ML20215K780

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Semiannual Effluent Release Rept,Jan-June 1986
ML20215K780
Person / Time
Site: McGuire, Mcguire  Duke Energy icon.png
Issue date: 06/30/1986
From:
DUKE POWER CO.
To:
Shared Package
ML20215K599 List:
References
NUDOCS 8610280302
Download: ML20215K780 (30)
v • d • e


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MCGUIRE NUCLEAk 51A110d

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jfLUENTANDWASTEDISPOSALSUPPLEMENTALINFORMATION

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U REPORT DATE:

08/26186 PERIOD COVERED: START DAY = 001 STOP DAY = 181 I. REGULATORY LIMITS A. NOBLE GASE5 - AIR 005E B. LIGUID EFFLUENTS - 005E

1. CALENDAR GUARTER - GAMMA DOSE = 5 MRAD
1. CALENDAR QUARTER - TOTAL BODY 005E = 1.5 MREN
2. CALENDAR QUARTER - BETA 005E = 10 MRAD
2. CALENDAR QUARTER - ORGAN 005E 5 MREM

=

3. CALENDAR YEAR

- GAMMA DOSE = 10 MRAD

3. CALENDAR YEAR

- TOTAL BODY 005E = 3 MREM

4. CALENDAR YEAR

- BETA 005E = 20 MRAD

4. CALENDAR YEAR

- DRGAN DOSE 10 MAEM

=

C 10 DINE - 131 AND 133, TRITIUM, PARTICULATES Wii 1/2 ) 8 DAYS - ORGAN 005E

1. CALENDAR GUARTER = 7.5 MREM
2. CALENDAR YEAR 15 HREM

=

II. MAXIMUM PERMISSIBLE CONCENTRATIOJ5 A. CASEOUS EFFLUENTS - INFORMATI0d FOUND IN OFFSITE DOSE CALCULATION MANUAL

5. LIQUID EFFLUENTS - INFORMATION FOUND IN 10CFR20, APPENDIX B. TABLE II, COLUMN 2 III. AYERAGE ENLRGY - NOT APPLICABLE IV. MEA 5UREMENTS AND APPROXIMATIONS OF TOTAL GADI0 ACTIVITY ll1FDRMA11DN FOUND IN 0FF51TE 005E CALCULATION MANUAL Y. BATCH RELEASES A. LIQUID EFFLUENT 1 7.12Et02 = TOTAL NUMBER OF BATCH RELEASES
2. 1.01Et05 = TOTAL TIMEtHIN.I FOR BATCH RELEASES.
3. 2.81Et03 = MAXIMUM TIMEIMIN.I FOR A BATCH RELEASE.

4.1.42Et02 = AYERACE TIMEIMIN. i FOR A BATCH RELEASE.

5. 2.lGEl01 = MINIMUM TIMEIMIN.I FOR A BATCH RELEASE.

6.1.68Et08 = AYERAGE DILUTION WATER FLOW DURING RELEASE 5tCPM).

B. CASEOUS EFFLUENT

1. 3 21Et02 = TOTAL NUMBER OF BATCH RELEASES.
2. 4.95Et05 = TOTAL TIMEIMIN.I FOR BATCH RELEASES.

3.1.39Et04 = MAXIMUM TIME (MIN.) FOR A BATCH RELEASE.

4. 1.54E603 = AYERAGE TIMEfMIN.I FOR A BATCH RELEASE.
5. 5.30Et01 = MINIMUM TIME (MIN.I FOR A BAICH RELEASE.

VI. ABHORMAL RELEASES A. LIQUIU 1*

1. NUMBER OF RELEASES
2. TOTAL ACTIVITY RELEi5i6ICURIE5i-

.237 B. CASEOUS 2.TOTALACTIVITYRELEI5E_QDICaiiiii _..O.

1. NUMBER OF RELEASES Do You Wish To Run Another Progras? (YlN1
  • This release consisted of discharge of 3,794,228 gallons of water containing trace amounts of Tritium.

8610280302 860829 PDR ADOCK 05000369 R

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m SUPPLEMENTAL REPORT PAGE 2 MCGUIRE NUCLEAR STATION Values represented by "0.00E+00" within the body of the semi-annual and/or annual report are below the minimum detectable limits of the McGuire counting systems.

Typical MDA's for the McGuire counting system's are listed below:

ISOTOPE ENERGY (Kev)

AVERAGE MDA Liquid XE-133 80 6.0E-8 CE-144 133 1.2E-7 KR-88 196 1.7 E-7 XE-135 249 2.3E-8 KR-87 402 2.5E-7 CS-137 661 2.6E-7 MO-99 778 4.3E-7 MN-54 834 2.2E-8 ZN-65 1115 4.0E-8 CO-60 1332 4.4E-8 Gas XE-133 80 2.5E-8 Kr-85m 151 1.0E-8 Xe-131M 163 3.3E-7 Kr-88 196 4.7E-8 Xe-133m 233 7.9E-8 Xe-135 250 9.5E-9 Xe-138 258 6.3E-6 Kr-87 402 4.7E-8 Kr-85 514 2.5E-6 Xe-135M 526 1.9E-6 Ar-41 1293 3.6E-8

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i McGUIRE NUCLEAR STATION The estimated percentage of error for both Liquid and Gaseous effluent release data at McGuige. Nuclear Station has been determined to be +31%.

This number was derived by summing the following individual estimates of errors:

i

1) Flow rate determining devices = +13%
2) Counting error

= +15%

i 3s Sample preparation error.

=+3%

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MCCUlst putttat 5f A110N UN!f I Hel0AClivt fif tutNf RELE45tl GATE : etillite

1. LIOUIS HLIA5El YtAn : 1906 UNift 15f Oft INS 814

$UST0TAL 1.

48055 H0!OACf!ftff A 1014L KLEASE cut!El i GN-88 2 35E-01 3 3tE-f t 8.

Avt2 ACE CONCENTRAf!M MLEA$to KifE 1.12t-10 4 45E-It 2 31E-19 C MXINUM C0ccipf0Afl0N #ELEA5Et KIf%

2.tSE-99 5.69E-99 3 691-89 2.

ff!!!UN A 10f AL 8tLEASE CUtttl 1 t4Estt 1.55ttlt t titlet B.

AVENCE CONCENTHf!0N ELEASED UtifE I.15E-0 7

3. 96t-97 l. 8X-t r
3. O!550Lvie pottt CASE 5 A IOf AL DELEA5E CURIll 4 9FE-tt i SIE-62 6 AIE-ft B AVERACE CONCENTHf!ON HLEASED EllM S 3tE-Il 2.90E-ll 4 54E-ll 4.

CA051 ALFM Attitiff A 10fAL KLEASE CUa!El 0 ffEIOS 0 Offett t ICEllt 8 AVERACE C09CENitef!ON RELEASE 0 KilR 9 901699 9.90Ette 0 90Ette 5.

W. tert OF t!0019 UA5ff TC BI5CNARCE LaNAL t!ftR5 5 titite 1.04Ett?

I SFEttr 4.

VOLUME OF t!LUf!ON BATER LITERS 9 titelt 5.85E611

1. 4M elt F.

Rott0NUtt!OES REttA5t0 CURRE5 M-24 4 OfE-05 4 65E-95 814E 05 E-49 2 53f-03 4 76E-03 7 27E-03 CR-51 5 FFE-03 4 4CE-03 124E St fut-34 2 30E-03 5 04E-03 7 36E-93 M-56 8 ffEf00 2 39E-to 2 37E-06 FE-55 1 231 02 3 SFE-St 4 801-42 ft-59 2 15E-04 3 FtE-84 5 95E 04 CO-5 7 5 95E-85 1 62E-04 2 13t-04 CO-SS 4 14E-f t 5 14E-92 i flE-01 CD-69

1. 36E-02 3 24E-02 4 60E-92 N!-65 9 titett i 66E-05

. I 66E-05 In-65 7 #FE 96 6 291-05 7 02E-05 ZN-69N I 36E-06 I ISE-te 2 41E-06 84 02 3 47E-95

1. 35E-05 4 84E t3 99-84 1 53E -96 5 53E-96 7 86t-06 R0-06 8 40E 05 0 Ottett t 4ct-85 25-89 3 7X-03 9 23E-04 4 66f-93 50-89 I tit 06 1 tit-06 2 ffE-04 50-18 8 ISE600 4 4E-09 4 6?E-et W92 15FE-95 1 45E-94 I til te T 914 6 34E-06 6 42t OF 4 93E-96 T-it 9 34E-96 0 00Elft 114E 16 1-13 3 32E-04 9 t!Elft 3 32E 86 IR-15 2 SM-84 I flE-93 147t 03 919 - 1 5 6 4!E-04 f. 72E-03 3 351-03 lit tr 8 3tE 05 8 61E-04 9 44t-04 t'0-99 9 ffEtti i ttE-05 1 2tE -05 IC-??N I !!E-06 6 92E-85 F tit 05 RU-IO3 6 !$E-GF l elf-94 t 62t-44 20-146 2 fet-04 6 F4E-04 8 F4E te AC-Itti 4 8?E 06 1 ffE-06 5 tit-06 AC-Iltn I t!Eltt I tit-04 2 !!E-04 Ig-t tSN 6 Fif 97 0 leillt 6 FIE-01 1-131 4 32E-03 1.79E 92 2 441 02 1-132 2 80E-04 1 04E-03 1 321 13 1 133 2 63E-03 9 IX-93 1 19E-02 1-135 2 84E-te 1 ICE 03 1 39E-43 59 122 4 331-05 3 BtE 04 4 EM-14 50-It4 2 00E-93 2 25E-03 4 25E 83 55 125 3 13E-83 143E ti i FIE 02 54-113 9 etE'Of 6 Sit 04 6 SIE-06 IE 1314 3 191 06 0 00Ef tt 317E 86 11-132 0 #CElft F.FFE 85 F FTE-C5 C5-134 1 52E-03 l CSE SP I tit et C5 136 F 12E 95 I ttE-05 9 ett-65 (5-137 I tit-03 1 171-02 l 3:t f t C5-133 7 STE-05 14FE 04 2 46E-04 14-131 0 ttf f tt t t!E 94 E EIE 04 L A-I 4s i 4H-03 5 60E-84 i ??E 03 Ct let t 8tEfti 1.4TE 04 1 41E- 04 El 143 7 621-06 3 69t-il i IN IS CE 144 4 fft f6 6 Off 84 4 141-04 Il 214 9 t!!*te 1 22t-04 1 22f-04 f t -il4 7 86f 15 i fit-82 1 27t - t!

NP - 239 9 t!!'08 1 38t-94 13?t 04 AR - 41 i fit-85 2 89E-45 t t:E 05 tt-85 I 47t-93 0 Settle 1 47t-93 f t 859 1 83f-to 9 Ottitt t SW-06 se 99 0 89E800 4 44t-96 4 48f-06 IE - 131n 4 GTE f3 I IPE-04 I Set 44 11 133 4 PW-St I 34E-92 5 56E 92 E 133g 3 041-04 2 tit-04 5 t31-04 IE 135 i ett-93 5 Fit-04 2 19E-83 It-135n 3 9M-93 7 92t-04 4 FPE-93

a-e MCGUIREUNITiLIQUIDRELEAIE001-09086 08/26/86

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IKIN MXIhUM DOIE-4.50D-04 MREM CRITICALAGE-TEEN CRITICALFATHWAY-IHORE I

C0 69 84.47I CI137 5.35Z 4

O mE MXIMUM DOIE-8.89D-03 MREM CRITICALAGE-CHILD CRITICALFATHWAY-FIIH CI 134 36.26I e

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  • O LIVER MXIMUM DOIE-1.79D-02 MREM CRITICALAGE-CHILD CRITICAL PATWAY. FIIH H

3 39.722 CI 134 29.51 I CI 137 29.05Z 4

r T. EODY MXIMUM DOIE-1.4lD-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FIIH H

3 37.82I I

CI134 35.24 I CI 137 25.12 %

I THYROID MAXIMUM DOIE-1.50D-02 MREM CRITICALAGE-INFANT CRITICAL PATHWAY-DRINKING H

3 46.09 I I 131 53.27I p

KIINEY MXIMUM DOIE-1.06D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINKING I

H 3 67.21 I CI 134 15.49 I CI137 16.05 I O

LUNG MAXIMUM DOIE-8.44D-03 MREM CRITICALAGE-CHILD CRITICALFATHWAY-DRINKING H

3 84.35 I O

CI i34 6.99 2 CI 137 7.28I O

GI-LLI MXIMUM DOIE-1.14D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-DRINKING H

3 46.95 I C0 58 5.46 I O

C0 69 5.99 Z NB 95 36.47Z

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IKIN MAXIMUM DOIE-2.24D-03 MREM CRITICALAGE-TEEN CRITICAL PATWAY-SHORE p

C0 60 73.64I Cf 134 7.45 %

Cs137 12.75 %

O BONE MAXIMUM DOIE-1.07D-01 MREM CRITICALAGE-CHILD CRITICALPATHWAY-FIIH O

Cs i34 39.25 z CS 137 60.75 %

N LIVER MAXIMUMDOIE-1.580-01 NEEN CRITICALAGE-TEEN CRITICAL PATWAY-FIIH H

3 6.42 Z I

CS 134 49.50 I CS 137 42.62%

g T. PODY MAXIMUM DOIE-1.20D-01 MREM CRITICALAGE-ADULT CRITICAL PATWAY-FISH H

3 11.90 %

Cf 134 52.27 I p

CS 137 35.07Z THYROID MAXIMUM DOIE-4.63D-02 MREM CRITICALAGE-INFANT CRITICAL PATHWAY-DRINKING I

H 3 39.97I I 131 59.28 %

I KIDNEY MAXINUM DOIE-6.16D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FIIH H

3 23.25 %

CI 134 40.46 %

O Cs 137 35.55 z LUNG MAXIMUM D0rE-3.44D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINKING O

H 3 55.49 Z CI 134 21.70 %

CS 137 21.26 %

p.

GI-LLI MAXIMUM DOIE-5.00D-02 MREM CRITICALAGE-ADULT CRITICAL PATWAY-FIIH I

H 3 28.63 %

C0 60 5.94 Z NB 95 53.97I 2

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MCGUIRE UNIT 1 LIQUID EELEAIE 001-181 86 08/25/86 r

IKIN MXINUM DDIE-2.16D-03 hREM CRITICAL AGE-TEEN CRITICAL PATWAY-IHORE p

C0 60 76.50%

CI 134 6.25%

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  • O I<0NE MXIMUft DOIE-8.65D-02 MREM CRITICALAGE-CHILD CRITICAL PATWAY-FIIH O

CI134 38.09 z CI 137 60.69 Z O

LIVER MXIMUM DOIE-1.33D-01 MREM CRITICALAGE-ADULT CRITICAL PATWAY-FIIH H

3 12.83I CI134 46.92I I

CI 137 39.41 %

T. 20DY MXIMUM DOIE-1.03D-01 NREM CRITICALAGE-ADULT CRITICALPATHWAY-FISH p

H 3 16.50 I CI 134 49.33%

CI137 33.21 I g

THYROID MXIMUM DOIE-5.57D-02 MREM CRITICALAGE-INFANT CRITICAL PATWAY-DRINKING I

H 3 39.45 %

I 131 59.77 I I

KIDNEY MXIMUM DOIE-5.64D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-FISH H

3 40.20 Z CI134 29.73 I O

CI ia7 29.09 x 0

LUNG MAXIMUM DOIE-3.520-02 MREM CRITICALAGE-CHILD CRITICALPATWAY-DRINXING O

H 3 64.49 %

CI134 17.16 %

CI 137 16.86 I p

GI-LLI MXIMUM DOIE-5.18D-02 MREM CRITICALAGE-ADULT CRITICAL PATWAY-FIIH I

H 3 32.8l I C0 60 5.73 %

NB 95 50.56 Z 1

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ECUlt! IrJCLEAR Sf*!!ON g

RE10AttivE t If REttA5El DATE : 98125186

3. 110010 RELEASES TEAR : 1996 UNif 5 157 Oft 2NO OTR SU9f 0f AL I.

CR055 #43104Cf!ff ff A f0 AL RELEASE CURIES I 03t-91 2 35E-fl 3 38E-91 8.

MER4CE CONCERipAf!ON REllASEO UCIIE 1 12E-It 4 65E-10 2 37E-10 C nAIINuN CONCENfpAIION RELEA5Et UClin 2 25E-99 5.6?E-tf 5 49E-et 2.

TR f flum A 10fAL RFLEASE CUttt5 186E602 1 53E602 2 61E902 5,

AvtBACE CONCENTRA110ll #ELEASES UCitE 1.15E-97 3.06E-97 8 93E-87 3.

0155DLVtt NotlE CASES A IOf AL GFLIASE CUR!!$

4 tit-Of I 511-02 6 41E-92 9.

AVEBACE CONCENTRAf!Olt RELEASED UCitR 5.391-11

2. 90E-I t 4 Set-il 4.

CR055 ALPHA ACf]v!TT A.

IDTAL RELEASE CUttt5 0 001000 t 40Ett0 t OcElle 8 AVERACE CONCENTRAf!ON ttLEASED UtifE 9 00Ef00 0.00Et99 0 00Etot 5 #ULUFt OF LIOUll WAllt 70 f!5CleAnCE CANAL LITERS 5 2FEtte 2.04E607 i SFEt97 4.

90LUME OF BILUf!ON WAftR LITER 5 9.21 Ell!

5. 05E 911
1. 43E tif f.

RAD 10NUCL10t5 9ELEASEO CURIES NA-24 4 t?E-05 4 65E-05 8 74t-95 t 48 2 53t-93 4 F6E-03 7 2?t 93 CR-58 5 lit-03 6 8CE-03 1 28E -62 MN 34 2 30E-93 5 86E-83 7 36E 03 NI-56 6 60E900 2 39t-06 2 39E-06 FE 55 1 23E-02 3 STE-02 4 8CE 92 FE-59 2 15E-04 3 79E-04 5 05E-04 (0-57 5 85t-15 1 62E-94 2 I?t-04 CD-59 4 14E-92 5 94E-02 1 OIE-01 C0-69 136E 92 3 24E-92 4 40E-22

  1. 1 65 0 00E600 1 46E-85 166E-05 IN 65 7 2TE-06 6 tit-05 7 02E 05 2N-899 136E-06 1.tSE 2 41E-06 82 82 3 4?E 05 1 35E-95 4 08E-85 20-94 1 53E-te 5 53f-06 7 06E-06 99-86
1. 4 CE - 05 0 00E600 l 401-05 Re-89 3 T3E-03 9 23t-04 4 66E-93 5R-89 1 28E-06 1 00E-06 2 2SE-te SR-90 t CCEff0 4 63t-09 4 6?t-09 50-92 157t-85 1.65E 04 I 81[ 04 T 914 6 34E-06 6 42E-07 4 fet-66 Y-92 9 38E 04 6 801600 9 3st 06 T-93 3 32E-06 4 00E600 3 3?E te ZR 95 2 03E-44 1.211-93 147t 03 NP-95 6 4?E 04 2 T2E-03 3 36E-03 t;8-17 8 311 05 0 61E-94 9 48E-84 PO-tf 9 00E600 l 20E-95 1 2?t-05 IC-ffR l 56E-14 4 92E-05 F 91E-05 RU-It3 8 26t-07 1 61E-04 5 62E-94
  1. U-106 2 tit-94 4 Fat-94 8 F4E 94 AC-ICBM 4 t?E-te 1 00E-06 5 87E-06 AC-litM 9 00t100 2 21E 94 2 21E-94 I&lt5N 4 f1E 07 8 tot 960 4 lit-il I III 6 52E-03 I ffE-02 2 41E 92 1 132 2 80E-94 1 04E-03 1 32E-03 1-133 2 63E-03 9 23E 03.

1 ITE-02 1-135 2 84E 84 I ICE-43 1 33E-03 58 122 4 33E-05 3 80E-04 4 23E 94 5B-124 2 ODE-03 2 25E-03 4 25E-03 58 !?5 3 13E-03

1. 4 E-02 i ilE-92 5'l-ll) 0 80 Ells

& Sit-04 6 511-06 fE 131'I 3 I?E-06 0 00E600 3 171-06 IE 132 0 00Et09 7 7FE-05 i FFE-05 C5134 152E-03 1 45t-02 I tit 92 C5 136 F 12E-85

1. flit - 05 9 60E-05 C5 13F 1 tit 93 i ITE-02 1 35E-82 C5138 7 87E-05 167E-04 2 (5E-04 PA 139 0 00EICO 2 tit-04 2 21E-04 L A-145 l 43t-03 5 60E-04 i ??t-93 LE-141 9 OCEl09 1 4TE-04 8 87E 04

[E 143 7 42[-06 3 6fE-06 1 13t-95 El-144 4 21E 06 8 991 04 6 141 94 81-214 9 00f t19 1 221-04 1 22E-04 F0 214 F $6E-05 1 28t-82 121E 92 RF-239 0 ffE900 1 3BE-04 I 3DE-04 88-41 I lit-85 2 091-05 3 90E 65 89-85 1 47E-03 0 00Etot

! 4?E-93 f t 85N 1 83f -te t 00E909 103E 04 ft 69 4 SCEt08 4 44E-06 4 e ff 16 BE -1314 4 6?E-05 1 12E-04 15?t t4 it 133 4 23E-02 1 3 eE-02 5 561-02 IE 1339 3 tee-04 2 91E-94 5 05E 04 IE 135 1 60E -03 5 T8E-04 2 191 03 st -1154 1 93f - 93 7 9Pf-te 4 r?t 01 De les wish to Ree Another Progrant Itint - 5t

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IXIN MAXIMUM DOIE-4.50D-04 MREM CRITICALAGE-TEEN CRITICALPATHVAY-IHORE I

CO 60 84.47Z.

CI 137 5.35Z O

E0hE MAXIMUM DOIE-8.89D-03 MREM CRITICALAGE-CHILD CRITICALPATHWAY-FIIH CI 131 36.26 I Csi37 6i.18 Z O

LIVER MAXIMUM DOIE-1.79D-02 MREM CRITICALAGE-CHILD CRITICAL PATHWAY-FISH O

H 3 39.72Z CS 134 29.51 Z i*

05137 29.05 %

C T. BODY MAXIMUM DOIE-1.41D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FIIH H

3 37.82Z b'

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THYROID MAXIMUM DOIE-1.50D-02 MREM CRITICALAGE-INFANT CRITICAL PATHWAY-DRINXING H

3 46.09Z I 131 53.27Z p

XIDNEY MAXIMUM DOIE-1.06D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINKING H

3 67.21 Z Cf134 15.49Z C5137 16.05Z O

LUNG MAXIMUM DOIE-8.44D-03 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINKING H

3 84.35 I O

Cr134 6.99 Z CS 137 7.28I I

G H LI MAXIMUM DOSE-1.14D-02 MREM CRITICAL AGE-ADULT CRITICALPATHWAY-DRINXING H

3 46.95I C0 58 5.46 I I

C0 69 5.99 Z NB 95 36.47I j

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IXIN MXIMUM DOIE-2.24D-03 MREM CRITICALAGE-TEEN CRITICALPATHWAY-

!HORE p

C0 60 73.64Z CI 134 7.45 Z CS 137 12.75I F.0NE MAXIMUM DOIE-1.07D-01 MREM CRITICALAGE-CHILD CRITICALPATHWAY-FIIH O

Cs 134 3a.25 Z CS 137 60.75 Z O

LIVER MXIMUM D0fE-1.58D-01 MREM CRITICALAGE-TEEN CRITICALPATHWAY-FISH H

3 6.42 Z CI 134 47.50 Z I

CS 137 42.62 %

T.10DY MXIMUM DOIE-1.20D-01 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FISH p

H 3 11.90 %

Cf 134 52.27Z CI 137 35.07 Z p

THYROID M XIhuM DOIE-4.63D-02 HREM CRITICALAGE-INFANT CRITICAL PATHWAY-DRINKING I

H 3 39.97 I I 131 59.28Z I

KIENEY MXIMUM DOIE-6.16D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FISH H

3 23.25I CI 134 40.46 Z O

Cr 137 35.55Z 8

LUNG MXIMUM DOIE-3.44D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINXING O

H 3 55.49 Z CI 134 21.70 I CS 137 21.26 Z p

GI-LLI MAXIMUM DOIE-5.00D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FIIH I

H 3 28.63%

CO 60 5.94 %

NB 95 53.97Z s

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IKIN MXIMUM DOIE-2.16D-03 EEM CRITICALAGE-TEEN CRITICALPATHWAY-IHORE p

C0 60 76.50I CI 134 6.25Z C' '37

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  • O FONE MXIMUM I/OSE-8.65D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-FIIH O

CI134 28.09z CI 137 60.69 %

0 LIVER MXIMUM DOIE-1.33D-01 MREM CRITICAL AGE-ADULT CRITICALPATHWAY-FISH H

3 12.83 %

CI 134 46.92 I I

CI 137 39.41 %

T. [0DY MXIMut! DOIE-1.03D-01 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FISH p

H 3 16.50 %

CI 134 49.33 I p

CI 137 33.21 Z TH150lD MXIMUM DOIE-5.57D-02 MREM CRITICALAGE-INFANT CRITICAL PATHWAY-DRINKING I

H 3 39.45%

I i31 59.77I I

KIDNEY MXIMUM DOIE-5.64D-02 MRE1 CRITICt.LAGE-CHILD CRITICALPATHWAY-FIIH H

3 40.20 Z CI134 29.73 I O

CI ia7 29.09 z LUNG MXIMUM DOIE-3.52D-02 MREM CRITICALAGE-CHILD CRITICALPATHWAY-DRINKING O

H 3 64.48 I EIE Idd e

GI-LLI MXIMUM DOIE-5.18D-02 MREM CRITICALAGE-ADULT CRITICALPATHWAY-FISH I

H 3 32.81 %

CO 60 5.73 Z NB 95 59.56Z 1

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D MCGUIRE NUCLEAR STATION 4

UNIT 1 f

RADIDACTIYE EFFLUENT RELEASES

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DATE 08I25186 II. AIRBORNE RELEASES YEAR 1986 UNITS IST OIR 2ND OTR SUBIOTAL 1.

TOTAL NOBLE CASES CURIES 7.72E102 4.32E102 1.20EiO3 2.

TOTAL HALOGENS CURIES 5.26E-03 8.77E-03 1.40E-02

}

3.

IDIAL PARTICULATE GROSS BETA-GAMMA CURIES 5.43E-03 2.82E-02 3.36E-02 4.

TOTAL TRITIUM CURIES 1.13E101 1.98E101 3.11Et0!

5.

TOTAL PARTICULATE CROS5 ALPHA ACTIVITT CURIES 0.00Ef00 0.00Et00 0.00E100 6.

MAXIMUM NOBLE CAS RELEASE RATE UCIISEC 1.60E103 1.60E103 1.60Ef03 7.

RA010NUCLIDES RELEASED CURIES PARTICULATES NA-24 2.23E-08 6.26E-09 2.86E-08 CL-38 1.02E-08 1.06E-08 2.00E-08 R-40 2.51E-03 9.78E-03 1.23E-02 CR-51 0.00E100 4.20E-07 4.20E-07 MH-54 3.36E-10 1.18E-07 1.laE-07 CD-57 0.00E100 1.16E-06 1.16E-06 C0-58 1.28E-05 2.70E-05 3.98E-05 C0-60 0.00Et00 1.04E-05 1.04E-05 BR-82 1.27E-08 0.00E100 1.27E-08 RB-88 1.44E-03 1.17E-02 1.31E-02 SR-89 0.00Et00 1.91E-06 1.91E-06 5R-92 3.84E-08 7.77E-09 4.62E-08 T-92 0.00E100 4.21E-09 4.21E-09 N8-95 0.00E100 2.16E-09 2.16E-09 IC-99M 1.5PE-09 6.58E-09 8.09E*09 RU-103 0.00Et00 3.82E-06 3.82E-06 AC-10BM 6.34E-10 0.00Et00 6.34E-10 1

IN-!!5M 0.00Ef00 1.28E-06 1.28E-06 C5-134 2.91E-10 5.94E-08 5.97E-08 C5-137 2.57E-09 1.46E-07 1.4?E-07 C5-138 1 45E-03 6.5?E-03 8.04E-03 CE-143 3.06E-06 1.73E-09 3.06E-06 CE-144 1.85E-09 0.00Et00 1.85E-09 t

W-107 6.96E-09 0.00Ef00 6.96E-09 81-214 4.2?E-08 8.20E-06 8.24E-06 PB-212 0.00Ef00 5.44E-06 5.44E-06 P8-214 1.44E-05 3.96E-05 5.40E-05 HALOCENS 1-131 3.01E-03 3.26E-03 6.27E-03 I-132 2.67E-07 3.18E-03 3.18E-03 1-133 2.25E-03 2.33E-03 4.57E-03 I-134 0.00Ef00 5.24E-07 5.24E-07 1-135 3.62E-07 5.89E-06 6 26E-06 i

s CASES AR-41 4 21E100 1.17Ef00 5.37Et00 RR-85 1.56Et0!

7.18E100 2.28Ef01 FR-85M 1.16Et00 3.46E-01 1.5CEt00 RR-87 1 65E-01 4.49E-02 2.10E-01 KR-89 9.21E-01 2.63E-01 1.18Et00 1E-131M 3 98Ef00 5.07Et00 9.05Et00 XE-133 7 17Et02 4.04E102 1.12Et03 XE-133M 8 16E100 3.18E100 1.19E101 XE-135 2.05Et01 1 02Et01 3.09Et0!

XE-135M 2.44E-04 9 50E-03 9.74E-03 i

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UKIT 2 RADIDACTIYE EFFLUENT RELEASES DATE 08/23I86

!!. AIRBORNE RELEASES YEAR 1986 UNITS IST OTR 2ND OTR SU810TAL 1.

10fAL NCOLE CASES CURIES 1.36Ef02 7.62Ef01 2.12EiO2' 2.

TOTAL HALOCENS CURIES 9.28E-04 1.55E-03 2.48E-03 3.

TOTAL PARTICULATE CROSS BETA-CAMMA CURIES 9.58E-04 4.97E-03 5.93E-03 4.

TOTAL TRITIUM CURIES 1.99Ef00 3.49Ef00 5.49Et00 5.

TOTAL PARilCULATE CROS5 ALPHA ACTIYITY CURIES 0.00Et00 0.00E100 0.00Ef00 6.

MAXIMUM NOBLE CAS RELEASE RATE UCIISEC 1.60E103 1.60E103 1.60Et03 7.

RADIONUCLIDES RELEASED CURIES PARTICULATES NA-24 3.94E-09 1.10E-09 5.05E-09 CL-38 1.80E-09 1.88E-09 3.68E-09 t-40 4.44E-04 1.73E-03 2.17E-03 CR-51 0.00Ef00 7.42E-08 7.42E-08 NN-54 5.94E-11 2.0!E-08 2.02E-08 C0-57 0.00El00 2.05E-07 2.05E-07 E0-58 2.26E-06 4.77E-06 7.03E-06 00-60 0 00Et00 1.83E-06 1.83E-06 BR-82 2.24E-09 0.00Ef00 2.24E-09 R8-88 2.53E-04 2.07E-03 2.32E-03 5R-89 0.00Et00 3.3(E-07 3.36E-07 SR-92 6 77E-09 1.31E-09 8.14E-09 T-92 0.00Ef00 7.42E-10 7.42E-10 N8-95 0.00E100 3.81E-10 3.8tE-10 IC-99M 2.67E-10 1.16E-09 1.43E-09 RU-103 0.00El00 6.74E-07 6.74E-01 AG-108M 1.12E-10 0.00Et00 1.12E-10 IN-l!5M 0.00Et00 2.26E-07 2.26E-07 C5-134 5.13E-11 1.05E-08 1.05E-08 C5-137 4.54E-10 2.5BE-08 2.63E-08 C5-131 2 55E-04 1.16E-03 1.42E-03 CE-143 5.40E-07 3.05E-10 5.40E-01 CE-144 3.27E-10 0.00El00 3.27E-10 W-187 1.23E-09 0.00E100 1.23E-09 81-214 7.57E-09 1.45E-06 1.45E-06 08-212 0.00El00 9.60E-01 9.60E-07 F8-214 2.55E-06 6.98E-06 9.53E-06 HALOCENS 1-131 5 32E-04 5.76E-04 1.llE-03 I-132 4.71E-08 5.61E-04 5.6tE-04 1-133 3.97E-04 4.11E-04 8.07E-04 I-134 0.00Et00 9.25E-00 9.25E-09 t-135 6.37E-08 1.04E-C6 1.10E-06 CASES AR-41 7.42E-01 2.06E-01 9 48E-01 RR-85 2.75El00 1.2TEl00 4 02E100 tR-85M 2.0dE-01 6.10E-02 2 65E-01 RR 87 2.91E-02 7 92E-03 3.70E-02 tR 88 1 62E-01 4 64E-02 2.07E-01 XE-131M 7 03E-01 8.95E-01 1.60E400 XE-133 1 27Et02 7 13Et01 1.99Et02 XE-133M 1.44El00 6.66E-01 2.!!Ef00 XE-135 3 6EEt00 1.80E600 5 43Et00 XE-135M 4 30E-05 1.68E-03 1.72E-03

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PEGUIFE NUCLEAR STATION SOLID RADI0 ACTIVE WASTE SHIPPED TO A DISPOSAL FACILITY REPORT PERIOD 01-01-86 THROUGH 06-30-86 O

TYPES OF WASTE NUMBER OF NUMBER OF WASTE C0riT.

PnRIAt votoME TOTAL ACT.

EST. TOTAL SHIPPED SHIPMENTS C0fiTAINERS CLASS TYPE (ft')

l (m')

Ci ERROR 1 1

WA5TE FROM LIQUID SYSTEMS 1

(A) Dewatered Powdex Resins 9

9 9A LSA 1.818 50.94 0.0830 10 I

(8) Dewatered Bead Resins 5

5 2A 38 LSA 827 l 23.40 164.65 10 (C) Evaporator Concentrates 0

0 N/A N/A 0

l0 0

ti/A (D) Dewatered Mechanical Filters 2

17 17A LSA 219 l

6.20 16.31 15 (E) Dewatered Demineralizers 1

2 2A LSA 57 l

1.61 OJ60 10 (F) Solidified (Cement) Oils 0

0 N/A N/A 0

0 0

N/A Acies, Sluages 2

DRY SOLID WASTE (A) Dry Active Waste (compacted) 10 96 96A LSA 8,932 726.90

-2.581 15 (8) Dry Active Waste (non-compacted) 8 25 25A LSA 2.300 l 65.10 0.599 15 (C) Irradiated Components 0

0 N/A N/A B

D 0

N/A l

l TOTALS 35 154 151A 3B 14.053 874.15 184.980 l

t Summary of Major Radionuclide Composition Type of Wastes Radionuclide

% Abundance

  • 1.

Wastes from Liquid Systems (A) Dewatered Powdex Resins ITRU 7.6 C-14 10.2 H-3 0.4 Co-60 0.2 Co-58 1.9 Cs-134 21.7 Cs-136 3.6 Cs-137 21.9 Mn-54 3.7 Fe-55 23.6 Cr-51 0.4 I-131 4.5 Zr-95 0.2 Nb-95 0.1 (B) Dewatered Bead Resins H-3 0.1 Co-57 0.2 Co-58 25.5 Co-60 37.7 Mn-54 6.7 Cs-134 10.0 Cs-137 16.4 Ni-63 1.7 Fe-55 1.1 1-131 0.4 Nb-95 0.2 l

hsa

(

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l Summary of Major Radionuclide Composition (Continued)

}

Radionuclide

% Abundance i

j (C) Evaporator Concentrates (none shipped this period)

(D) Dewatered Mechanical Filters 2n-65 0.3 l

Ag-110m 1.4 s

Mn-54 4.2

)

Co-58 1.0 i

j Co-60 36.6 I

h Sr-92 0.4 i

Ce-144 0.3 1

Kb-97 1.3 1

Pu-241 0.0 a

Fe-55 49.1 Ni-63 5.3 (E) Dewatered Demineralizers Co-60 45.7 Co-58 15.3 r

Mn-54 5.3

{

Cs-134 11.4 i

Cs-137 18.2 i

Ni-63 4.6 i

Fe-55 1.4 i

t 1

(F) Solidifed Acids, Oils, Sludges (none shipped this period) l i

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h I

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Summary of tajor Radionuclide Composition (Continued)

Type of Wastes Radionuclide

% Abundance 2.

Dry Solid Waste (A) Dry Active Waste Mn-54 3.9 (compacted & non-compacted)

Co-58 11.7 Co-60 31.1 Nb-95 2.1 t

Pu-241 11.4 Fe-55 22.7

'l Ni-63 3.3 Ce-144 3.9 Cs-137 2.6 l

Sr-90 7.1 1

j ITRU 0.2 i

(B)

Irradiated Components (none shippped this period) f r

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{

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Attachment Inoperable Instruments (Period Covered January 1986 through June 1986) 1.

Containment Ventilation Unit Condensate Drain Tank Continuous Composite Samplers (Units 1 and 2).

On June 1, 1984, Units 1 and 2 CVUCDT Composite Samplers were declared inoperable. The samplers have remained inoperable since that date and have exceeded the thirty (30) day inoperability limit as stated in Technical Specification 3.3.3.8, Table 3.3-12, Action 33.

As of July 1, 1986 the samplers have been installed and are awaiting electrical connection and testing prior to being placed in service.

2.

2 EMF 31 (ONLY when aligned to RC)

Declared inoperable on 5-15-86 at 1600 due to loss of sample flow (LOF) while aligned to RC.

An investigation revealed that a loss of flow condition exist only when the EMF is aligned to the RC discharge line.

I&E attempted under Work Request #42280 to clear the LOF.

It was determined that the EMF isolation valve was blocked and would need to be disassembled for repair.

In order to disassemble the isolation valve the RC discharge line would need to be isolated. Due to plant conditions the RC discharge could not be isolated resulting in the thirty (30) day inoperability limit as stated in Technical Specification 3.3.3.8, Table 3.3-12, Action 32 being exceeded.

Repairs are planned to be made when the Unit 2 Turbine Building Sump (TBS) discharged is aligned to WC.

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