Text

Effluent & Waste Disposal Semiannual Rept, for Jan-June 1979
	ML20136B484
Person / Time
Site:	Davis Besse
Issue date:	08/28/1979
From:	; TOLEDO EDISON CO.
To:	;
Shared Package
ML20136B480	List: ML20136B476; ML20136B484;
References
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EFFLUENT AND WASTE DISPOSAL SDtIANNUAL REFORT Facility:

Davis-Besse Nuclear Power Station, Unit 1 Licensee:

The Toledo Edison Company Reporting Period: January 1,1979 through June 30, 1979 Supplemental Information:

1 Regulatory I.imits Liquid and Caseous R.adioactive Effluent Limits LIQUID CAS 30sLE CAS Io0IItts + l g g3g PARTI (Tratrie A3nr0AL sesta 3 mrse/ site-10mradT/ site 1 evria h OBJECTIVES 15 arw* site reacter S euries/reacter** 20 mrad S/stee CBRIE LIMET 10/gmattar **

2/ quarter

PER REACTOE 20/12 consecutive 4/12 emes..

' _ _. men the meethe

=

CWEIR LIMIT / TAME 10 **

4S000 SfFLANIED CE UNCDeffBOLLED RELEASE RDORT-CURIES 0.5 5

0.02 (radiotodines) 300 aree/yr Best LIMtr *** '

total body 1300 aren/yr Psa stra

. thyroid 3000 ores /yr skia 30 ares /str n u d/qu 1 40 mrad /gtr p 40 aren/12 Gee's. see.

40 stad/12 eens.

meetka$

00 mead /12 cons.

seethe a-Nicacc011Es fra 10cra20. app. 3 Mill! LITER I.IMIT table TT.cet. 2 3 stad/qtr T 7.3 arensger 0.3 curies /gte ACTEos LIvt1.

2.5 curtes/gtr**

10 mesd/tte P per atte per reacter per reseter _

per ette With half-lives greater thee 8 days.

a

- Bet imeloding tritim sad dissolved gases.

300 mran/rr.1300 meam/yr, and 3000 meen/yr limita are for instaar-releases.

2.

Maximus Permissible Concentrations Limits used are specified in 10 CFR 20. Appendix B, Table II, Coloma 1 and 2.

3 Averste Emergy e *

p,,

+-

ib el Not applicable aw

=

T909 0603*f

),

rsso 2 on n 4

Measurements and Approximations of Total Radieretivity a.

Fission and activation gases (1) These gases, excluding tritium, are collected in a Marinelli type beaker, specially modified for gas sampling, steel bombs, of glass vials and counted on a Ce(Li) detector for principal gesma emitters.

(2) Tritium gas is collected using a bubble apparatus and counted by liquid scintillation.

b.

Todines are collected on a charcoal cartridge filter, and counted on a Ca(Li) detector.

Particulates - are collected on filter paper and counted on a Ce(1,1) c.

detector.

d.

Liquid affluents - are collected la bottles and comatd es a Ce(Li) degettor.

5.

satch seleases a.

Eiquid (1) Dumber of batch releases:

75 (2) Total time period for batch releases:

169 bears (3) Maximums ties period for a batch release: 232 mimates (4) Average time period for batch releases: 134 minutes (5) Minimum time period for a batch release: 23 minutes (6) Average stream flow - not applical,le b.

Caseous (1) Number of batch releases:

14 (3 - coetainoast purges and 11 -

usate gas decay tank releases)

(2) Total time period for batch releases: 67 hours7.75463e-4 days <br />0.0186 hours <br />1.107804e-4 weeks <br />2.54935e-5 months <br /> l

(3) Maximuun time period for a batch release: 460 minutes (4) Average time period for batch releases: 288 minates i

(5) Misimum time period for a batch release: 60 mimates 4

Abeormal Releases ps I

l

Pegs 3 cf 51 7.

Curies of Radionuclides and Offsite Doses to Humans Resulting from the Release of Radioactive Ef fluents at the Site Boundary Limits from Environments!

Type of Activity Technical Specifications Percent of 1.inin a.

Quarterly:

Caseous, let Quarter, 1979 Noble gases 20 mrad /qtr y

<3.36 E-02 Noble gases 40 mrad /qtr, p

<1.51 E+00 Airborne radiciodines and particulates 30 mren/qtr (7.07 E-03 Iodine-111 2 Ci/qtr 3.77 E-03 b.

Quarterly Caseous, 2nd Quarter.

1919 Noble gases 20mesd/qtr,Y (3.31 E-02 Noble gases 40 mesd/ger, p (1.49 E+00 Airborne radiolodines and particulates 30 mrea/qtr T6.18 E-03 Iodine-131 2 C1/ttr 2.06 E-03 c.

12 Consecutive Months: Caseous.

Noble gases 40 ersd/12 me.,f

<2.53 I-01 Noble gases Airborne radiciodines 80 mead /12me.,g T1.22 E+01 and particulates 40 mree/12 me.

5.01 E-02 lodine-131 4 Ci/12 me.

5.67 E-03 d.

Quarterly: Liquid 3rd Quarter,1978 Liquid (excluding tritium 10 Cf/ttr 1.25 I-01 and dissolved gases) e.

Quarterly: Liguld, 4th Quarterly,1978 Liquid (ew:ItJims trition 10 Ci/qtr 4.74 E-02 and dissolved gases) f.

12 Consecutive Men'.hs: Liquid,1978 Liquid (excluding tritium 20 ci/12 mo.

2.16 E-01 sad dissolved gases) i r

.. - - - - - - - ' - ' - - ' ' " * - ' - ~ ' - ' ' ~ - - ~ ' " ~ - ' ~ ~ ~ - ' ~ ^

Peg'2 4 cf 51 The following is a list of the sources of input data that were used in I.ADTAP and CASPAR codes:

a.

0-50 mile seat. milk and vegetable production, veter usage information; location of the nearest individuals and pathways by sector out to 5 miles - source: Appedix I analysis, FRC Docket No. 50-346 Evaluation of Coopliance with Appendix 1 to 10cF150, June 4,1976, Davis-Besse Nuclear Power Station Unit No.1 b.

1980 population within 50 miles of the plant site - source: Davis-Besse Uniits 2 and 3 PSAR, Figure 2.1-6.

c.

Caseous and liquid source terms - sources: Tables IA,1 C, 2A, and 25.

Table 6 presents the maximum doses computed frce the noble gas effluents for each quarter. Tables 7 and 8 present doses resulting from gaseous iodine and partien1ste effluents. Doses resulting from liguid iodine and particulates are presented in Table 9 and 10. Tables 11 through 18 present the I/Q values associated with the dose values presented la Tables 6 through 10.

Based on the information presented above, it is comeladed that the doses to individuals are well below the dose objectives of Appendix I to 10CT150.

In addition, populatioe doses within 50 miles of the plant are also very leer.

9.

_Rectosed Tables i

l a.

Table 1A, Caseous Effluent, Summation of all teleases l

b.

Table 13, Caseous Effluents Elevated Releases i

e.

Table IC, Caseous Effluents Creemd level Releases d.

Table 2A, Liquid Effluents. Summation of All Releases e.

Table 23, Liquid Effluents f.

Table 3A, Solid Warte and Irradiated Fuel Shiposete 3

Table 1 Joint Frequency Distribution of Wind Speed and Direction by Atmospheric Stability Class Based on 35-ft Winds and 1

T(250ft - 35ft) (JFD) 1/1/79 - 3/31/79, coatismosa Re-leases k.

Table 2 JFD 4/1/79 - 6/30/79, Continuous Releases 1.

Table 3 JFD,1/1/79 - 3/31/79, Batch Releases J. Table 4 JFD, 4/1/79 - 6/30/79, Batch Releases k.

Table 5 Nourly Heteorological Data During Ratch Ralsases 1.

Table 4 Desers from Noble cas Effluents (ares) m.

Table 7 Doses from Caseous Iodine and Particulate Effluents a.

Table 8 Population Doses from Caseous Effluents (msa-res) e.

Table 9 Dose from Liquid Rele6ases p.

Table 10 Does from Liquid Raleases to Individual q.

Tables 11 I/q Yalues Associated with the Doses Yalues Through 18 Presented in Tables 6 through 11

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

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

oew 4.

a.n EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)

CASEalS EFFLUENTS-SUMMATION OF ALL RELEASES l Unit 1st Quarcer 2nd Quarter Errore A.

Fission & activation gases 1.

Total Release Ci

< 5 22E+02

( 5.23E+02 NA 2.

Average release rate for period pC1/sec

< 7.71E+01 e 6. 6 5 E+01 43.

Percent o Technical Specifica-

~

tion limit I

T 1.51L+00

( 1.49E+00 3.

Iodines n Total iodine -131 Ci 7.47E-05 4.08E-05 1.5E+0 2.

Average release rate fer period uCi/sec 9.60E-06 5.19E-06

- 3.

Percent of Tectanical Specifica-tion limit 1

3.77E-03 2.06E-03 C.

Facticulates 1.

Particulates with half-lives > 8 days Ci

< 5.452-05 4 5.51E-05 NA 2,

Average release rate for period uC1/ rec <

7. 02E-06

< 7.01_E-06

- - 3. Percent of Tecluaical Specifica-tion limit I

T 7.70E-03

% 6.15E-03 4.

Cross alpha radioactivity Ci 8.90E-08 1.66E-07 D.

Tritium 1.

Tstal talease ci 5.90E-01 2.88E-01 1.0E+01 2.

Average release rate for period uC1/sec 7.58E-02 3.66E-02

)

- - - 3.

Percent of Technical Specifica-tion limit I

1.58E-04 7.65E-02.

Based on Environmental Technical Specification (ETS) 2.4.3.b(1) for quarterly beta fraction dose from noble gases.

- Based on ETS 2.4.3.b(5) for the qtsarterly dose from I-131; 2 Ci per calendar quarte

- - Based on ETS 2.4.3.b(3) fore the qtaarterly dose from all radioiodines and radioactiv(

materials in particulate form vitta half-lives greater than eight days.

- - - 8ased on 10CFR20 Appendiz B. Table II, Column 1 usina 2 E-7 pCi/cc for hydrogen-3 l

and an annual average I/Q of 4.17 E-6 sec/m3 from the FSAR.

1 i

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL. REPORT (197 GASEOUS EFFLUENTS--ELEVATED RELEASE

CONTINUOUS MODE BATCH MODE

\\

I ownw

- ne wand unh ownw ows or g ownw

~

r

1. Fisden gases f

kry: Won 45 0

E E

El.

E

~

krypton 45m O

E E

EI E

krYrwoM7 0

E E

~

kryrdom48 Ci E

E E

E O

E E

E E_

zecom-333 menon.335 0

E E

senon.135ra O

E E

E h

zesco-138 0

E E

Odwas (specify)

O E

E E

E 0

E E

l O

E E

usudentified O

E E

Totalfor period O

E E

1 losses loane131 0

E E

iodine 33.1 0

E E

inds 115 0

E E

E I

Tesalfos period O

E E

3. heticaisses h4 0

E E

sasons.a. 90 0

E E

E E_

essiuse-134 0

E E

easiuse 137 0

E E

I - "h ---- 140 0.

E E

W(spoofy)

O E

E E

E O

E E

O E

E E

E

' '= " M O

E E

l Not applicable; all releases are classified as grousul level raisease.

l O

8 1

\\

I

' ~ ~ ~

TABLE IC EFFLUENT AND WASTE DISPOSAL SDiIANNUAL REPORT (1979)

CASEOUS EFFLUENIS-CROUND-LEVEL REI. EASES CONTINUOUS MODE BATCH MODE lWuclides Released l

Unit l1st Quarter l 2nd Quarter l 1st Quarter l 2nd QuarE B

1.

Fission gases krypton-85 Ci

% 4.78E+02 <4.82E+02

< 2.90E-01

% 1.46E-01 krypton-85m Ci

< 2.51E+00 < 2. 5 3E+00 1.73E-03

< 7. 70E -34 krypton-87 Ci

< 6.35E+00 < 6.40E+00

<. 3. 86E -03 4 1.95E-03 krypton-88 Ci

< 3.47E+00It 3.50E+00

$ 2.11E-03 l< l.06E-03 menon-133 Ci

< 8.54E+00 < 8.60E+00 2.16E+00 2. 21E -01 xenon-135 Ci

< 2.20E+00 < 2. 2 2E+00 8.29E-02

$ 6.76E-04 xenon-135m Ci

< 5.34E+00 < 5.38E+00 4 3.24E-03 4 1. 64E-03 renon-138 Ci T.

1.25E+01 % 1.26E+01

<. 7. 61E-03

( 3.84E-03 1.74E-01 argou-41 Ci 1.40E-02 xenon-133m C1 C1 C1 C1 unidentified C1 i-Total for period C1

% 5.19E+07.

< 5.2 3E+02 2.74E+00 l

3.77E-01

((_.

7.. Iodines 4

iodine-131 C1 7.47E-05 4.08E-05 todine-133 C1 1.16E-05 t 9.52E-06

~

iodine-135 C1 4 2.60E-05 < 2.62E-05 Total for period C1 1.12E-04 7.65E-05 NA NA 3.

Particulates atrontiumr-89 Ci t 7.3E-05 g2.7E-05 s t ron t it.::r-90 C1 t 6.7E-08

<3.2E-07 a

cesium-134 C1 T 7.64E-06 <7.69E-06 cesium-137 C1

< 5.61E-06 <5.65E

barium-lanthanum-140 Ci M 4.11E-0ji T4.14E-05 j

Ci j

Ci Ci Ci unidentified Ci l

i

%ese radionuclides are monitored by the particulate and charcoal filters in the station vent. Therefore, the curies released are included in the continuous mode.

e e

l

EFFLUENT AND WASTE DISPOSAL SDilANNUAL REPORT (1979)

LIQUID EFFLUENTS-SLHMATION OF ALL RELEASES let 2nd Est.

Unit Quarter Quarter Err i

{

A.

Fission and activation products 1.

Total release (not including tritium, gases, alpha)

C1 1.15 E-02 4.74 E-03 1.C 2.

Average diluted concentration during period eCi/a1 2.52 E-08 3.38 E-08 3.

Percent of Tech Spee Limit. 10 Ci 1.15 E-01 4.74 E-02

4.

Percent of 10 CFR 20 Limit 6.43 E-02 5.48 E-02 i

B.

Tritium 1.

Total release Ci 9.16 E+01 1.19 E+01 1.0 2.

Average diluted concentration durina period ACi/a1 2.00 E-04 8.52 E-05

3.

Iercent of 10 CFR 20 limit 6.68 E+00 2.84 E+00 C.

Dissolved and entrained gases 1.

Total release Ci 6 50 E-04 (5.77 E-05 NA 2.

Average diluted concentration durina period sci /a1 43.95 E-10 44.12 E-10

3.

Percent of 4 E-5 wC1/cc limit 3

4 9.88 E-04 41.03 E-03 D.

Cross alpha radioactivity l

1.

Total release l

Ci lt.3.47 E-03 l<4.47 E-05 l NA E.

Voltane of vaste released (prior to dilution)

I liters l 1.69 E+06 I 5.41 E+05 l1,49

' F.

Voltme of dilution vater 1.

During the time of releases liters 4.56 E+08 1.40 E+08 1.44 2.

Total dilution liters 1.20 E+10 7.19 F.+09 Based on dilution during the time of releas,es only.

Pago 9 of 51 TAB 12 25 i

EFFLITENT AND k'ASTE DISPOSAL SEM1 ANNUAL REPORT (1979)

LIQUID EFFLUENTS I

CONTINUOUS MODE

BATCH MODE j

Nuclides Released Unit 1st Quarter 2 Ouarter strontium-89 Ci

< 2.2E-05

<5.9E-06 strontium-90 Ci

< L.7E-05 g 8.6E-06 cesium-134 Ci

< 4.37E-05 < 1.5_1E-05 cesium-137 Ci

< 6.10E-05 1.66E-05 5.19E-05 7.19E-06

- iodine-131 Ci 7.2aE-03

.).41E-03 cobalt-58 Ci coba lt-60 C1 1.15E-03 3,20E -04 fron-59 C1 1.14E-0a ( 3. 59E-05 sine-6_5 Ci t 1.24E-04 < 3.95E-05 manganese-54 Ci 9.08E-04 (1.76E chrossium-51 C1 3. 98 E-05, 2.78E-04

.itconium-niobium-95 C1 1.62E-04 e 5.84E-05 s

nolybdenum-99 C1

( 3.99E-04 C1.28E-04 technetium-99m Ci t 4.32E-05 <1.38E-05 bariuss-lanthanum-140 Ci t 2.73E-04 1.69E-05 serium-141 Ci t 7.96E-05 7.49E-06 soditas-24 Ci 7.01E-05 C1 C1 Ci Ci Ci unidentified Tot.a1 for period laboa)

Ci 1.15E-02 4.74E-03 menon-133 Ci t 1.32E-04 t4.24E-05 j

menon-135 ci

( 4.78E-05 tl.53E-05

Not applicable; all radioactive liquid effluents are released by batch mode.

i I

)

TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT ( 1979)-

SOLID WASTE AND IRRADIATED FUEL SHIPMENTS i

A.SOLIO WASTE SHIPPED 0FFSITE FOR BU, RIAL OR DISPOSAL (Not l'rrahated fuell 1

1. Type of waste' ' '

Unit tot. To,tal treer, x a/ Spent resins, filter sludges, evaporator m'

6.80E+01 bottoms, etc.

O 2.35E-01 1.0E+01

b. Dry compressible waste,consamiruted m*

3.39E+01 equip, ete.

.O 2 mon 2.0E+01

c. Irradiated components,controg m*

rods, etc.

O

d. Other (describe) m*

O

2. Estimale of major nucEde composition (by type of waste)

Co-58 5

7.2E+01 Mn-54 5

1.9E+01 Co-60 5

5.0E+00 h.

Co-58 5

8.5E+01 m-54 5

1.0E+01 CO-60 5

5.0E+00 c.

5 5

d.

R 5

5 3.

%3id Waste Disposidae Number of SNpmesses Mode ofTransportation Destination 5

Truck Barnwell, S.C.

3. IRRADIATED FUEL SHIPMENTS (Dispositiord Number of SNpments Mode of Transportation Destinatiam 18one i

l

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TABLE 1 Toint frequency Dishibu'.lons of Wind Speed and L*rection By Atmo3ph.uio Stability Cis3s Based on 35-ft Winds and 6T(250ft-35ft)

For Davie-Easse January 1,19' 9-March 31,1979 Continuous Releases STABILITY CLASS 1 C

[LCVATION1 35 FCET DEL 1"A T C 250.G -

35 03 FEET DIA[CTION 1-3 8-7 s 2 13-18 19-24

>24 TOTAL MIL t'S PCP HOUR N

O 1

'O O

O O

1 NNE O

0-0 0

0 0

0 NC 0

0 0

CNE O

O 3

0 0

C 0

0 0

CSC 0

0 a

0 0

5[

0 0

0 SSC 0

0 0

3 0

0 0

0 SSW 0

0 0

SW 0

0 0

WSW D

0 0

1 1

0 2

W 8

0 G

0 0

WNW 0

0 1

0 0

0 1

Nd 0

0 6

0 0

NNW 0

0 0

TOTALS 0

1 1

0 4

PERIODS OF CALMS 0 MOUjl3 STABILITY CLASS: O ELEVATIONI 35 FCET DELTA T C 250.0 -

35.03 FCET DIACCTION 1-3 4-7 4-12 13-Is 19-24

>24 TOTAL MILES PCR HOUR N

1 9

14 9

2 1

31 I

NNE a

3 11 17 9

S 45 NC 1

5 18 31*

12 4

71 CNC 2

11 4

25 8

0 50 C

2 10 36 21 S

0 74 e

[S[

2 13 21 S

0 3

41 SE O

16 0

0 0

22

$$E 7

5 4

3 0

0 19 5

4 18 5

1 1

0 29 SSW 1

15 21 4

3 0

44 su 2

13 45 TS 18 3

IS6 WSW 1

11 41 12 34 1

1RO V

0 22

.25 46 17 0

110 WNW 2

11 27 13 23 5

191

_ __ _ _ _--__Iv1__

R Rn R57 C-n a

M

TABLE 1 I: int Frequency *01stributi ns cf Wind Spred cnd Direction By Atmospher*c Stability Class Based on 35-ft Winds and 6T(250ft-35ft)

For Davie Besse Ienuary 1, IS79-March 31,1979 Continuous Releases STABILITY CLA5St E

ELCVA110Ni 35 FECT OCLTA T ( 250 0 35.03 FEET DIRECTION 1-3 4-7 8-12 13-18 19-24

>24 TOTAL MI6CS PCI H0Jk N

1 4

2 1

0 0

8 NNC 2

2

8 1

0 0

13 NC 0

4 1

0 0

15

[NE O

13 15 3

0 0

31 C

4 15 23 7

0 0

49 ESE 4

6 5

1 0

0 20 SE 20 10 3

2 0

41 SSC 3

IS

g 37 7

0 56 1

10 23 1.1 7

2 0

60 13W 8

18 24 24 2

0 72 SW 3

3 L3 16 9

0 79 WSW 2

10 2?

17 10 3

65 W

2 6

11 3

1 2

25 WNW 0

5 14 10 3

0 32 NW 3

3 10 3

0 0

19 NNW 9

2 3

2 0

0' 7

TOTAL 8 52 168 215 116 36 5

592 PERIGOS OF CALMS S HOU18 STABILITY CLAst!

F CLCVAT!0N8 35 FCET OCLTA T t ab 35.03 FCET DIRECTION 1-3 4-7 8

.4 13-18 19-24 324 TOTAL MILES PCR ;10UR N

O O

O 9

0 0

0 NNE O

O O

O-0 0

0 NC 0

2 7

0 0

0 9

ENE 1

12 0

0 0

19 r

i 24 16 0

0 0

+1 9

Csc 2

13 3

0 0

0 2*

st 2

4 3

1 0

0 10 l

SSE 5

15 4

0 0

0 24 s

4 13 1

0 0

0 as a

ssW 2

9

?

1 0

0 14 i

sv 2

2 0

.0 0

0 4

i WSW 6

2 4

0 0

0 J

0 2

-0 0

0 0

2 WNW 0

1 1

0 0

0 2

Nd 2

1 4

0 0

0 7

NNW 6

1 0

0 0

0 1

TOTALS 21 95 63 2

0 0

181 PER1038 0F CALMS 8 MOURS

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I;1nt Itaquency 31sMbu. loss cf Wind Sp:ed Cnd Direction By Atmosph arao Stab 111tp Class Based on as-ft Winds enc. uT(250ft-35ft)

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"ABLE 4 I: int Iroquency Dt.sttDations of Wind Speed cnd Direction By Atmospheric Stability Clas,s Bssed on 35-ft Winds and6T (250ft-35ft)

For Davis-Sesse Astil 1, IJ75-June 30,1979 Batch Releases osstavations v Tu nassans esta e

Totat onstavations con fue Ptaneo anc as Ptaccatast scevnetmet er stas L Yv etasses a

a e

o e

r e

e.ee e.se e.se as.st so.se es.tv s.ee t

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l TABLE S (cont.)

i Hourly Metcorelogical Dato During B2tch R:1:ases i

Date Hour 35-ft Wind Speed (ciph) 35-ft Wind Direction AT250ft-35ft Ul 3/23/79 11 17.0 155

-0.6 3/23/79 12 13.5 160

-0.6 3/31/79 21 17.5 045

-1.2 3/31/79 22 15.5 045

-1.2 i 3/31/79 23 14.5 045

-1.0 I

3/31/79 24 11.5 035

-1.0 4/1/79 1

14.5 030

-1.1 4/1/79 2

14.5 025

-1.1 l

-1.1

l. 4/1/79 3

15.0 020 3.3 4/24/79 13

'6.0 075 4/24/79 14 6.5 085 2.3 4/24/79 15 7.0 070 2.9 4/24/79 16 9.0 075.

4.5 5/4/79 23 6.5 240 1.7,

5/4/79 24 7.0 235 2.g 1

s.5 270 0.9 l

5/5/79 5/5/79 2

12.5 325 0.0 5/5/79 3

14.5 345

-0.0 1

5/5/79 4

14.5 025

-1.0 5/9/79 20 5.0 190 1.9 2.7 5/9/79 21 4.5 195 5/9/79 22 4.5 180 3.3 5/9/f9 23 5.5 190 3.7 5/9/79 24 6.5 200 2.5 5/10/79 1

7.0 205 1.7 i

s/10/7s 4

3.0 le0 0.7 5/10/7s 5

4.5 190 0.8 5/10/7s 6

4.0 195 0.s l

N L

..a s, m.,.

TABLE 6 Do.se from Gaseous Releases Whole Body Dose - Noble Gas Plume - Individual (Maximum)

,+

Direction N Distance 0.6 mi

- First Quarter Dose (mrem) e From Continuous Release 1.01 E-02 e From Batch Release 0.0 Total 1.01 E-02

- Second Quarter Dose (mrem) e From Continuous Release 1.36E-02 e From Batch Release

1. 71 E-05,

Total

1. 36E-02

- Total for Both Quarters 2.37E-02

+

Direction NNE Distance 0.6 mi

- First Quarter Dose (mrem) e Trom Continuous Release 8.64E-03 e from Batch Release 2.10E-05 Total 8.70E-03

- Second Quarter Dose (mrem) o Trorn Continuous Release 1.07E-02 e from Batch Release

1. 97 E-05 Total 1.07E-02

- Total for Both Quar: cts 1.94E-02

l l

EQC JJ UL Jb TABLF 6 (cont)

Dose from Gaseous Releases Skin Dose - Noble Gas Plume - Individual (Maximum)

+

Direction N Distance 0.6 mi

- First Quarter Dose (mrem) e From Continuous Release

6. 01 E-02 e From Batch Release Total

6. 01 E-02

- Second Quarter Dose (mrem) o From Continuous Release 8.'05 E-02 o From Batch Release 7.59E 05 Total 8.06E-02

- Total for Both Quarters

1. 41 E-01

+

Direction NNE Distance 0.6 mi

- First Quarter Dose (mrem) e From Continuous Release 5.14E-02 e From Batch Release 4.69E-05 Tota 1 5.14 E-02

- Second Quarter Dose (mrem) e From Continuous Release

6. 35 E-02 e From Batch Release 8.77E-05 Total 6.3 G E-02

- Total for Both Quarters 1.15E-01

\\

--.e-_-

TABLE 7 Dose from Gaseous Releases Maximum Individual (Child) - mrom Dose from Iodine and Particulates Direction W

Distance 0.7 mi For Residence Direction W

Distance

0. 6 mi For Garden Dose First Quarter Second Quarter Total For Category Continuous Batch Total Continuous Batch Total 1st & 2nd Quarters 1

Whole Body 7.48E-5

7. 48 E-5

2. 30 E-4

2. 30E-4.

3. 05 E-4 4

1 i

Thyroid 1.40E-4

1. 40 E-4 6.87E-4

6. 87 E-4 8.27E-4 i

i l

4 i

1 N

I P,,

j 0

1 l

TABLE 8' Dose from Gaseous Releases (Noble Gases)

- Population Dose Summary (Manrem) 1 l

Dose First Quarter Second Quarter Tota'l For Category Continuous Batch Total Continuous Batch Total lat & 2nd Quarters Whole Body 1.43E-2 3.26E-5 1.43E-2 1.43E-2

1. 02 E-5

1. 43 E-2 2.86E-2 f

Thyroid 1.48E-2 3.26E-5 1.48E-2

1. 4 6 E-2

1. 02 E-5 1.46E-2

2. 94 E-2 1

- Average Dose to Individuals in Population (Manrem) i Dose First Quarter Second Quarter Total For Category Continuous Batch Total Continuous, Batch Total 1st & 2nd Quarters i

Whole Body

6. 43 E-6 1.47E-8 6.43 E-6

6. 43 E-6 4.58E-9

6. 43 E-6

1. 29 E-5 I

J Thyroid 6.65E-6

1. 47 E-8

6. 65 E-6 6.56E-6

4. 58 E-9 6.56E-6

1. 32 E-5 l

=

l 3

E l

t l

i i

i I

rags ao m et TABLE 9 Dose from Liquid Releases Population Dose Summary (Manrem)

Dose First Second Total ist & 2nd Category Quarter Quarter Quarters Whole 6.26E-02

3. 03 E-02 9.29 E-02 Body Thyroid 5.82E-02

2. 50E-02 8.32E-02 Average Dose to Individuals in Population (Manrem)

Dose First Second Total 1st & 2nd Category Quarter Quarter Quarters W hole

2. 81 E-05 1.36E-05 4.17E-05 Body l

l Thyroid

2. 62 E-05 1.12 E-05 3.74 E-05 f

l i

1

Pest 39 of 51 TABLE 10 Dose from Liquid Releases (mrem) to Individual Nearest Residence NNE at.6 Miles Dose First Second Total 1st & 2nd Category Quarter Quarter Quarters Whole 5.18 E-03

2. 44 E-03

7. 62 E-03 Body (Child)

(Child)

(Child) l l

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4. 90E-03 2.16E-03 7.06E-03 (Child)

(Child)

GI-LLI

7. 86 E-03 5.02 E-03 1.29 E-02 (Adult)

(Adult)

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TABIZ 11 (cont.)

Davis-Besse First Quarter (January 1,1979 - Malp)h 31,1979)

Continuous Release Average D/Q (1/m Distance in Miles 0.5 I.ts 2, s, 3.5 M

t.5 15.0 35,ty 4g,,

l 4.77sE M

4. l -loE-09 l.222E-09 9.632E-10 3.217E-10 3.135E-10 3.474lw1 1.48. ;-ll

~7.Ns>E-12 4.714 WI 3.s s si!-Ott 4.uvoE-Os 1.42dE '10 6.519E-l').

3.7576-10 1.32nti-lo 4.0602-Il 1.44 rlii-I l B. dos R-12 3.50 MI p.9yjE-0J H.724E-09 2.541Ii '10 1.174E-0J.

4.704E-10 2.346E-10 7.2 44 f - I l 2.9dE-Il I.532H-Il p.823 BE I,olgg-or 3.ocoE-09 2.500E-09 1.197E-09 4.tt30E-Io 2.414E-10 F.390E-Il 2.9JVF-ll 8. 414 'I-I l I.0J2 I

s,,4.) t E-Ott

4. d20 E-O')

l.40FE-09 4.4tf4E-10 3.703'!-10 3.30'E-10 4.002H-il I.6246-11 it. 7 3 t e.-12 5.421

7. MIE-DJ 4.192E-4P/

l.63IM-00 d.330E-10 4.757E 10 1.479E-10 5.141E-ll

2. 0.si:i-I l I. 8 22,i-i l

4. v il 355 3.6116-03 3.looE-nw 9.24M-80 4.260E-lO 2.433E-10 0.5 joe-Il 2.62vE-Il I. nose-Il 5.740E-12 3.se iE MI l.144E-03 1.0205-04 2.JJVE-10 1.173E-10 T.fl3 dE-I l 2.M SE-Il 3.4ing-12 3.4.1111-12 1.d4JE-12 1.14s l.60sE-Ott 1.40l*-09 4.1 F-8 8.d938i-10 1.0UlE-10 3.8tdE-Il 1.14SE-l'

4. 74 l li-12 2.55tE-12 1.51 SS4 2.327E-04 2.mE-@

5. M -10 2.74 W-10 1.568E-lo 5.5 m -II I. ov.e E-l !

S. 'l t5 E-12 3.aouE-82 2.29 S.8 3.93/E-n3 3.44lE-Ud 3.0018-09 4.13 4E-10 2.640E-10 9.349d-Il 2.662E-Il 1.162E-Il 6.25uE-12

3.,$,8.

' stS4 4.213E-0:5

.6#4W l.W-W

4. h.~-lO 2.830 plo I.N-10

3. w.T-il l. 24W-i l 6.695E-l/

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2.674E-09 7.rt07F-10 3.507E-10 2.054E-10 7.250E-Il 2.2202-81 0. 03:t1.- 12 4..;4 ps-12 1.08'

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TABLE 13 (cont.)

Devic-B0::o Seo:nd Quartir (April 1,1979 - Juno 30,1979) 2 Continuous Release Average D/Q (1/m }

Distance in Miles

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2 C:ntinuous Ralease Average X/Q Values (sec/m3) and D/Q Values (1/m )

, Receptor Distance y/Q D/Q Sector

( Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sq. Meter)

N O.45 72c.

8.2dSi-05

5. 7')0E ~H iciE 0.45

'/30, 8.0 72 E-OS 6.522d-13 NE 0.51 825.

9.6* E-06 9.%3E-33 EN6 0.40

'MO.

5.339E-GS 7.417 E-03 E

0.75 1280 2.49?E-%

2.00JE-03 ESE 0.9I I$64

3. 449E-M I.8522-13 j

I075.

2.69/E-06 2.2525-03 SE O.6/

SSE 0.57 985.

7.5 8 5E-07 9.d35E-W S

0.55 583.

8.342E-06 I.337E-0J S$4 3.54 900.

1.490E-05 f.9396-33 54 9.61 965 2.64ci-04 2.92 i E-M MSN 0.52 S30 4.855i-06 4.015E-1d W

3.51 8 15.

l.153i-05 7.42'iE-Od Cx4 0.32 S35.

7.0545-06 3.95tE-33 sof 0.54 470.

4.t109E-04 2.615E-33 leise 0.46 740 3.459E-04 4.637E-Od N

3.61 966 7.d485-06 3.54IE-36 ele 1.60 966.

6.7213-36 4.136E-13 5

3.90 1444.

5.a'I2J-07 5.847E-3P Sid 0.7f) 643e.

f.8N36-06 1.}4JE a)3 SW

0. il 8845 J.ti3'#d-04

2. 8 V6F-as 15 4 0.70 Ia25.

3.tX17E-u4

2. 43 8 r.-03 4

0.70 13 2.$.

6. 774!i-M 4.1tSE-Od W'M 8.10 1773.

1.55ti-on 7.2WE-07

.et I.40 2253.

7.II2d-0I 3 812E-09 984 c.40 12dT.

3.3206-M I.769E-CS SSE I.20 1931.

l. 72'iE-01 1.783E-77 5

1.10 1770 3.58 3.E-07 3.05E -17 S54 I.20 1931.

3.4 22E Jl 3.5 % E-77 N

0.60 9 54 8.674E-OS 5.A24E 13 mit I.83 2al>6.

5.4625-0F

2. I l 4 E-09 nS4

2. *lO 4326.

l.690E-n7 4.003E-l3 SSE 5.40 4491.

8. 2 48E-09 9.2/3E-Il 3rld 5.40

.htu.

4.4472-h8 8.834E-10 A

3 2

Batch Rulense AverageX/QValues (scc /m ) and D/Q Values (1/m )

. Receptor Distance y/Q D/Q Sector

( Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sq. Meter)

M 0.45 720 0.ctrE-01 0.000E-Ol et;JE 0.45 730.

2. 46B E-06

2. 494E-03 Nd C.51 825.

l. 406 E-05 8.846E-0$

E16 0.60 960.

I 494E-05 1.554 E-3 F E

C.75 1210.

1.283E-05 8.242E '3J ESS 0.91 1565.

9. 456 E-07 6.043i!-07 SE 0.61 8075.

0 00'42-01 0.030E-01 SSE 0.57 915.

0.mnE-01 0.000E-01 5

3.55 830.

0.0F E-01 0.003E-Ol SS4

0. 'io 900 0.nonE-08 0.000E-35 SW 0.63 965.

3.8332-n6 6.844E-05 ASW 0.52 8J0 0.00CE-08 0.OG1E-01 s

2.* 58 815.

l.447E-06 2.2545-3d cm 0.52 835.

7.405E45 1.OS4E-07 ses 0.54 870 0.000E-01 0.000E-01 sesA 0.46 740.

2.419E-06 5.271 E-38 II 3.63 966.

0.0005-01 0.030E-01 lese 0.63 964.

l.535fsM 1.709E-od S

0.90 1448 0.000E-ol e.030E-01 354 0.70 1128.

0.0005-01 0.7J0E-31

' Sm

.'t.7 8 II48 3.005 t-06

5. I 46E-03 eSie 0.70 1826.

0.0006-01 0.monIE-98 4

0.70 1824.

i.052 9 M l. 32*E-33 seSa c.70 I I.*S.

0.0 ni-ul 0 rind -18 9

0.70 II26.

3.052W

1. U**?-od 44A I.10 I770.

t.dI4Eski 2.202E-13 Nd 3.40 2253.

u.cc)0E-01 0.000E-01

.'C8.4 0.83 1287 I.n646-06 2.08 2E-33 EE I.20 193I.

0.0105-01 0.000E-01 S

I.10 1 F70 G.tind-ol 0.000E-01 i

SSA I.20 1931.

0.0 TIE!-01 0.0COE ')I l.

1 0.60 766.

t.3twd-06 f.707E-0 t eI l

W48 8.80 2898.

5.95dE-07 A. 4 %E-37 4 Sat 2.73 0 46.

0.8L0t2-01 0.0"N1E-01

$55 5.4J ioMI.

0.003E-01 0.0'ior?-01 WSJ

a. tie

&54.

0.00G!-01

0. m ot!-01 I

Davis-Besse Second Quarter (April 1.1979 - Tune 30,1979)

C:ntinuous Releaso X/QValues (sec/m ) and D/Q Vclue.s (1/n.2) 3

. Receptor Distance y/q p/g Sector (Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sq. hieter) 1.71TE-05 7.11 4 -11

'l 0.45 720.

l. 317t!-05 d.697E-1J T3E 0.45 730.

1.076E-05 7.599E-03

.#E 0.51 825.

4.078 E-06 3.510E-0J 960.

63E 0.60 2.8482-06 2.495E-0J E

0.75 1210.

1.098i-07 6.192E-OJ E3E 0.97 1565.

3.153E J4 3.092E-Od SE 0.67 1075.

l.9MLI-06

2. M 7 E->t SSE 0.57 935.

3.5992-06 4.030i!-06 S

0.55 ago.

2.4382-04 2.314E-Oa f

SSA 0.56 900.

SW 0.60 965.

3.549E-4k5 3.079E-03 f

4. 20'.E-06 5.684E-33 851 0.52 830 W

0.51 815.

l.053E-05 S 822E-03 AVW 0.52 835.

3.7.II:I-06 2.926E-13 5.5732-4n6 2.403 E-05 sed 0.54 870.

1.034'l-05 4.079E ~J3 MJ4 0.4s 740.

1.043i-05 4.354E-93 2

0.60 966.

8.2345-o5 S.51dE-03

1. 8E 0.60 946 8.4dlE-06 f.514E-3d S

0.90 l(48, I.7644-06 1.977E-0-1 0.7")

1126.

SSA 0.7I

I43, 2.15% -06 2.330E-0J SN 3.10

l126, 3.9386-05 3.45 I F-H mSA 0.70 1826.

6. 33l E-04 5.198E:-33 g

8.5;r7 ~-17 5.84 t E-TJ 1.10 1770.

.H4 I.40

2253,

7. 92 E-07 3.072E,N dA 0.40 1287.

3.944i-06 I.564E-H RaA 1.20 1938.

4.45 t E-07 4.339E ry)

SSE 9.0355!-07 9.024E-39 8.10 i 770.

5 l.20 1931.

5.303ri-07 5.3035-39 SSz O.50 966.

d 0235-06 6.632E-03 z-2.87Jd-07 l.742E-03 1

1 d0 2696.

artf 2.1042-07 8.219E-1J 2.70 4343,

WS4 5.40 gapi.

2.oteti-od 1.2:13E-13 SSg 5.4942-0d 2.614E-l 3 5.50 8854.

dSA

uo...

l Batch R IcaseY/QValues (sec/m3) and D/Q Values (1/m2)

Receptor Distance yjg 979 Sector

( Miles)

(Meters)

(Sec/ Cub. Meter)

(Per Sq. Meter)

N 9.45 72v).

3.731E-og 8.541 E-31 l

2.161 E-7 ;

730.

4,.24%E-OS

'gdE 0,45 NE o.51 525.

I,746g.<,3

.4 II E-ni CIE 0.61 960.

5.240:i-06 4.192E-15 9.531 E-77 E

0.75 128c.

9.337;i-Op 4.899E-37 ESE 0.97 1565.

5.2dS; -c i 8.863E-39 SE 0.67 1075.

I.0335-Og 1.512E-04 SSE 0.5F

15.

7,343g-Oy O.W-31 5

0.55 880.

0.0m:i-OI 6.214E-13 554 0.56 900

3. 006E-%

4.0:10E-11 SW 0.a0 MS.

3.00nE-ol

.5.JIME-1d issu O.52 E30.

3.155E-05 3.652E-Od 0

0.5I 815.

7.640E-36 0.000E-Of sdict 0.52 835.

0.000n-31 n.cong-Si sov 0.54 87s.

n,tyng-3i 0.0erti-11 Ear 0.46 740 0.fl006-0I 9.612E-OJ M6 2.26E-05 0

0.60 8.383E-OF 0.40 M6.

2.421 E-05 M

I448.

0.0$Ni-OI c.000E-ci 5

0.93

~

323 0.73

I136, 2.gpgi-06

- " ~03 54 0.71 II.ts.

0.0003-41 J.?24-73

.454 0.70 112 6.

4.70ffi-na 2*WEW 0

0.70 1826.

4.494g.43 0.W ~Jl 44e i.10 l Tie o,wyt:.o g

0. M W 8f4 I.40 225 3.

0,,yygg.,3g

0. N -38 sett 0.t10 1267.

0. CW:-ci 2.8576-39 35E I.22 1931.

1.661E-07

0. 0 TIE-G I 5

1.50 1773.

g.g.q:

3*'d3I~'3 ssa 1.20 1938 6.674E-07 2.7 6 19 0

0.60 966.

5.724E-04 0.N-31 44f 1.A3 2693.

0.0002-01 8.196F-JJ as4 2.10

- 4346.

J.941.:-07 8 ' ' "' ' '

SSE 5.40 dev t.

7. 075J-09 2.43aE-10 454 5.50 865 4 I. l S3E-3 r l

t

.

ML20136B484

Text

= = = = = =

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