ML19338C912

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Semiannual Effluent Releases Rept 9,Jan-June 1980.
ML19338C912
Person / Time
Site: Peach Bottom  Constellation icon.png
Issue date: 08/29/1980
From: Ullrich W
PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:
Shared Package
ML19338C911 List:
References
NUDOCS 8009080342
Download: ML19338C912 (7)


Text

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9 PEACH BOITOM ATOMIC POWER STATION UNIT NOS. 2 AND 3 DOCKET NOS. 50-277 & 50-278 4

SMI-ANNUAL EFFLUENP RELEASES REPORT NO. 9 JANUARY 1, 1980 THROUGH JUNE 30, 1980 l

SUBMITTED TO THE UNITED STATES NUCLEAR REGULATORY COMMISSION PURSUAITI TO FACILITY OPERATING LICENSE NO. DPR-14 & 56 800908034 %

a PHILaistfPHIA ELECTRIC COMPANY PEACH BOTIOM ATOMIC POWER STATION Unit Nos. 2 and 3 Docket Nos. 50-277 & 50-278 SEMI-ANNUAL EFFLUENT RELEASES REPORT NO. 9 JANUARY 1,1980 THROUGH JUE 30, 1980 Submitted to The United States Nuclear Regulatory Conunission Pursuant to Facility Operating License No. DPR-ld; & 56 Preparation Direetti by-W. T. Ullrich, Superintendent Peach Bottom Atomic Power Static

e TABLE OF CONTENTS Page Number I. INfRODUCTION 1 II. TABLES A. Liquid Radioactive Release Data 2 B. Isotopic Analysis of Liquid 3 Radioactive Releases C. Gaseous Radioactive Release Data h D. Isotopio Analysis of Gaseous 5 Radioactive Releases E. Solid Radioactive Waste Shipment 6 l

I. NfRODUCTION SM-ANNUAL EFPLUElfr RFIEASES REPORT In accordance with the Unique Reporting Requirements of Technical Specification 6.9 3, this report simanavises the Effluent Release Data for Peach Bottom Atomic Power Station Units 2 and 3 This data covers the period January 1, 1980 through June 30, 1980. The notations E+ and E- are used to denote positive and negative exponents to the base 10.

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PEACH BOTTOM UNITS 2 6 3 - LIQUID RADIOACTIVE RELEASE DATA 1980 JAN FEB MARCH APRIL MAY JUNE TOTAL Gross Activity (p,3) (h) - Total Curies (Exceut Tritiu.a & Noble Game.s) 6.62E-01 h.11E-01 G. 251',--01 3.06E-02 h.20LO2 8.55LO3 1.683+00 Av:ragep Ci/mi Gross Activity (2)

(oxcept Tritium at Point of Release 1.89E-08 2.37E-08 2.21E-08 8.02E-10 3.68E-09 6.Al?r-10 1.215 08 Total Curies of Tritium h.L7E+00 2.19E+00 2.89E+00 h.95h00 2.57E+00 1.5hE+00 1.86B+01 Avarage 4 Ci/ml Tritium at Point _ of Release 1.27E-07 1.27E-07 1.22E-07 (2) 1 30E-07 2.25E-07 1.20E-07 1 . 31S 0 7 Total Curies, Alpha 53.10E-06 52.35E-06 11.76E-06 12.81E-06 51 51E-06 1 39E-06 51.29" 05 Avarage gCi/ml Aloha at Point of Release (1) ' 58.83E-1h 51 36E-13 57.k2E-1h f2) 67 37E-1h 51.25E-13 1.08E-13 59 25E-1h Total Curies of Dissolved Noble cases (q) 7.39E-01 3 17E-02 2.76E-01 2.69E-02 1 35E-02 3.51E-02 1.12 LOO ,

Average p CI /mi o f Noble Gases at Point of Release (q) 2.16E-08 1.83E-09 1.16E-08 8' 7.0hE-10 1.18E-09 2.72E-05 9l MaximumpCf/ml Released except Tritium - at Point of Release 6.25E-06 1.55E-07 2.80E-07 9 16E-08 (3) 9 95E-08 3 91E-00 6.25b06 Total volume callons: 1.2hE+06 h.6hh05 of waste: 6.59mo5 1.18m06 8.62mo5 5.83h09 h.99h06 Liters: h.69E406 1.75h06 2.h9h06 h.h6h06 3.26ho6 2.21h06 1.89h07 i

Total volume callons: 9 26Lo9 bf Dilution: 4.58E+09 6.27h09 1.01E&10 3 02h09 3.h0h09 3.66h10 Liters: 3.51E+10 1.73E+10 2.37E+10 _.3.82E+10 1.1hh10 1.29E+10 1 39E+11 (1) 7. o f Tech. Soec. Curie Limit 9 90E+00 6.20h00 7.90E+00 _ h.60E-01 6.30E-01 1 30E-01, k.2 0 (1) Based on Tech Spec. 3.8.B.2 on a per month basis (2) Average for 6 month period (3)) Maximum (h Based on for 6 month perf odcounting efficiency a Strontium-90 (5) Based on a monthly analysis

  • TAsIA s rental sorTon uu1Ts 2 6 3 - Inof0PIC As&LTals CF LIQDID BAElo&OTIYe EETRARER ((n Cggggg) {1) 1980 I W toft Jes 75 N&s APR MAY JUE Ci 'IvrAL
  • 1.28s-04
  • 6.73E-0 3 straatt e-89 L.50s-03 1.63Lo) L.69s-ch .
  • *
  • 2.98E-OL g 8tmnt1=-90 1.L55-oh 7.185 05 8.10s-05 I

oes t =-1 % 2 565-01 1.15B-01 1.18s-01 1.06s-02 1.12s-02 1.39s-03 5.12LO1 coalm-137 2 90s-01 1 355-01 1.LLE-01 1.70s-o2 1.68s-02 1 985-o3 6.05E-ci i l

1.87s-o5

  • 6.29E c2 l Iodine-131 L.125 02 1.375-02 7.81s-03 1.81s-oh l
  • 2.ookc2 cobalt-58 5.13s-03 7.07bo) L.85s-03 1.183-03 1.755-03 l cobalt-60 2.60s-02 1.L8s-02 1.70s-02 1.60E.03 1.17E-01 i 2.L35-02 3 31 u 2 l

)

6.215-02 6.1.9E 02 5.6LE-02 _ 2.13bo2 L.195-02 _3.60s-03 2.50L O1 j 21eJ5

  • 7 55E-03 Managanes*-5L 2.15Lo3 2.57Lo3 2.15Lo3 6.25 Lok 5.265-05 a
  • L.17Lo3 L.385-02 2.9LE-02 L.915-03 3 38s-03 8.57E-02 chmm1 =-51
  • *
  • 5.L3E-DL Marsanese-56 *
  • 5.L3E-ot
  • * * *
  • *
  • 7 11E-03 strontim-91 8.80s.0L 2.75E-03 3.L85-03
  • * *
  • 7.21E-ch Iodine-13L
  • 7.215-04 8.88E-oh
  • L.97L01 sodi m-2L 1.305-01 2.195-01 1.LLs-01 3.215-03 _

7.965-0L 1.08E-o? * * *

  • 1.16E-02 mm.2 n
  • 7.8LE-oh + * *

Iodine-132 Iodine-133 3.23E-02 1.96E-02 1.LLE-02 5.86E-OL 2.7L5-05 L.28s-ot 6.73E-02

  • *
  • 2.27E-02 Iodine 135 1.0La-03 1.10Lo2 1.0 3 -02 Stront f un-92 *
  • 5.32E OL _ 9 31L05 7.96s-05 -
  • 7.05L ot.

2.L15-oh 9 21E-03 1.06E-02 1.7LE-ot *

  • 2.02E-02 Technetium-99m
  • *
  • 2 3SE-02 Te11urium-132 5.59E-05 8.10E-03 1.56E-02
  • *
  • 7.LOE-03 sarium-tho L.20E-OL L.30E-03 2.6*E-03

!anthanum tho 3 313-03 2.6LE-03 9.57bo5 2.17 Lok 5.878-05 7 9CE-03

% 1.58E-03

  • * *
  • 1 31E-02 Yttr1 3-91M 1.03E-02 2.83 u )
  • 5.LtE-05 *
  • 1.72LO5 1.0?bo -

Niobim-95 3.L8E-05

  • * * *
  • 1.71E-03 cadmium-109 1.713-03
  • * * *
  • L.03E-0 Erypton-891 L.03E oh Ienon-131M 9.NE-03 8.61E-03 * * *
  • 1.85L X w,, m 1.13bO1 1.67E-02 2.29E-02 1 39L02 1.69L02 2.05L02 2.0 b s
  • * * *
  • 1.8SE-C Xenon-133M 1.88bo3 1.598-01 5.88s-02 6.6cE-o2 2.6LE-02 5.06s-03 3 69s-02 3 52E-N Ienon 135 1 57bo2 6.61E-03 1.L8 u 2 L.L8bok 2.29s-oh 1.1cs-03 3.89E-02 Xenon 1391 Phosphorue-32 9 19E-03 L.615-oh 3 915-0L L.26E-04 L.22Lo3 L.3La-OL 1.51E '.
  • 2.1 'M Iron-55 2.o9E-02 1.16E-OL 9.62E-oS 1.61E-OL L 53 Lok
  • 3 52 Lc sinkel-63 2.2LE-03 L 78E-oh 2.L35-oh 7.1LE-05 L.89s-oh Total (ouries) 1.20s.00 8.00Lo1 7.0c5-01 1.16Loi 1.21E-01 6.81s-02 3.ooko;.
  • Imse than detectable activity (1) saaed on analysis done on each batch

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b TABLE C PEACH BOT'OM UNITS 2 AND 3 GASEOl'S RADIOACTIVE RELEASE DATA 1980 JAN FE3 MARCH APRIL MAY J11NE TOTAL Mixed Noble Cases Ci 3.68h03 1.95ho3 2.67ho3 8.28ho2 5.32&O2 h.9'7h02 9.56h03

% of Tech. Spec. Limit (1) 1.22h oO (4) 1 75h00 1.52hoo .1 32hoO 1.h5hoo 1 56h00 1.h7h00 Icdine 131 Ci

  • h.23E-03 1.15E-03 3.6hE-03 1.65E-03 8.41E-Oh 2.23E-03 1.k1E-02

% of Tech. Soec. Limit (2) 9.88E-02 8.82E-02 2 35E-01 1.28E-01 5.70E-02 2.26E-01 13h01 Particulates > 8 Da y Ha l f Li fe Ci $1.50E-03 53 56E-Oh s3 39E-Oh 59.83E-Oh $1.h1E-03 51 73E-02 52,19E-02 Particulate Aloha Ci 57.10E-07 _ 7 3'T-07 2.87E-06 59.16E-07 $9.7hE-07 11.0hE-07 56 31E-06

% of Tech. Spec. Limit (?) 52.73E.02 51.55E-02 (4) 7.h6E-03 6.90E-02 1.16E-01 1 78h00 $3 36E-01 Tritium Ci (3) 1.78E-01 1.192-01 1.l N-01 1.56hoO 1.25 moo 1.25hoo h.52h00 Max. Noble Gas Release Rate h.6hh03 8.5hh03 2 41E+0hI p ct/sec 1.27h03 2.69E+03 8.97h02 2. 1 h D:ta:

1/10 2/8 3/21 h/29 5/22 6/16 3/21

7. of Tech. Spec. Limit ~for Maximum (5)

Noble Gas Release (1) 1.h8h00 5.01hoO 8.ldv.vX 1.67hol 2.11 hoc 1.20h01 1.67h01, Maximum 7. o f Tech. Socc. Limit (1) 5.19h00 3.h7ho1 9.51 hod (5) 1.67h01 7.02h00 1.20E+01 3.L7E+01, (1) Basis: Tech. Spec. 3.8.C.1 on a monthly basis (2) Basis: Tech. Spec. 3.8.C.2 on a monthly basis (4) Average for 6 month period (3) Quarterly analysis used for monthly estimation (5) Maximum for 6 month period t-

t TABLE D e

PEACE BOMM WITB 2 & 3 - IEDf0PIC ANALYSIS OP GASROUS RADICACTIVE EFFLt,ErfS (InOuries) 1980 ISOTOPES JAN PEB MAR APR MAY JUNE Ci TOTAL Erypton-87 (2) 1.52E+00

  • 1.70 h 00 * *
  • 3.22 LOO - i Zenon-133m(2) 1.6hh01 5.49h01 3 6hh 01 * *
  • 1.0EG+02 Zenon-135m (2) 1 3hh 01 2.07h 01 1.70L O1 * *
  • C.11EdM 2enon-138(2) 7.51h00 7.22h00 1.2hh01 * *
  • 2.7th01

< Erypton-85m (2) 2. 33h00 2.86 LOO 8.50h00 2.20h00 *

  • 1. 59h01 Kenon-133(2) 2.63h03 1.38h03 2.13E+03 3 26h02 1.71E+02 2 30L O2 6.87h 03 Ionon-135(2) 2.7 % 02 2.06h02 L.11h02 3.21h02 L.51h01 3.18h01 2.29E+03 Erypton-88(2)
  • 3.23h00 2.20h00 * *. 7.00E-01 6.13h 00 Total 2 95E+03 1.67h03 2.62h03 6.h9h02 2.165+02 2.63h02 8 37h03 w i -111 L.23E-03 1.15E-03 3.6hE-03 1.65E-03 8.h15-Oh 2.23E-03 1.37E-02 Iodine-133 (1) 7.80E-02 6.2LE-02 6.29E-02 8.96E-02 7.16E-02 7.16E-02 h.36E-01 Iodine-135(1) 5.085-02 L.07hc2 L.07E-02 h.33E-02 3.h6E-02 3.k6E-02 2.h5E-01 Total 1.33E-01 1.0LE-01 1.07E-01 1.35E-01 1.07E-01 1.08E-01 6.9hE-01 Strontium-89 2.h0E-04 1.86E-Oh 1.96E-04 1.6hE-Oh Sk.815-05 9.h8E-05 59.29E-Oh Stantium-90 fk.63E-06 g3 11E-05 16.85E-06 16.89E-06 $6.ME6 19.75E-06 56.59E-05 Cesium-13h 3.61h0h 3.70E-05 9.50E-06 +

2 303-05 8.32E-OL 1.26E-03 Cesium-137 3 73E-OL 3.03h05 3.h9E-05 1 78E-OL 1.08E-Oh 2 36E-03 3 08E-03

, Lanthanum-lho 1.02E-Oh 5.86E-05 5.65E-05

  • 1 33E-05 1.Mr-05 2.h5E-Oh Cobalt-58 4.16E-05 * * *
  • 2.h7E-05 6.63E-05 Cobalt-60 1.57h0h
  • 1.70E-06 3 35E-Oh L.86E-Oh h.86E-03 5.6LE-03 zine-65 1 99E-Oh
  • 1.0hE-05 2.81E-Oh 7.55E-OL 9.11E-03 1.0hE-02 i 8

Yttritan-91m 2 79E-Oh L.76E-Oh 6.81E-05

  • 9.7hE-05
  • i 7.h6E-05 7.46E-05  !

Cesim-138 h.62E-03 7.92LO3 2.hhE-03 2.11E-03 9.56E-Oh f.75E-03 2.08E-02 Barlian-140 1.17h0h 9.06h05 7.67E-05 1.88E-05 8.h0E-06

  • 3 12E-Oh MAL $6.63E-03 58 95E-03 f2.93E-03 53 18E-03 $2.56E-03 .52.01E-02 SL.hhE -02 Imse than mini ==_ detectable (1) Quarterly analysis used for monthly estiaation (2) Based on wekly grab semple u _ -

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TABLE E PEACH BO,TTOM UNITS 2 & 3 - SOLID RADIOACTIVE WASTE SHIPMENT 1980 t

i JAN FEB MARCH AFRIL MAY JUNE TOTAL Number of shienenes 26. 20. 21. hh, 33 _ 3h. 178.

11,064. 2,767. 3,9ho. 1h,122. 11,945 11,h30. 52,600 volume or waste (re ,

283 267 369 1 h37 333 387. 3,076.

Ac ti vi t v. curies mn$ A 2 2 2 2 A-Disposition - vaste shipped 7 A f

61A 1()

6 10 A

A 3

h A

A 52A 7(1)A

]

h1A 5(1 A by Hittman Nuclear and 10 A 11 A 7 A A 61A 12(2 A Development Corporation 11 A 13(1))A 12 A 8 A 8 1)B 8 2) 9 2)A in trucks to the Chem. 14 A A 13 A 9 A 92A 101}A Nuclear Corporation, Barnwell', 15 A 1h1}A 18 2) 17 A 9 B 121})A 11 1)A South Carolina. 15 B 19 1)A 181)A 10 A 13 2)A 12(2)A 17 A 21(1)A 191)A 11 A 1h 1)A 12(1)B

  • - 8 *** A 2 (1)A A 2 1 A A 1 2)B 28 28 A A A 18 A i Nuclear Engineering Company, 5p
  • ' " I' *"

2h(1 19 A 21(2)B 20(2)A 25(1)A 21 A 22(1)A 23(2)A 28(1)A 22 A 23 A 2h(2)A 23 A 27 A 25(1)A 30(1)A B < B <

29 .A 1; soc 2)^

'MA .

29 A 30(2)A e s