ML20204H164

Proposed Tech Specs,Revising Radiological Environ Monitoring Program for Checking for Prescence of I-131

ML20204H164
Person / Time
Site:	La Crosse File:Dairyland Power Cooperative icon.png
Issue date:	10/13/1988
From:	DAIRYLAND POWER COOPERATIVE
To:
Shared Package
ML20204G925	List: ML20204G919 ML20204H164
References
NUDOCS 8810240338
Download: ML20204H164 (3)

Text

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TABLE 4.4.1-1 .

N a <,3 RADIOLOGICAL ENVIRONMENTAL HONITORING PROGRAM

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cro EXPOSURE PATilWAY A .. TYPE AND FREQilENCY h3 AND SAMPLING NUMDER OF SAMPLES SAMPLINC FREQUENCY OF ANALYSIS

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$2[, (1) Airborne 5 Contlauous operation of Radiotodine cartridge, analyze O$ Radiolodine and sampler with sample collected at least weekly for I-131.

Particulates as determined by dustloading but at least weekly. Particulate sample, analyze for gross Beta ace.tvity > 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> following filter change.

Camma 1satopic analysis of each particulate s. ample which exhibits >10 tices the mean beta activity at control station.

Camma isotopic analysis of quarterly cosposite from each location. .

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(2) Di r e. c. 6 R3distion 35 Q Camma dose quarterly r At least 2 monitors at each location (3) Weterborne River Water 2 H Camma isotopt< analysis on each sample ~monthlr. Tritium analysis on cnaposite of monthly f

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samples quarterly.

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Locations are specified in ODCH. ., ,

_. B LLD's are calculated in accordance to criteria of, and are essentially the same as those found,in. NUREC-0473, ,,

Revision 2, except for 1-131. ,

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tif is- &ye ftat Epk hby iCCle m tA L f M Clfic *t} M r TABLE 4.4.1-1 (Cost'd)

RADIOLDCICAL ENVIE00DIENTAL M0GIITORIIBC P90 CRAM .

B EXFOSURE PATIMAY TYFf; AIID FRgQtlENCY A

AND SAMPLING NI'HSEE OF SAMPLES SAMPLING FREQUEIOCY OF ANALYSIS 2 SA Canes isotopic analysis of (4) River Sediment ,9 each sample. p (5) Ingestion -

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(a) H11k 3 At least once per 15 days when Ene 1 games isotopic antasis are la pastere Oday-Oct). analysis an each sample.

1 At least meet-enemally. One Cases isotopic analysis of the (b) Fish sample of too differest species edible portions of each sample.

in the area that are important o' as a game or commercial species.

2 .

At time of hervest, if land use Canes isotopic analysis of (c) VeSe.ation 1 edible portions of each sample.

, 'censua.3dentifies.a ggreen as

. per Specification 4 A.1.

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Locations are specified in ODCH. . + te- .

] [3 g LLD's are calculsted in scrordance to criteria of, and are essentially the same as those found in,11UREC-0473, ks Revision 2, er. cept for 1-131.

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f)/cCaiwj4y)c1<d FES, 21, / 7Pr ,

TABLE 4.8.1-1

_ RADIOLOGICAL ENVTE6SMENTAL MONITORING PROGRAM EXPOSURE PATHWAY TYPE AND FREQUENCY 8 AND SAMPLING 'CMBER OF SAMPLESW SAMPLING STtEQUENCY OF ANALYSIS (1) 1. i rborne- 3 Continuous operation of sampler Analyze for gross beta activity Particles with sample collected as > 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> following filter determined by dustloading but at change. Gazana isotopic analysis least weekly. of each particulate sample which exhibits >10 times the mean beta activity of control station.

Gammaa isotopic analysis of at least a quarterly composite from each location.

(2) Direct Radiation 8 SA Gamuna dose - at least At least 2 monitors semi-annually.

at each location.

(3) Waterborne '

Diver Wat er 2 M Gamma isotopic analysis on each sample monthly. Tritium analysis on composite of monthly samples at least quarterly.

(4) River Sediment 2 SA Gamma isotopic analysis of each sample.

(5) Inger.1 i on (a) Milk 1 At least montnly when animals Gamma isotopic analysis on each are in pasture (May-Oct.). sample.

(b) Fish 1 At leesc semi-annually. One Ga- isotopic analysis edible sample of two different species portions of each.

in the area that are important as a gone or commercial species.

(c) Vegetation 1 At time of harvest. Gamuna isotopic analyses of edible portions of each sample.

^ Locations are specified in ODCM.

8 LLD's are calculated in accordance to criteria of, and s re essentially the same as those found in NUREG-0473, l

Revision 2.

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