ML20237B453

Radiological Environ Monitoring Rept for Preoperational Period Jan-Oct 1985

ML20237B453
Person / Time
Site:	River Bend
Issue date:	10/31/1985
From:	Conner J, Harrington M GULF STATES UTILITIES CO.
To:
References
NUDOCS 8712160274
Download: ML20237B453 (78)

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RIVER BEND STATION RADIOLOGICAL ENVIRONMENTAL MONITORING REPORT FOR THE PREOPERATIONAL PERIOD January 1, 1983 - October 31. 1985 Prepared by,: ,

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fb<f Mifh'ael A. Harringto'6 () '

Sr. Rad. Environmental Analyst Reviet.ted by:

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s i ,L k . mg John V. Conner

,Supvr. - Environ. Services L \

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i RIVER BEND STATION j PREOPERATIONAL RADIOLOGICAL ENVIRONMENTAL MONITORING REPORT FOR 1985  ;

TABLE OF CONTENTS 1 Page l.0 INTRODUCTION ................................................ I 2.0 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM (REMP) ........ 4 2.1 Purpose / Bases / Description ................................. 4 2.2 Program Exceptions ........................................ 4 l

l 3.0 P REOPERATION AL REMP RESULTS FOR 1985 . . . . . . . . . . . . . . . . . . . . . . . . 15-APPENDIX A - Eberline Analytical Services Corporation 1985 Annual Report for River Bend Station 4

i LIST-OF FIGURES Figure 1. Far-field Radiological Environmental Monitoring Locations .................................. 2 Figure 2. Near-field Radiological Environmental Monitoring Locations ........................... ...... 3 I LIST OF TABLES Table 1. Radiological Environmental Monitoring Program . . . . . . . . . 5 Table 2. Monitoring Program Exceptions ......................... 13 Table 3. Preoperational Radiological Environmental Monitoring .

P r o g r a m S u mma ry . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ' . . . . . 16 J l

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1 RIVER BEND STATION PREOPERATIONAL RADIOLOGICAL ENVIRONMENTAL MONITORING REPORT FOR 1985

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1.0 INTRODUCTION

This report summarizes the results of radiological environmental monitoring in the vicinity of River Bend Station during the preopera-tional period of 1985, which ended on October 31, 1985, the date of initial criticality.

River Bend Station (RBS) is a 936 MWe General Electric boiling water reactor located in West Feliciana Parish. Louisiana, 4.1 km south-west of St. Francisville (Figure 1). Waste heat from RBS is dissipated I via a closed cycle system using four mechanical draf t cooling towers which draw makeup water from the Mississippi River, 3.3 (air) km to the west. Blowdown from the normal cooling tower system dilutes low-level liquid radioactive waste and is discharged to the Mississippi River j through a 4.4-km buried pipe located downstream of the intake structure '

(Fig. 2). Gaseous radioactive effluents are released through the Main Plant Exhaust Duct, the Fuel Building Exhaust Duct, and the Radwaste i Building Exhaust Duct. J l The area within a 16-km radius of RBS includes substantial portions of West Feliciana, East Feliciana, and Pointe Coupee parishes, as well as small portions of East and West Baton Rouge parishes. Most of the land in this area is devoted, in about equal proportions, to forests and agriculture (pasture, various crops). Wetlands, streams / lakes, and urban / improved lands comprise the remainder of the immediate vicinity of the plant. Besides St. Francisv111e (4.1 km northwest), human popula-tion centers near RBS are New Roads (10 km southwest) and Jackson (12 km northeast). Industrial facilities in the immediate vicinity of RBS are Lambert Redi-Mix Company (1.8 km north-northeast); Crown-Zellerbach Paper Mill (5 km south); Big Cajun No. 2 Power Station (5 km southwest);

and the Corps of Engineers concrete casting yard (5 km west).

The area within an 80-km radius of RBS contains portions or all of 19 Louisiana parishes and five Mississippi counties. .This area has generally the same makeup as that of the immediate vicinity of RBS, al-though wetlands, agricultural lands, and urban / improved lands are rsla-tively more extensive (at the expense of forested lands) in the south-western and southeastern quadrants. Baton Rouge, centered at about 38 km southeast , is the only large city in the general vicinity of RBS.

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Radiological environmental monitoring in the vicinity of RBS.is performed by the GSU Environmental Services Group, with support from the i Plant Staff Radiological Programs Section and an offsite contractor, l Eberline Analytical Services (EAS). In preceding years EAS has com-piled, edited, and issued annual reports summarizing results of radiolo- i gical environmental monitoring at RBS. This report has been compiled .!

internally, although most of the analyses were performed by EAS. The offsite contractor's report for 1985, which covers both preoperational and operational periods for the year, is included as Appendix A. 1 1 1 f

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RIVER BEND STATION PREOPERATIONAL RADIOLOGICAL ENVIRONMENTAL MONITORISC REPORT FOR 1985 2.0 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM (REMP) 2.1 Puroose/dases/ Description The preoperational Radiological Environmental Monitoring Program

( REMP ) was conducted to establish baseline (background) levels of radio- ,

activity in the vicinity of RBS and to identify important pathways of exposure to man and other biota. The preoperational REMP also enabled personnel to gain experience with procedures and equipment, so that re-finements could be incorporated into the operational phase to establish a more efficient monitoring program.

Site-related dispersion characteristics, demography, hydrology, land use, anticipated source terms, and anticipated exposure pathways were considered in selection of the sample media, sampling and analysis j frequencies, sampling / measurement locations, and types of analyses. The .

program was also based on guidance provided in 10CFR50, Appendix I; the NRC's Radiological Branch Technical Position (Revision 1, November {

1979); and NRC Regulatory Guides 4.1 and 4.15. The REMP is outlined in j Table 1 and sampling / measurement locations are illustrated in Figures 1 and 2.

2.2 Program Exceptions Certain samples and analyses were inadvertently omitted or unavoid-ably altered during the 1985 preoperational period. These exceptions and the reasons for the omissions / alterations are delineated in Table 2.

Corrective actions and impacts on program quality are discussed below.

Several weekly air samples were altered due to a variety of equip-ment and

• mower #?ilures. Pumps were repaired / replaced upon discovery of malfunctions. 60st of the power cutages were of short duration and were related to manipulations of circuits serving the "A" and "B" sec-tors during the late phases of construction. Such outages are not ex-pected to recur in future (postconstruction) years. Inasmuch as at least partial air samples were available for analyses for the periods and locations af fected, these exceptions did not significantly impact program quality.

The three thermoluminescence dosimeters (TLDs) lost to fire or vandalism were respectively replaced at their next scheduled deployment times. The TLD at location TR2 was placed in a less conspicuous posi-tion. Considering the relatively high total number of TLDs deployed, these exceptions are not considered to have seriously affected program quality.

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--- -- - - - - _ _ _ _ _ _ _ _ _ _________.____m_m_ -

1 l

I 1

RIVER BEND STATION f l

PREOPERATIONAL RADIOLOGICAL ENVIRONMENTAL MONITORING REPORT FOR 1985 l The irability to acquire curtain spet. s of fish / invertebrates in $

I sufficient quantities is an example of the importance of preoperational moni t a ring; in providing experience upon which to base refinements for the operational program. On the basis of this experience, procedures I and licensing documents were amended to establish more flexible requ ire-exnts. At least some samples of edible fish were obtained to provide additions to the baseline data-base, so the exceptions are not judged to have had a significant impact on program quality,  !

l 1

Milk and broadleaf vegetation sampling was incomplete during the .j preoperational period of 1985. . Control samples of milk were collected i only once each month because of misinterpretation of procedural require- l ments. Certain indicator and control samples of vegetation were not l collected because of limited availability (due to cold weather) and misinterpretation of procedural requirements. Investigation of the ,

omissions revealed inadequacies in procedures, which were revised to l clarify the intended relationship between milk and vegetation sampling. ,

j A greater variety of leafy vegetable crops was established in the onsite l gardens to increase the availability of samples during winter and early l spring. Technicians were instructed to collect at least three types of vegetation (as available) at each sampling location each month. At least some samples of both milk and vegetation were available for analy-ses in each month, so the exceptions are not judged to have had a signi- l ficant impact on overall program quality. l

\

As noted in Table 3, lower limits of detection (LLDs) were not met in 11 out of 55 analyses performed onsite. These exceptions were due to delays in counting which resulted from inexperience related to unexpec- )

ted turnover in personnel. l 1

3.0 PREOPERAT10NAL REMP RESULTS FOR 1985 Results of radiological environmental monitoring at RBS for the l preoperational period of 1985 are summarized in Table 3 (see also Appen-  !

dix A). For purposes of this summary, the sampling / measurement loca-tions designated as "Special Interest" in Table 1 are treated as indice. -

tor stations if they are within 16 km of RBS and control locations if they are beyond 16 km.

Eberline Analytical Services, from which the bulk of the results I were derived, participated in the U. S. Environmental Protection Agency  !

(EPA) Laboratory Intercomparison Program during 1985. Results of this ]

I quality assurance activity are included in the EAS report (Appendix A).

The RBS Environmental Services Group laboratory also participated in the EPA program in 1985. The RBS (in-house) participation code for the in-tercomparison program is "MA," provided here in lieu of a summary of the ,

limited results, in accordance with the Nuclear Regulatory Commission's l Radiological Branch- Technical Position, Revision 1, November 1979.

15

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RIVER BEND STATION PREOPERATIONAL RADIOLOGICAL ENVIRONMENTAL MONITORING REPORT FOR 1985 i

I APPENDIX A Eberline Analytical Services Corporation 1985 Annual Report for River Bend Station i

i l

l l

L---_--__-_____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __

i PRE-OPERATIONAL ENVIRONMENTAL RADIOLOGICAL MONITORING PROGRAM FOR RIVER BEND STATION GULF STATES UTILITIES Annual Report 1985 EBERLINE ANALYTICAL CORPORATION ALBUQUERQUE, NEW MEXICO 1

l Compiled by: .

Kath'y Burnham, Quality Control Supervisor Reviewed and 7

/ /

pproved by: , <'

Rodney Melgard, Laboratory Manager Date: __

'/* I' A-1 i

Abj l k Ad inis ' ep t zur,Yna r i zes data ODtained on samples received in 19M ror tne e n v i r ontrent s i -2aiological moni t ori na procram tor the River bend Ltation of Oult States Utilities.

Ai! samples are collected by uult States Utilities personnel and shipped to Eberline Analytical, AIDuquerque, New Mexico. Upon receipt of the samples, the Lberline laboratorv statt identities them by sample number, sample type, collection date, sample location, and the specific analysis to be perf ormed on each sarnple. The information is written up on a work order and entered in a log book.

)

Data obtained on samples analyzed are tabulated in this report. Where blank spaces appear rollowina collection dates, work was not completed on these samples in time to be included in this report. The data obtained to date were within the 1 expe<.ted rances f or environmental rnedia and indicated the presence of radioactivity attributable to natural or tallout origin.

A sunTnary of Quality Control data obtained during the month is presented at the l end of the report. included in this section are data obtained from intra- and Inter-Comparason procrams i

1 l

l I

l A-2  ;

1 l

I b

e a

lhe ki s - te n st4*tcn

ult .tates Ut ili ties 'c i s t es) . r We

t e eli. i na e arist.

.n ,

-- .e e r,e Mi+ is51tpi fiver at.  :.1 pr. air,o+el, te . a 6 fr 4 tr i . r or t r-

=@?! .nf [ '. * .

• jje, , 'ii t i si' i n,. , . - r - t-r the ki.-.- een] + . tion ,r- . art or t- f f or - t r.er rra i t-n.er .i s', bW N t i bWh dt5iQned tg ui.). E ea'.t A r output at tsted i1 ant iperitl'N conditions is

.,ec! MWt, .hich 4.orrespends tr o net station ele. tr i. al output or approximately w r, MWt. t.acn of the two units has a desian core tnermal pe.er or .$,U15 MWt.

Dissipation or waste heat i!! be accomplished throuch a closed cycle system.

utilitzina multi-cell mechanical dratt toolina towers. Makeup water will be withdrawn f rom the Mississippi River through sutimerced intake screens and suction pipelines to 6 dry pit cumphouse structure, blowdown trom the nein toolina water system is discharoe tc the river throuah a buried pipe located downstream or the intake structure. The desian =11' minimize radioactive releases and insure that radiation dose attributed to I

+he plant oper&t ion will be "as 1o= os r easonabl y acraievatile" I

fne scheduleo completion date of construction and fuel loading for unit 1 is spring twS witn an 6nticipated . ommercial operations date or sprino 19et,

. Unit c is current 1y not scneduled 6nd oniy those racitiIies common to Unit 1 have been j constructed.

A-3

I i

COPNENTSmON A0 TERMS USED IN DATA TABLES j I

I Wet Weight A reportin unit used with or anic tissue sawles such as vegetation l and anima samples in which he amount of sample is taken to be the l weight as received from the field with no moisture removed, j Dry Weight A reporting unit used for soil and sediment in which the amount of sample is taken to be the weight of the sample after removal of j moisture by drying in an oven at about 110" C for about 15 hrs.

pCi/m3 A reporting unit used with air particulate and radioicdine data l l which refers to the radioactivity content expressed in picocuries of the volume of air expressed in cubic meters passed through ' the filter and /or the charcoal trap. Note that the volumes are not corrected to standard conditions.

Gama Emitters Sayles were analyzed by high resolution (GeLi) gama spectrometry.

or The resulting spectrum is analyzed by a computer program which Gama Isotopic scans from atout 50 to 2000 kev and lists the energy peaks of any nuclides present in concentrations exceeding the sensitivity limits set for that particular experiment.

1 Error Terms Figures following " !," are error terms based on counting  !

uncertainties at the 20 (95 percent confidence) level. Values  !

preceded by the "<" symbol were below the stated concentration at the 4.66o (95.0 percent confidence) level.

Sensitivity In general, all analyses meet the sensitivity requirements of the program as given in Table 3. For the few sa mles that do not (because of inadequate sample quantities, analytical interference, etc. ) the sensitivity actually obtained in the analysis is given.

Coment When all analyses of a particular type during the period resulted in concentrations below the sensitivity limites, a statement is made on the appropriate table rather than presenting a whole page of "<" data. If all but one or two data oMnes are below the sensitivity limits, the previously mentioned convention is followed and the finite data are given as footnotes.

A-4

vULF .IAIE; UlILillE3 - fiver BEND .S IIUN AlkEU NL . n AND 6e u., , bL L i.UN:.tNik4 i!UN., IN Ala i A* I 1.ut 1L ..AM tt.

Ir":

lu n im Location: 5t. Frantisville Locatiorn Parlance Collection Collection Date yo l . ( mal beta I-131 Date Vol.fm3) Beta 1-131 s

01/ue/85 385 5+1 << 01/ue/65 381 0+1 </

01/14/85 369 il  :/ ul/14/e5 376 471 </

U1/22/05 521 J+1 /

v1/J2/65 Sue </

sf.1 01/2e/85 40d 31 s, 01/2e/e5 43b 4+1 </

02/04/65 442 J+1 </ U2/D4/65 326 J+1 </

02/11/85 45S 471 o U2/11/05 J76 541 </

02/18/85 447 3 51 << v2/18/05 38J 5+t

<7 02/25/05 45u 211  :-

v2/25/85 374 2+1 <1 U 3 / 04 / b5 403 i!1 UJ/04/05 Joe ;il </

U.:/11eo5 3eo 3+1 ,

u3/11,ns 411 _.! ./

VJ/leie5 dia  ;;l ..ple,n5 347

_1+ /

UJ/;5tc5 jy5 1+1 03/25/65 37t 1+1 </

v4/ut/85 441 /t1 04/u2/65 44e .1+ </

04/UcieE 341 2+1 / v4/U8/05 Jul 2+1 /

V4/15/e5 oso sti '

v4/15/e5 357 <1 ctt v4/22/85 41J l1

?  :/

v4/22/05 j4/ J+1 ./

ud/29'c5 JY1 2+l .

U4/29/05 14e u+1 ,

U:.iuble5 390  ;+1 e ub/uele'. 25,  ;+1 05/10/85 391 J+1 ut./13

• b5 ceu _s2 7 US/Ju/85 f' r4 2+1 05/20iei .s 43 +i </

U5/de/ob 44- 2+1 05i26/55 145 ,Ul (I 06/03/85 3;- 2+1 <7 06/03/F5 30o 3+1 <7 06/10/85 302 371 <7 06/10/85 157 3I1 <7 06/17/85 39a 271 <7 06/17/85 350 2!! <7 06/24/85 397 371 <7 06/24/RS 3R0 271 <7 07/01/85 406 271 <7 07/01/85 366 271 <7 07/08/85 402 171 <7 07/08/85 366 III <7 07/15/85 366 2'il <7 07/15/85 371 231 <7 07/23/85 460 1:1 <7 07/23/85 415 1:1 <7 ,

07/29/85 351 2:1 <7 07/29/85 312 2:1 <7 l 08/05/85 392 3:1 <7 08/05/85 357 3:1 <7 08/12/85 389 2:1 <7 08/12/85 364 2:1 7 08/19/85 392 lel <7 08/19/85 362  !!! <7 C8/26/85 389 2:1 <7 08/26/85 358 2:1 <7 Page 1 A-5

f I i

e GULJ STATES UTILITIES - RIVER BEED STATIOE AIttORNE I-131 AED GROSS BETA CONCENTRATIONS IE AIR PARTICULATE SAMPLES 1965 I

-2 3 l 10 pC1/n Location: St. Francisville Location: Parlance Collection Collection DATE Vol.(a3) tota I-131 Date Vol.(a3) tota I-131 09/03/95 444 2!1 0 09/03/85 409 2:1 O .

09/09/85 341 1!1 <7 09/09/85 306 1!1 <7 09/16/85 396 3!1 <7 09/16/85 356 2:1 <7 09/23/85 385 3:1 <7 09/23/85 359 3:1 <7 09/30/85 403 4:1 <7 09/30/85 364 4:1 <7 10/07/85 392 2:1 C 10/07/85 347 21 C j 10/14/85 399 2:1 C 10/14/85 358 2:1 C j 10/21/85 397 1:1 C 10/21/85 357 111 C i 10/28/85 395 1:1 <7 10/28/85 354 1:1 <7 11/04/85 392 1:1 C 11/04/85 352 211 C 11/11/85 395 3:1 C 11/11/85 355 3:1 C 11/18/85 393 1:1 C 11/18/85 359 1:1 C j 11/25/85 395 3:1 <7 11/25/85 359 3:1 <7 (

12/02/85 395 211 <7 12/02/85 356 2:1 <7 l 12/09/85 398 5:1 <7 12/09/85 357 6t1 <7 12/16/85 391 4t1 <7 12/16/85 390 3:1 <7 12/23/85 397 6:1 7 12/23/85 393 61 <7 12/30/85 401 3:1 <7 12/30/85 402 4: 1 <7 l Page 2 A-6

GULF 5TAIES UIIllTILS - RIVER BEN 9 .lAIION AlhEe M . . 31 ANU ORO'., BETA LONLENikAl10N. IN 41* F AkTILULML'. . M LE:

19e J

lu pti/m i

t.o l l ec t i o n t . .. s t i o n : t.- 1

.. Lollection Location: >,

Date Vo l . i m.s i beta 1-131 Date Vol.Imri Beta 1-1:41 ul/ue/65 J59 6+1 </ 01/08/85 364 $+1 </

v1/14/05 J51 441 s/ 01/14/85 391 371 </

U2/21/65 414 3;l 57 v2/21/85 463 4i1 <7 02/2t/65 420 il </ 02/28/65 383 Jl I s/

V2/Ob/55 4u9 3+1 UJ / I tS ' Ot. 428 4+1 s7 u <11to5 sc , e+. oc/11/bt 374 e+1 /

02/10/oS Jo? 3{1 i 02/le/05 35J 4[1 '/

02/25/85 J6u 3+1 t/ 02/2b/05 38J 3+1 </

v3/04/05 3/6 3;l '7 03/04/65 3/6 3+1 '7 0;/11/85 do; 4{1 / 03/11/85 381 </

351 03/16/65 36u 2+1 .

s / 0J/18/85 36J 2+1 s/ i uJ/25/65 Jul 1+1 7 VJ/25/e5 420 2+1 <7 l 04/u1/65 39 61 7 U4/U1/65 42u 251 (7 U4/06/65 39c J+1 s7 v4/ub/65 4u9 251 ./

u4/15/65 39) J+1 '7 04/15/05 416 J+1 (7 04/JJ/05 30' J+1 7 04/22/85 41e 3+1 7

94. 91bi jo .* .1 +

04/J9/Of 427 J+1 ,

7 05,U0/05 Jbd J+1 06/tle/D5 aci  ;+1 'e

< lt. < [ j / c 5

~

,. .1 + <7 Ub/lfibe 419 .'i+1 /

iit Ji 4 _-[; U S /,18 / r 5 429  ;+1 /

Of 20: 6I 413 u+1 e US/JO/e5 491 2+1 ,

06/03/85 313 3+1 </ 06/03/85 372 3+1 <7 1 06/10/85 155 371 <7 06/10/85 418 171 <7 06/17/85 144 2I1 <7 06/17/85 417 21I <7 06/24/85 303 4I1 <7 06/24/85 429 2T1 <7 07/01/85 3M 3;l <7 07/01/85 434 3l I <7 07/08/85 34 9 lil <7 07/08/85 415 2l I <7 07/15/85 352 2i1 <7 07/15/85 303 3!1 <7 i 07/23/85 403 221 <7 07/23/85 438 121 <7 i

07/29/85 309 31 <7 07/29/85 333 3:1 <7 08/05/85 399 2!1 <7 08/05/85 389 2:1 <7 ,

l 08/12/85 397 21 <7 08/12/85 382 2!1 <7 i

! 08/19/85 404 11 <7 08/19/85 189 1:1 <7 08/26/85 402 2:1 7 08/26/85 382 2:1 7 Page 3 A-7

t GlLF STATES UTILITIES - RIVER BEND STATION AIRBORNE I-131 AND GROSS BETA CONCENTRATIONS IN AIR P&RTICULATE SAMPLES i 1985

-2 3 10 pC1/e A-1 Location: K-S Location:

Collection Collection Date Vol. (n3) Beta I-131 Date Vol. (n3) Beta I-111 2!1 <7 09/03/85 445 2:1 <7 09/03/85 461 1:1 <7 09/09/85 331 1:1 <7 09/09/85 328

<7 09/16/85 382 2:1 <7 09/16/85 403 2!!

3:1 <7 09/23/85 381 3:1 <7 09/23/85 389 4t1 <7 09/30/85 381 41 <7 09/30/85 449 ,

10/07/85 543 2!1 <7 10/07/85 380 2:1 <7 10/14/85 55* 2:1 <7 10/14/85 383 21 <7 10/21/85 407 11 <7 10/21/85 402 1:1 <7 10/28/85 394 1:1 <7 10/28/85 379 1:1 <7 390 1:1 <7 11/04/05 380 1:1 <7 11/04/85 11/11/85 405 3:1 <7 11/11/S5 401 3:1 <7 11/18/85 395 1:1 <7 11/10/05 399 1:1 <7 11/25/85 401 311 <7 11/25/85 395 3:1 <7 l 12/02/85 400 2:1 <7 12/02/85 462 2:1 ~7 l 12/09/85 400 6:1 <7 12/09/85 369 51 <7 12/16/85 400 4:1 <7 12/16/85 400 4:1 ~7 12/23/85 405 5:1 <7 12/23/85 400 6:1 7 12/30/85 403 3:1 <7 12/30/85 408 3:1 7 l

1

)

• Low volume due to short run time. Required LLD met by extending count time.

Page 4 A-8

{.

1 OULF 51 ATE 5 U11LillLS - klVLR BLND bfATION Alh6& NL I-131 ANU ORu u bE1A t0NLLNfkATivN' IN &lk >AkTILULATE. .AMFLE-1 1965 l l

Iv p.i/m i

i. o l l e. t i o n

. LcGtion: bI t.ollection Lxation: b-1 Date VM . ( m> > Bets 1-131 Date V o l . < m.f i Betc, 1-1j1 01/08/b5 Jby 0+1 </ Ul/06/05 293 b+1 </

01/14/65 s4 / o+1 </ U1/14/65 299 541 << i U2/21/65 410 J{l s/ U2/21/65 349 3{1 (7 l 02/28/05 (7 01/29/05 390 4+1 421 3+1 <7 02/OS/65 420 J+1 57 02/05/85 438 471 </

02/11/05 341 5{l </ 02/11/65 358 5{l <<

02/16/85 347 j+1 (7 02/18/65 392 3+1 </

U2 N5/d5 ObU 2+] '7 U2/25/05 400 3;l~

</

V3/04/65 J/3 d+1 (I V3/04/6b J95 J+1 (/

03<11/65 3/4 2i1 (7 03/11/65 J97 J{l (/

V3/16/85 a80 2:1 (7 03/16/65 400 2lt </ i OJ/JS/b5 J9f ]!1 </ V3/25/05 401 It1 </

V4/ul/65 3W 2+1 u4/01/85 399 2+1 ^

</

04/U0/05 3Y2 2+1 ~

'< 04/06/bb j y.y 4+1 </ t na ,15 < e e ,1+

v4/15/e5  ;-  ;!! ./ l 04 / d / e +

_1+ a.Ji,;ig; jec  ;,1 l 04 / JYl d J1: J+1 '

V4/J9/65 343 , +1 (f Ub / llO / 65 4 34 m+1 t/ US/UOle5 393 z+1 /

ub/1J'$5 J. J+1 05/ljet 59;  ;+1 db/ Ulo uti .1+ U5/guieb 3y5 j+1 W 20/et 4J mil .i US/ Olet, 455 J+1 06/03/85 M4 2+1 <7 06/03/85 351 2+1 <7 06/10/85 414 3I1 <7 06/10/85 404 3Il <7 06/17/85 410 2I1 <7 06/17/85 395 III <7 ll U6/24/85 C1 21I <7 06/24/85 407 21 1 <7 07/01/85 C9 2Il <7 0//01/85 421 21 1 <7 l 07/08/85 40~ 151 <7 07/08/85 407 121 <7 07/15/85 V 2tl <7 07/15/85 406 2:1 <7 07/23/85

~

07/23/85 5 1:1 '7 473 1:1 c7 07/29/85 157 2t1 <7 07/29/85 361 2:1 <7 08/05/85 419 2:1 '7 08/05/85 423 1:1 <7 )

08/12/85 415 2:1 <7 08/12/85 402 2:1 '7  !

08/19/85 416 1:1 <7 08/19/85 297 11 <7 l 08/26/85 417 211 '7 08/26/85 417 221 <7 j page s A-9 {

i

l GULF STATES UTILITIES - RIVER SEND STATION AIRBORNE I-131 AND GROSS BETA CONCENTRATIONS IN AIR PARTICULATE SAMf'LES 1985

-2 3 10 pCi/s Location: R-1 Location: B-1 Collection Collection Date Vol. (m3) Beta I-131 Date Vol. (n3) Beta -T-131 09/03/85 480 2:1 <7 09/03/85 480 2:1 <7 09/09/85 349 1:1 <7 09/09/85 348 1:1 <7 09/16/85 421 2:1 <7 09/16/85 427 2:1 <7 09/23/85 352 3:1 <7 09/23/85 356 3:1 <7 09/30/85 411 4:1 <7 09/30/85 347 51 <7 10/07/85 318 2:1 <7 10/07/85 347 2:1 <7 10/14/85 368 2:1 <7 10/14/85 267 2:1 <7 10/21/85 371 1:1 <7 10/21/85 357 11 <7 10/28/85 350 1:1 <7 10/28/85 319 1:1 <7 11/04/85 342 2:1 <7 11/04/85 337 2:1 <7 11/11/85 365 3:1 <7 11/11/85 386 3:1 <7 11/18/85 355 1:1 <7 11/18/85 352 1:1 <7 11/25/85 360 3:1 e7 11/25/85 347 311 <7 12/02/85 406 2:1 <7 12/02/85 393 2:1 '7 12/09/85 332 61 <7 12/09/85 323 71 <7 12/16/85 360 4:1 <7 12/16/85 351 4:1 <7 12/23/85 360 4: 1 <7 12/23/85 355 7:1 '7 12/30/85 363 4: 1 7 12/30/85 359 3:1 <7 l

l Page 6 A - 10 ]

1 l

GULF dlAIE5 UTILITILS - RIVER BEND blAfl0N AIkbukt 1-1.<1 AND OP0b> E4LI A CONCLNikAIIONS IN 41k PARTICULAIES LAMPLES 1985 c >

lu pli/m location: Zacnary Collection Location: Met lower tollection Date Vol. mai ceta ~ ~ I-T31 Date Vol.(mJ) beta ~1-131 0+1 o 01/06/65 34/ 6+1 <7 01/06/e5 380 42t o 01/14/05 340 4i1 </

01/14/e5 351 01/21/e5 bul 311 <1 01/21/85 482 31 </

(< 01/J9/05 394 3+1 <1 v1/29/65 JW 3+1 ~

U2/Ubleb 34 t. 3+1 (i 02/05/65 31/ J1 .i ceu e+1 o U2/11/65 J91 5{1 </

U2/12/oS 02iloto5 .51 (1 <7 02/19/65 43u 3+1 </

02/25/eb (7 02/c5/oS co4 Jti o 328 351 (7

VJ/04/65 cs4 21 1 </ 03/04/0b J7/ 211 VJ/11/bb te. J;l u 03/11/65 J/5 3t1 (7 03/16/dd do4 2+1 < 03/10/65 328 2+1 </

2Il </

03'25/e5 c% 1:1 s/ 03/25/85 384 04/ul/e5 .v3 2+1 V4/02/85 438 2;l <1 04 / 05 / b'.- JUJ 2+1 .i 04/U8/05 334 2s1 </

v4;15/eb J97 Z:1 :e 04/lble5 Je/ d{1 </

i)4 / 2.' I c5 .?. 1+1 </ v4/22/05 3e2 4+1 (/

V4/'9/55 JY/ a1 </ 04/29/65 377 4;l (7 V5'nDee5 . -J _1 + / u5iup/e5 ,$c j +1  :/

ub ,13 / c'1 cs4 2+1 <. U5/1J/e5 383 2+1 '

</

ub/20/s5 c97 2;l (/ u$/20/65 Jo8 2+l~

<7 435 J1 (1 0d/26/05 43/ 2+1 u US c0/?S

<7 06/03/85 331 31'l <7 06/03/85 383 311

<7 06/10/85 14 311 <7 06/10/85 382 311 429 <7 06/17/85 383 21 <7 06/17/83 211 e05 <7 06/24/85 184 2+l <7 06/24/85 211

<7 07/01/85 10 211 <7 07/01/85 3t3 211 07/08/85 W3 11 <7 07/09/85 383 Itl <7 ,

2:1 07/15/85 416 2!! <7 lj 07/15/85 ts 5 (7

-32 07/23/85 476 1:1 '7 07/23/85 111 <7 2:1 07/29/85 369 2:1 <7 07/29/85 328 <7 08/05/85 398 2:1 <7 08/05/85 370 221 <7 08/12/85 404 2:1 <7 l 08/12/85 372 221 <7 1:1 03/19/85 404 1:1 <7 l

08/19/85 374 c7 2:1 <7 j 08/26/85 i.02 2:1 <7 08/26/85 372 I

i l

i Page 7 A - 11

GULF STATES UTILITIES - RIVER BEND STATION AIRBORNE I-131 AND GROSS BETA CONCENTRATIONS IN AIR PARTICULATE SAMPLES l 1

1985

-2 3 1 10 pCi/m I Location: Met Tower Locat4on: 7acharv Collection Collection Date Vol.(n3) Beta I-131 Date Vol.(n3) Beta I-131 09/03/85 433 2:1 <7 09/03/85 465 2:1 <7  !

09/09/85 314 1:1 <7 09/09/85 337 1:1 <7 1 00/16/85 375 2:1 <7 09/16/85 393 221 <7 I 09/23/85 330 3:1 <7 09/23/85 403 3:1 <7 l l 09/30/85 385 4:1 <7 09/30/85 463 4:1 <7 l 10/07/85 307 2:1 <7 10/07/85 335 221 <7 10/14/85 340 221 <7 10/14/85 399 2:1 <7 10/21/85 348 11 <7 10/21/85 402 111 <7 10/28/85 337 121 <7 10/28/85 405 121 <7 11/04/85 337 221 <7 11/04/85 402 21 <7 11/11/85 349 321 <7 11/11/85 403 321 <7 11/18/85 343 221 <7 11/18/85 405 121 <7 l 11/25/85 333 4: 1 <7 11/25/85 405 3:1 <7 12/02/85 148 1:1 <7 12/02/85 410 2:1 <7 12/09/85 264 6:1 <7 12/09/85 411 5!1 <7 12/16/85 360 4:1 '7 12/16/85 405 41 <7 12/23/85 357 6tl '7 12/23/85 414 6:1 <7 12/31/85 389 4:1 7 12/31/85 360 4:1 <7 i

l l

l l

Pace 8 l A - 12 m

ul >. 'r sl AIL: UllLillL5 - K1Vt.K BEND dl All0N A I L bd 'it I-1J1 AND ORua eLIA LONLLNikAIIONS IN Alb f ARTICUL ATL .AMILt~

19M5

-c J 10 pli/m

.olle.: tion

. Location: N. blvd.

Date vol.(mJ) Beta 1-131 OliUbidb J/. 5+l </

U1/14/8b J52 4+1 (7 Ul/22/85 491 J ti (/

01/29/65 J6b 3+1 (/

U2/04/05 J5J 5+1 </

02/11/65 40J 3+1

~

o U2/19/65 401 J+1 <7 UJ / 25 / u'. .45

< ,1+

</

uJ/U4/eb J9/ J+l <7 usill/65 4ub 3*1 ~

</

UJ/16/65 346 241 '

</

0J/25/65 453 1+t '

(7 04/02/65 482 i+l (/

04/06/05 J9J J+ 1 - (/

04/15/Ob 442  ;+1 I u4/;J/ob 4bi J+1 s/

V4eJ9/MS 503 41 si Ublut/dS 40.1 J+1 </  !

n'.13,Fk 485 .1 l e.;uic' Sc  ;+1 l uSiceleS 55o 2+1 (/

06/03/85 461 1+1 <7 06/10/85 539 21 I <7 06/17/85 554  !!! <7 )

06/24/85 563 2+1 <7 i

<7  !

07/01/85 509 21 1 07/08/85 552 1+1 <7 07/15/85 373 2'l (7 07/23/85 425 til 7 07/29/85 325 21 7 08/05/85 372 2t1 -7 l 08/12/85 369 2t1 -7 l 1

08/19/85 377 111 '7 08/26/85 364 2tl '7 1

Dage o A- 13

GULF STATES UTILITIES - RIVER SEND STATIOR AIRBORNE I-131 AND GROSS BETA CONCENTRATIONS IN AIR PARTICULATE SAMPLES 1985

-2 3 10 pCi/s Collec t ion Location: *: Blvd.

Date Vol.(m3) Beta 1-131 09/03/85 421 2!1 <7 09/09/85 319  !!! <7 09/16/83 366 2!1 <7 09/23/83 374 31 <7 09/30/85 369 4:1 <7 10/07/85 362 2!1 <7 10/14/85 373 11 <7 10/21/85 367 1:1 <7 10/28/85 359 221 <7 11/04/85 3G2 3:1 <7 11/11/85 359 321 <7 11/18/85 364 1:1 <7 11/25/85 364 311 <7 12/02/85 367 2:1 <7 12/09/85 367 621 <7 12/16/85 400 '4 1 <7 12/23/85 408 4!! <7 12/30/85 401 3:1 <7 1

i l

Pav,e 10 A - 14

l

)

l ll I

i l

l

)

..L' .!AlL. UIlL1I!L. - EliL6 L t N' ' I _ ; 1, . ,

uv- '3.

-Nat i j et a i ). *ltit- vv iLkL- i. (M i . 11 . gw ., t

.us

. p. ) , T.

1 I l e<.t 2 .. .

3 t 1. ti: .. t . *tsm:15, t ! .- L . ,t i t,ia >

~

U3te . i . ,$ l . i,5 - 1 ? Uther uama .5__llil LS - 13 ~3 Utne' r;e 06mn3 I ltt Utr. cJ. U. 05 i ' i ,5

. .U.U$ U.U5 l 2nd Qtr. 85 <0.05 <0.05 <0.05 <0.05 3rd Qtr. 85 <0.05 < 0. 05 < 0. 05 e0.05 4th Qtr. 85 'O.05 <0.05 'O.05 <0.05 l l

l l1 Alle.ti.o L . :&t t ; , e.1 L . st ian:

. P..

L> aM - 114. i. i- 127 uther uam% V~[34;i.3-1.s- Utner (:ama 1-t Urr. # n 95 .y,u n , g g, 0.05 2nd Qtr. 85 0.05 -0.05 -0.05 0.05 3rd Qtr. 85 <0.05 <0.05 <0.05 <0.05 4th Qtr. 85 -0.05 0.05 -

0.05 0.05 1 2nd 4tr. 85 -

~0.05 0.0; I

3rd Qtr. 85 <0.05 -0.05 l 4tli otr. 85 0.05 0.0; l

Page 11 A- 15

I i

i UUlt ia't. VIILIIll 41VLL btN:' . l A l lv'. j i

~w .a -Nat i , Uf Alk t iL I Lb v04 ; t W u,11t .#Mf L L j i

190t t pl i . .n i

4. o l l e.. t t ern L oco t i on: L-1 L o.:o t i o n: Met lower i Dat_e id - i .iL 5 - 1.6 Uther uartina ts-13f L5-13/ Other uanna i

1+t vt'. e5 v. ud <0.u5 10.05 <0.05 j 2nd Qtr. 85 <0.05 <0.05 <0.05 <0.05 l 3rd Qtr. 85 0.05 <0.05 <0.05 <0.05 j 4th Qtr. 85 <0.05 <0.05 <0.05 <0.05 1 l

l i

l l

i 1

I I

1 J

.ile ,  ;-i,i. .: . n a r . L ,ejon.

~~

rg, givd, ,,3 yat- > >4. <. 5 - 1. utr-r us,wia i. 5 - 1.d . i gi l i .J utrier Vorrena .

l l

let. v**. r' .o5 v. ut U.ut o.ui I 2nd Utr. 85 0.05 <0.05 <0.05 0.05 l 3rd tr. 85 :0.05 <0.05 <0.05 <0.05 ath :r. 85 0.05 'O.05 -0.05 0.05 Page 12 i

A - 16

..Lt

.rart. '!1Lillt. - 51 6 bENU .fAlloN l

i

.1 ., : ' t . i t , ' or uii J La t e-r . 6mp i .-i

' o r w . i. .ml 1. 51 t e .saw I e5 3 1d-

!S_i / '

t. le.t ia i Location Date Iritium uarrrna Lmitters twtd Up-uradient Well ist utr. eb doou ;15 <4

]

Down-Uradient Well let utr, e5 <2000 <15

- 4 Up-Gradient Well 2nd Otr. 85 -2000 <l5 3:1 l i

Down-Gradient Well 2nd Qtr. 85 2000 <15 3:1 l i

Up-Gradient Well 3rd Qtr. 85 <2000 <15 921 Down-Gradient Well 3rd Qtr. 85 <2000 <15 21 I Up-Gradient Well at h Ot r. 85 2000 '15 2:1 Down-Gradient W11 4th Utr. 85 2000 15 211 i

4 1

(

P,n . 13 l

A - 17 i

_ _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ____J

JGULF STATES UTILITIES - RIVER BEND STATION Radioactivity in Surface Water 1985 l

(Monthly Composite Samples) pC1/1 Collection Location: St. Franciville Location: Crown Zellerback Date Ca=ma Emitters Gross Beta Gamma Emitters Cross Beta l 01/85 <15 722 <15 722 02/85 <15 9!2 <15 922 03/85 <15 621 <15 6!1 04/85 <l5 621 <15 6!1 0 5/85 <15 12!1 <15 12:2 1 0 6/85 <l5 721 <15 1012 l 07/85 <15 61 <15 6:1 08/85 <15 811 <15 821 09/85 <15 811 <15 821 ,

10/85 <15 921 <15 8:1 11/85 <15 821 <15 61 12/85 <15 61 <15 6:1 l

Collection Location: DSU Discharge Discharge Line Date Gamma Emitters Gross Beta Gamma Beta 1

01/85 <15 512 02/85 < 15 7!2 03/85 <l5 821 04/85 < 15 621 05/85 < 15 1222 06/85 < 15 8!1 07/85 < 15 71 08/85 < 15 8:1 09/85 < 15 9:1 < 15 <4 10/85 discontinued < 15 4:1 l 11/93 <1; 6:2 l 12/33 15 6:1 (Quarterly Composite Samples)

Collection Location: St. Francisville Crown Zellerback CSU Discharge Discharge Line Date Tritium Tritium Tritium Tritium 1st Qtr. 85 <2000 <2000 <2000 2nd Qtr. 85 <2000 <2000 <2000 3rd Qtr. 85 <2000 <2000 <2000 (2000 4th Qtr. 85 <2000 <2000 di.<centinued 2000 Page 14 A - 18

l l

l l

uULf slAIL5 UllLilita - NIVLR LiLNU 'afAllON l kadi: activity in laine.ina Wster 1965 1 l

iMantnl .omp05ite 'amLledi PSU I l

Lo l l es: tion Location:

~

Donaldsville Date or655 beta uanYna tmi t ter5 I

i l v1/e5 5+2 <15 02/05 9+/

~

15 OJ/bb /+1 (15 I 04/bb $_1 (15 l 05/85 12 2 <13 06/85 921 <15 )

07/85 911 <15  !

08/85 8t1 <l5 l 09/85 6!1 <15 l 10/85 6t1 <l5 11/85 611 <15 j 12/85 51 <15 i i

l Lolle' tion l Locat i un: Dona l ds v i i 1.- -

I lS*- i f 1, t i ur.

I l itt utr '- . an n -

2nd Qtr.85 <2000 3rd Qtr. 85 <2000 4th Qtr. 85 -2000 I Page 15 A - 19 l

1 I

et t lart, ,n h ir!t - w iv th L tN. c l a i t .;N l

)

2in a:tivits o, M1 a , amp!e I lyot a ' ,1 i l

l J

tollection Location: Mctowen Dairy i Date 17131 uamna tmitiers {

v1/15/05 si (15 01/29/05 (l (15 02/14/c5 <1 (15 U2/2b/b5 i (15  !

l V J /14 / dt. 1 15 VJ/25/cb 1 '15 04/06/00 l '15 04/29/c -1 <l5 l 05/13/o5 1 (15 05/2//e5 ;l <l5 06/10/85 <1 <l5 1 1

06/24/85 <t <l5 i 1 07/09/83 <1 <l5 07/23/85 'l <l5 08/12/85 cl <l5 08/26/85 1 <15 l 09/12/85 <1 <l5 09/26/85 <1 <ls 10/07/85 <1 <15 10/22/85 <1 <l5 11/05/85 <1 <l5 11/18/85 <1 <l5 11/26/85 <1 <15 12/10/85 <1 ~15 12/23/85 <1 -15 Collection Locatfor, Angola Dairy Date I-131 Gamma Emmitters 11/26/85 <1 <15 ,

12/31/85 <1 <l5 l,

Page 16 A - 20

--___m.__-.____________j

l l

l 1

' r.U .iAft.. 'ilIL11IL, - 61vLL blki f A I lufJ j

• ' 3 t i v i t ,, it t i P. . ;mp i .

14:

'. '>r * '- .smple u. i o y ;c3 Lio.Jr ; r, NtT (Jfs vamfre t.mi t t er 5 Up-Stream 06/30/85 Buffalo <t30 l I

Dom-S t ream 06/30/85 Buffalo 130 1

4 l

i i

1 4

l if I

l 1

l l

i 1

1 l

l Page !7 A - 21

uUlf si A t ti UllLIIIL5 - klVLR BLNU d f A110N radioactivity in Vegetatirn 19dt p toa iwet) i,o l l ec t i v h eample uamma tmitter:

L os: a t i o r. Date I v De t, i- ! } /

Utner Osnrrg l undite U1/U9/05 Mustard Oreens seu eu; 3 :

Anoola U1/09/65 Mustard breens .eu .ouioi Onsite 02/27/65 Collard ureens (ou (outai Onsite OJ/19/65 Lollard breens (80 (oo(ai Onsite 04/25/05 Mustard Oreens (eu <outa)

Anaola 04/25/85 Mustard breens (80 souta)

Onsite 05/14/05 Swiss Lhard (80 (bO(a)

Angola 06/27/85 Swiss Chard <80

<6D(a)

Onsite 06/27/85 Swiss Chard <RO <60(a)

Angola 07/30/85 Collard Greens <80 (60(a)

Onsite 07/30/85 Collard Greet:s <80 <60(a)

Onsite 08/2n/85 Collard Greens <80 <60(a)

Onsite 09/18/85 Collard Greenc <80 <60(a)

Angola 09/25/85 Mustard Greens <30 <60(a)

Site Garden #1 09/18/85 Collard Greens <8n <60(a)

1. 1 Onsite 10/22/85 Mustard Greens <80 <60(a) d2 Onsite 10/22/85 Mustard Greens <30 <60(a)

Site Garden 11/20/85 Mustard Greens <80 <60(a)

Angola 11/20/85 Mustard Greens <80 <60(a) 12/l7/85 Collard Greens <SO <60(a)

Site Garden n1 <80 <60(a)

Site Garden #2 12/17/85 Collard Green l

l t a , 1 - 1.< 1 -en n.in e i.e , l 1

I c ase 18 A - 22 l 1

i

i l

l OULF s t ale 3 UllL[l j Es - klVLk tstNL l A rivN esdioa:rivity i n Antnel ,amr l eg 19 +

J l

Oama Lmitters

' ci t t: tion type g~j , q i g ,'

Location - -- Date -

< ??- [' l.e

~--

1

{ - l J.1 U.t.n. e.r. u._am_m_e 1 Site 07/25/85 Deer Thyroid <0.4 <0,13 i

1 l

l l

1 l

l 1

1 Pape 19 A - 23 1

l l

1

_j

1 1

I OUL F .. I A f L 5 Ui lL 1 fil'. F IV Lf< t$lND s i A IION kadic o.tivit, in ediment ,,amrles

)

Ivet  ;

uanna tmitters -

Lollection Pli/ko (dry)  ;

Location Date ts-lj/ Utner uamra l Upstear 05/1//e5 (150 <1Su 4

Downstr eam 05/1//85 (150 (150 I

l Upstream 08/22/85 <150 <l50 Downs t ream 08/22/85 <150 <150 j l

I 1

i 1

1 l

l l

l l

I 1

l I

l l

Pace 20 A - 24

' l

uULr <! A fL UllLITIES - klVLR BENU .il AlivN m L adistinn Usino thermolumines.:ent Daimters

< Monthl y Col le:tinr.)

1985

e. ' , a. *

t. .at i : r , , ..,e . M.. s h

• 19 v.o..ar%*

4-1 4+ ..e .et..; .et... 1..t t i.

+..t .e:c.o 5+ 1. 3 it.t+4.4 a-t t.c+a s J..+1. - 14 .y it.t+ .

B-1 c. 7 . . y 4. 4 + 1. <

3;.. 1 11.1+..J B-2 9. 4+ 4. b J. vtl. / .ct<.4 le. ct 3. /

i. - l <

7: > 3. ):3.1 0. 2 t 9 .4 15.7+J.o

i. . .1 + 3. . _.1+..) .

'+J.y 13.4+c.S i C-3 4.e+3.: .

. 1+1.4 .

c. J+2. ; .

9.9+2..

D-1 e.1 + 3. s. e+ :. u 5./+1.o 1/. / +2. 5 U. o.J+4.. . . v+ r . . o.J+c.r 19. c + .' .

E-1 n . -+ 3. u .s . ~ 3. 4 c.u+2.1 15.4+ .v i L-; t. st f. J 4.u7. 4 d.1 13, o 1J. ;;. /

L-L 4. ? 4.<' 1. ? + 1. 4 ',etc.1 14./+j..

f-l 5. U + f . . 3 . 1 + J . t' 7. I + J . D 17. U+ J i

f.  : . 4 + 1. 9 J . 5 + 1. '-

~

e.4+c.e 15.2+3.. ~

v-1 ' . t ! .? . 5 4.e+. 4 <

.5{J.4 15.i+1.9 u-J 4. vt .i . 5 3. c + 1. 2 '.542.1 14. i ts. 3 u- -I e..+4.0 4 . t + c . '~ c.4;..e 10.i+3.. .

6-a . v. 2+ 3. 3 3.3+1.4 ,s+j.. 1 . u+ 1. i H-1 . i+ 3. 4 4.1+J.1 0.b+..t 11. /! . 7 H. 5. U!. . ? . 1+c.1 b. 9+ 1. 9 IS. u+. . -

F1 c.4+3.U 4. c + J . t. /.d+ . ic.'+4 F. >.r+?.0 1. t + 1. b. t +  ! 1 1*'

• ; s.- .. *..

• O. 4 + .4 1 . 4 +: 4

• . E . c + 4. ' > 4. J +_. '

O.Ut..t i t . .+ s. 4

• ."+3.*  !+... _

4.4+ _.. 11.4+ . -

L-l 11. *4.4 '.+..'i . 9+ 1. It..+ 1 l 1

L. '

.J+J.t . ;+ 1. 4

+ '

1+c. u.1+. 3 i L- ').. ..e*... t..+..A 1 c- +: 3.1+.. +

... i t. . . . "

M +: 1. " + 1. ~ 1+. 1. . < + . 1 M_ J. e *'.1 + 1. E .. _ + lt l+ 4 9, - . -

. ' . s + 1. , .+.a .. n J+..

N_  : c+4.. ' +1.e k W .1 13. + .. "

F-1 - : 4.: . et). u o.1+ J. y 17.4! ..o d

t'-i '..t., 1. t + 1. - - e+c. / 15.uti.3  !

u-l o..+ .e .c+>.. o 1+2.4 lo.a+>.c 1 u-c 5. : + 3.1 4.J+i.e 1.4*z.1 12.4+c.4 u .-l J.>+1 -

J . b+ 1. > -

R J+c."

13.1+ 9 U- . L . b* f . d .t+1.t + .. 1 1 +4 4 +3. 1+..J i+. [ '+4 A-1 4. 3 + 3. J. 41.4 " 1+.

1 >'

x 4 +.J + 1. - 4 + 1. 2 1 . * -

E- -

1+ ..J+_.i .+ o 1 a+

• Transit control (TC) value was subtracted f rom individual badge reading.

Page 21 A - 25

uvLe .141Ls UllLif f E5 - RIVLR bENU > tar 10N l

anna ksaistion Usi na lhermol umi neK+ n* U.ssimetert

< F mtni v to l le.: tion) l yv.-

L < .. , t n . n

-: r 1 < Ma,* June

• cr .d vuorter

• a-j c.f.. 1. y. . ~ 7.6:1.3 If C22.0 8.6:1.1 25.0!4.0 A_ y.4+u - _

...' +.

A-t . . p +j... destroyed by fire

i. e31 . .

6-1 Iv.o+1., o+o. 7.621.1 23.0!2.4 6c 9. hto.4 4. 371 1 10.0!4.2 26.2:3.0

i. - l " *c+ 1.1 4.1 + 1. 3 8.821.7 25.4:2.3 t-c y. c+ 1.1 J. / tv. 5 8.2t2.2 22.6:2.3 Cs 0.i+U.e 4. 4+v. c 7.611.8 19.6!!.1 D-1 lu.u+0.9 3. 2!U. 0 9.611.8 26.2 2.6 '

D-2 9.6+1.V 4.2fl.i 8.011.4 23.6:5.2 E-1 6. atu. 5 3. 0+0. E 8.8 2.6 24.2:5.5 E-J 0.S 1 1.. J.etu., 7.221.7 20.625.4 E - '. B.Jtu.Y 3.dtV.t 9'.4!2.3 24.021.4 f-l Y. 41 0 9 J. / tu. 9 8.6!1.1 25.025.7 ,

F. u. btu. 6 3. j tu. 7 8.8!3.3 23.6!4.6 6-1 e.btl. 7 3.6+0.8 9.6!3.3 24.8!3.8 6-J 0.010.0 4. V+0. 9 9.421.8 25.0!3.2 6-d-1 9.910.9 3. z+v. / 8.8!2.6 23.211.7 i u.- 0.b+1.0 .

J. J+9. 9 9.421.8 27.212.6 l 4-1 .?*".1 ~*

lo 8.012.4 22.224.3 l H. 7+" .- - "- 9.623.9 21.223.0

' t+1.- l*". 8.6:2.3 23.4!1.8

'-  !*I- l*" O 9.0 3.2 23.6:5.4

• -1 .U+0.4 4. l* U ' 9.8!2.6 24.0:4.2

.  !*1.'- '+" '

9.4:3.3 23.013.7 t- e..!U.e c.y;1.1 9.021.4 23.2111.3 L-! "'*l- J Itu.? 10.0:2.0 18.6:1.1 L-

>*l - - UtV ? 7.221.7 23.012.8 L'  ?*" ".

-Il1 t 9.2!3.3 20.4:3.3

-" " d'i --

t-!" ' 10.8:2.2 23.0:3.2 M. '

1. " ..Uto. 9.421.1 22.6!6.7 N. -

'+1.. *.I tv. 7 14.2!3.0 26.6t2.3 N-1

.4 4.u+1.0 .

9,o:2,4 23,;12,3 N '* - d+1 1 8.2:1.7 18.8:0.9 l l

t-1 *** - 0+U ' 8.821.7 21.0:11.4 1

• -

• U+1 4

- J i*V 0 10.024.0 23.013.7 u-l e. it i . ! J . ct 1.1 9.222.2 21.424.1

- "*M 7 d '!1 1 11.012.0 23.413.0 u .-1 -

7+1.o  :. 2!1.1 11.226.5 22.4:3.0 v -c .uto.c i.itV.4 8.4!1.1 19.022.8

~'o

+ 1I If - 8.821.7 22.624.1

"-l f*i- -l*' '

7.8 2.2 17.4+2.3

s. e . / + 0. s 4. ot 1.1 8.6 1.1 25.0:1.4 E~ ' " -- ~*l- 9.8t2.2 25.425.6

• Transit Control (TC) value was subtracted from individual badge reading.

Page 22 A - 26

I.

GL'LF STATES L'TILITIES - RIVER BEND STATION

^amma Radiation Csing Thermoluminescent Dosimeters (Monthly Collection) 1985 Location Julv** August

• September

• 3rd quarter

• A-1 9.8:3 6 17.3!5.3 23.3t4.2 A-2 10.2:2.5 17.313.2 27.2t5.5 A-C 10.022.0 18.514.6 25.815.3 B-1 10,5:3.5 18.8t5.6 25.526.9 B-2 9.511.9 17.223.7 30.5!21.3 C-1 10.7:3.2 18.822.5 25.3:3.0 C-2 9.012.5 19.3210.7 25.5!4.5 C-S 9.2:3.1 15.0!2.4 22.717.0 D-1 10.5!2.5 17.5!4.9 25.028.5 D-2 9.0:1.4 16.2!1.9 20.516.3 E-1 9.8:1.4 17.3 2.7 24.2!8.1 E-2 9.0:2.2 15.222.5 23.0210.8 E-C 10.7 1.4 17.014.3 21.811.4 F-1 10.7!3.8 15.012.6 26.8:5.1 F-2 9.8:3.2 18.0!5.3 25.515.6 G-1 10.0:4.1 18.224.0 25.713.0 G-2 9.822.5 17.0!3.7 24.8!8.7 G-S-1 9.312.2 18.712.5 25.718.0 i

G-S-2 11.3:4.2 17.8!2.5 27.815.6 H-1 9.2:3.5 16.0t5.2 23.326.8 H-2 10.2:4.0 18.823.7 23.7t6.4 J-1 10.3:2.5 18.324.3 25.314.8 J-2 S.3:2.5 15.215.6 21.7:4.9 K-1 11.529.1 18.517.5 21.323.3 K-2 10.3t3.5 16.812.2 24.526.7 t

-g 9.2:3.5 16.021.8 21.3 4.8 10.2:3.6 15.712.5 28.7211.3

-J 8.721.9 15.511.9 20.7:7.4

_2_

21.5:4.8 8.3:2.0 19.827.5 L-C 9.7 2.5 16.714.7 2'.8!5.8 i L_s 22.5:4.7 s_i 9.523.5 15.2 3.8 l 10.3:2.5 16.2!2.8 22.519.0 M-2 22.814.8 11.2:3.8 17.717.5 N-1 18.5:7.6 9.0 2.5 16.015.6 N-2 23.0210.8 P-1 10.2:3.2 15.812.0 9.012.2 16.212.5 20.324.2 p_2 8.211.4 15.7!2.7 20.516.3 Q-1 15.722.2 19.8t6.8 10.2:3.6 Q-2 18.8!9.3 21.0!8.1 0-S-1 11.5:2.7

.2:1.2 15.8 4.1 20.523.0 Q-S-2 16.023.0 21.5:3.2 9.5:0.9 Q-S-3 S.3:2.4 15.625.0 19.523.3 R-1 11.7:6.8 18.7!6.1 R-2 26.2 10.8 9.3:1.4 16.212.5 R-S

• Tran~it Control (TC value was subtracted from individual badge reading. )

• • Badges were not requested for July.

Page 23 A - 27

_- --_-------------,----,-------.------s_ - . - - - - - - - - - 2L

GULF STATES UTILITIES - RIVER BEND STATION Ga==a Radiation Using Thermoluminescent Dosimeters (Monthly Collection) 1985 l

Location October

• November ** December

• 4th Quarter

• A-1 9.8:2.5 10.0:3.1 A-2 11.9:3.9 33.0!7.4 10.8:4.I 14.0:5.8 9.711.9 35.3211.6 A-C 9.523.2 11.7:1.7 9.820.8 29.8218.2 B-1 9.322.2 12.2:4.3 12.5:12.1 40.0225.0 B-2 10.O!3.3 13.3 3.7 10.8:3.5 27.0:8.4 C-1 8.323.7 12.2:3.5 10.7!4.2 41.0218.3 C-2 9.821.4 10.8:2.6 9.024.3 34.029.6 C-S 9.822.5 11.7:2.0 8.711.9 32.5 12.6 D-1 11.5:2.5 11.3:2.5 11.324.9 33.0216.7 D-2 11.325.3 13.022.5 10.5:6.7 35.8213.3 E-1 10.722.7 12.2:3.0 9.8 3.6 29.5!7.7 E-2 10.2!2.2 11.5 2.2 8.513.0 31.2210.0 E-C 11.711.2 10.7:3.8 11.324.0 31.8!12.8 F-1 11.0!0.7 13.2:3.0 9.522.2 39.3113.9 F-2 11.211.5 11.322.8 9.623.2 27.8t13.1 G-1 10.726.2 13.5:3.8 10.723.6 37.3!13.2 G-2 9.3!2.2 11.2!4.3 10.7:1.4 27.8!10.6 G-S-1 11.023.0 12.5!4.9 10.0 3.3 33.2 5.9 G-S-2 11.220.9 13.3:6.8 9.8:1.4 34.3210.0 H-1 10.3:6.1 11.021.8 9.0 2.2 3513!11.7 H-2 10.024.1 11.8:2.7 8.5!3.0 31.026.9 J-1 11.0:5.7 10.8:1.7 10.3!6.3 36.2:12.2 J-2 9.3 2.2 12.0:2.2 9.022.2 28.519.7 K-1 11.225.6 10.3 9.3 11.325.1 33.528.3 K-2 10.2 2.7 13.3:3.1 9.7!2.2 26.227.1 K-S 10.8 2.0 11.322.8 10.St5.5 32.3!7.7 L-1 9.7tl.5 14.724.9 8.822.8 30.3116.4 L-2 10.0 3.1 12.827.2 9.3!4.6 29.324.8 L-C 10.2!3.8 12.221.9 9.2:2.4 32.0214.5 L-S 10.2!3.0 13.2 2.5 12.025.1 30.2211.4 M-1 9.7:5.1 11.7 2.9 9.8 2.2 31.8112.6 M-2 12.222.2 16.0t3.2 9.520.9 32.328.8 N-1 11.5:4.3 14.726.5 11.223.8 35.8211.5 N-2 10.523.7 13.223.0 9.525.8 24.326.2 P-1 11.021.4 12.823.0 10.223.0 31.8!6.6 P-2 11.2:3 5 13.5:4.6 8.8:1.5 30.329.5 r

Q-1 11.715.8 13.8:3.7 8.721.9 42.2!19.9 Q-2 9.721.9 13.715.1 10.0!3.3 38.3215.5 Q-S-1 10.711.4 12.8e2.8 10.012.0 26.526.4 Q-S-2 10.214.1 12.3:2 7 10.013.3 30.3215.2 Q-S-3 10.023.7 1',.223.0 8.7!1.9 35.7211.4 R-1 9.721.9 13.5 4.7 8.312.4 21.225.1 R-2 10.722.2 13.7!4.5 10.511.9 40.2218.8 R-S 9.311.8 15.523.8 10.523.0 28.025.6

• Transit Control (TC value was subtracted from individual badge reading.)

• • Badges were not requested for July Page 24 A - 28

1 i

January 1985 QUALITY CONTROL R" PORT Environmental l l

1

_ Analysis Known Value (pC1) Blanks & Spikes Reported Value (pCi)* Processed l

i Alpha Blank <5 3 Alpha 57.4 (Am-241 57.5!0.6 3 Beta Blank <2 6 Beta 50.9 (Cs-137) 50.9 0.5 6 H-3 Blank <1 5 H-3 3890 43402630 5 U-234 Blank <0.2 3 U-234 7.1 7.4 0.7 3 Th-230 Blank <0.2 9 Th-230 5.7 6.120.6 9 Ra-226 Blank <0.1 11 Ra-22 6 4.4 4.821.1 11 Pb-210 Blank <1 2 Pb-210 31.5 32.213.0 2 Pu-239 Blank <0.2 6 Pu-239 2.8 2.7:0.4 6 Sr-90 Blank <1 4 Sr-90 22.7 22.022.1 4 Duplicates Analysis Number Processed Within 2 Sigma _ Within 3 Sigma Alpha 2 2 0 Beta 4 4 0 H-3 4 4 0 U-234 2 2 0 Th-230 8 8 0 Ra-22 6 8 8 0 Pu-239 4 4 0 Sr-90 3 3 0 A - 29

USEPA - Eberline Sample Type Analysis EPA Value EIC Value Units Water H-3 3182!624 39902600 pC1/1 Water Alpha 14t8.7 1623 pCi/l Water Ra-226 3.020.80 3.120.2 pCi/1 Water Ra-228 2.120.50 2.5:1.7 pC1/1 )

Water Uranium St10.4 621 pCi/l Water Beta 64:B.7 71:5 pC1/1 Water Sr-89 1128.7 6:3 pCi/1 Water Sr-90 12:2.6 6tl pC1/1 Water Co-60 1428.7 17!2 pC1/1 Water Cs-134 2:8.7 2:1 pC1/1 Water Cs-137 1428.7 1522 pC1/1 j

^ ^ Spikes & Blanks Analysis Known Value Reported Value* Units Processe:d Beta Blank <0 2 dpm/ml 3 Beta 25.2 25.120.5 dpm/ml 3 H-3 Blank <5 pC1/ml 7 H-3 3890 3860t140 pCi/ml 7 Uranium Blank <5 ug/l 19 {

Uranium 18.6 17.4:2.0 ug/l 19 Ra-226 Blank <0.1 pC1/1 10 Ra-226 4.4 5.021.0 pC1/1 10 Pb-210 Blank <1 pC1/1 4 Pb-210 31.5 32.0:1.6 pC1/1 4 Pu-239 Blank <0.2 dpm/ sample 1 Pu-239 6.1 5.5 0.6 dpm/ sample 1 Duplicates Analysis Number Processed Within 2 Sigma Within 3 Sigma 3 0 Beta 3 4 4 0 H-3 19 19 0 Uranium 9 9 0 Ra-226 A - 30 i.. , . . _ . . . .

q - .

FUSRAP Environmental Analysis Spikes 6 Blanks Known Value Reported Value* Units Processed Uranium Blank <5 ug 3 Uranium 37.2 39.723.2 ug 3 U-234 Blank <0.1 pCi 2 U-234 7.1 7.4:0.3 pCi 2 Ra-226 Blank <0.2 pCi 9 Ra-226 4.4 4.8t0.9 pCi 9 Pb-210 Blank <1 pCi 2 Pb-210 31.5 32.2:3.0 pCi 2 Th-230 Blank <0.2 pCi

{

9 Th-230 5.7 6.1:0.6 pCi 9 I

nu plicates Analysis First Aliquot Second Aliquot Units z

Uranium 61 57 ug/l Uranium 22 20 ug/l U-234 2500!100 2300!100 pC1/1 Ra-226 1.720.5 1.120.6 pC1/1 Ra-226 0.5:0.1 0.420.1 pC1/1 l Th-230 3.5:0.4 2.920.4 pCi/g Th-230 61 5!1 pCi/g Th-230 <0.1 <0.1 pCi/1 FUSRAP Bioassay Analysis Spikes & Blanks Known Value Reported Value* Units Processed  !

Uranium Blank <5 ug/l 16 i Uranium 18.6 17.7!2.0 ug/l 16 i

Ra-226 Blank <0.1 pC1/1 10 l Ra-226 4.4 5.021. 0 pC1/1 10 1

Pb-210 Blank <1 pCi/l 4 Pb-210 31.5 32.021.6 pCi/1 4 l

A - 31

t l

I l

Duplicates I l

l Analysis First Aliquot _ Second Aliquot Units I l

i Uranium <5 <5 ug/l

• ug/l Uranium <5 <5 ,

1 P2-226 0.18:0.06 0.1520.04 pCi/l 1 Ra-226 0.04:0.05 0.19t0.12 pC1/1 Ra-226 0.14:0.04 0.13!0.10 pCi/l f

i l

• The statistical mean 2 2 Sigma of the mean, i i

I 1

1 1

I l

i A - 32

l QUALITY CONTROL REPORT April, 1985 ENVIR0teLNIAL  ;

A Analysis Known Value(oCi) Reported Value(oCi)* Blank & Spikes Processed i Alpha Blank <5 6 i Alpha 57. 4( Am-241) 49.9+8.6 6 )

Seta Blank 72 4 Beta 45.1(Cs-137) 44.3+2.7 4 H-3 Blank il 2 H-3 3890 3950+120 2 U-234 81ank 70.2 2 j U-234 7.1 7.7+1.3 2 j Th-230 81ank 70.2 2 i Th-230 5. 7 5.7+0.4 2 Ra-226 B1ank 70.1 11 Ra-226 4. 4 4.7+0.6 11 Sr-90 Blank 71 2 Sr-90 22.7 21.8+2.1 2 Pu-239 Blank 70.2 2  ?

Pu-239 2. 8 2.9+0.4 2

)

DUPLICAlES Analvis Number Processed Within 2 Sicma Within 3 Sioma 1 Alpha 4 4 0 Beta 3 3 0 l H-3 1 1 0 U-234 )

1 1 0 Th-230 2 2 0 ka-226 8 8 0 Sr-89 1 1 0 Sr-90 1 1 0 I

A - 33 )

i USEPA - EBERLINE Sample Tve# Analysis EPA Value Eberline Value Units Water Alpha 68.7 1 6+4 pCl/1 Water Beta 1518.7 19+2 pCi/l B10 ASSAY l

Analvsi,5 Known Value Reported Value+ Units Spikes & Blanks Processed Beta BIank <0. 2 dpm/ml 4 Beta 25.2 25.210.9 dpm/ml 4 l H-3 Blank <b pCi/ml 2 H-3 3890 38001280 pCi/ml 2 Uranium Blank <5 ug/l 15 Uranium 16.6 18.212.0 ug/l 15 l U-234 Blank <0.2 dpm/ sample 2 U-234 15.8 16.311.3 dpm/sampie 2 Ra-226 B1ank (O.1 pCi/I 9 Ra-22b 4.4 4.6+1.3 pCi/1 9 pu-239 Blank J

<0.2 dpm/ sample 2  :

Pu-239 6.1 6. 110. / dpm/ sample 2 l DUPLICATE $

l Analysis Number Processed Within 2 Sicma Within 3 Sicma Beta 4 4 0 H-3 1 1 0 Uranium 13 13 0 Ra-226 5 5 0 l

l A - 34

FUSRAP ENVIR0rftENTAL _

Analysis known Value Reported Value+ Units Spikes & Elanks Processed Uranium Blank <5 u9 8 Uranium 37.2 37,4 t3.3 ug 8 Ra-226 Blank < 0. 2 pCi 9 Ra-226 4. 4 4.810.6 pCi 9 Th-230 Blank <0. 2 pCi 2 in-230 5. 7 S.70.4 1 pCi 2 DUPLICATES Anapsis First Aliquot Second Aliquot Units Uranium 68 74 ug/I Uranium (5 <5 ug/1 Uranium 22 18 ug/l Ra-226 0.210.1 0.210.1 pCi/1 .

Ra-226 3.510.3 4.110.4 PCi/1 Ra-226 <0.1 <0.1 pCi/1 FUSRAP B10 ASSAY Analysis Known Value Reported _Value+ Units $_ pikes & Blanks Processed Uranium B1ank <5 ua/l 9 Uranium 18.6 17.8+1.4 ui/1 9 Ra-226 B1ank 70. 1 pi.i /1 8 Ra-226 4.4 4.511.I pCi/1 8 DUPLICAlLS Analysis first Aliquot Second Aliauot' Units Uranium <5 <5 ug/l Uranium <5 <5 ug/l Ra-226 0.14+0.03 0.I110.04 pCi/1 Ra-226 0.02to.03 0.05t0.02 pCi/I Ra-226 0.0910.05 0.06 0.04- PCi/1

• The statistical mean i 2 Sigma of the mean, i

A - 35

OUAL1IY CONIROL REPORf May, 1985 LNVIRC& ENTAL Analvsis kno,n value(gCi) Reported Valuetoti). b l a r.k & toi'es Processed

<S 1 Alpha Blank 1

Alpha 5/.4(Am-241) 57. Sto. 6

<2 2 Beta Blank 2

i l Beta 45.1(Cs-13/) 44.2t4.0

<1 2 l H-J Blank 3810+120 2 l H-3 J890

20. 2 2 l U-234 B1ank l U-234 7.1 7.4+0.3 2 Ra-226 Blank 70.1 5.

Ra-225 4.4 4.5+0.3 5 il o Sr-90 Blank 21./+2.8 6 l Sr-30 22./

Pu-zJ9 Bl ank 20.2 1 ou-239 2.8 3.0+0.3 1 Blank <0.2 2 in-2JO 5,7t0.9 2 Ih-2JO 5. /

DUPLICATES a Number Processed Within 2 Sicma Within 2-J Sicma A_n_a l vi s Alpha 1 1 0 2 2 0 Beta 2 2 0 H-J 1 0 U-234 1 1 0 Ra-226 1 1 0 Sr-89 1 2 0 Sr-90 2 l

A - 36

l U$ EPA - ESERLINE as. mole Tvoe 'ral, sis

, EPA Value tberline Value Units )

Water Ra-226 5. U+ 1. J 4. ti. 6 pci/1 Water Ra-226 9. 0t2. J 10.9 1.4 pCi/1 Weter H-3 3559te30 4120!520 PCi/1 Later I-131 /. Stl. J 5.31.2 1 FCI/1 610 ASSAY j l

A n_a l vs i.s, Known Value Reported Value. Units Spikes & Blanks Pr_ocessed H-3 61ank <5 pCi/ml 3 l H-3 3890 3860t90 pCi/ml 3 l l Uranium Blank (5 ug/l 25. i

} Uranium 18. e 1/.61 2 2 ug/l 25 l j U-234 Blank (0.2 dpm/ sample 2 l

} U-234 15.6 16.6+2.0 dpm/ sample 2 l l Pa-226 Blank <0.1 PCill 3 ]

l Ra-226 4. 7 4. 8tl .1 pCf/l 3  ;

pu-239 Blank <0.2 dpm/ sample 3 l Pu-239 6.1 6.411.1 dpm/ sample 3  !

Am-241 B1ank (O.2 dpm/sampie 2 l

Am-241 6.4 6.5+0.1 dpm/ sample 2 I 1

l DUPL ICATE_S_

Analysis Number Processed Within 2 Sioma Within 2-3 Sic.a H-3 3 3 0 Uranium 26 26 0 i Ra-226 1 1 0 l

l l

A - 37 l

________ - a

I FUSRAP ENVIR0fMENTAL Analvsis ' N n Value Reported Value+ Units Soikes & Blanks Processed 1

Uranium blank (5 ug/l 1/ j Uranium D.2 38.2+5.1 ua/l 17 l Ra-226 Blank 20. 2 pCl 12 )

Ra-226 4. 4 4.5+0.5 pCi 12  !

Th-230 BIank (U. 2 pCi 5 l Th-dJo 5. / 5. / to. 4 pCi 5 U-234 Blank <'J.2 pCI 3 U-234 /.1 /. I to. 8 pCi 3 DUPLICATES, Analysis First Aliquot Second Alicuot Units Uranium 110 110 ug/1 -

Uranium 12 13 ug/l Uranium 44 39 ua/1 Ra-226 0.5+0.1 0.5+0.1 pCi/1 Ra-226 0. 3+0.1 0. 3 10. 1 pCi/1 Ra-226 0.20.1 1 0. l to.1 pCi/1 Th-230 <0.2 < 0.1 pCi/1 U-234 2.1+0.5 1.8+0.2 pC1/1 FU5 RAP B10 ASSAY Analysis Known Value Reported Value. U_ nits Spikes & Blanks Processed Uranium Blank (5 ug/l 19 Uranium 18.6 17.3t2.1 ug/l 19 Ra-226 Blank <0.1 pCill 6 I Ra-226 4. 4 4.8+0.9 pCl/1 6 DUPLICATES l

Analysis First Aliquot Second Aliquot Units l Uranium <$ <5 ug/l Uranium <5 <5 ug/l Ra-226 <0.10 0.07t0.03 pCi/I Ra-226 <0.06 <0.07 pCi/1

• The statistical mean i 2 Sigma of the mean.

A - 38

1 QUALITY CON 1ROL REPORT l June, 1985 LNVIR0ft1 ENTAL ReJorted Value gCi). Blank & Spikes _

Analysis Known Value(oCil_

(2 2 Beta Blank 2 Beta 45.1(Cs-137) 45.0+0.4

<1 2 H-3 Blank 2 H-3 3800 3780+100

20. 2 2 U-234 B1ank '

U-234 7.1 7.7+0.9 Blank 20. 2 .

Th-230 3 Th-230 5. 7 5.1+0.8

<0.1 4 Ra-226 Blank 5.1+0.8 4 Ra-226 4.7 Sr-90 Blank il 2 2

Sr-90 22.7 20.2+3.5 Pu-229 Blank (0.2 1 2.8 2.9+0.3 1 )

Pu-239 DUPLICATES Number Processed Within 2 Sigma Within 2-3 Siama Ay lyis 2 0 Beta 2 2 0 H-3 2 2 0 U-234 2 3 3 0 Ih-230 0 4 4 Ra-226 0 1

Sr-90 1 I

A - 39 t

l L________________________________________________________ _ _ _

e _ _J

i USEPA - EBERLINE Sample Type Analysis EPA Value Eberline Value Units i

Air Filter Alpha 10.018.7 8 12 pCi/ filter l Air Filter Beta 36.0t8.7 58t5 pC1/ filter Air Filter Sr-90 15.012.6 22+5 pCi/ filter Air Filter Cs-137 6. 0[8. 7 10[3 pCi/ filter BICASSAY 1

Analysis Known Value Reported Valup Units Spikes & Blanks Processed Uranium Blank <5 ug/l 17 Uranium 18.6 17.5t2.0 ug/l 17 ,

<0.1 pC1/1 5 Ra-226 Blank 5

Ra-226 4. 7 4.510 6 pC1/1 Blank <0.2 dpm/ sample 2 Pu-239 Pu-239 6.1 6.4t0.6 dpm/ sample 2 {

DUPLICATES Analysis Number Processed Within 2 Sigma Within 2-3 Sigma l 17 0 Uranium 17 3 0 Ra-226 3 USEPA - Eberline EPA Value Eberline Value_ Uni ts. l Sample Type Analysis Urine H-3 3056+622 3550t2050 pCi/1 )

l l

A - 40

l 1

i

)

FUSRAP ENVIR0ffiENTAL f Reported Value. Uni ts Spikes & Blanks Processed A na _l y si s_ snown Value Uranium B1ank <5 ug/l 6 ug/1 6 Uranium 37.2 37.416 2 2 U-234 Blank (0.2 pCi U-234 7.1 7.70.9

! pCi 2

< 0. 2 pCi 3 Th-230 Blank 3

5. 7 5.110 8 pCi l Th-230 4 l Blank <0.1 pCi Ra-226 4 4,7 5. It0.8 pCi Ra-226 DUPLICATES l Analysis first Aliquot Second Aliquot. Uni ts 40 42 ugli l Uranium ug/l Uranium 20 22 4100+100 4000+100 pCi/g Ih-230 pCi/g Th-230 1600fl00 1600{100 Ra-226 0,1+0.1 0.1+0.1 PCi/1 0.4[0.1 pCi/1 Ra-226 0.4E0.1 FUSRAP BI0 ASSAY l Analysis Known Value Reported Value* Uni ts Spikes & Blanks Processed Uranium 81ank <5 ug/l 11 17.612.3 ug/1 11 Uranium 18.6

<0.1 pCi/1 4 Ra-226 81ank 4.50.6 pCi/1 4 Ra-226 4.7 t DUPLICATES Analysis first Aliquot Second Aliquot Units

<5 <5 ug/l Uranium ug/l

<5 <5 Uranium pCi/1 Ra-226 <0.12 0.06t0.03

<0.05 pCi/1 Ra-226 0.0810 06

• 1he statistical mean t 2 Sigma of the mean.

A - 41

Quality Control Report ,

July, 1985 Environmental Spikes & Blanks Known Value (pCi) Reported Value (PC1)* Processed Analysis

<5 2 l Alpha Blank ,

Alpha 57.4 (Am-241) 57.7 t 17.5 2 Beta Blank <2 3 Beta 45.0 (Cs-137) 45.3 0.9 3

<1 2 H-3 Blank H-3 3800 3790 t 70 2 Th-230 Blank <0.2 7 5.6 ! 1.7 7 Th-230 5.7 Ra-226 Blank <0.1 3 3

Ra-226 4.7 5.0 t 0.5

<1 1 l PS-210 Blank '

1 Pb-210 31.5 31.0 t 3.0

<1 1 Sr-90 Blank Sr-90 22.7 21.6 1 2.2 1 Pu-239 Blank <0.2 2 2

Pu-239 2.8 2.8 1 0.3 Duplicates Within 2 Sigma Within 2-3 Sigma Analysis Number Processed l I

4 0 Alpha 4 4 4 0 Beta 1 0 l H-3 1 4 4 0  !

l Th-230 '

1 0 Ra-226 2 0

Sr-89 1 1 0

Sr-90 1 1 Bioassay Spikes & Blanks  !

Analysis Known Value Reported Value* Units Processed

<5 ug/l 16 Uranium Blank 17.8 2.0 ug/l 16 Uranium 18.6 U-234 Blank <0.2 dpm/ sample 2  ;

U-234 15.8 16.7 1 1.7 dpm/ sample 2 Ra-226 Blank <0.1 pC1/1 7 Ra-226 4.7 4.8 1 0.7 pCi/l 7 Beta Blank <0.2 dpm/mi 2 I

25.2 26.1 1 2.8 dpm/mi 2 Beta

<5 pC1/mi 4 l H-3 Blank H-3 3800 3800 ! 40 i

A - 42

f Bioassay I

Analysis Number Processed _ Within 2 Sigma Within 2-3 Sigma Uranium 16 16 0 Ra-226 5 5 0 Beta 1 1 0 H-3 3 3 0 FUSRAP Envirc mental Spikes & Blanks Analysis Known Value Reported Value Units Processed Uranium Blank <5 ug/l 7 Uranium 37.2 37.6 ! 2.3 ug/l 7 Th-230 Blank <0.2 pCi 7 Th-230 5.7 5.6 t 1.7 pCi 7 Ra-226 Blank <0.1 pCi 2 Ra-226 4.7 4.8 0.8 pCi 2 Pb-210 Blank <2 pCi 1 Pb-210 31.5 31.0 ! 3.0 pCi 1 Alpha Blank <5 pCi 2 Alpha 57.4 (Am-241) 57.7 t 17.5 pC1 2 Beta Blank <2 pC1 2 Beta 45.1 (Cs-137) 45.5 ! 0.6 pCi 2 i

Duplicates Analysis First Aliquot Second Aliquot Units Uranium 23 21 ug/l Uranium 18 20 ug/l Th-230 4.5 ! 0.4 3.8 ! 0.4 pCi/g Th-230 1.5 ! 0.2 1.9 ! 0.3 pCi/g Th-232 0.4 ! 0.2 0.7 t 0.2 pC1/1 Ra-226 0.2 ! 0.1 0.4 1 0.1 pC1/1 Ra-226 0.2 ! 0.1 0.1 ! 0.1 pCi/l Alpha <5 <5 pC1/1 Beta 17 ! 4 14 3 pC1/1 FUSRAP Bioassay Spikes & Blanks Analysis Known Value Reported Value Units Processed Uranium Blank <5 ug/l 10 Uranium 18.6 17.3 ! 1.9 ug/l 10 Ra-226 Blank <0.1 pC1/1 7 Ra-226 4.7 4.8 ! 0.7 pCi/1 7 e

A - 43

1 l

i 1

Duplicates Analysis First Aliquot Second Aliquot Units _

I

<5 <5 ug/l Uranium ug/l Uranium <5 <5

<0.07 0.06 0.03 pC1/1 1 Ra-226

<0.10 <0.16 pC1/1 {

Ra-226 Ra-226 <0.10 <0.11 pCi/l l l

I I

i l

l l

l l

i l

e A - 44

GUALITY CONTROL REPott AUGUST, 1965 ,

ERYIROEENTAL Spikee &_ Blanks Analysis Known Value (pC1)_ RfDorted Velve (oCi). ProceppeM$

I Alpha Blank <5 4 57.4(AM-241) 56.515.7 4 l Alpha Beta Blank <2 4 Beta 45.0(CS-137) 45.311.5 4 H-3 Blank <1 2 H-3 3800 38101130 2 U-234 Blank <0. 2 2 U-234 7.1 7.411.3 2 Th-230 Blank <O. 2 4 Th-230 5. 7 5.010,8 4 Ba-226 Blank <0.1 8 Ba-226 4.7 4.7+1.1 8

~

Sr-90 Blank <1 2 l Sr-90 22.7 24.013 9 2 f Duplicates Analysis Number Proceaed Within 2 Sigma Within 2-3 Sigma

~

l Alpha 2 2 O Bets 3 3 0 H-3 3 3 0 U-234 2 2 0 Th-230 1 1 O Ra-226 4 4 0 1

f A - 45 l .

l 1

i l

Etoaneay a Spikes & Slanks Analysis Known Value Reported Value*_ Units _ Processed Uranium Blank <5 ug/l 28 Uranium 18.6 17.811.6 ug/l 28 U-234 Blank < 0. 2 dpa/sesple 2 U-234 15.8 16.712.7 dpe/ sample 2 Th-230 Bank <0. 2 pCi/1 2 Th-230 5. 7 5.11.0 1 pCi/1 2 Ra-226 Blank < 0.1 pCi/1 3 Ra-226 4.7 4.911.2 pC1/1 3 R-3 Blank <5 pCi/1 8 E-3 3800 3750+340 pCi/1 8 j Pu-239 Blank < 0. 2 dps/ sample 2 Pu-239 6.1 6.4 3,0.4 dps/ sample 2 Duplicates f Analysis Mumber Processed Within 2 Sigma Within 2-3 Sigma Uranium 28 28 0 Ra-226 4 4 0 H-3 4 4 0 l

4 l

A - 46

}

FUSRAP ENYIttBIENTA1.

Analysis Enown Value Reported Valuee Units Processed Uranium llank <5 ug/l 5 Uranius 37.2 34.214.3 ug/1 5 )

U-234 Blank <0. 2 pCi 2 c,

U-234 7.1 7.411 3 pCi 2 q Th-230 Blank <'O. 2 pCi 4 Th-230 5,7 5.010 8 pci 4 Ra-226 Blank <0.1 pCi 8 Ra-226 4. 7 4.711 1 pCi e Alpha Blank <5 pCi 2 Alpha 57.4(AH-241) 55.318 8 pCi 2 Duplicates Analysis First Aliquot Second Aliquot Units Uranium 25 28 ug/l Uranium 240 270 ug/l Th-230 <0.1 < 0.1 pCi/1 ]

Ra-226 0.10.1 1 0.20.1 1 pci/1 l Ra-226 0.310 1 0.30.1 1 pci/1 Ra-226 0.210 1 0.30.1 1 pCi/1 Ra-226 0.210 1 0.20.1 1 pC1/1 ]

FUSRAP BIDASSAY Analysis Known Value Reported Value Units Processed Uranium Blank <5 ug/l 24 Uranium 18.6 17.7+1.5 ug/l 24 Th-230 Bisak <0.1 pCi/1 2 2

l Th-230 5. 7 5.111.O pci/1 Ra-226 Blank < 0.1 pC1/1 3 Ra-226 4. 7 4.911.2 pC1/1 3 Duplicates Analysie First Aliquot Second Aliquot Units Uranius <5 <5 ug/l Uranius <5 <5 ug/l Ra-226 <0. 06 0.0710.05 >

pCi/1 Re-226 0.1510.10 <0.10 pCi/1 eThe statistical mean 1 2 Sigma of the mean.

A - 47 l

i QUALITY CONTROL REPORT September, 1985 ENVIRONMENTAL l-Spikes & Blanks l Analysis Ky yn Value (ncil Reported Value (pC1)* Processed

<5 7 Alpha Blank 7 {

Alpha 57.4(AM-241) 56.915 9 9 Beta Blank <2 45.0(CS-137) 45.5+3.5 9 l Seta ,

2 M-3 Blank <1  ;

2 M-3 3800 38101130

< 0. 2 1 U-234 Blank U-234 7.1 7.3+0.7 i Blank 70. 2 2 Th-230 2 j Th-230 5. 7 5.1+1.1 l

Blank < 0.1 2 l 1 Ra-226 2

l Re-226 4.7 4.81 2 1 i

l l

Duplicates f

( 1 l

Analysis Number _Procesed Within 2, Sines Within 2-3 Stasa l

Alpha 7 7 0 Beta 7 7 0 l H-3 2 2 0 1 0 U-234 1 2 2 0 l

Th-230 2 2 0 Ra-226 USEPA - Eberline

. Sample T m Analysis EPA Value Eberline Value Units Vater E-3 44801448 53601600 pCi/1 Sr-89 1115 916 pC1/1 Milk Milk Sr-90 1112 612 pCi/1 I-131 1116 460 pC1/1 Bilk Ca-137 1115 <24 pC1/1 Milk l

E 1525176 13201510 mg/l l

Milk l A-40

I l

l l

Bioassey l

l I

Spikes & Blanke_ j Analysis Known Value Reported Value* Unite Processed Uranius Blank <5 ug/l 17  !

1 18.6 18.211.8 ug/l 17 Uranius Th-230 Slank < 0.1 pCi/1 7 Th-230 5.7 5. 5 11. 1 pC1/1 7 Ra-226 Blank < 0.1 pC1/1 16 l

ta-226 4.7 4.810.8 pCi/1 16 I U-234 Blank <0.2 dpe/ sample i f U-234 15.8 16.011 6 dpe/ sample 1 l M-3 Blank <10 pCi/1 13

]

H-3 3800 38201420 pCi/1 13 i Pu-239 Blank <0. 2 dpe/ sample 1 l dpe/ sample i Pu-239 6.1 6.310 6 1 2 I An-241 Blank <0. 2 dpe/ sample l

As-241 6. 4 6.210.9 dpa/eample 2 1

I l

Duplicates l I

1 i

Analysis Number Processed Within 2 Sigma Within 2-3 Sinsa Uranius 17 17 0 Ra-226 5 5 0 H-3 13 13 0 )

~

i l l A - 49 1'

u________________ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - -

1 I

I i

FUSRAP ENVIRONMENTAL Analysis Known Value Reported Valuee Units Processed i

U-234 Blank <0. 2 pCi i U-234 7.1 7.3 10.7 pci i Th-230 Blank <0. 2 pCi 2 Th-230 5. 7 5.111.1 pci 2 Ra-226 Blank < 0.1 pCi 2 ,

ta-226 4. 7 4.811.2 pC1 2 Duplicates Analysis First Aliquot Second Aliquot Units Th-230 < 0.1 <0.1 pCi/1 Ra-226 < 0.1 40.1 pCi/1 Ra-226 0. 2 10. 1 0.1 10

, .1 pCi/1 FUSRAP BIDASSAY Analysis Known Value Reported Value Units- Processed Uranium Blank <5 ug/l 4 Uranius 18.6 17.812.1 ug/l 8 Th-230 81enk <0.1 pCi/1 7 Th-230 5. 7 5. 5 11. 1 pci/1 7 Re-226 810.nk <0.1 pC1/1 16 Re-226 4. 7 4.810.8 pCi/1 16 Duplicates Analysis First Aliquot Second Aliquot Units .

i Uranius <5 <5 ug/l Uranium <5 <5 ug/l Ra-226 0.08:0.06 0.0610.04 pci/1 i Re-226 <0.09 <0.09 pCi/1 Ra-226 <0.10 0.17 10 ,.06 pCi/1 {

j Ra-226 <0.05 0.11 0.02 pCi/1 1 Ra-226 0.0910.07 0.04+0.04 pCi/1 l

• The statistical mean 1 2 Sigma of the mean. l A - 50 l a'

l

GUALITY CONTROL REPORT October, 1985 ENVIRONMENTAL Spikes & Blanks Analysis Known Value (DC1) Reported Value (DCi)*_ Processed Blank <5 3 Alpha Alpha 57.4(AM-241) 54.2 17.4 3 Beta Blank <2 2 Beta 45.O(CS-137) 45.216 5 2 H-3 Blank <1 2  !

H-3 2800 39001200 2 f Blank <0. 2 4 U-234 7.1 7.610.6 4 l U-234 Th-230 Blank <0. 2 2 4 Th-230 5. 7 5.4+1.0 2 Ra-226 Blank < 0.1 6 Ra-226 4. 7 4.6+0.9 6 B1ank Il 1 Pb-210 Pb-210 31.5 31.213.1 1 Sr-90 Blank <1 1 Sr-90 22.7 23.11 94 1 1

Duplicates Analysis Number Procesed Within 2 Sigma Within 2-3 Sigma Alpha 3 3 0 Beta 2 2 0 H-3 2 2 0 U-234 2 2 0 Ra-226 4 4 0 Sr-90 1 1 0 USEPA - Eber11ne Sample Type Analysis EPA Value Eber11ne Value Units Water Uranium 46 1 41 1 pC1/1 A - 51

1 I

Bionssay Spikes & Blanks Analysis. Known Value Reported Value* Units Processed Uranium Blank <5 ug/l 47 Uranius 18.6 19.112.3 ug/l 47 U-234 Blank < 0. 2 dpe/ sample 1 U-234 15.8 16,711.7 dpe/ sample i

, Th-230 Blank < 0. 2 pC1/1 5 Th-230 5. 7 5.310.5 pCi/1 5 Ra-226 Blank < 0.1 pC1/1 10 Ra-226 4. 7 4.510.9 pCi/1 10 Pb-210 Blank <2 pC1/1 2 Pb-210 31.5 31.511.8 pCi/1 2 l H-3 Blank <10 pCi/el 27 H-3 3800 38301290 pCi/a1 27 Pu-239 Blank < 0. 2 dpe/ sample 2 ,

Pu-239 6.1 6.710.7 dpa/saspie 2 '

Duplicates Analysis Number Processed Within 2,Siana within_2-3 Sinea )

l Uranius 47 47 0 )

H-3 18 18 0 l

l l

l l i I

A - 52 ,

l FUSRAP ENVIRONMENTAL Analysis Known Value Reported Value* Units Processed Uranium Blank <5 ug/l 3 Uranius 37.2 37.511.0 ug/l 3 )

U-234 Blank < 0. 2 pCi 2 U-234 7.1 7.710.8 pCi 2 Th-230 Blank < 0. 2 pCi 2 Th-230 5. 7 5.4 11.0 pCi 2 Ra-226 Blank < 0.1 pCi 4 Ra-226 4. 7 4.610.9 pCi 4 Duplicates Analysis First Alicuot Second A11auot Units Uranium 93 96 ug/l Uranius 27 30 ug/l Ra-226 0.5 10.1 0.6 10.1 pCi/1 Ra-226 1.0 10.1 0.91,0.1 pC1/1 FUSRAP BI0 ASSAY Analysis Known Value Reported Value Units Processed Uranius Blank <5 ug/l 32 Uranium 18.6 19.112.8 ug/l 32 Th-230 Blank < 0.1 pCi/1 5 j Th-230 5. 7 5.3+0.5 pCi/1 5 Ra-226 Blank <0.1 pCi/1 10 Ra-226 4. 7 4.510.9 pCi/1 10 Pb-210 Blank <2 pCi/1 2 Pb-210 31.5 31.5 11.8 pC1/1 2 l l

1 Duplicates j

Analysis First Aliquot Second Aliquot Units I Urunium <5 <5 ug/l Uranium <5 <5 ug/l Uranium <5 <5 ug/l eThe statistical mean 1 2 Sigma of the mean.

A - 53

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)

t>(<cle-7 L % (9 -

T h a -u, e e , w h ey a te oes ,

r v w Q, -u a + u-oc r . ~a r *" " r* *r h 5- r

• g w & %2&r-y , p s 's 4 % ~ i, .

kM- ?p RQ %K4J ka wm<,t,+c W- a n a<a,+c vv h-v x4 .1y9u s- u o

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i 3

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