o O

-8 R

=

w

=

w Q ONe-OOO M w w M @ C o~ e- O -

O O M

w e 2 g y e e. .A *= .O d .5 w J w

~

w O w

9 9 a- -

a % -3 et e a

w ONeOOO A w @AN%OO e' a

O w & u 2 e- e- a e- U O > O == 0 e

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s O

e

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-m wgg y** et N

N et Oetom *-D e-w 2

- OOOOO **

et O. . w_ w aAMNOO led I O w e- 3 2 P e-

= ,N =J Q wv 5 CD

==

2 .d * (D

==

2 w>

i M *= 0 en m bJ m tw to O e- >-

w a s w se ee se M .. eo *.@

O2 2 > > == 3 OeOOOO ') 2* e-== # D***dOO @

O w . . =E Q et et O O at et O o- NM @

m a et O > c >

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- ww *C 2 Q et

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.4

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< 2-

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> eC w w e==

a

= J* Q'

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s -

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O V

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c MNNON d 8 e= o-e a e+ ** N A

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a.

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et - > et 2 2 --

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D CE a

w == et == = - O M N N*=10' m. .. MANO CD M O M33m e- M33> e- e-4

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+

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M m- v) 4- M e NJ 4 N w wS w d **

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t W

ef 8+

8

>=

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st e

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8 e

t*

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'N

- *- -a et w COOOOO O .4 4 W 4*&MCO N 2 O u e v 0 ** N e- o

w. M e O M O >

I Q e e

=w

.E. so er.

.w t m

h a e

+

h $ &

t -

e -

Et M ** w OOOOOO O m

w N inNNOO C l
$ U V U W N ~t N &
E o r 4 c/ ~ y .E.
4 Q O
,I
E l
W W 4 A er O O w OOOOOO O O O w McEeOO J
[ *-U
3
2 Vee D w O 4 o et e-
r. p ., o 5 I V w e O e Q
! 4 & P w w I
O C> 3 g w O % w w OOOOOO O *u th w n e e. N
O O p "
I
~ta g,4 2 pf M 41r ge'4 e- N es s w I sv e-as % +- O - O N
2-CD w R w F m CD -
CO
~ ** 3 4 w O*=0OOO **34 5-
R v
i w 2 e w a
N +.f O e O O w v== v O e- Q u 44N *= 3
>. Q e q* wT wz I
U C % w (6 M , w C6 7 (a. w e* be w&Q - >= w P E O..
a % w C00000 O <C -
p w 2 > >= w o c= -Q e= =
R p.
w .nococo N e- e-- lN o 3 w .4 O
s K .d O + saa #
e=+ aN wO == uO ==
m w>(p o" Qe e Q#
a e.r. ( t.
w
,w .. as e. e .. .. k. >
e- g4 F==**- 2 OOOOOO O O 0W-2 ** I sp N e N *= Q h.
. ** E O4( C Q 4 et O N*##* 4 1.9 e
m es e c > c >
1 w
w4OU wOOU v > == wa aww 7 ew 2
~ Q ww at uO et >
a=Q cri D 2 9_9) O.)OO cn OOOOt-I et ** w* v eMO M r
<+ > wa aa > er w w e. c. e. e. O. Q > er w w e. e. c. e. fo. O W
E Ow
>- e 1~
= 3 u u o a w wI w a E.,
mNNO40* e*
N. d et e *- w a cz aa E E wwE p*, >= N 40 o O e-a
(
(s m == k
~~ >-
a . * - . e- =.=a=- w in .Es . , e *= Na .ta i e--
O tv w m- GE et O *= e **** N O >- 4 E ( 4 **
e- *- N Y ce 4 3O 3 O .y.ev
--cm o a 2 e w O.
= w at ag >- w v >= c. #. e. e. a e. wNe###A m O . esf>'. * * - * *~~ O 4
e6NO at 2 2*=*
- - -O M N N m)
D E
to ou e o e33s * * - e337 e- I 1
l b
r wv re o.e .- -mso--- ., - - _ ,w. , - - - > - - , . _ _ _ . . , . _ _ , _ _ . _ _ _ _ _ _ _ _ _ _ , _ _ _ _ _ . _ _ _ _ . __-__w.
e w .
Y mr5 CORPORATtem AIR /nAD10tOGICAL PROGR A"5 OE PARTME NT PAGE o PRC#0AM: JFD VE R SION: PC-1.1 BE AVE R V At tE Y # 0 - E L E V A T E D COhil kuotts RE L E3SE SITE IDE NTIFIlD, DLSV2 DAid PE RIOC EXAMINED: 7/ 1/93 - 9/.50/90
3mp oep 1990 ...
STASILITY ftASED Og: DELTA I et fWt ts 500.0 aus 35.0 TEET ulND MEASURED .f: 300A efEI WlED THDELHOtC AT: .D MPM
10. . NUM6ER Of OBSERsAll0NS: 220S TOTAL WUM9ER Of VAtto 085ERVAftDNS: 21 78
!OT At. NUMBER Of MIS $lhG OBSERVATIONS: 30 PE RCE N T DA T A RE COut RY FOR THIS PERIOD: 93.e L Mf AM w!ND SPEED FOR THIS Pt%IOD: 7.4 **PM 4tpBER Of OBSERVAi!ONS utid SACkUP ST A8tt l# - 10 TOTAL w pBER OF OBSERvAflows u!'M BAtsuP Gr.A: tG NRCENY AG OCLURREstE Of $; * * * * "
v >E S A B C D . E' G
% 1.79 3.40 47.43 32.42 14.02 05
~itl&Ji!Om Cf Wind CIRECTIOm vs ST AaltITY N W Ed EtE SE SSE 5 S5w Sw usu W www 6 ggw CAtav
>E t A 0 0 0 0 ^2 3 4 1 1 0 0 0 0 0 0 0 0 8 4 1 3 6 9 4 3 1 5 0 1 0 0 0 1 1 0 C 9 1 5 3 8 3 5 1 3 8 5 3 6 c 2 8 0 0 66 '6 41 91 90 34 34 19 30 56 90 112 118 93 79 6' 3 36 22 29 67 36 35 30 29 24 45 86 77 101 53 28 24 6
) E F 24 17 32 31 19 17 16 6 to 19 34 29 14 16 3 12 9 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a G 1 139 57 111 178 164 96 92 57 79 128 216 221 239 166 til 106 16 TOTAL m M M M M M M
~ .
I I I
I I l I
Beaver Valley P Joint Frequency Distribution Tables I for Batch Releases I Delta T (150ft-35ft) and 35-Ft Wind and l Delta T (500ft-35ft) and 500 Ft Wind
, Third Quarter 1990 I
I I
I lI ,
I -
I
,I lI I
I
~ .
a i i I
I i
g O"40000 D g cow COOO e
.O. O 3 OC0OOO O 3 OOOOOO I
2 O 2 2 a
3 O0COOO O *3 OOOOOO O 2 h I 3 5
OOOOOO O 3 5
OCOOOO O l
i I $
4 3 OeCCOO w 3 OOOOOO O 3 e+NOOOO M 3 OOOOOO O I b w
3 C*-OOOO e b
3 a OmOOOO e
] OCOOOO O g COOOCO O e
w e
m w w a w e = w I
w a g e 000000 O m O
. g. 000000 O e c e- # M e M 2 #
w & E - m 1 - w (
O w
w w
e OOCOOO 3 a a w OOOOOO O I
& O e u e M O > N M M ce n - > &
w r - Q v
O ae t 8-w .4 w %
m .c w 2 w
a 00CCOO O - w w OOOOOO O
.a <w mw 2 e
r. . -
< w -
I "o -
g 5 a o.
0 5 a A : w 000000 O A : w u + u + C00000 O w w w w
.J
- O En O
2 -
2 k.
U 4 O m 4 O I
O w O O w O + -
2 QOOOOO O O w OOOOOO O s . O O. 2 O w
< O
~
a e- O e-k a
a hs 2 U 2 O
I w z w a w C00000 O w a w 4 e a e CeceOO O M s ge e O
~ g 2 q a < & w 2
~ Q m e - w 2 3 m -
e- a w OOOOOO 3 e
w u 2 O 8 w OOOO0C O
. > >= 0 w 2 w m2 - O w=
I M R : tB 2"
O 2
N s
4O w OOO0CO O
-et5_
eC *- w OOOOOO wp *-
3 2 * = D O
-O .e r
m 2 .a f +m 2
aN wM == 2 W Q5 O k wM -
W C.D, O M
. w O' I
p . .. .. .. m .. .. ,, e a 2 R O O2- C44O p- * - - 2 OOOOOO O 2>-==-. 2 OOOOOO O
> w OE 4O 9 m" atZ O >
J wM wOOU 0 >
Q > ~w V, w 2 wOOU Mw 2 m W
< m - w8 C000
++cc8 $wd I
I 00000 et 2 ~* >dww ceceO
>ww > w ra m O ^ - * * =
M N N du st C Q
.J
> WWw - * * *
O 1 Ow 1Iww I E >= w a m O ^
er or - 4 wG * **
** *N4 +
4 ** E I to- wI E MNN e to e-=fNC=
.J V
m w
>wW
.A I e-cn O O 2 M v a .
et 4 * * - -- N vNceceA O
J
-41 w CL w -
i E 4
e- *-
e 6 4
at
>=
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w -4
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> n) OO2mw 4 k. 2-U N e*m* e* e"
AN p-3 a mmO
--O MN N*-10 >- --O *MNN to m337 I M 3 3 *)
2 e e-I
. . =
^__._
I s OO"OOOC e- .s OMMOOOO C et e- M e-0 0
>- e.-
3 OOOOOO O ~3 OOOOCO O W W 2 2 3 OOOOOO O 3 OOOOOO O 2 2
3 OOOOOO O 3 NOOOOO N
$ .J w 3 O O O C3 O O O 3 OOOC00 O e
a Cs 3 OOOOOO O 3 oe OOOO
g e J 3 e
3 OeOOOO " 3 ONOOCO N O f 3 OOOOOO O 3 eOOOOO *-
0
>= W *= M
$ w 4 w W
a w w ss.
S U O e OOOOOO O O S M OOOOOO O O. D.
>- 7 W
= 0 M M M 2 M w CK 4 >- W M >*
1-m- w a w OOOOOO O w et OOOCOO O O v e u W W B B O S e
c.t s ~
t- g b w M ==
, ~
a 42 w >= 1
-w ~4 n= T m o tr w 2 w
OOOOOO O w w OOOOOO O 7 e
.og w - .-=en w 2 e
= . -
e.g w ==
1 .
5 m 8
i .
8 a e w c a
==
v e OOOOOO O M m. w OOCO0C O w w U m w O Cs w w st 2 - O CE n 2 -
.U m O % O Q w O w OOOOOO w a O. 2 O O, O w OOOOOO O g.n et O 2 J 4 O et w a
- 0 C
a w
O *= C w w at CE 2 w a w "2 w
% 2 h w h A
w 2
OOOOOO O w o. w OOOOOO O
=
u
- s 5 w W M 2 w
at
- O - O et O w 2 w 2 CD CC -
CD e a w 000000 O ' w W w 2 OOOOOO O e > O w O h- 2 w O wI
O 4'.) w N w2 w
wG
= w I g , wA 2 N.-
e .v. >- w &O N at C @ > w OOOOOO 2'
J N >- e N O 2 O et O e *- w OOOOO 3 0
>=
,J # a N Q O p J @ 2 2 M Q.
Q> N **
WM
fB=
wM
w'
==
2 O CK Q M M CD O *=
w e w w .. ,.
2**-
4.
.. .. ..e-e QZ- 2 OOOOOO O OOOOOO O ar at O g ogy >- *(O== 2 O O .. E wn Cr <t C > O >
y w x wOOU s >-w Ow 2 wOOU
- ww at t's Mw 2 e- O. e- M
- Q OOOCO CC O 1 CO .@.)
st 9 -4 v 0e Mm 2 OOOOO a
et 2 -
N w Cs
> et w w
== w cr Cg O^
anAeeO*
=
po N N E) 't O O s
> et w w eoecO * * *O C., T' Qw m w sa. E o. w a a Ca ^ M *hm
Ne-*
CC) st O*
a E .Z 1, . .
et == E I w w2 O
et Og Cr .-. 4 w
wc e. ". N. 4 m-w o. E.4 i i i N. Q .s.t C >- aI et 4 =a- N O >AE y
3
> w *C sg *. p.
(D
==
e O O 2. O w U N= "0@ ** 0' e A *=
(DOO2Ww at 4
u N *e"* @" " @" N O
=
m Ca w et e.t
---O 2 2a * * *
s e.t --O 2 2 == * @*
O 2
Ca. CD W O M *I 3 "')
M N N CO W ~5 3 *e M N *= N *=CO* A I
1 .
i l
I I '
d i w Me e=e- C 0 C O 4 A.
e t e N4OOOOO @
.O. O 3 OOOOOO I 2 O *2 OOOOOO O 2 2 2
3 2
OOOOOO O 3 OOOOOO O 2
I
3 5
OOOCOO O 3 5
OOOOOO O I 3
=
a 3 OOOOOO O 3 OOOOOO O 3 eCCOOO I
e- 3 OOOOOC O N
3 eOOOOO +-- 3 OOOOOO O M M I e a
e w
w M
M 3 NOOOOO N e
3 M
M OOOOCO O e w w M MOOOOO M w M eOOOOC e
- M e e 2
M M M V'
u. a et w M E -
< W eg >
e NeCOOO M w w OOOOOO I
N 0 W M U a
M O M M M w O > a M a tv D
> m w M w 0 ==
0 =.=4e- 2
- w w ww M e to w 2 M
-OOOOO te -w w NCOOCO N E s et w - cc w 2 M er w I
a w
.et-S # O. $
6 + -
" O. 8 CE m
w + -
A U M OOOOOO O M == w OOCOOO O w w u M
.4 O m w w et 2 o 2 .a
-O I
et
-U M at O 0 w O M C. 2 w e- OOOOO e- O O w eOOOOO e O.4 e( O at
+ 2 C w e O at
- e O c O w ^ w e- O 4
or cm 5N 2 - 2 w
w w a w OOOOOC I
s x 4 e O w a ui COOOOC C m u w 2
2 w M 2
- .- un J w O
et et e= O C> w 2 w ID 40 -
co 2*
e w 3 3g w OOOOOO O w C 't C C O O
us w 2 w O e- > O
O 3 O
I
w C> e-wI w2 y w N w (* 2 W b 2 w N e w I O- e
>w O e IO N N y' Q k d O. ek >- w OOOOOO O W
m. C.ky e >- w OOOOOO O
wQ e 2 a J u . ,J @ 2 .e D M
CE N Q>
wM O
CE wm O
w -
a 2
m CD,,O' w' I
%, +. .. **
> .,, 2 0 2 > - = ..M.= 2 OOOOOO Q
.. .. n. M O
w O et 4O 2>====
O at ga 2 OOOOOO O
..E
'l m et O > O 2 wM W OOU b.
O > -w Mw s2 W OOU
O ww et mQ M w .e 2
>= w S (D DE OOOOO et O I
m w*=.> cD E OOOOO et a y .D= MM M at
> wm >. et us w
= c. e. e. c O. O D. eg w w e. e e c. O. O e e K Ow == EuJ &%tuw O ^ MNNO40 a >wamO^ M N N E)%F O 2 E .. .J rg O
ut M == Cn, I.
e- w CL .a e.* e N e Q e .e.t. === E I w wI e= wa E.a

N
et CK w *=a > aE i e e o e Q p.
W U > CD O O 2 M w < 4 *- e *= e- N O ==.3 *aE O 0 et ,uJ- >eC- og 2 2- W P. O. e. @. @.
A > CD O O 2 M v et 4 ' e.
e *'" @ee N ==
M cv w - et *---O .MNN to et 22- W N. OO e + A I
D G tc M O M 3 3 *) ** e *~---O M N N CO 2 M 3 3 *t ** e I
I 4
o lONOOOOO N .2 e ** O O O O O l
m. 4 Ne O e- i
0 l 3 OOOOOO O 3 1
2 2 OOOoOO O 2 2 3
2 OOOOOO O 3 00COOO O 2
000000 O NCOOOO N w 3 OOOOOO O 3 O e- O O 0 0 **
0 4
4 3 OOOOOO O 3 NMCOC0 e 3 OOOOOO O e-eOOOO M M 1 4 3 OOOCOO O 3 M m MOOO00 M
>- M >
e w M e w W e a w w
0 O M *-OOOOO *= O M O
4 e
eQOOOO e
& O. O.
b*
Ch e' M e e 2 M M M M
w M C > M E - 4 W us OOOOOO ( w
- 0 W M O .4 4 W N e- O O O O M
& M M U M W Q > CK M M CL a e- > m M - Q v
o -a e- 1 d'
== w w OOOOOO O n *. z M
E e CD u. 2 M *= w CD w w MOOOOO M 4
o aw ==
4 m 2
==
M e e-i-
cm 0 MC 2 MO 2 O e' O -
& M *-~ w e .O 4 W M
-OOOOO e- M >- w *OOOOO *=
w w s.J M
-J O Cs w w 4 2 o W
=
Q 2 a-a
==U M ( O O w O w e O. 2 OOOOOO O O w NOOOOO N
.Os 4 0 O. 2 O 4 O
~
un e M C' w o *- O e O q @ wJ a cm 2 w w of % w w 2 w
% z 4 4 M 2 OOOOOO O w 4 w OOOOOO O m u w w M 2
- - %
c 3 w 4 (
Co e u1 2 >
w c
2 to --
Co -
- a 3 3 w
e w OQC00O O 8 w
= >
+
Q w 2 u oCOOOO O e
w C>
m. O w. -
2 wI u , N w CL 2 w.
N w CL CL c
e >w EO .
8
>w K&
W 0. N6- w OOOOOO O 2"
O O
> N >-
.4 e
Cn n 2 2
wat O k6 *~ e eJ OC0 COO O
- Of N wM = 2 M Q> *+ Q E u. -
Cu > G CK w . C.DwO .. .. ..M >-
o w
c=*E-t 2*=-
O44o 2 O O ') O O O O
.. .. .. M 2*->**
Q<ao 2 OOOOOO O 7 cf sc Q >
2 wx u c >
O > ** w w MwQ O.J 2 w Q O,.4 U
== Q ww W Ca O w Mw 2
>* w a- Q =( aOw
9 e *O CC 3 I D QOOOO Co Q Z D COOOO MMO M MO
( 2 ===
> kJ CC >Mww
W G QC O^ eeeeOe
=
s a st O Q >( ww e*e* e* w . O. O e
Cr O
K**
et CE CE = 4 w
Qw ** E IwwT J=
- w CL
.E MNNON e- e a i * *
i sf*
4
.J
>=wCuaO^
== EZwwI e- w CL E
M N N O st O w e eeN
4 J
V O > w > CE et 4 ** ** *- *- N O -J e
*
sf **
toOO2Mw UNeeeea m-
>= C6 E 4 4 *~ e- e= e- N O O w o. a4.- =C CD C O -a 2 mw yNeeeeA m-a Cr w -- * *- ~~22- O
+ + = a M N Ne- CO
+
4 2 2
+----O CL to M o M331 e M N N to 2 M334 e- -
I 1
I
E E E E E E d
NUS CORPORAtlON AIR / RADIOLOGICAL PROGRAMS DEPARTMENT PAGE 6 PROGRAM: JfD VERSION: PC-1.1 BEAVER VALLEY Jf D - GROUND L E VE L B A T CH RE LE ASE S SITE IDENitFIER: DtBV2 DATA PERIOD EXAMINED: 7/17/90 - 9/ 6/90 3RD OIR IWO STABIt iTV BASED ON: DELTA T BE T WE E N 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 TEET WIND THRESHOLD AT: .75 MPH TOTAL NUMBER Of OBSERVAilONS: 36 TOTAL NUMBER Of VALID OBSERVAllONS: 36 TOTAL ktr*BER Of MISSING OBSERVATIONS: O PERCENT DATA RECOVERY FOR THIS PERIOD: 100.0 %
MEAN WIND SPEED FOR THIS P[RIOD: 2.3 MPH TOTAL NUMBER OF OBSERVATIONS WlIH BACKUP DATA: O PERCENTAGE OCCURRENCE OF STA8ttlIY CL ASSES A B C D E F G 13.89 2.78 2.78 16.67 41.67 16.67 5.56 DISTRIBUTION OF WIND DIRECTION VS STABitlif N kNE NE ENE E ESE SE SSE S SSW SW USW W LNW Nu NNu CALM A 0 0 0 0 0 0 0 0 0 0 1 3 1 0 0 0 0 8 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 C 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 2 1 0 2 0 0 0 E O O O t 1 0 1 3 3 2 1 1 0 0 0 0 3 F 0 0 0 0 1 0 2 0 1 0 0 0 0 0 0 0 2 C 0 0 0 0 0 1 0 0 1 0 0 0 0 0 0 0 0 TOTAL 0 0 0 0 2 1 3 3 5 3 6 5 1 2 0 0 5
.~
r--- - -
OOOOOOO O w OOO"OCO +-
4-a 4 w w O O
> e-3 OCOOOO O 7 OOOOOO O 3
w IR a a 3 OCOOOO O 3 OOOOOO O 2 2
~ 3 OOOOOO O 3 OOOOOO O est 3 OOOOOO O 3 OOOOOO O
=
6 3 OOOOOO 'O 3 OOOOOO O w +
3 3 3 OOOOOO O 3 OOOOOO O e W 3 O O O O CD O O 3 OOOOOO O m ** O ""
w @ w W e w 9 w w a w
< m C00000 O m M C00000 O O O s O O e- e e u e M m M 4 >
M N
- at 2 O
.a V
w O
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~
a m e.-
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to w w w C00OOO O w
x w OOOOOO O 2 @ cc w 2 W O e .
+
a et. .
4 *
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2 mQ x m o. O 2 O
W e ==
e
-=
oc e *- w QOOOOO O e w w Q
wi U e U M OOOOCO O 2 w w w w G a a~ O 2 2 ra~
a EC O at O 4 O O V = 2 w CCOOOO O O O w C0"OOO "
~
2 O Q w
4 O O
E w e O O4 e C w e Q O et G 2 w w
==
w % w W 2 u, O m CL e OOOOOO IO w A w OOOOOO O et w N w_a 2
w I
w W 2 Q: A N *- O J w
== 0
% O w 2 w LX~
x CO ~
40 ~
2 U 3 et e- i W OOOOOO O 3
+ 'st
2 w O w COOOOO O e cc O m- O 2
=
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I O..
>- w E O,.
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2=* > b= m- 2 p-OOOOOO O
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wN wO*
wO
-*wQ
+=
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M w> +=
00 & wJ Oe
~
C
.E w e to, wO .. , ..g 3.s-
> O 2 2 * == = 2 OOOOOO O
.. .. 6e m O Q 4 et O 2=**-
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9 Cs W D > c >
wx wOOU O > ** u4 M us -e 2 wOOU e u4
=
0 wm
.,
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> w& *- MbNO4O
> et ww a
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% K Ow ~ L6 KL m e CEw %O^ -J *- W cr. m O ^ M N Ne- CO 4 0 -J se Q
at Eg g e-a G w e- w C6 K, og 4 i e e= e.
v' e.
aN i 4*
4 K xw wR
=. a s= w C6 K. , i - * +
v" N
a aJ al
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e D
a a
w~ st -at ~2 -+ 2 --O =mNN W) st 2 2 --
---O a
MNN to' CD W O W 339 " e* M 3 3 *n e- "
2 t
I
W I l I .3
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e O
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60 O st m O N -t 4 4 4
N ee 3 Oe-OOOO e I
2 3 mmNOOO CD 2 2 2
3 OONOOO N 3 OmNOOO O V 2 e-I " 3 5
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N444OO O
~
I w o
4
(
3 O*=QOOO
3 ea e~ emWNO **
t m
3 OOOCOO O I g OMNNOC lN 9 a m
3 OOOOOO O 3 ee4mC0 O m
I 4 e
+.
w w
w 3
p e
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3 M
M e C 80 @ O O A e
e w l I 8 1 v m OceeOO O O 8 m -Or-OO e ke~ V 8'
b 8 e @
M
+
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2 O
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y, @ m O w a O > m @
e-.
N >==
w M ** >
=
at .J > '
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2 e e N I
a e-
@ @O y e.
r MO et e-v
==
v.
5
=.
CE M OO"OOO g
e-W w
e e' m >* w NM@" OO **
u m "
N A O 2
$ O E
O 2 $-
ef Q I k
u O
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w e
at O
Ch O,
O O
2 9
O w
w et w ooc-OOO -
O.
O O
+
9 4
O w
w stst O O O O CO w N w 2 w O e 4 w O**OOOO e- w A w NMON*O I
w o W 2 e Ck w N .1 w w
.3 2
Os & N *- O w
% Ch w 2 *= c CE 2 CO = W 2
- w 3 (0 m 4 e *- a w OOOOOO O 3 I
er w 2 w N ** m M O O C>
(C O *= O w 2 e
CD wT > O U C N w4 2 wI A w m # wG 2
> w E .O >w
.I y w
e a
w N
N 4O

f-
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CO m *D
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2 COOOOO O E .O et O e **
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2 C O ea
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~ N wO == -a O ' CC 2 a w> **
Oc m wO =
m
& CD C + O@
I w w w .. .o 64 e *=
> QR 2m > *
2 OOOOOO O
s. .. .. m O at et O 2>>= 2 N ** O t. OO M O
w ce X OE et O 9 E st O >
g w x wOOU 0 >
v > ** teJ Mw 2 wOOU O w Ow M
e- 6 44J,
=0 I
cc OOOOO et % z2 w had et G3 DZ D OOOOO I
9 *- O e at 2 == #@ceO mMO eeecO
==
>ww > st w w e e s *
O D- et w w
Y *- w w at O^ MNNOtO a e a e
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g << gg .s ma .E, a . .
e
e. Na *it d e.- =.+E s I w w 2 M N N10 *- - 4 O+
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En. 1 4 4e ** e wA E.4 i . . . Ni 4 et.-
e U V > wWe-. v N c'e e O
*W"* AN O CD C w > CCOO2Mw
>- C6 E et 4 - - - e- N O W c6 at e.
w == st et 2 +-+2@ a st 2 2 == wNc#@cA * * * *
=
" 4 cc M Q
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2 m 3 3 *1 e- e+
I
r-------- -
~
~l l
l l
Il,l OeQ%OOO I
a Q et 44N M a
A ODOk4OO >
- e e N 4 0 >
== O e.
3 NNMQOO N 3 3 2
NOCOCO N 2
2 3 ONeOOO M 3 2 OOOOOO O 2
l l
l 4 3 4N"OOO N 3 o-oooo ,
b f 3 e@MNOO o 3 e-OOOOO e
4
e-OOOO 4 3 MNOOOO e b
3 O O ** O O O e 3 eoe4OO O e m e-3 e- e- - OOO M 3 e m > e O e* OOOO e' e
w A w M w w e w a w w 8, O Me* COO O e w O, M 000000 O
!t 8 8
- r e m e e e
a et ==
et *=
.4 et w NMeMCO M 2 O V e -
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.E- 4 *. > M Cr M
et =.=4>=
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w a cc w 2 W e 44NOO *= ~w w -OCOCO e O e et w ==
co w 2 m g p- et w ==
M MQ 2 >=
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Q U O 3 M M== w O O *- O C 0 e w w w W so
& O cm w w 4 2 *- O &
4 O 2 ==
at O u O w QNe OOO N O. 2 - O. O w Ce OOOO
O et 2 O C et w e O O s e O w @ Q O M > 2 w w w % w a w 2 w O- e M w M 2 44e QQO M w Q. L'J M4OOOO N et w N e w W 2 a a J w
% m- O J w
% O w 2 w Q Z w 2 m-- U ul -
3 CD ~
et e- >- i w 3 I
C w - i- - -OO 4 w MMeQOO N e- 2 6 En *- O ~ O 2
U e
wZ C N w& 2 wZ 4 w M >- w e wa2 m- E O.m *-i EO
4 % w .
2 > N 4 O rwtoO*
m. 2 eOOOOO e et O ** w NNOOOO 4 O w .e O e CD 2 3 2
== N wO = >-
.J =C + Q1 2 M w> Oe m wO =
m CD,wO' >= Oe a w e .. .. ..m *
> O2 ' >= o- == 2 MeMCOO N
e. .. ..m O a et et Q > > = = = 2 N4OOOO E) w n E et et O 9 m et O >
R w A WOOU Q >
V > =+ w Mwe 2 W QQU
- O w* et a O w Ww .4 2
> w .4 =0 CO D 2 3 OOOOO et & O tes et 1 a *- O MmO CD 3 I D COOOO E**
et 2 ==
> w a > et w w w Lesa a O ^
eeeeOe e M N N to 4 O
+ e O MMO
> et w w e e e. e o. O
+ e Ow I p wwI .s == w a m O ^ M Pw eN a) 40 .s I. w e
es O
et tx 2-4
-.4 -CAE E.e s
+
e e
. 4 e* c- e- eN 6 i N= 4 e et
E I. w wI
> wa .E4 e e.- N et U O y> w at CD O O 2 Ow O --e ** a E < 4 e-e .
e- - i-N4 m-O O et *- *- et 2 2*== vNeeeeA *
> Co O O 2 e w UNeeeeA e.
M Cs w ** eg e e a et 2 2 ** * * -
O 6 Cd M o >- - == 0 m33i
M N NCO e- -
== ~~O
M Pw N CO a
2 e33 t e- e-I
_ ,_ ..m_ .. - - __ _ _ . . . - . _ . _ , = . ., _ .- _ m_.. -.-.
I I d OOOOOOO O e C -t O e 10 M C et 4
>- o a3 eN.e O. e O O.
m- s-3 OOOOOO O 3 A 4eOOO C0 2 2 -
2 2 3 OOOOCO O 3 CeOOCO e 2 2 e- e 3 OOOOOO O 3 4NNP*OO N e 2 e- M 3
I w U
4 4
3 OOOOOO O 3 NM@NNO N *-
e e
3 OOOOOO O 3 40 4 N N O O 00 M M e 3 J 3 OOOOOO O 3 N e= eO N C O O M M N 3 OOOOOO O 3 NN04OO O
> M s.- M e- N w M w M B w w 0 m w e
O M 000000 O N b. M VeveOO O O O O O e M M
e M e M
M d >= et a-
- .4 et w COOOOO O a E w N M ** M O O CP 2 O U M U M e* e-w M M M M E O >= m > &
m g m. O >- M M = 0 1
oe 5
z CL ~a~w w OOOOOO O =w w NM44OO e w e Ew M G) w 2 m e- e M Q t 4 ha. 2= ( w e t - p.
O 2 MO 2 E MO= O =
0 a e - e .
CC M ** W OOOOOO O M >= w e4ONOO N O U M U M N O w naJ w w CK O a O 4 2 - 2 c.c e.
4 0 4 O I
.a et O O w OOOOOO O O O w CO e-N M O O O M U 2
2 N
= 0a W O 4 V O O O w e C e O
-4 M O w w O < 0 2 w 2 w
-- w N w 4 w OOOOOO O w 4 w ** e e N e- O O O 6 m w M 2 es M 2 e+ e- M 4 w N J w J w a a N 6= Q >- O s Ch w 2 w 2 a z Co - Co
=
U 3 w
-3g e - a m
OOOOOO O w 4ce4OO O
- 4 2 w 2 N e- CD C - O >= 0 i CP wI wz U C % wa2 '
w CA 2 4 w M * * >w E E O. .O.
et N et C e >- w OOOOOO O at O e
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I NUS CORPORATION AIR / RADIOLOGICAL PROGRAMS DEPARTMf NT PAGE 6 PROGRAM: JFD VE RS!ON: PC-1.1 BE AVE R val t E Y JFD - ELEVATED BATCH REL E ASE SITE !DENilFIER: O!BV2 DAT A PERIOD EXAMINED: 7/ 3/90 9/23/90 3RD OIR 1990 STABILITY BASED ON: DELTA T BE TWEE N 500.0 AND 35.0 FEET WIND MEASURED AT: 590.0 FEET u! ND T HRE SHOL D AT: .75 MPH TOTAt NUMBER OF OBSERVATIONS: 366 TOTAL NtmBER OF vat!D OBSERVATIONS: 366 TOT AL NUMBER OF MISSING OBSERVAI!ONS: O PERCENT DATA RECOVERT FOR THIS PERIOD: 100.0 %
MEAN WIND SPEED FOR THIS PfR100: 7.6 MPH NUMBE R OF OBSERVAi!ONS WlIH BACKUP ST ABIL IT Y: 10 TOT AL NUMBER OF OBSERVAi!ONS WlIH BAC(UP DAT A: 10 PERCENT AGE OCCURRENCE OF STAB!t!TY CLASSES A B C D E F G
.00 .27 2.73 48.09 35.52 13.39 .00 DISTRIBUTION OF WIND O! RECT!0N VS STA8ttlTY N NNE NE ENE E ESE SE SSE S SSW SW WSW W WNW NW NNW CALM A 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 B 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 C 0 0 0 1 1 1 1 0 0 1 0 0 1 1 2 1 0 D 3 2 9 9 8 11 22 6 5 15 9 7 34 18 10 8 0 E 7 5 4 13 12 9 11 13 5 3 1 6 19 12 3 7 0 F S 4 7 7 1 1 1 0 0 1 10 5 1 1 0 2 0 G 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 TOTAL 18 11 20 30 23 22 35 19 10 20 20 18 55 32 15 18 0 M M M M M M
l {
I I
I I Beaver Valley Listings of Meteorological Data I
I for Periods of Ground-Level Gaseous Effluent Releases Third Quarter 1990 I ;
I I
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M M M M M M M M ^
M M M FROGR m: t!St VE RSION - PC 1.0 L ISilNG IOR BEAVE R vat tE Y HOtJRL Y
E TEOROtOGICAL DATA 150-Fi (EVE L BATCH FEt E ASES FOR 1HE THIRD OUARTER 1900
....... 3$ rg... . . . .. . 150 FT- ----- -- - - 500 f i - - -- --
AP*B . DE W WIND WIND SID WIND WlND STD WIND WIND STD TEMP POINT DFLTA I Oft 1A T RAIN SPEED DIR DE V SPEED DIR DEV SPE FD DlR DE v 35F 35F 150-35 500-35 FALL YR MO DY HR (MPH) (DEG)SC(DEG) SC (MPH) (CEG)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (F) (F) SC (F) SC(IN) 90 71714 4.4 255. 99.9 - 5.7 233. 99.9 - 8.5 227. 62.7 -1.4 A -4.0 C 99.9 - 82.5 .00 90 71715 5.8 244. 99.9 - 7.0 239. 99.9 - 8.0 232. 99.9 - 83.0 63.0 -1.3 A -3.6 0 .00 90 71716 6.5 259. 99.9 - 8.2 251 99.9 - 9.7 245. 99.9 - 83.3 62.3 -1.2 A -3.2 0 .00 90 71717 3.5 250. 99.9 - 5.5 261. 99.9 - 7.0 238. 99.9 - 83.9 62.0 -1.2 A -3.30 .00 90 71718 3.9 253. 99.9 - 4.7 237 99.9 - 6.7 218. 99.9 - 83.7 62.8 .9 D -3.0 0 .00 90 71719 2.9 199. 99.9 - 5.3 194 99.9 - 7.5 210. 99.9 - 83.0 65.5 _90 -2.9 0 .00 90 71720 1.7 182.' 99.9 - 4.6 195. 99.9 - 6.8 222. 99.9 - 79.0 68.7 .8 E .0 E .00 90 71721 2.0 186. 99.9 - 2.5 214 99.9 - 7.3 217. 99.9 - 73.5 68.8 2.6 G 4.2 F .00 90 71722 .9 121. 99.9 - 1.7 61 99.9 - 3.0 246. 99.9 - 69.3 68.5 2.6 G 5.8 F .00 90 71723 1.1 87. 99.9 - 1.5 42. 99.9 2.0 234. 99.9 - 67.9 67.3 1.8 F 6.9 F .00 90 71724 .8 1 73. 99.9 - .9 342. 99.9 - 2.2 243. 99.9 - 66.0 66.o 1.9 F 6.9 F .00 90 7 18 1 .0 151. 99.9 - 1.2 298. 99.9 - 3.9 247. 99.9 - 64.7 64.7 1. 7 F 6.1 F .00 90 7 18 2 .9 137 99.9 - 1.0 49. 99.9 - 2.4 225. 99.9 - 64.1 64.1 1.2 F 6.7 F .00 90 7 18 3 1.1 146. 99.9 - 1.0 344 99.9 - 2.5 231. 99.9 - 62.9 62.9 1.3 F 5.6 F .00 90 7 18 4 .6 106. 99.9 - 1.3 292. 99.9 - 3.3 249. 99.9 - 62.4 62.4 1.3 F 4.3 F .00 90 7 18 5 .9 157. 99.9 - .9 277 99.9 - 4.9 252. 99.9 - 62.6 62.6 8E 3.8 E .00 90 7 18 6 .8 235. 99.9 - 1.3 25. 99.9 - 5.0 240. 99.9 - 62.3 62.8 .0 E 4.0 F .00 90 7 22 3 1.0 176. 99.9 - 2.0 200. 99.9 - .6 337. 99.9 - 63.9 63.9 .6 E 2.2 E .00 90 7 22 4 .6 48. 99.9 - .7 170. 99.9 - 1.3 11. 99.9 - 63.3 63.3 .0 E 1.8 E .00 90 7 22 5 .7 1 70. 99.9 - 2.0 323. 99.9 - 1.2 6. 99.9 - 62.6 62.6 .2 E 1.2 E .00 90 7 22 6 1.4 127. 99.9 - 1.8 192. 99.9 - 2.3 72. 99.9 - 62.0 62.0 .9 E 1.3 E .00 90 7 22 7 1.3 84. 99.9 - 3.4 50. 99.9 - 5.9 55. 99.9 - (1.9 61.9 .3 F 1.2 E .00 90 9 6 4 2.1 1%. 99.9 - 3.6 224 99.9 - 2.6 244. 99.9 - 69.5 69.2 .5 E .7 E .00 90 9 6 5 .9 195. 99.9 - 3.0 238. 99.9 - 2.2 240. 99.9 - 68.6 68.6 .7 E .1 E .00 90 9 6 6 1.0 150. 9t9 - 1.3 199. 99.9 - 3.0 302. 99.9 - 68.8 68.7 .2 E .9 E .00 90 9 6 7 .6 166. 99.9 - 1.3 353. 99.9 - 1.4 289. 99.9 - 67.2 67.2 .6 E .1 E .00 90 9 6 8 2.1 188. 99.9 - 2.3 221. 99.9 - 2.6 245. 99.9 - 67.8 67.8 .0 E .8 E .00 90 9 6 9 1.3 257. 99.9 - 1.4 176. 99.9 - 3.0 190. 99.9 - 69.9 68.5 .3 E -1.4 0 .00 90 9 6 10 2.9 282. 99.9 - 4.1 2 74 99.9 - 4.1 228. 99.9 - 73.3 69.1 .7 D -2.6 D .00 90 9 6 11 4.3 235. 99.9 - 5.8 228. 99.9 - 6.2 225. 99.9 - 73.5 69.7 .70 -2.8 D .00 90 9 4 12 4.1 217. 99.9 - 5.7 223. 99.9 - 7.2 218. 99.9 - 76.4 71.1 .90 -3.1 0 .00 90 9 6 13 2.4 290. 99.9 - 2.9 286. 99.9 - 3.4 221. 99.9 - 78.5 72.1 .7 D -2.6 0 .00 90 9 6 14 5.2 228. 99.9 - 6.3 213. 99.9 - 8.3 214. 99.9 - 81.8 72.9 -1.1 8 -3.4 D 00 90 9 6 15 4.4 219. 99.9 - 6.5 209. 99.9 - 7.9 203. 99.9 - 84.0 73.3 -1.4 A -3.70 .00 90 9 6 16 5.0 229. 99.9 - 6.4 225. 99.9 - 8.0 219. 99.9 - 85.2 73.7 -1.0 C -3.0 D .00 90 9 6 17 3.7 168. 99.9 - 8.1 192. 99.9 - 11.4 214 99.9 - 82.6 75.0 .2 E .9 E .00
F (I
I I
Beaver Valley I Listings of Meteorological Data for Periods of Elevated Gaseous Effluent Releases Third Quarter 1990 l
I i
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m FTOLR AM : tISI VE E S10N: K - 1. 0 llST ING IOR f!f AVE R vat tF Y *tOURL Y f*E IEORotoGICAL D AT A $004 T LE VE L BATCH REL E ASE S FOR T HE T HIRD OOAR T E R 1990
--35 FT- -
- -150 fr- -- - --- -
-500 ti- - -
1 AMB. DE W WIND W!kD STD WIND WIND SID W1ND WIND SID T E MP PolNT DELTA i DEllA T RAIN SPEED D!R DEV L&EED DIR DEV SPEED D1R DEV 35F 35F 150-35 500 35 FAtt YR MO DY HR (MPH) (DEG)SC(DEG) SC (MPH) (DEG)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (F) (F) SC (f) SC(IN) 90 7 3 14 6.0 237. 99.9 7.6 241. 99.9 - 9.5 236. 99.9 - 80.6 55.9 -1.5 A -3.8 0 .00 90 7 3 15 4.5 199. 99.9 - 6.9 204 99.9 - 8.6 217. 99.9 81.6 56.2 - 1. 7 A -3.8 D .00 90 7 3 16 5.6 216. 99.9 - 7.6 209. 99.9 - 9.4 204. 99.9 - 82.0 57.1 -1.2 A -3.6 D .00 90 7 3 17 4.9 204. 99.9 - 8.6 194. 99.9 - 11.0 196. 99.9 - 82.8 59.0 -1.6 A -4.0 C .00 90 7 3 18 6.7 231. 99.9 - 8.1 236. 99.9 - 11.5 230. 99.9 - 82.8 58.1 -1.2 A -3.5 0 .00 90 7 3 19 5.3 208. 99.9 - 8.9 211. 99.9 - 11.7 218. 99.9 - 81.9 59.3 .80 -2.8 D .00 90 7 3 20 3.1 186. 99.9 - 6.2 200. 99.9 - 11.0 210. 99.9 - 79.4 62.3 .3 E -1.0 E .00 90 7 3 21 2.7 167.' 99.9 - 6.7 197. 99.9 - 12.1 214. 99.9 72.6 64.0 4.3 G 4.1 F .00 90 7 3 22 2.1 168. 99.9 - 5.9 193. 99.9 - 11.3 224. 99.9 - 68.2 63.4 3.9 G 7.4 F .00 90 7 3 23 2.8 181. 99.9 - 6.0 200. 99.9 - 11.1 219. 99.9 - 66.7 62.3 3.6 G 7.1 F .00 90 7 3 24 1.1 1 74 99.9 - 3.4 190. 99.9 - 10.9 216. 99.9 - 65.2 62.2 1.2 F 7.5 F .00 90 7 4 1 .8 177. 99.9 - 2.1 251. 99.9 - 11.2 216. 99.9 - 64.4 63.0 2.1 F 7.5 F .00 90 7 4 2 1.1 47. 99.9 - 4.3 206. 99.9 - 14.8 220. 99.9 - 65.0 63.3 2.5 F 6.8 f .00 90 7 4 3 .8 147. 99.9 - 2.7 242. 99.9 - 16.1 223. 99.9 - 64 t 61.8 3.6 G 7. 7 F .00 90 7 4 4 1.2 145. 99.9 - 4.6 246. 99.9 - 16.2 229. 99.9 - 64.1 61.8 4.6 G 6.7 F .00 90 7 4 5 1.7 134 99.9 - 4.0 245. 99.9 - 14.9 227. 99.9 - 64.7 62.3 4.3 G 5.3 F .00 90 7 12 '7 2.6 43. 99.9 - 5.8 20. 99.9 - 10.1 20. 99.9 - 65.7 65.7 .1 E -1.9 0 .01 90 7 12 .3 3.0 48. 99.9 - 8.1 35. 99.9 - 12.6 33. 99.9 - 64.7 64.6 .2 E -1.9 0 .00 90 71219 3.4 54. 99.9 - 14.3 62. 99.9 - 19.3 57. 99.9 - 63.7 63.2 .0 E -1.7 D .00 90 71220 2.5 337. 99.9 - 8.6 59, 99.9 13.2 46. 99.9 - 63.0 62.3 .0 E -1.4 D .00 90 7 12 21 2.6 59. 99.9 - 8.8 68. 99.9 - 14.3 47. 99.9 - 62.0 61.6 .2 E -1.5 0 .00 90 7 12 22 2.8 119. 99.9 - 10.5 64. 99.9 - 16.4 54 99.9 - 60.8 60.4 .0 E .6 E .01 90 7 12 23 1.6 201. 99.9 - 6.4 66. 99.9 - 11.5 63. 99.9 - 60.5 60.3 .2 E .5 E .00 90 71224 3.1 67 99.9 - 11.1 70. 99.9 - 15.4 59. 99.9 - 61.5 59.0 .1 E - 1.7 D .00 90 7 13 1 2.5 63. 99.9 - 8.7 63. 99.9 - 12.0 51. 99.9 - 61.4 58.6 .1 E -1.7 D .00 90 7 13 2 2.8 80. 99.9 - 9.9 63. 99.9 - 13.7 55. 99.9 - 61.0 58.4 .1 E -1.7 D .00 90 7 13 3 2.6 101. 99.9 - 9.9 69. 99.9 - 15.4 69. 99.9 - 60.2 58.0 .0 E -1.6 D .00 90 7 13 4 2.4 40. 99.9 - 9.1 51. 99.9 - 12.1 51. 99.9 - 60.3 57.8 .1 E -1.8 D .00 90 7 14 9 3.3 59. 99.9 - 7.3 87. 99.9 - 13.5 109. 99.9 - 66.0 63.0 .60 -2.5 D .00 90 71410 3.4 65. 99.9 - 6.4 92. 99.9 - 10.4 118. 99.9 - .68.8 64.3 -1.0 C -3.3 0 .00 90 7 14 11 2.2 50. 99.9 - 5.7 83. 99.9 - 10.8 117. 99.9 - 67.9 66.6 .3 E -1.8 D .03 90 71412 3.1 %. 99.9 - 6.1 96. 99.9 - 11.7 124 99.9 - 71.5 68.2 .9 D -3.1 D .00 90 71413 4.1 101. 99.9 - 9.2 133. 99.9 - 14.9 142. 99.9 - 73.4 68.1 .60 -2.4 D .00 90 7 14 14 2.7 96. 99.9 - 6.9 125. 99.9 - 13.1 142. 99.9 - 72.3 68.4 .6 D -2.3 D .00 90 7 14 15 2.5 75. 99.9 - 3.9 104. 99.9 - 8.1 140. 99.9 - 72.6 69.9 .5 D -2.1 D .01 90 7 14 16 2.3 86. 99.9 - 3.7 78. 99.9 - 8.8 126. 99.9 - 75.1 70.6 .4 D -2.2 0 .00 90 7 14 17 3.1 96. 99.9 - 7. 6 119. 99.9 - 13.3 126. 99.9 - 76.3 69.6 .60 -2.5 0 .00 90 7 14 18 1.8 79. 99.9 - 3.9 "' 99.9 - 8.8 121. 99.9 - 75.8 70.1 .4 0 -?.2 0 .00 90 7 14 19 1.4 77. 99.9 - 3.8 85 99.9 - 13.5 122. 99.9 - 73.9 71.3 .1 E .F F .00 90 7 14 20 1.7 67. 99.9 - 5.2 84 99.9 - 14.3 124 99.9 - 72.6 71.0 .3 E OE .03 90 7 14 21 1.6 38. 99.9 - 3.0 92. 99.9 - 10.5 132. 99.9 - 70.8 70.8 .9 E .5 E .05 90 7 24 10 1.9 302. 99.9 - 1.1 305. 99.9 - 1.9 190. 99.9 - 66.6 63.5 .5 D .5 E .00 90 7 24 11 3.1 357. 99.9 - 3.0 350. 99.9 - 2.0 62. 99.9 - 72.3 59.5 -2.5 A -1.7 D .00 90 7 24 12 3.5 348. 99.9 - 3.3 354. 99.9 - 3.7 82. 99.9 - 74.4 59.6 -1.2 A -2.5 D .00 90 7 24 13 1.5 312. 99.9 - 1.5 350. 99.9 - 1.0 276. 99.9 - 75.1 57.5 .8 D -2.5 0 .00 90 7 24 14 2.5 40. 99.9 - 2.6 63. 99.9 - 2.1 81. 99.9 - 77.6 57.5 -1.3 A -3.0 D .00 .
90 7 24 15 3.0 306. 99.9 - 3.6 297- 99.9 - 3.6 273. 99.9 - 78.1 56.4 -1.2 A -3.6 0 .00 90 72416 3.6 285 99.9 - 4.9 281. 99.9 - 5.3 272. 99.9 - 78.8 57.5 -1.5 A -3.5 D .00
090CKAM: t!ST VtR$1 W PC-1.0 t f ST!NG FOR SE AVER VAtt E Y HWE L Y PE f f 0GotOGICAL DAT A 590-F T LEVE t BATCH RE tE ASE S FCs THE T H I RD OUAR T E R 1990
-35 F1- -
-150 F1- -500 FT-AMB. DE W WIND WIND $iD WIND WIND STD wind utND $iD TEMP POINT DELTA T DELTA T RAIN SPEED DIR DEV SPE ED DIR DEV SPE E D DIR DEv 35F 35F 150-35 500-35 FAtt TR MO DY HR (MPet) (DEG)SC(DE G) SC (MPH) (DEG)SC (DEG)SC (MPH) (DE G)SC (DEG)SC (F) (F) (F) SC (F ) $C(IN) 90 72417 4.1 262. 99.9 - 5.2 271. 99.9 6.5 266. 99.9 - 79.0 57.0 -1.1 0 -3.2 D .00 90 7 24 18 3.2 278. 99.9 - 4.0 276. 99.9 - 4.4 264. 99.9 - 79.1 56.5 -1.1 B -2.9 0 .00 90 7 24 19 2.0 290. 99.9 - 4.0 283. 99.9 - 7.7 267. 99.9 - 74.7 63.8 1.5 F .8 E .00 90 7 24 20 2.8 294 99.9 - 5.0 304. 99.9 11.7 328. 99.9 - 72.7 62.5 .5 D -2.1 D .00 90 7 2:. 21 3.9 251. 99.9 - 5.6 257. 99.9 - 6.1 266. 99.9 - 71.4 61.8 .3 E -2.1 D .00 90 72422 2.2 179. 99.9 - 3.6 230. W.9 - 5.7 280. 99.9 - 67.8 63.7 1.0 F .3 E .00 90 72520 1.4 347. 99.9 - 6.1 348. 29.9 - 12.0 4 99.9 - 75.1 59.5 .7 E .2 E .00 90 7 25 21 .9 141.' 99.9 - 1.9 355. 99.9 - 7.1 4. 99.9 - 67.5 61.7 2.4 F 5.4 F .00 90 7 25 22 9 121. 09.9 - 1.7 16. 99.9 - 4.9 9. 99.9 - 63.0 61.4 3.0 G 8.1 F .00 90 7 25 23 1.2 147. 99.9 - 1.2 353. 99.9 - 3.7 5. 99.9 - 60.5 59.8 3.0 G 8.8 F .00 90 7 25 24 .8 168. 99.9 - 2.2 341. 99.9 - 4.6 19. 99.9 - 59.1 59.1 2.3 F 9.3 F .00 90 7 26 1 1.6 157. 99.9 - 2.2 212. 99.9 - 4.1 10. 99.9 - 58.6 58.4 2.7 G 8.3 F .00 90 7 26 2 .9 144 99.9 - 2.5 215. 99.9 - 3.5 16. 99.9 - 57.5 57.5 2.4 F 7.0 F .00 90 7 26 3 1.3 143. 99.9 - 3.0 219. 99.9 - 2.6 2. 99.9 - 57.0 57.0 1.9 F 6.1 F .00 90 7 26 4 1.6 162. 99.9 - 2.9 214. 99.9 - 3.5 11. 99.9 - 56.5 $6.5 2.0 F 6.5 F .00 90 7 26 5 1.7 154. 99.9 - 3.0 217. 99.9 - 1.6 330. 99.9 - 56.0 56.0 1.8 7 4.8 F .00 90 7 26 6 .9 139. 99.9 - .9 298. 99.9 - 2.9 34 99.9 - 54.5 54.5 2.2 F 5.5 F .00 90 7 26 7 .7 116. W.9 - 1.0 359. 99.9 - 4.9 38. 99.9 - 54.9 54.9 1.6 F 4.7 F .00 90 7 26 8 .0 237. 99.9 - .8 272. 99.9 - 6.5 44. 99.9 - 59.0 57.9 .2 E 2.3 E .00 90 8 7 5 4.0 236. 99.9 - 5.2 264. 99.9 - 6.9 285. 99.9 - 61.8 58.9 .4 0 -2.2 0 .00 90 8 7 6 4.8 237. 99.9 - 6.5 262. 99.9 - 7.2 284. 99.9 - 61.2 58.3 .5 D -2.3 D .00 90 8 7 7 3.1 258. 99.9 - 5.0 289. 99.9 - 7.3 287. 99.9 - 60.8 58.4 .5 0 -2.4 0 .00 90 8 7 8 5.0 244. 99.9 - 6.2 263. 99.9 - 6.0 2 78. 99.9 - 60.3 58.0 .5 0 -2.3 0 .00 90 8 7 9 3.6 242. 99.9 - 4.8 257. 99.9 - 4.9 268. 99.9 - 61.0 58.9 .7 D -2.6 0 .00 90 8 7 to 3.2 213. 99.9 - 3.1 197. 99.9 - 3.1 292. 99.9 - 62.2 59.4 .70 -2.4 0 .00 90 8 7 11 3.2 208. 97.9 - 4.0 224. 99.9 - 6.1 281. 99.9 - 64.5 59.5 .5 0 -2.0 0 .00 90 8 7 12 3.7 320. 99.9 - 7.1 312. 99.9 - 8.3 314. 99.9 - 68.7 58.3 -1.5 A -3.5 0 .00 90 8 7 13 5.6 325. 99.9 - 9.2 319. 99.9 - 11.6 329. 99.9 - 67.2 58.7 -1.0 C -3.1 0 00 90 8 7 14 1.7 55. 99.9 - 2.4 84. 99.9 - 2.4 360. 99.9 - 68.9 58.2 -1 1 B -3.1 0 .00 90 8 7 15 3.4 12. 99.9 - 6.1 5. 99.9 - 7.0 342. 99.9 - 72.9 55.5 -2.0 A -4.2 C .00 90 8 7 16 5.0 302. 99.9 - 7.4 310. 99.9 - 8.9 323. 99.9 - 72.6 55.1 - 1. 7 A -3.9 C 00 90 8 7 17 3.7 308. 99.9 - 7. 7 301. 99.9 - 9.3 311. 99.9 - 72.4 55.6 - 1. 7 A -3.9 C .00 90 8 7 18 2.3 348. 99.9 - 5.7 314 99.9 - 7.0 322. 99.9 - 71.1 55.9 .9 D -2.5 D .00 90 8 7 19 2.9 338. 99.9 - 6.4 337. 99.9 - 7.3 337 99.9 - 71.0 56.4 .7 D -2.4 0 .00 90 8 7 20 2.4 358. 99.9 - 6.0 343. 99.9 - 10.9 340. 99.9 - 68.5 53.4 .0 E .7 E .00 90 8 7 21 1.2 197. 99.9 - 2.5 310. 99.9 - 11.8 359. 99.9 - 64.4 59.3 1.0 F 1.8 E .00 90 8 7 22 1.3 127. 99.9 - 1.6 142. 99.9 - 6.7 360. 99.9 - 60.6 59.2 2.8 G 4.0 F .00 90 82613 3.3 283. 99.9 - 5.9 282. 99.9 - 7. 7 280. 99.9 - 81.2 67.0 -1.8 A -3.8 D .00 90 8 26 14 3.4 277. 99.9 - 6.8 290. 09.9 - 8.8 279. 99.9 - 80.6 68.0 -1.2 A -3.1 0 .00 90 8 26 15 3.9 2 76. 99.9 - 6.0 280. 99.9 - 7.0 277. 99.9 - 82.9 67.6 -1.8 A -3.9 C .00 90 8 26 16 4.3 2 73. 99.9 - 5.7 272. 99.9 - 6.1 2 71. 99.9 - 83.7 67.2 - 1. 7 A -3.8 D .00 90 82617 3.4 286. 99.9 - 5.7 280. 99.9 - 6.5 276. 99.9 - 83.5 67.4 -1.3 A 3.3 0 .00 90 82618 3.2 282. 99.9 - 5.8 285. 99.9 - 7.3 277. 99.9 - 83.3 67.4 -1.1 8 -2.9 0 .00 90 82619 2.5 358. 99.9 - 5.8 338. 99.9 - 8.5 ~19. 99.9 - 80.8 70.6 4E .7 E .00 90 8 26 20 1.6 168. 99.9 - 2.4 218. 99.9 - 5.9 297. 99.9 - 75.5 71.7 2.4 F 3.6 E .00 90 8 26 21 1.5 145. 99.9 - 3.5 234. 99.9 - 6.3 292. 99.9 - 72.1 70.5 1.5 F 4.8 F .00 90 8 26 22 2.1 167 99.9 - 3.4 208. 99.9 3.9 279. 99.9 - 70.8 69.7 1.3 F 3.3 E .00 90 82623 2.0 176. 99.9 - 3.3 211. 99.9 - 4.0 25 7. 99.9 69.0 68.6 1.6 F 4.5 F .00 E E -
m 4 m M M M M M
M M -
M M M M M M M Ed M PROLRAM: t151 VfeSION: PC-1.0 LISilNG FOR SE AVER VAltE Y HOURL Y METEOkOLOGICAL DAT A 500-Fi L E VEL BATCH RE L F ASES FOR THE THIRD QUAR!fR 1990
-35 FT- --- -- --
-150 FT- - -- -- ' )FT- - -
AMB. DEW WIND W!wD STD WINO WIND STD WIND WIND STD T E MP Po!NT DELIA i DELTA i RAIN SPEED D!R DEV SPE ED DIR DE V SPE E D DIR DEV 35F 35F 150-35 500-35 FAtt YR MO DY HR (MPH) (DEG)SC(DEG) SC (MPH) (DEG)SC (DEG)SC (MPH) (DEG)SC (DEC)SC (F ) (F) (F) SC ( F ) SC(IN) 90 8 26 24 1.3 242. 99.9 - 3.2 199. 99.9 - 4.2 244. 99.9 - 68.2 66.6 2.3 F 4.6 F .00 90 8 27 1 1.5 162. 99.9 - 2.6 246. 99.9 - 4.6 267. 99.9 - 67.8 67.8 1.2 7 1.4 E .00 90 8 27 2 1.3 75. 99.9 - 2.0 11. 99.9 2.0 266. 99.9 - 67.0 67.0 .6 E 3.0 E .00 90 8 27 3 .8 168. 99.9 - 2.1 223. 99.9 - 2.6 241. 99.9 - 65.6 65.6 1.8 F 3.3 E .00 90 8 27 4 1.4 196. 99.9 - 2.0 222. 99.9 - 3.4 249. 99.9 - 66.3 66.3 .8 E 1.8 E .00 90 8 27 5 1.3 165. 99.9 - 1.7 222. 99.9 - 5.0 282. 99.9 - 65.9 65.9 .5 E .9 E .00 90 8 27 6 2.0 183. 99.9 - 3.3 222. 99.9 - 9.1 264. 99.9 - 66.1 66.1 .1 E 2.7 E .00 90 8 27 7 2.0 183.* 99.9 - 2.4 229. 99.9 - 6.2 2 72. 99.9 - 66.3 66.3 .3 E .5 E .00 90 9 3 23' .9 139. 99.9 - 2.3 53. 99.9 - 5.7 38. 99.9 - 60.4 59.0 4.3 G 3.9 F .09 90 9 3 24 .9 125. 99.9 - 1.1 211. 99.9 - 4.1 36. 99.0 - 59.2 58.4 3.9 G 4.2 F .00 90 9 4 1, .6 113. 99.9 - 1.4 29. 99.9 - 2.7 72. 99.9 - 57.9 57.9 2.8 G 4.0 F .00 90 9 4 2 1.3 121. 99.9 - .8 55. 99.9 - 3.7 62. 99.9 - 57.1 57.1 2.2 F 4.2 F .00 90 9 4 3 .7 133. 99.9 - 2.0 64 99.9 - 5.7 69 99.9 - 55.9 55.9 2.8 G 4.9 7 .00 90 9 4 4 2.0 98. 99.9 - 2.6 50. 99.9 - 5.2 75. 99.9 - 56.8 56.8 1.2 F 2.2 E .00 90 9 4 5 1.7 101. 99.9 - 3.7 70. 99.9 - 4.1 89. 99.9 - 56.2 56.2 1.1 f 1.8 E .00 90 9 4 6 1.6 97. 99.9 - 4.1 72. 99.9 - 4.2 81. 99.9 - 56.1 56.1 .8 E 1.3 E .00 90 9 4 7 1.8 109. 09.9 - 4.1 69. 99.9 - 3.4 75. 99.9 - 56.0 56.0 .7 E 1.6 E .00 90 9 4 8 1.6 107. 99.9 - 2.8 66. 99.9 - 4.5 93. 99.9 - 57.4 57.4 .0 E .1 E .00 90 9 4 9 1.1 38. 99.9 - 2.1 57. 99.9 - 3.9 118. 97.9 - 60.5 58.8 .5 D -2.0 0 .00 90 9 4 10 1.9 11. 99.9 - 2.6 $ 7. 99.9 - 4.0 124. 99.9 - 64.3 59.5 .7 D -2.6 0 .00 90 9 4 11 3.1 9. 99.9 - 3.6 25. 99.9 - 5.0 129. 99.9 - 69.5 60.8 .9 0 -2.2 D .00 90 9 7 24 1.0 224. 99.9 - 1.7 262. 99.9 - 2.0 197. 95.9 A 999.9 66.0 999.9 - 999.9 - .00 90 9 8 1 1.0 78. 99.9 - 2.3 5. 99.9 - 3.1 27. 95.9 A 999.9 65.2 999.9 - 999.9 - .00
% 9 8 2 1.3 207. 99.9 - 2.0 30. 99.9 - 5.0 32. %.9 A 999.9 64.7 999.9 - 999.9 - .00 90 9 8 3 1.1 78. 99.9 - 2.3 55. 99.9 - 7.7 47. 95.9 A 999.9 63.8 999.9 - 999.9 - .00 90 9 8 4 .9 83. 99.9 - 2.6 72. 99.9 - 8.0 49. 96.9 A 999.9 62.6 999.9 - 999.9 - .00 90 9 8 5 1.2 150. 99.9 - 2.3 59. 99.9 - 6.6 60. 96.9 A 999.9 61.1 999.9 - 999.9 - .00 90 9 8 6 .7 104. 99.9 - 3.7 64 99.9 - 6.2 46. 94.9 A 999.9 60.4 999.9 - 999.9 - .00 90 9 8 7 .9 120. 99.9 - 3.3 85. 99.9 - 7.3 59. 94.9 A 999.9 59.8 999.9 - 999.9 - . 0")
90 9 8 8 1.0 139. 99.9 - 3.4 67. 99.9 - 6.2 63. 93.9 A 999.9 60.6 999.9 - 999.9 - .00 90 9 8 9 1.6 41. 99.9 - 4.6 57. 99.9 - 4.7 77. 94.9 A 999.9 61.0 999.9 - 999.9 - .00 90 9 8 10 2.5 38. 99.9 - 4.4 56. 99.9 - 4.8 62. 99.9 - 66.6 61.6 -1.0 C -3.4 0 .00 90 9 8 11 3.' .35. 99.9 - 3.6 70. 99.9 - 5.8 84. 99.9 - 69.9 62.6 .4 D -3.0 D .00 90 9 8 12 3.0 32. 99.9 - 8.1 62. 99.9 - 9.1 53. 99.9 - 72.6 62.8 -1.4 A -3.5 0 .00 90 9 8 13 3.9 69. 99.9 - 6.7 83. 99.9 - 8.3 88. 99.9 - 75.4 61.4 -1.5 A -4.0 C .00 90 9 8 14 4.5 63. 99.9 - 8.3 79. 99.9 - 9.6 81. 99.9 - 77.1 61.5 -1.6 A -4.4 8 .00 90 9 8 15 3.7 76. 99.9 - 6.9 91. 99.9 - 8.5 104 99.9 - 77.8 59.0 -1.6 A -4.1 C .00 90 9 8 16 2.9 77. 99.9 - 5.1 101. 99.9 - 6.2 92. 99.9 - 77.9 60.6 -1.1 B -3.7 0 .00 90 9 8 17 2.8 86. 99.9 - 6.1 90. 99.9 - 7.9 106. 99.9 - 77.6 60.9 -1.2 A -3.3 0 .00 90 9 8 18 2.8 98. 99.9 - 5.6 101. 99.9 - 7.9 104. 99.9 - 76.7 61.0 .5 D -2.3 0 .00 90 9 6 19 2.1 111. 99.9 - 5.8 77. 99.9 - 10.1 84 99.9 - 73.9 62.6 .7 E .6 E .00 90 9 8 20 1.7 109. 99.9 - 4.1 89. 99.9 - 10.8 115. 99.9 - 67.2 63.8 4.7 G 4.4 F .00 90 9 8 21 1.7 81. 99.9 - 4.8 113. 99.9 - 13.8 140. 99.9 - 67.8 62.7 1.5 F 1.0 E .00 90 9 8 22 1.2 25. 99.9 - 4.6 77. 99.9 - 11.3 125. 99.9 - 67.2 63.1 1.1 F .2 E .00 90 9 8 23 1.1 53. 99.9 - 5.2 67. 99.9 - 9.5 117. 99.9 - 67.6 63.1 .5 E .5 E .00 90 9 8 24 .9 t9. 99.9 - 5.0 78. 90.9 - 11.4 123. 99.9 - 66.4 63.5 .7 E .0 E .00 90 9 9 1 1.6 55. 99.9 - 2.7 79. 99.9 - 7.6 134. 99.9 - 66.8 62.4 .2 E -2.0 0 .00 90 9 9 2 2.4 41. 99.9 - 3.2 82. 99.* - 9.1 133. 99.9 - 65.0 63.6 .3 E -1.8 D .06
F EOGR A*t t!ST VE E SION : PC 1.0 LISTING f0R BE AVER vat t E Y MOURt Y Pf TE OROt OGICM DATA 500 F1 (TVf L BATCH Rf t [ ASE S F OR THE THIRD OUAR1FR 1990
- - - - 35 F T - -
-150 ti- -- -
-500 FT- -
AMB. DEW u!ND WIND SID WIND W!ND SlD WIND WIND SID 1EMP POINT DELTA T DELTA T PA!N SPEED DIR DE V SPE E D DIR DEV SPEED D!R DEV 35F 35F 150-35 500-35 F At t.
YR MO DY bR (MPH) (DEG)SC(DEG) SC (MPH) (DEG)SC (DEC)SC (MPH) (DfG)SC (DE G)SC (F) (F) (F) SC (F) SC(IN) 90 9 9 3 2.0 27. 99.9 - 3.1 77. 99.9 - 9.3 135. 99.9 - 64.3 64.2 .2 E -1.3 0 .28 90 9 9 4 2.1 36. 99.9 - 4.6 64. 99.9 - 7.0 119. 99.9 - 64.9 64.5 .1 E -2.1 D .08 90 9 9 5 3.1 25. 99.9 - 3.7 61. 99.9 - 6.7 133. 99.9 - 65.3 64.4 .1 E -2.3 0 .00 90 9 9 6 2.1 61. 99.9 - 3.3 93. 99.9 8.4 148. 99.9 - 65.5 64.5 .1 E -1.9 D .00 90 9 9 7 1.3 19. 99.9 - 2.0 130 99.9 - 8.1 152. 99.9 - 65.8 64.9 .0 E -1.8 0 .00 90 9 9 8 1.7 8. 99.9 - 2.0 157. 99.9 - 9.9 149. 99.9 - 66.8 65.6 .2 E -1.9 0 .00 90 9 9 9 2.2 193. 99.9 - 4.9 184. 99.9 - 11.7 168. 99.9 - 68.2 66.3 .2 E -2.1 D .00 90 9 9 10 3.5 210.' 99.9 - 5.5 194 99.9 - 13.1 193. 99.9 - 69.3 67.2 .3 E -2.2 0 .00 90 9 9 11 5.6 208. 99.9 - 8.6 213. 99.9 - 15.6 207 99.9 - 71.4 67.9 .4 D -2.2 D .00 90 9 9 12 5.4 205. 99.9 - 6.7 210. 99.9 - 15.7 216. 99.9 - 71.7 68.6 .2 L -1.9 D .00 90 9 9 13 4.7 210. 99.9 - 7.3 201. 99.9 - 12.5 204 99.9 - 72.2 68.8 .3 E -2.0 0 .00 90 9 9 14 6.8 207. 99.9 - 10.2 206. 99.9 - 13.1 198. 99.9 - 74.2 68.3 .5 0 -2.4 D .00 90 9 9 15 6.9 212. 99.9 - 10.1 208. 99.9 - 14.2 203. 99.9 - 72.3 68.6 .6 D -2.5 0 .00 90 9 9 16 6.5 210. 99.9 - 10.2 214. 99.9 - 17.1 223. 99.9 - 71.4 68.9 .4 0 -2.0 0 .00 90 9 9 17 4.9 305. 99.9 - 8.4 308. 99.9 - 11.9 306. 99.9 - 70.1 66.8 .7 D -2.7 0 .00 90 9 9 18 4.0 329. 99.9 - 5.7 328. 99.9 - 9.0 323. 99.9 - 69.2 65.2 .6 D -2.6 0 .00 90 9 9 19 2.4 307. 99.9 - 3.7 311. 99.9 - 6.8 337. 99.9 - 68.7 63.3 .5 D -2.3 D .00 90 9 9 20 .9 209. 99.9 - 1.7 268. 99.9 - 5.5 315. 99.9 - 66.1 64.4 .6 E .3 E .00 90 9 9 21 1.5 187. 99.9 - 2.0 254. 99.9 - 7.4 342. 99.9 - 64.1 63.8 1.7 F 1.9 E .00 90 9 9 22 .7 135. 99.9 - 2.2 274. 99.9 - 8.2 347. 99.9 - 62.9 62.9 1.2 F 2.1 E .00 90 9 9 23 1.3 227. 99.9 - 2.3 239, 99.9 - 4.8 333. 99.9 - 62.3 62.3 .7 E 1.2 E .00 90 9 9 24 2.1 195. 99.9 - 4.1 251. 99.9 - 5.0 285. 99.9 - 61.1 61.1 .5 E .6 E .00 90 9 10 1 2.6 199. 99.9 - 3.1 241. 99.9 - 4.4 275. 99.9 - 60.4 60.4 .2 E 1E .00 90 9 10 2 1.2 131. 99.9 - 2.4 200. 99.9 - 3.9 267. 99.9 - 59.3 59.3 .1 E 1E 00 90 9 to 3 1.2 195. 99.9 - 2.3 183. 99.9 - 3.0 269 99.9 - 58.9 58.9 .3 E .0 E .00 90 9 10 4 2.7 189. 99.9 - 2.7 209. 99.9 - 3.0 278. 99.9 - 58.6 58.6 .3 E .2 E .00 90 9 10 5 1.3 169. 99.9 - 1.4 163. 99.9 - 1.0 10. 99.9 - 58.1 58.1 .2 E .2 E .00 90 9 10 6 2.8 195. 99.9 - 4.1 181. 99.9 - 9 353. 99.9 - 57.1 57.1 .1 E 4E .00 90 9 10 7 1.3 161. 99.9 - 2.2 131. 99.9 - 2.5 31. 99.9 - 56.5 56.5 .4 0 .3 E .00 90 9 10 8 2.6 203. 99.9 - 3.3 1%. 99.9 - 2.6 241. 99.9 - 56.6 56.6 .4 0 .6 E .00 1.4 216. 99.9 - 2.4 154. 99.9 - 57.6 57.6 .1 E .7 E 00 90 9 10 9 1.6 243. 99.9 -
90 91010 1.9 285. 99.9 - 1.8 303. 99.9 - 2.3 120. 99.9 - 60.7 59.7 .3 E -1.5 D .00 90 9 10 11 2.9 337. 99.9 - 2.6 347. 99.9 - 1.8 65. 99.9 - 64.5 61.6 .2 E -2.3 D .00 90 9 to 12 3.3 298. 99.9 - 3.2 292. 99.9 - 2.7 209. 99.9 - 70.3 62.3 -1.1 B -3.4 0 .00 90 9 10 13 2.9 292. 99.9 - 3.0 292. 99.9 - 4.0 258. 99.9 - 74.1 59.3 .80 -2.8 D 00 90 9 10 14 3.2 273. 99.9 -
3.4 278. 99.9 - 3.8 253. 99.9 - 76.1 60.7 .80 -2.5 0 00 4.0 212. 4.9 217. 99.9 - 78.2 58.3 .80 -3.0 0 .00 90 9 10 15 3.3 213. 99.9 - 99.9 -
-1.0 C -3.1 0 .00 90 9 10 16 3.2 262. 99.9 - 4.8 262. 99.9 - 6.9 259. 99.9 - 78.6 57.8 90 91017 3.2 258. 99.9 - 4.2 2 73. 99.9 - 5.4 248. 99.9 - 73.5 58.6 .80 -2.8 D .00 90 9 10 18 3.1 2 73. 99.9 - 5.5 270. 99.9 - 6.4 263. 99.9 - 77.6 60.7 .3 E -2.1 0 .00 1.9 163. 99.9 - 2.8 197. 99.9 - 8.0 223. 99.9 - 73.6 64.4 .0 E .7 E 00 90 9 10 19 1.6 139. 99.9 - 4.7 200. 99.9 - 2.9 262. 99.9 - 68.0 64.7 3.7 G 4.2 F .00 90 9 10 20 6.8 F .00 1.4 145. 99.9 - 1.4 195. 99.9 - 2.7 238. 99.9 - 64.8 63.4 2.6 G 90 9 10 21 1.8 146. 99.9 - 4.1 207. 99.9 - 2.2 255. 99.9 - 63.0 61.9 2.6 G 6.3 F .00 90 9 10 22 7.6 F 1.7 2.5 234. 99.9 - 61.5 61.4 1.5 F .00 90 9 10 23 .7 182. 99.9 - 8. 99.9 -
.00 140. 99.9 - 1.0 37. 99.9 - 1.2 344. 99.9 - 60.6 60.6 1.6 F 3.3 E 90 9 10 24 1.0 1.6 F 8.8 F .00 90 9 11 1 1.4 115. 99.9 - 1.9 108. 99.9 - 3.6 202. 09.9 - 59.8 59.8 1.2 220. 99.9 2.9 244 99.9 - 59.2 59.2 2.2 F 5.0 F .00 90 9 11 2 1.2 179. 99.9 -
E '
M -
- E E E . . .
E t_____ -
M M M M ,
M M M M M M PROLRAM: tIST VfRSION: PC-1.0 L IS11NG IOR Bf ALER vat t E v HUURL Y ME 1E ORotOGICAL DAT A 500-F f iEvit BATCH RELEASES FOP IHE IMIRD OUARTER 1990
-35 FT- - - -
-156 FY- -500 F1 --
AMS. DE u WIND ulND SID WINJ WIND STD WIND WIND STD TEMP PolNT DELTA T DELTA 1 RAIN SPE E D DlR DEV SPE E D D1R DE V SPE E D DIR DEt YR MO D' HR 35F 35F 150-35 500-35 FAtt (MPH) (DEG)SC(DEG) SC (MPH) (DEG)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (F) (F) SC (F) SC(IN) 90 9 11 3 .7 165. 99.9 - .7 166. 99.9 - 1.6 249. 58.8 1.7 F 90 9 11 4 99.9 - 58.8 3.8 E .00 1.0 135. 99.9 - 3.2 209 99.9 - 3.8 250. 99.9 - 59.4 59.4 .5 E 1.0 E .00 90 9 11 5 1.1 157. 99.9 - 2.5 170. 99.9 - 2.7 299. 99.9 - 59.3 59.3 .1 E 1.1 E .00 90 9 11 6 .6 154. 99.9 - 1.8 110. 99.o - 3.0 23. 99.9 - 58.6 58.6 .7 E .4 E .00 90 9 11 7 1.6 170. 99.9 - 1.8 149. 99.9 - 9 303. 99.9 - 57.9 57.9 .7 E 2.2 E .00 90 9 11 8 1.3 145. 99.9 - 1.5 112. 99.9 - 3.4 289. 99.9 59.2 59.2 .0 E .5 E .00 90 9 11 9 1.3 42. 99.9 - 1.9 63. 99.9 - 3.6 64. 99.9 - 60.5 60.5 .1 E .1 E .00 90 9 11 10 2.6 348.' 99.9 - 2.6 13. 99.9 3.9 82. 90.9 - 64.4 62.3 -1.0 C 1.3 E .00 90 9 11 11 3.4 354. 99.9 - 3.8 23. 99.9 - 4.2 57 99.9 - 70.9 63.2 -1.5 A -1.5 0 .00 90 9 13 12 4.3 359 99.9 - 6.1 19 99.9 - 3.7 81. 99.9 - 75.1 64.2 -1.3 A -1.5 0 .00 90 9 11 13 3.6 347. 99.9 - 4.2 1. 99.9 - 3.5 6. 99.9 - 77.5 65.0 -1.1 8 -2.7 D .00 90 9 11 14 2.1 246. 99.9 - 2.7 354. 99.9 - 2.7 338. 99.9 - 79.4 65.0 80 -2.7 0 .00 90 9 11 15 2.6 353. 99.9 - 2.5 355. 99.9 - 1.6 232. 99.9 - 79.5 64.7 70 -2.0 0 .00 90 9 11 16 2.8 337. 99.9 - 3.0 11 99.9 - 2.3 339. 99.9 - 80.4 64.2 .8 0 -3.0 D .00 90 9 11 17 1.7 23. 99.9 - 2.4 63. 99.9 - 2.0 79. 99.9 - 79.9 66.3 .3 E -1.9 D .00 90 9 11 18 .9 21. 99.9 - .8 47. 99.9 - 3.0 54. 99.9 - 77.2 69.4 .7 E .4 E .00 90 9 11 19 1.4 16. 99.9 - 1.5 67 V9.9 - 2.0 76. 99.9 - 75.1 69.1 .P E 1.9 E .00 90 9 11 20 .7 117. 99.9 - .8 12. 99.9 1.7 17. 99.9 - 71.8 70.3 .9 E 3.9 F .00 90 9 11 21 1.1 142. 99.9 - .6 231. 99.9 - 2.2 339. 99.9 - 70.4 69.2 .4 E 4.1 F .00 90 9 11 22 .7 142. 99.9 - 1.3 164 99.9 - 1.1 136. 99.9 - 68.5 68.3 1.4 F 4.8 F .00 90 9 11 23 .7 156. 99.0 - 1.0 3. 99.9 - 1.7 297. 99.9 - 67.2 67.2 1.1 F 3.7 E .00 90 9 11 24 .7 136. 99.9 - 1.9 229. 99.9 - 4.2 358. 99.9 - 67.2 67.2 1.2 F 1.5 E .00 90 9 12 1 1.2 180. 99.9 - 2.5 238. 99.9 - 2.0 17. 99.9 - 67.0 66.9 1.1 F 1.3 E .00 90 9 12 2 1.2 153. 99.9 - 2.3 238. 99.9 - 1.6 27. 99.9 - 66.5 66.5 .8 E 1.0 E .00 90 9 12 3 1.0 137. 99.9 - 2.2 175. 99.9 - .9 358. 99.9 - 64.8 64.8 1.7 F 2.1 E .00 90 9 12 4 .7 156. 99.9 - 1.5 9 99.9 - 3.6 76. 99.9 - 64.7 64.7 .7 E 2.2 E .00 90 9 12 5 .9 170. 99.9 - 1.6 8. 99.9 - 3.7 61. 99.9 - 64.5 64.5 .5 E 2.3 E .00 90 9 12 6 .9 146. 99.9 - 1.2 31. 99.9 - 3.3 61. 99.9 - 64.6 64.6 .4 E 1.5 E .00 90 9 12 7 .8 185. 99.9 - 1.2 351. 99.9 - 3.9 99. 99.9 - 64.6 64.6 .5 E 2.0 E .00 90 9 12 8 .9 111. 99.9 - 1.2 130. 99.9 - 2.9 91. 99.9 - 65.4 65.4 .2 E .8 E .00
. 90 9 12 9 1.2 57. 99.9 - 2.4 31 99.9 - 2.3 61. 99.9 - 66.5 66.4 3E .4 E .00 90 9 12 10 2.0 19. 99.9 - 3.9 27. 99.9 - 2.3 104. 99.9 - 68.5 66.7 .5 D -1.2 E .00 90 9 12 11 1.7 343. 99.9 - 2.2 27. 99.9 - 3.7 134. 99.9 - 70.2 67.4 .4 D -1.5 0 .00 9L 9 12 12 1.9 325. 99.9 - 1.6 304, 99.9 - 1.8 90. 99.9 - 72.0 67.9 .4 0 -1.6 0 .00 90 9 12 13 2.5 166. 99.9 - 5.5 184 99.9 - 9.1 170. 99.9 - 72. 7 67.9 .3 E -2.0 D .00 90 9 12 14 1.7 54. 99.9 - 3.6 349. 99.9 - 2.8 295. 99.9 - 71.1 69.8 .2 E -1.5 0 .02 90 9 12 15 1.0 205. 99.9 - .9 219. 09.9 - 2.2 328. 99.9 - 71.7 69.9 .6 D -2.3 D .00 90 9 12 16 1.3 53. 99.9 - 2.4 67. 99.9 - 2.4 56. 99.9 - 71.7 68.9 .4 0 -2.2 0 .00 90 91217 1.2 50. 99.9 - 1.8 21. 99.9 - 1.2 171. 99.9 - 71.6 69.6 .1 E -1.4 D .00 90 9 12 18 1.4 149. 99.9 - 1.1 85. 99.9 - 2.7 271. 99.9 - 70.9 70.2 .0 E .8 E .03 90 9 12 19 1.0 $1. 99.9 - 2.4 132. 99.9 - 2.7 103. 99.9 - 70.1 69.5 .0 E .0 E .00 90 9 12 20 .8 208, 99.9 - 1.1 146. 99.9 - 4.5 75. 99.9 - 69.4 69.3 .1 E .0 E .00 90 9 12 21 .8 94. 99.9 - 1.3 95. 99.9 - 3.0 86. 99.9 - 67.9 67.9 4E 1.4 E .00 90 91222 .9 112. 99.9 - 1.6 3. 99.9 - 2.5 134. 99.9 - 66.9 66.9 4E 1.9 E .00 90 9 12 23 .7 133. 99.9 - 1.0 18. 99.9 - 1.9 86. 99.9 - 66.3 66.3 .3 E 1.6 E .00 90 9 12 24 1.0 120. 99.9 - 1.1 78. 99.9 - 4.2 147. 99.9 - 66.4 66.4 .3 E 1.5 E .00 90 9 13 1 .8 15 7. 99.9 - .9 195. 99.9 - 5.8 138. 99.9 - 66.0 66.0 .5 E 1.3 E .00 90 9 13 2 1.2 205. 99.9 - 1.8 181. 99.9 - 1.4 341. 99.9 - 65.5 65.5 .7 E .9 E .00
0ROGRAM: 1153 VE RSION : PC-1.0 L IST ING FOR BE AVER VAttE Y HOURLY METEOROLOGICAL DATA 500-Fi t E VE L BATCE REL E ASE S f 0R THE ThlRD QUARTE R 1990
-35 FT-- -
-150 FT- ---5D0 Fi -
AMB. DEU WIND ulND SID WIND WIND STO WIND WIND SID TEMP POINI DELIA I DELIA Y FAIN SPEED D1R DEV SPE E D O!P DEV SPEED DIR DEV 35F 35F 150-35 500-35 FAtt YR MO DY HR (MPH) (DEG)SC(DEG) SC (MPH) (DEG)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (F) (F) SC (F) SC(IN) 90 9 13 3 1.0 177. 99.9 2.8 200. 99.9 - 2.0 281. 99.9 - 65.3 65.3 .3 E 1.1 E .00 90 9 13 4 1.0 115. 99.9 - 2.7 157. 99.9 - 1.2 251. 99.9 - 64.9 64.9 .1 E .1 E .00 90 9 13 5 1.3 101. 99.9 3.4 67. 99.9 - 6.2 68. 99.9 - 65.2 65.2 .2 E .8 E .00 90 9 13 6 1.4 133. 99.9 - 3.3 115. 99.9 - 3.3 78. 99.9 - 65.1 65.1 .4 D -1.0 E .00 90 ' 13 7 1.3 309. 99.9 - 2.6 48. 99.9 - 3.8 102. 99.9 - 64.9 64.9 .2 E -1.1 E .00 90 4 13 8 1.5 92. 99.9 - 3.0 102. 99.9 3.3 93. 99.9 - 65.7 65.7 .6 0 -1.6 D .00 90 9 13 9 2.2 5. 99.9 - 3.4 40. 99.9 - 3.0 102. 99.9 - 66.4 66.2 .6 D -1.9 D .00 90 91310 2.9 24.' 99.9 - 4.5 15. 99.9 - 3.3 56. 99.9 - 68.0 66.5 -1.0 C -2.7 0 .00 90 91311 3.0 106. 99.9 - 5.8 121. 99.9 - 6.2 120. 99.9 - 70.0 66.2 -1.1 8 -3.7 0 .00 90 9 13 12 3.1 221. 99.9 - 3.5 196. 99.9 - 4.3 144. 99.9 - 73.0 66.0 8D -4.2 C .00 90 9 13 13 3.1 111. 99.9 - 6.8 122. 99.9 - 8.9 129. 99.9 - 76.2 65.6 -1.4 A -3.6 0 .00 90 9 13 14 3.6 177. 99.9 - 5.2 161. 99.9 - 6.5 140. 99.9 - 78.3 6/, .5 -1.3 A -3.5 0 .00 90 9 13 15 2.8 144. 99.9 - 6.0 140. 99.9 - 7.6 141. 99.9 - 79.3 65.1 -1.6 A -3.7 D .00 90 9 13 16 2.2 119. 99.9 - 4.4 138. 99.9 - 7.9 142. 99.9 - 78.5 65.7 -1.0 C -3.0 0 .00 90 9 13 17 2.7 132. 99.9 - 4.1 111. 99.9 - 5.8 128. 99.9 - 79.6 66.0 -1.0 C -3.4 0 .00 90 9 13 18 1.9 156. 99.9 - 6.4 147. 99.9 - 9.0 152. 99.9 - 78.3 66.7 .8 D -2.7 D .00 90 91319 1.2 142. 99.9 - 4.5 159. 99.9 - 9.4 163. 99.9 - 75.2 67.6 .2 E .7 E .00 90 91320 1.6 155. 99.9 - 3.8 1 72. 99.9 - 11.4 159. 99.9 - 71.0 68.3 2.4 F 2.5 E .00 90 9 13 21 .8 48. 99.9 - 3.1 153. 99.9 - 12.2 153. 99.9 - 69.7 68.1 2.5 F 2.8 E .00 90 9 13 22 1.3 132. 99.9 - 4.8 160. 99.9 - 14.2 155. 99.9 - 70.0 67.5 1.8 F 1.1 E .00 90 9 13 23 1.8 33. 99.9 - 6.3 135. 99.9 - 13.9 151. 99.9 - 69.7 66.3 .2 E .6 E .00 90 9 13 24 2.2 57. 99.9 - 6.2 134 99.9 - 14.8 157. 99.9 - 68.3 65.6 .0 E .5 E .00 90 9 14 1 .9 75. 99.9 - 1.9 89. 99.9 - 6.5 154. 99.9 - 66.4 65.6 .9 E .2 E .00 90 9 14 2 .9 325. 99.9 - 3.2 197. 99.9 - 11.5 137. 99.9 - 66.3 65.3 .3 E 6E .00 90 9 14 3 1.2 194. 99.9 - 1.9 338. 99.9 - 8.5 149. 99.9 - 65.8 65.1 .4 E .3 E .00 90 9 14 4 .8 229. 99.9 - 1.9 228. 99.9 - 7.6 143. 99.9 - 64.8 64.8 .7 E .2 E .00 90 9 14 5 1.4 176. 99.9 - 3.2 166. 99.9 - 9.9 1 73. 99.9 - 66.3 65.4 1E 9E .00 90 9 14 6 1.6 191. 99.9 - 4.7 183. 99.9 - 10.4 187. 99.9 - 66.6 66.0 .0 E -1.4 0 .00 90 9 14 7 2.2 181. 99.9 - 4.7 193. 99.9 - 10.0 205. 99.9 - 67.4 66.6 .2 E -1.5 D .00 90 9 14 8 3.3 191. 99.9 - 6.7 196. 99.9 - 12.1 210. 99.9 - 68.4 67.2 .2 E -1.6 0 .00 90 9 14 9 4.4 197. 99.9 - 8.3 190. 99.9 - 11.2 192. 99.9 - 69.6 66.7 .6 0 -2.5 D .00 90 9 14 10 4.7 198. 99.9 - 7.9 197. 99.9 - 10.8 195. 99.9 - 70.7 67.0 7D -2.8 0 .00 90 9 14 11 4.4 205. 99.9 - 5.9 191. 99.9 - 10.6 185. 99.9 - 72.0 67.7 .8 D -3.0 D .00 90 9 14 12 4.7 211. 99.9 - 7. 4 206. 99.9 10.5 199. 99.9 - 72.9 67.8 ~.6 D -2.6 D .00 90 9 14 13 8.0 214. 99.9 - 10.9 209. 99.9 - 16.2 205. 99.9 - 74.9 67.7 .60 -2.6 0 .00 90 9 14 14 7.0 198. 99.9 - 11.9 186. 99.9 - 16.4 1 78. 99.9 - 75.9 67.4 -1.0 C -3.1 D .00 90 9 18 23 1.9 91. 99.9 - 3.0 72. 99.9 5.3 140. 99.9 50.3 49.1 1.4 F 3.0 E .00 90 9 18 24 1.2 110. 99.9 - 3.2 64. 99.9 - 3.4 169 99.9 - 50.2 48.9 1.6 F 2.8 E .00 90 9 19 1 1.5 109. 99.9 - 3.6 77. 99.9 - 5.0 159. 99.9 - 50.5 48.9 1.5 F 2.5 E .00 90 9 19 2 1.9 50. 99.9 -- 3.3 63. 99.9 - 7.6 152. 99.9 - 51.6 48.6 .5 E .0 E .00 90 9 19 3 ' 1. 7 91. 99.9 - 3.3 80. 99.9 - 3.4 152. 99.9 - 52.0 48.1 .5 E .1 E .00 90 9W 4 1.5 81. 99.9 - 3.6 70. 99.9 - 6.2 140. 99.9 - 51.9 48.3 .4 E .6 E .00 90 9 19 5 1.4 110. 99.9 - 2.4 85. 99.9 - 4.2 204. 99.9 - 52.1 47.5 .1 E 6E .00 90 9 19 6 2.3 Si. 99.9 - 2.5 52. 99.9 - 4.3 137 99.9 - 50.3 49.2 .1 E -1.2 E .19 90 9 19 7 1.3 21. 99.9 - 2.5 64. 99.9 - 7.2 138. 99.9 - 50.5 50.5 .3 E -1.6 0 .05 90 9 19 8 1.0 28. 99 9 - 3.0 77. W.9 8.3 129. 99.9 - 51.3 51.3 .3 E -1.6 D .03 90 9 19 9 2.4 16. 99.9 - 4.2 53. 99.9 - 6.4 128. 99.9 - 52.0 $2.0 .2 E -1.4 0 .03 90 91910 2.5 36. 99.9 - 3.1 70. 99.9 - 7.6 147. 99.9 - 54.0 54.0 .1 E -1.60 .02 E _
M W . . .- .. ..
. M M M M
. _ _ _ _ _ _ m M .. _. _ _ .
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M iMG AM: 1157 vEESION: f*C-1.0 L IST !NG FUR BE AVE R vat t E Y HOURLY MEif 0DOIOGICAt DATA 500-fi I E Vf t BA1(H Pi tt ASE S 50P fef THIPO QUAFITfp 1990
-35 fT-- - - --
-150 $i -500 F1-WB . DE :.1 WIND WIND STD WIND WIND STD ulND WIND STD TEMP POINT DELTA T DEt1A I RAIN SPE E D DlR DEV SPE f 0 D!R DEv SPE ED DIR DfV 35F 35F 150-35 500-35 FAtt YR MO DY HR (MPH) (DEG)SC(DFG) SC (MPH) (DEG)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (F) (F) SC (F) SC(IN) 90 9 19 11 3.4 214. 99.9 - 5.0 192. 99.9 - 15.2 138. 99.9 - 56.1 55.7 .3 E -1.6 D .10 90 9 19 12 1.4 221. 99.9 - 3.7 201. 99.9 - 10.8 204. 99.9 - 58.7 57.7 .1 E -1.6 D .01 90 19 13 5.5 209 99.9 - 9.2 209 99.9 - 16.9 209. 99.9 - 62.5 61.0 .2 E -2.4 0 .00 90 9 19 14 4.8 201. 99.9 - 8.9 214. 99.9 - 17.7 225. 99.9 - 63.1 62.2 .1 E -2.0 D .00 90 9 19 15 4.2 239. 99.9 - 6.2 252. 99.9 - 11.4 255. 99.9 - 63.9 63.1 .4 D -2.1 D .03 90 9 19 16 6.3 270. 99.9 - 12.6 282. 99.9 - 20.4 281. 99.9 - 63.8 62.3 .1 E -2.7 0 .00 90 9 19 17 5.8 269. 99.9 - 10.5 281. 99.9 - 17.9 281. 99.9 - 64.1 61.1 .2 E -2.9 0 .00 90 9 19 18 4.9 317.* 99.9 - 9.1 306. 99.9 - 17.0 300. 99.9 - 63.0 59.8 .3 E -2.8 D .00 90 9 19 19 3.4 311 99.9 - 6.9 304. 99.9 - 12.8 300. 99.9 - 62.1 58.5 .3 E -2.0 0 .00 90 91920 3.2 334. 99.9 - 5.9 309. 99.9 - 11.2 298. 99.9 - 61.3 $8.3 .3 E -1.9 D .00 90 91921 2.9 321. 99.9 - 6.2 302. 99.9 - 11.1 297. 99.9 - 61.0 57.3 .3 E -1.8 0 .00 90 9 19 22 2.5 311. 99.9 - 5.5 298. 99.9 - 10.3 295. 99.9 - 60.5 57.4 .2 E -1.7 D .00 90 91923 2.6 323. 99.9 - 6.0 306. 99.9 - 9.5 304. 99.9 - 60.1 57.1 .1 E -1.7 0 .00 90 91924 1.8 298. 99.9 - 3.4 321. 99.9 - 6.9 342. 99.9 - 59.3 55.8 .3 E ~2.0 0 .00 90 9 20 1 1.6 290. 99.9 - 4.6 297. 99.9 - 6.9 307. 99.9 - 59.0 56.2 .2 E -1.70 .00 90 9 20 2 1.4 310. 99.9 - 5.8 308. 99.9 - 9.0 338. 99.9 - 58.5 56.4 .0 E -1.0 E .00 90 9 20 3 1.8 190. 99.9 - 3.1 277. 99.9 - 7.4 314. 99.9 - 57.6 56.3 .1 E .5 E .00 90 9 20 4 1.8 155. 99.9 - 4.0 213. 99.9 - 5.2 ?99. 99.9 - 55.1 55.0 .5 F .5 E .00 90 9 20 5 1.6 176. 99.9 - 3.8 226. 99.9 - 4.1 268. 99.9 - 53.9 53.9 1.2 F .3 E .00 90 9 20 6 1.3 195, 99.9 - 3.2 258. 99.9 - 4.2 269. 99.9 - 54.2 54.0 .9 E .1 E .00 90 9 20 7 2.7 199. 99.9 - 4.5 217. 99.9 - 7.0 285. 99.9 - 54.2 54.0 .8 E .8 E .00 90 9 20 8 3.9 227. 99.9 - 4.4 219. 99.9 - 6.5 283. 99.9 - 54.8 54.5 .3 E .0 E .00 90 9 20 9 2.0 206. 99.9 - 3.0 272. 99.9 - 6.8 291. 99.9 - 55.5 55.4 .0 E .7 E .00 90 92010 3.3 248. 99.9 - 5.5 280. 99.9 - 6.8 282. 99.9 - 57.9 56.5 .3 E -1.9 0 .00 90 9 20 11 4.2 309. 99.9 - 6.2 307. 99.9 - 6.8 317. 99.9 - 60.6 54.7 .9 0 -3.0 0 .00 90 92012 5.7 280. 99.9 - 8.2 301. 99.9 - 10.8 310. 99.9 - 63.3 51.6 .8 D -2.6 D .00 90 9 20 13 5.0 281. 99.9 - 3.2 305. 99.9 - 9.5 301. 99.9 - 65.7 48.8 -1.3 A -3.3 D .00 90 9 20 14 4.7 322. 99.9 - 7.0 334. 99.9 - 8.6 316. 99.9 - 65.4 48.2 .8 L -2.8 0 .00 J
90 9 20 15 3.4 358. 99.9 - 5.9 13. 99.9 - 6.4 354 99.9 - 67.1 48.8 -1.3 A -3.5 D .00 90 9 20 19 1.0 186. 99.9 - 3.1 345. 99.9 - 8.9 353. 99.9 - 61.4 55.8 2.1 F 2.2 E .00 90 9 20 20 1.2 161. 99.9 - .8 33. 99.9 - 5.4 6. 99.9 - 55.5 54.2 2.8 G 5.8 F .00 90 9 20 21 1.1 179. 99.9 - 1.3 9. 99.9 - 2.4 38. 99.9 - 53.1 52.7 1.5 F 6.9 F .00 90 9 20 22 1.3 158. 99.9 - 2.0 353. 99.9 - 1.8 63. 99.9 - 51.6 51.5 1.5 F 7.2 F .00 90 92023 1.3 147. 99.9 - 1.0 34. 99.9 - 2.1 78. 99.9 - 49.9 49.9 1.7 F 5.8 F .00 90 9 20 24 1.0 154 99.9 - 1.3 352. 99.9 - 1.6 52. 99.9 - 48.5 48.5 2.4 F 5.6 F .00 90 9 21 1 .8 116. 99.9 - 1.6 359. 99.9 - 4.0 77. 99.9 - 47.7 47.7 1.9 F 6.7 F .00 90 9 21 2 .9 159 99.9 - 1.6 360. 99.9 - 3.6 92. 99.9 - 47.2 47.2 1.4 F 6.0 F .00 90 9 21 3 .9 101. 99.9 - 1.8 47. 99.9 - 1.7 77. 99.9 - 47.2 47.2 .5 E 3.5 E .00 90 9 21 4 1.1 102. 99.9 - 2.4 76. 99.9 - 4.7 97. 99.9 - 47.5 47.5 .1 E 2.5 E .00 90 9 21 5 1.8 113. 99.9 - 3.3 78. 99.9 - 3.5 90. 99.9 - 47.3 47.3 .1 E 1.6 E .00 90 9 21 6 1.4 113. 99.9 - 2.8 95. 99.9 - 4.7 90. 99.9 - 47.0 47.0 3E 1.5 E .00 90 9 21 7 1.6 94. 99.9 - 3.5 70. 99.9 - 3.7 105. 99.9 - 46.6 46.6 .0 E 1.4 E .00 90 9 21 3 2.0 71. 99.9 - 4.3 63. 99.9 - 5.1 120. 99.9 - 46.8 46.8 .2 E 1.0 E .00 90 9 22 2 .9 29. 99.9 - 1.0 52. 99.9 - 5.9 191. 99.9 - 58.9 58.9 .1 E .9 E .01 90 9 22 3 .9 135. 99.9 - 1.4 82. 99.9 - 1.3 114. 99.9 - 59.2 59.2 1E -1 1 E .00 90 9 22 4 .6 8. 99.9 - .9 227. 99.9 2.4 181. 99.9 - 59.7 $9.7 .2 E .5 E .00 90 9 22 5 1.1 345. 99.9 - 1.2 1. 99.9 6.4 269. 99.9 - 60.0 60.0 .0 E .0 E .00 90 9 22 6 .7 1I.O. 99.9 - 2.2 282. 99.9 8.1 283. 99.9 - 60.6 60.6 .0 E .4 E .00
FRO 6 RAM: LIST VfRSION: FC-I.0 t !S!!NG FOR Bf AVE R VAs t E Y HOURL Y Mf !EOPOL OGl( At DAT A 500-Fi LEVEt BATCH RF L E ASES FOR THE TH]RD QUARTER 1990
-35 FT-- -- -
-150 11- -
-500 fT-A!9. DF W WjND WIND SYD UIND WIND SID WIND WikD STD IEMP POINT DELTA T DELTA T RAIN SPE f D DIR DEV SPEED DIR DE V SPE ED DIR DE V 35F 35F 150-35 500-35 FAtt YR MO DY HR (MPH) (DEG)SC(DEG) SC (MPH) (Df G)SC (DEG)SC (MPH) (DEG)SC (DEG)SC (F) (f) (F) SC (F ) SC(IN) 90 9 22 7 1.9 291. 99.9 - 4.7 295. 99.9 - 10.9 304. 99.9 - 61.6 61.6 2E -1.8 D .00 90 9 22 8 4.4 2 78. 99.9 - 8.0 291. 99.9 - 12.2 298. 99.9 - 61.8 59.9 .3 E -3.1 D .00 90 9 22 9 4.7 277. 99.9 - 8.3 289. 99.9 - 10.6 295. 99.9 - 61.0 58.0 .4 0 -3.1 D .00 90 9 22 10 4.9 281. 99.9 - 9.6 297. 99.9 - 13.2 291. 99.9 - 61.7 56.7 .7 D -3.9 C .00 90 9 22 11 6.1 287. 99.9 - 13.2 297 99.9 - 17.1 295 99.9 - 62.5 52.8 .8 0 -3.2 0 .00 90 9 22 12 5.3 290. 99.9 - 11.9 299. 99.9 - 16.6 293. 99.9 - 63.8 48.8 -1.0 C -3.1 D .00 90 9 22 13 7.0 291. 99.9 - 14.4 290. 99.9 - 18.3 289 99.9 64.3 46.5 -1.2 A -3.1 0 .00 90 9 22 14 6.6 2N. .' 99.9 - 11.8 231. 99.9 - 16.0 280. 99.9 - 63.5 48.1 .7 D -2.6 D .00 90 9 22 15 7.4 269 99.9 - 12.2 276. 99.9 - 15.7 272. 99.9 - 65.6 46.8 -1.2 A -3.1 D .00 90 9 2' 16 7.0 260. 99.9 - 12.3 270. 99.9 - 14.5 268. 99.9- 65.9 47.3 .9 D -2.70 .00 90 9 22 17 6.8 255. 99.9 - 11.4 267 99.9 - 15.7 271. 99.9 - 65.9 47.6 .5 0 -2.3 0 .00 90 9 22 18 6.2 254. 99.9 - 9.8 261. 99.9 - 12.5 250. 99.9 - 65.8 48.7 .4 D -2.2 0 .00 90 9 22 19 5.7 243. 99.9 - 89 251. 99.9 - 17.0 258. 99.9 - 64.2 50.3 .1 E -1.3 D .00 90 9 22 20 7.8 248. 99.9 - 11.6 260. 99.9 - 16.9 266. 99.9 - 59.8 49.0 .2 E -1.4 D .01 90 9 22 21 5.9 247. 99.9 - 8.9 253. 99.9 - 15.6 257. 99.9 - 58.3 50.3 .2 E -1.5 D .00 90 9 22 22 6.9 240. 99.9 - 11.8 257. 99.9 - 20.8 265. 99.9 - 55.3 52.1 .40 -2.2 0 .12 90 9 22 23 4.1 248. 99.9 - 7.5 260. 99.9 - 12.5 271. 99.9 - 54.8 51.5 .2 E -2.4 D .00 90 9 22 24 2.5 191. 99.9 - 5.0 252. 99.9 - 10.P 272. 99.9 - 52.8 51.6 .4 E .8 E .00 90 9 23 1 2.2 242. 99.9 - 5.3 272. 99.9 - 13.1 263. 99.9 - 52.8 51.0 .0 E .6 E .00 90 9 23 2 3.9 245. 99.9 - 6.3 267. 99.9 - 14.2 267. 99.9 - 52.7 49.7 2E -1.4 0 .00 90 9 23 3 3.2 242. 99.9 - 6.8 262. 99.9 - 12.8 260. 99.9 - $1.0 48.6 .0 E -1.0 E .00 90 9 23 4 6.0 255. 99.9 - 10.1 263. 99.9 - 15.7 264. 99.9 - 50.9 47.0 .3 E -1.8 D .00 90 9 23 5 6.2 251. 99.9 - 9.9 259. 99.9 - 17.0 262. 99.9 - 49.9 45.4 .3 E -1.6 0 .00 90 9 23 6 6.6 251. 99.9 - 10.8 261. 99.9 - 16.4 263. 99.9 - 49.9 45.8 .3 E -2.0 0 .00 90 9 23 7 6.4 250. 99.9 - 11.8 271. 99.9 - 17.2 270. 99.9 - 50.0 45.7 .5 0 -2.4 D .00 90 9 23 8 6.5 256. 99.9 - 9.6 268. 99.9 - 14.0 2 72. 99.9 - 49.8 45.8 .5 0 -2.5 0 .00 90 9 23 9 7.0 270. 99.9 - 12.1 281. 99.9 - 16.7 270 99.9 - 49.7 44.3 .5 0 -2.6 D .00 90 9 23 10 7.2 252. 99.9 - 10.6 2 72. 99.9 - 14.0 274 99.9 - 49.8 43.1 .5 D -2.5 D .00 90 9 23 11 8.1 265. 99.9 - 13.7 277. 99.9 - 17.8 2 74. 99.9 - 52.0 41.9 -1.1 a -3.0 o .00 90 9 23 12 7.4 275. 99.9 - 12.7 289. 99.9 - 17.8 284. 99.9 - 52.6 40.4 .9 D -3.1 D .00 m M M M M M M M M
I !
I Table 1 l Beaver Valley Meteorological Data Recovery Fourth Quarter 1990 l
l Continuous Batch Release Release Comments Joint delta-T (150ft-35ft) 98.5% 100.0% There were 10 hours1.157407e-4 days 0.00278 hours 1.653439e-5 weeks 3.805e-6 months of data I loss for delta-temperature due to moisture ingestion. 1 Joint delta-T (500ft-35ft) 100.0% 100.0% There was no data loss for any parameters.
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i Beaver Valley
,3 Joint Frequency Distribution Tables
!E for Continuous Releases i
Delta T (150ft-35ft) and 35-Ft Wind and Delta T (500ft-35ft) and 500-Ft Wind Fourth Quarter 1990 u
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j NUS CORPORATION AIR /RADIOt OGICAL PROGRAMS DEPARTMENT PA:X 2 PROGRAM: JFD VERSION: PC-1.1 BEAVER VALLEY JfD - CROUND LEVEL CONilNUOUS RELEASE SITE IDENTIFIER: DLBV2 DATA PERIOD EXAMINED: 10/ 1/90 - 12/31/90
=
4TH QiR 1990 STABILITY CLASS A STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 TEET MIND MEASL; RED AT: 35.0 FEET WIND THRESHOLD AT: .75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND D!RECTION IN e0URS AT 35.00 FEE T SPE E D (MPH) N NNE NE ENE E ESE SE SSE S SSW SW USu u WNu Nw NNu TOTAL CALM 0
.76- 3.50 1 0 0 1 0 2 1 0 0 1 0 0 0 0 1 0 7 3.51- 7.50 0 1 0 2 1 0 0 2 3 0 2 1 5 3 3 0 23 7.51-12.50 0 0 0 0 0 0 0 0 0 0 1 2 1 1 1 0 6 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 TOYAL 1 1 0 3 1 2 1 2 3 1 3 3 6 4 5 0 36 STABIL!iY CLASS B 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 SPEED AND DIRECTION IN HOURS AT 35.00 FEET SPEED (MPH) N NNE NE ENE E ESE SE SSE S SSu Su WSW U WNu NW NNW TOTAL CALM 0
.76- 3.50 0 0 0 0 1 0 0 0 2 1 0 0 0 2 4 0 10 3.51- 7.50 4 1 0 0 0 0 0 0 1 1 3 2 2 3 1 0 18 7.51-12.50 0 0 0 0 0 0 0 0 0 1 0 3 2 0 0 0 6 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 10rAL 4 1 0 0 1 0 0 0 3 3 3 5 4 5 5 0 34
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E .* E <s. E E E E r -'~ E E E E E E E NUS CORPORATION AIR /RADIOLOG! CAL TROGRAMS DEPARTMENT PAGE 4 PROGRAM: JFD VERS!ON: PC-1.1 BEAVER VALLEY JFD - CROUND LEVEL CONilNUOUS RELEASE S!!E IDEN!!FIER: OtBV2 DATA PERIOD EXAMINED: 10/ 1/90 - 12/31/90 4TH QTR 1990 STABILITV CLASS E ST ABIL!!Y BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 FEET WIND THRESHOLD AT: .75 MPH JOINT FRE00ENCY DIS 1RIBUTION OF WIND SPEED AND DIRECilON IN WJt:RS At 3$.00 FEET SPE E D (MPH) N NNE ' kE ENE E ESE SE SSE S SSW SW WSW W kmW NV kNV TOTAL CALM .
15
.76- 3.50 15 20 47 39 26 32 25 25 45 24 17 11 17 22 25 21 411 3.51- 7.50 7 4 4 19 5 3 1 4 10 40 48 26 22 13 9 f2 227 7.51-12.50 0 0 0 0 0 0 0 0 1 7 23 22 10 2 1 0 66 12.51-18.50 0 0 0 0 0 0 0 0 0 2 1 2 0 0 0 0 5 18.51-24.00 0 0 0 0 0 0 0 0 3 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 22 24 51 58 31 35 26 29 56 73 89 61 49 37 35 33 724 STABILITY CLASS F STA21LITY BASED ON: DELTA T BETWEEW 150.0 AND 35.0 TEET WIND MEASURED AT: 35.0 FEET WIND THRESHOLD AT: .75' MPH JO!NT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT 35.00 FEET
~
SPEED (MPM) W NME NE fME E ESE SE SSE S SW SW WSW W V3W WW NNW TOT 81 CALM 22
.76- 3.50 2 9 6 14 28 40 71 34 29 13 3 2 3 0 2 1 257 3.51- 7.5C 0 0 0 0 0 0 0 0 0 11 2 0 0 0 0 0 13 7.51-12.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V O s2.51-18.50 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 9 0 0 0 767At 2 9 6 14 28 40 71 34 M 24 5 2 3 0 ~7 1 292
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15 CORPOPAi!Om AIR /S A010 LOGICAL P90GEAMS DEPAsf ass NI PAM 6 PROGRAM: JFD VERSION: PC-1.1 eE AVER VALLEY JFD - GRourD LEVEL CONitmuous RELEASE SITE IDENTIFIER: DLBV2 DATA FERIOD EXAMINED: 10/ 1/90 - 12/31/90 4TM QTR 1990 ***
STABILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET JIND MEASURED AT: 35.0 tEET ulNO THRESNOLD AT: .75 MPM TOTAL 8RMBER OF 08SERVATINS: 2208 TCTAL NUMBER OF VALID OBSERVATIONS: 2198 TOTAL NUMBER 05 MISSING OBSERVA!!ONS: TO PERCENT DATA RECOVERY FOR ,TMIS FERIOD: 99.5 %
ME AN utND SPEED f0R TMIS PERIOD: 1.9 MPR TOTAL NUMRER OF OBSERVATIONS WIin BACK'S DATA: O PERCENTAE OCCURRENCE OF STA8tt]TY CLASSES A B C D E F G ,
1.64 1.55 2.23 34.21 12.94 13.23 14.15 DISTRIBuf10m OF WINO DIREC110N VS -A81Liff s arE NE ENE E ESE SE SSE S SSu Su usu u WNu Nu NNu CAtw F
A 1 1 0 3 1 2 1 2 3 1 3 3 6 4 5 0 0 8 4 1 0 0 1 0 0 0 3 3 3 5 4 5 5 0 0 C 0 0 1 2 0 0 2 1 2 7 6 6 9 7 6 0 0 0 22 22 13 23 15 9 4 5 12 36 101 112 15 3 105 76 38 1 E 22 24 51 2 31 35 26 29 56 73 89 61 69 3' 35 33 15 t 2 '* 6 14 28 40 71 34 2v 24 5 ? 3 0 2 1 22 c 4 3 12 20 25 45 80 33 20 to 3 3 4 1 4 2 %
TOTAL 55 60 83 125 104 131 154 109 125 154 210 192 228 159 133 74 72 e si.1
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I WUS CORPORATION A!R/ RADIOLOGICAL PROGRAMS DEPARTNENT PAGE 4 i PROGRAM: JFD VERSION: PC-1.1 BEAVER VALLEY JFD - ELEVATED BATCH RELEASE SITE IDENTIFIER: DLBV2 DATA PERIOD EXAMINED: 10/ 9/90 - 12/16/90 4TM QTR 1990 STABILITY CLASS E STABILITY BASED ON: DELTA T BETWEEN 500.0 AND 35.0 FEET WIND MEASURED AT: 500.0 FEET WIND THRESHOLD AT: .75 MPH JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT 500.00 FEET SPEED (MPH) N NME ' EE ENE E ESE SE SSE S SSW SW WSW W WNW W NNW TOTAL CALM 0
.76- 3.50 0 0 1 0 2 1 0 0 0 0 0 0 0 0 0 1 5 3.51- 7.50 1 0 0 0 2 3 0 0 0 0 1 1 0 1 1 1 11 7.51-12.50 2 1 0 0 0 7 2 0 1 1 2 0 0 0 0 1 17 12.51-18.50 0 0 0 0 0 0 0 0 2 1 1 1 0 0 0 0 5 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 3 1 1 0 4 11 2 0 3 2 4 2 0 1 1 3 38 STABILITY CLASS F STABILITY BASED ON: DELTA T BETWEEN 500.0 AND 35.0 FEET WIND MEASURED AT: 500.0 FEET WIND THRESHOLD AT: .75 MPN JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT $00.00 FEET SPEED -
(MPM) W NNE NE ENE E ESE SE SSE S SSW SW WSW W WWW WW NW TOTAL CALM 0
.76- 3.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3.51- 7.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7.51-12.50 0 0 0 0 2 0 0 0 0 0 0 0 0 0 0 0 2 12.51-18.50 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 2 18.51-24.00 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1
>24.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 TOTAL 0 0 0 0 2 0 0 0 3 0 0 0 0 0 0 0 5
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w5 C00PORAfl0h A!R/ RADIOLOGICAL PROGRACS DEFARTHthf PAGE 1 Lilf vtt$10N: PC 1.0 ISROGlau:
tl5f MG FOR BEA /tR VALLET NOURLY Mff!OROLOGICAL DATA 150 Fi Ltytt SATCH RELtA$t$ FOR Tht FOURTH OVARTER 1990 35 FT -
150 F T"' " '"" 500 F f" ""
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35F CEW TEMP PolNT DELTA f DELTA T 35F 150 35 500 35 RAIN FALL TR MD 07 nt (McM) (DEG)SC(OtC) $C (MPM) (DEC)SC (DEG)SC (HPM) (DEG)SC (Dic)SC (F) (F) (F) $C (F) SC(lk) 90 10 26 24 2.9 176. 99.9 - 4.0 207. 99.9 - 3.6 244. 99.9 - 30.7 26.5 2.4 F 2.4 i .00 to to 27 1 1.1 130 99.9 - 1.9 183. 99.9 - 3.7 227 99.9 - 29.4 27.9 2.7 G 4.3 F .00 2 1.4 147, 99.9 - 2.9 223. 99.9 - 3.7 215. 99.9 - 29.3 28.1 2.0 F 3.7 E .00 1901027 90 10 27 3 18 1$4. 99.9 - 2.4 203. 99.9 - 4.3 239. 99.9 - 29.1 27.9 1.7 7 2.5 E .00 90 10 27 4 1.2 144. 99.9 - 2.4 202. 99.9 - 3.4 232. 99.9 - 29.4 28.4 1.1 F 1.3 E .00 90 10 27 5 1.3 166. 99.9 - 3.1 193, 99.9 - 3.4 238. 99.9 - 29.4 28.3 1.2 F .9 E .00 90 10 27 6 .9 155, 99.9 - 1.4 226. 99.9 - 4.4 214 99.9 - 28.4 27.3 2.0 F 4.5 F .00 90 10 27 7 1.1 151, 99.9 - 1.4 17, 99.9 - 2.1 249 99.9 - 28.0 26.9 2.5 F 2.9 E .00 90 10 27 8 9 149 99.9 - 1.4 26, 99.9 - 4.7 213. 99.9 - 28.0 27.1 1.9 F 3.4 t .00 90 10 27 9 1.0 64 99.9 - 2.2 67. 99.9 - 7.5 21 a. . 99.9 - 30.8 30.2 .1 1 2.5 t .00 90 10 27 10 1.2 135, 99.9 - 1.7 351, 99.9 - 7.2 211. 99.9 - 37.5 32.3 .4 0 .6 t .00 90 11 1 16 4.5 237. 99.9 - 6.1 238. 99.9 - 9.7 241. 99.9 - 72.5 40.3 .40 2.2 0 .00 90 11 1 17 1.3 127. M.9 - 7.8 208. 99.9 - 12.6 225. 99.9 - 66.0 43.3 4.5 G 3.8 E .00 190111 1B 1.2 71 99.9 - 6.3 191 99.9 - 13.5 219. 99.9 - 59.0 43.8 4.1 G 10.1 F .00 90 11 1 19 .7 128. 99.9 2.4 26, 99.9 - 10.6 212. 99.9
54.2 43.2 4.4 G 12.0 G .00 90 11 1 20 .6 130. 99.9 - 2.0 41. 99.9 - 9.3 211, 99.9 - 50.5 43.0 5.0 0 12.0 G .00 0 11 ' 21 .0 130. 99.9 1.2 58, 99.9 - 9.2 210. 99.9 - 48.0 42.8 4.2 G 12.0 C .00 90 11 1 22 .6 133. 99.9 - .8 213. 99.9 - 8.9 213. 99.9 - 46.1 42.4 3.7 G 12.0 C .00 90 11 1 23 .6 108, 99.9 .6 182. 99.9 - 9.4 208. 99.9 - 44.5 41.8 3.9 0 12.0 C .00 -
1 24 .8 119. 99.9 - 1.9 40. 99.9 - *6 210. 99.9 - 43.4 41.6 3.1 G 12.0 0 17011 70 11 6 12 6.4 2 75 . 99.9 - 10.3 277. 99.9 - 13.5 277. 99.9 - 41.7 32.3 .8 0 2.9 D
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.00 00 11 6 13 6.0 291 99.9 - 10.8 294, 99.9 - 13.5 289 99.9 - 41.8 31.1 .9 D 3,0 0 .00 0 11 9 22 14 30, 99,9 - 3.8 64 99.9 - 6.9 77. 99.9 - 41.0 28.9 .4 0 2.5 0 .08
0 11 9 23 3.3 31. 99.9 - 6.1 40. 99.9 - 6.9 54 99.9 - 40.8 40.8 .4 0 2.4 0 .08 90 11 9 24 2.5 46. 99.9 - 7.4 61. 99.9 - 9.9 63. 99.9 - 40.3 40.3 .1 E 2.0 0 .04 0 11 10 1 1.9 86. 99.9 - 6.9 72. 99.9 - 8.8 64 99.9 - 40.1 40.1 .1 E 1.7 0 .05 I ,
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L S ;0&s:6A'104 Alt / TAD 10 LOGICAL &#0014:$ DEP AAfMiki FA0t 1 st M A*: :St ett$10h PC 1.0 L;St M 80s BEhte > ALLEY NouRU MtitoROLOGICAL DATA 500 87 Ltytt 8ATCH RELEAstl 802 Tkt FOURTH ouAttle 1990 35 FT - - -
+ 150 Ff 500 FT . -
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$ Pit 0 Die stD Dtv WihD W!hD
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35F Dtw TEMP Pothi DELTA T DELTA Y 3$7 1$0 35 500 35 RAlh
Att vt < D FR (m) (OtG)$C(DEG) $C (MPH) (DEC)$t (DfG)$C (MPM) (DtG)$C (DtG)$C (F) (F) (F) $C (F) SC(th) 7< S V '3 5.4 208. 99.9 - 8.6 204 99.9 - 12.9 199. 99.9 - 73.6 67.3 .5 0 -2.3 0 .00
'O O '* 7. 8 217. 99.9 10.2 208. 99.9 - 13.4 202. 99.9 - 75.3 67.3 .5 D 2.5 0 .00 I C '; 9M
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M.9 6.7 6.9 3.6 201.
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222, 99.9 - '4.5 99.9 - 12.2 99.9 - 7.8 203.
216, 208.
99.9 - 71.5 99.9 - 71.5 99.9 - 71.0 69.9 68.5 68.9 1.5 A 2.1 A 1.1 8 3.1 0 3.1 0 2.5 D
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+ 'e 1 7 81. 99.9 - .8 248. 99.9 - 6.5 319. 99.9 - 31.2 27.7 2.2 i 3.4 E .00 N D2 1.1 122. 97.9 - 2.0 16, 99.9 - 3.7 339. 99.9 - 30.0 29.1 2.0 F 3.3 E .00 L '1 '8 3 .B 132. 99.9 - 1.0 289. 99.9 - 2.1 344. 99.9 - 29.4 28.5 1.5 F 3.0 t .00 E 11 2? 12 10.6 244 99.9 - 14.7 242. 99.9 - 17.9 225, 99.9 - 71.3 55.1 60 2.3 D .00 E ' ' 2 ' 13 11.7 234. 99.0 - 14.8 236. 99.9 - 17.0 229. 99.9 - 72.6 $$.2 .6 0 2.3 0 .00 a 1' 27 14 9.5 222. 99.9 - 12.6 216. 99.9 - 16.6 217, 99.D 74.4 56.0 .5 0 2.2 0 .00 E :t ? ? 15 8.3 235. 99.9 - 11.3 242. 99.9 - 15.8 229. 99.9 - 74.5 55.9 .2 E 1.7 D .00 t t' 2' 16 5.1 209, 99.9 - 75 213, 99.9 - 13.6 208. 99.9 - 74.9 55.8 .2 E 1.8 D .00 1 .i 11 27 17 2.7 158. 99.9 - 7.5 178. 99.9 - 13.5 190. 99.9 - 72.6 55.7 1.3 F 4t .00 I 7 11 2? 18 P 't 27 19
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99.9 - 17.2 99.9 - 17.4 99.9 15.9 191 181 183.
99.9 - 64.3 99.9 - 61.4 99.9 - 60.3 55.7 55.1 54.7 8.0 0 8.2 7 8.2 G 10.1 F 8.2 G 10.6 0
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, ;; 12 13 23 4.6 1. 99.9 - 8.4 2. 99.9 - 11.3 357 99.9 - 34.9 18.7 .4 0 2.3 0 .00
% 12 13 24 4.2 344, 99.9 - 5.7 341, 99.9 - 9.6 343. 99.9 - 34.0 16.7 40 2.2 D .00 W 12 14 1 4.9 16. 99.9 - 8.4 10. 99.9 - 11.6 2. 99.9 - 32.2 17.8 .21 2.0 0 .00 W '2 14 2 2.5 336, 99.9 - 5.2 354. 99.9 - 10.2 8. 99.9 - 30.4 18.7 0t 1.3 0 .00 E 12 14 3 2.7 334. 99.9 - 6.1 357. 99.9 - 11.8 11. 99.9 - 29.4 19.9 .1 E 1.1 ( .00 E !? 14 4 1.7 66. 99.9 3.4 358. 99.9 - 10.2 13. 99.9 - 27.6 20.3 .1 E .4 E 00 l .5 g M 12 14 5 1.5 26, 99.9 - 2.0 22, 99.9 - 6.2 7. 99.9 - 26.2 20.4 .5 E 00 i O ?? 14 6 1.1 106. 99.9 1.0 62. 99.9 - 1.9 82. 99.9 - 25.0 20.4 1.0 F .8 1 00 l
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.IND wikD STD WlWD WikD $fD WIND WlWD $fD ftMP P0lkt DELTA i DELfA T AAlk stilD DIR Dtv $ Pit 0 DIA DEV $PitD Dik DEV 35F 35F 150 35 500 35 FALL o < D' ** (>PN) (DEG)$0(MG) 54 (McN) (DEC)lc (DEC)st (m*H) (Dio)lc (DEC)SC (F) (F) (F) SC (F) 5:(Ik)
M9% 7 1.4 96. 99.9 - 1.7 52. 99.9 - 1.3 55. 99.9 - 24.7 20.1 .8 E 1.0 t .00 90 i' ?4 8 1.1 125. 99.9 - 2.1 34, 99.9 - 2.6 1 04 99.9 - 24.2 19.1 7E 1.2 L .00 K h 14 9 2.0 55, 99.9 - 2.6 60. 99.9 - 6.2 98. 99.9 - 26.9 19.7 .2 I .7 I .00 n '2 14 10 3.8 57. 99.9 6.4 64 99.9 - 6.0 82. 99.9 - 31.3 16.5 -1.0 C 2.90 .03 M 12 14 11 5.2 81. 99.9 8.1 95. 99.9 - 8.6 116. 99.9 - 33.0 15.7 f.6 A 3.7 0 .00 90 '?
12 2.9 123. 99.9 - 5.1 123. 99.9 - 4.7 110. 99.9 - 34.6 16.8 1.4 A 3.5 0 .00 M '2 16 13 3.2 91. 99.9 - 5.0 *04 99.9 - 4.5 106. 99.9 - 36.5 16.3 1.1 0 3.4 0 .00
% ?2 14 14 4.5 74. 99.9 - 7.2 83. 99.9 8.4 97. 99.9 - 38.3 16.3 1.6 A 3.70 00 M 12 ' 4 15 3.3 121. 99.9 - 6.3 114. 99.9 - 7.1 114. 99.9 - 38.0 15.6 .6 0 2.4 0 .00 OC 12 14 16 3.9 111 99.9 6.8 112. 99.9
12.3 122. 99.9 - 38.2 14.9 .70 2.8 0 .00 M 12 ?4 17 1.6 94 99.9 - 3.5 75. 99.9 6.2 lit. 99.9 - 34.8 15.9 1.5 F .11 .00
% ?2 14 18 1.8 97 99.9 - 5.8 71. 99.9 - 8.6 93. 99.9 - 30.1 15.7 4.70 4.3 F .00 g E 12 14 19 1.9 104, 99.9 - 4.9 56. 99.9 - 9.4 96, 99.9 - 29.0 17A 4.7 G 4.2 7 .00 M 12 14 20 3.3 77. 79.9 - 4.4 40. 99.9 - 9.7 108. 99.9 - 29.1 19.1 3.1 0 3.5 t .00 M 12 14 21 3.0 69. 99.9 - 5.7 36. 99.9 10.1 119. 99.9 - 29.7 20.2 2.5 F 2.3 t .00 M 12 b. 22 2.7 80. 99.9 - 5.6 42. 99.9 - 9.1 112, 99.9 - 29.3 19.5 2.7 0 2.9 I .00 E '2 14 23 2.4 86. 99.9 - 4.9 46, 99.9 - 10.5 117, 99.9 - 29.6 '9.3 2.3 7 2.7 E .00 r 12 14 24 2.3 83. 99.9 - 4.9 35. 99.9 - 9.3 123, 99.9 - 30.3 20.9 1.8 F 1.9 E .00 0 12 15 1 3.3 37. 99.9 - 6.4 34, 99.9 - 9.0 120. 99.9 - 33.5 19.1 .1 E .3 i .00 K f2 15 2 1.8 64. 99.9 - 4.8 $1. 99.9 - 7.1 108, 99.9 - 34.5 20.5 .2 E .3 t 00 N !? 15 3 2.4 5. 99.9 - 4.9 57. 99.9 - 9.4 113. 99.9 - 35.7 19.7 .0 t .7 ( .00 90 12 '5 4 2.6 49. 99.9 - 4.6 63. 99.9 - 9.7 133. 99.9 - 35.8 22.6 .0 t .8 E .00
% '? 15 5 3.1 47. 99.9 - 6.2 63. 99 3 10.2 125. 99.9 - 34.6 28.9 1( 1.4 0 .04 E 12 '5 6 3.9 40, 99.9 - 7.6 56, 99.9 - 10.2 121. 99.9 - 34.7 29.8 .0 t 1.3 0 .08 M 't 15 7 2.4 41. 99.9 - 5.3 40. 99.9 - 73 105. 99.9 - 36.2 26.3 .1 t 1.2 I 12 K '2 15 8 2.1 73. 99.9 - 3.4 8*. 99.9 - 5.3 81. 99.9 - 37.0 37.0 .0 t .7E .37 90 12 15 9 1. 2 ' 75. 99.9 - 2.3 $0. 99.9 - 2.9 97. 99.9 - 37.9 37.9 .0 t 1,1 I 11 M 12 15 to 2.3 12. 99.9 - 1.9 51. 99.9 - 10.7 145. 99.9 - 39.2 39.1 .1 E .6 t .04 4 '? '5 11 2.9 26. 99.9 - 5.0 40. 99.9 - 8.2 174. 99.9 - 41.1 37.6 . ', t .3 i .03 a 12 15 12 2.2 13. 99.9 4.0 157. 99.9 - 13.8 183. 99.9 - 42.8 43.0 1.6 F 9I .00 W 12 15 13 1.8 32, 99.9 - 1.4 22. 99.9 - 9.3 211. 99!9- 44.7 44.7 2.0 F 1.8 i ,00 4 12 15 14 4.6 218. 99.9 - 7.2 215. 99.9 - 13.6 220. 99.9 - 50.5 49.7 1.0 C 1.60 .00
'2 15 15 3.8 221. 99.9 - 6.*4 234. 99.9 - 14.8 236. 99.9 - 51.6 50.8 80 1.2 t .00 C '? '5 16 5.5 229. 99.9 - 8.0 233. 99.9 - 16.9 228, 99.9 - 53.9 $1.1 1.6 A 1.6 0 .00 E '2 15 17 3.1 187 99.9 - 5.3 211. 99.9 - 10.1 216. 99.9 - 53.5 50.9 1.1 e 1.4 0 .00 M 12 '5 18 2.7 183. 99.9 - 5.2 225. 99.9 - 11.4 230. 99.9 - 53.7 50.5 .5 0 .3 E .00 E 12 15 19 3.9 22 % W.9 - 8.4 262. 99.9 - 13.1 256, 99.9 - $3.2 50.4 .7 E .0 t .00 0 12 15 20 2.6 174. 99.9 - 6.8 199, 99.9 - 13.8 208. 99.9 - 51.9 49.6 1.3 F .5 t .01 n 12 15 21 7.6 250, 99.9 - 13.4 99.9 - 21.6 99.9 - 48.2 l
263. 263. 45.7 999.9 - 1.9 0 11 m E 12 15 22 6.4 2 72. 99.9 14.8 281. 99.9 - 23.9 284 99.9 - 45.0 36.4 .2 E 2.1 0 .02 0 12 15 23 8.1 269 99.9 - 17.3 278. 99.9 - 24.0 274 99.9 - 43.8 32.4 .1 t 1.7 0 .00 W 12 15 24 8.4 263. 99.9 - 15.1 2 72. 99.9 - 22.0 268. 99.9 - 42.1 32.9 .3 E 2.0 0 .00 W 12 16 1 9.9 257. 99.9 - 17.3 268. 99.9 - 22.2 2 64. 99.9 - 41.2 31.4 .3 t 2.0 0 .00 M 12 16 2 7.1 255. 99.9 - 13.5 268. 99.9 - 20.2 263. 99.9 - 40.9 32.1 .3 E 1.9 D ,00 W '? to 3 8.2 269. 99.9 - 14.7 274 99.9 - 19.9 270. 99.9 - 41.2 32.3 .3 E 2.0 0 .00 E 12 16 4 8.0 267. 99.9 - 14.4 2 73. 99.9 - 20.4 2 70. 99.9 - 41.1 31.7 .3 1 2,1 0 .00 W 90 12 16 5 7.1 257. 99.9 - 13.3 266. 99.9 - 18.5 266. 99.9 - 40.6 31.2 .3 E -1.9 0 ,00 00 12 16 6 7.4 ?54, 99.9 - 12.6 263. 99.9 - 18.2 264 99.9 - 40.2 32.0 .3 E 2.0 0 00 1
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ks$ ::sp;aATION Alt / TAD 10 LOGICAL PROG 3AMS DEPA3fMINT Po0! 3 8-#0GRAu: List vitt!ON: PC 1.0 List w, 'De Blavia VALLtY MOURLY Mtit020 LOGICAL DATA 500 87 Ltytt BATCH tittAtt$ 70A THE FOURTH DVARitt 1990 I 35 ,f....... . . .. 35o ,7....... . ..... 50o ,f........
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35F DEW ftMP PolNT DiLfA f DELTA f 357 150 35 500 35 RAIN FALL f# "O DY *a (MPN) (DEG)$C(DEC) SC (MPN) (DIG)$C (DEC)$C (MPN) (DEC)$C (DtG)tc (F) (7) (F) SC (f) $C(th) 90 12 16 7 8.7 257. 99.9 - 14.9 269 99.9 - 19.1 2 70, 00.9 - 39.8 31.6 .4 0 2,2 0 .00 90 12 '6 8 9.3 258. 99.9 - 16.5 267. 99.9 - 21.5 265. N9- 39.2 31.1 .4 0 2,1 0 .00 90 12 16 9 7.9 259, 99.9 - 12.8 I 268. 99.9 - 16.7 270. W.9 - 39.1 31.0 .4 0 2.2 0 .00 I
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ML20029B517

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