ML20210T437

Provides List of Radionuclides Released to Unrestricted Area by Westinghouse,Columbia,Sc Commercial Nuclear Fuel Division Plant for Six Month Period 970101-0630

ML20210T437
Person / Time
Site:	Westinghouse
Issue date:	08/26/1997
From:	Goodwin W WESTINGHOUSE ELECTRIC COMPANY, DIV OF CBS CORP.
To:	NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION II)
References
CON-NRC-97-032A, CON-NRC-97-32A NUDOCS 9709150126
Download: ML20210T437 (3)

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Westinghcuse Commecial Nxlear fuel Dms100 Electric Corporation or,,, n Columtna South Carchna 29250 iBD3 HB 2610 NRC-97-032A August 26,1997 U. S. Nuclear Regulatory Commission ATTN: Regional Administrator, Ril Region 11 61 Forsyth Street SW, Suite 23T85 Atianta, GA 30303

Subject:

SNM.I107/70-1151 l

The following report fulfills regulatory requirements as listed in 10CFR 40.65 and 10CFR 70.59 "Efnuent Monitoring Requirements." For the six-month period January 1,1997 through June 30, 1997, the following quantities of radionuclides were released to the unrestricted area by the Westinghouse Electric Corporation's Columbia, South Carolina Commercial Nuclear Fuel Division plant:

A. Gaseous 207.3 uCi Uranium (Analyzed as gross alpha)

B. Liquid Efnuent 25,043.0 uCi - U-234 1221.6 uCi - U-235 4275.6 uCi - U-238 Gaseous effluent results were obtained from point source gross alpha analysis of stack gas effluent, and the individual radionuclide umposition is inferred from the calculated average enrichment (82% U-234,4.0% U-235, and 14.0% U-238). A detailed summary report by stack is provided as Attachment "A."

Liquid effluent values were obtained by analysis of composite proportional samples prior to discharge to the Congaree River and basing the activity on the calculated average enrichment. All liquid discharges are routed through a single discharge line to Congaree River. A detailed summary liquid discharge report is provided as Attachment "B."

Sincerely, WESTINGHOUSE ELECTRIC CORPORATION

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Attachment "A" GASEOUS EFFLUENT DISCHARGES - JANUARY I THROUGH JUNE 30,1997 s

I 1997 FIRST 10415 QUA9fTITY GROSS ALPilA 11D.

nce Rae DERnTD LV3 TOPIC GMCENTRATKM 1%IRnTD ISOTOPIC g

GASFOUS EFi1UENTS Rf1EASLD CONCEN1 RATION ERROR vCami Meierssec uCima DISO{ARGE eCi STACisID-aCi Uranium uCa'al e

U234 U235 U238 U234 U215 t'238 I

FURNACF FX 1INF 1 4 11 950614

+A 3 49D14 8 NE-14 2 78 7 '9F-14 3 8tF-15 131014 3 37 0 16 0 58 2

IURN ACE EX l_INE 2 3 74 8 70F14

+k 3.34614 8 00F-14 2 ?8 711F 14 348615 122E-14 3 07 0 15 0 52 1

E URNACF FX 1INE 3 3 78 8 70bl4

+ /-

3.14F-14 8 001214 2 78 713E-14 3 48F-15 122F-14 3 to e 15 0 51 4

FURNACE EX LINE 4 3%

9 leF-14

+L 3 4IE-14 8 00F-14 2 78 7 46E-14 364615 I 2'F-84 3 25 0 I6 0 55 5

FURNACE EX IINE 5 7 56 174Ll4

+L I 49F-14 8 OnF-14 2 78 e 41F-14 6 96F-16 2 44F-15 6 20 0 to 1 06 6 l NEW DIO)N RM 3 81 148613

+4 7 00D14 8 00F-14 1 64 121F-13 5 9'E-15 2 0'L14 3 12 0 15 0 53 7

MFT 1AB 1:X 3 of 3 45bli

+ /-

8 79Dl4 8 Mi-14 0 46 2 8 DI3 I 38F-14 4 81F-14 2 47 0 12 0 a2 8

INCINFR EX 9 23 5 64DI3

+/-

102011 8 00E-14 I 89 4 6?F-13 226684 7 90F-14 7 57 0 17 1 29 4

SUPPL INC FX 2 24 151F-13

+L

$ 58F-14 8 0rf-14 0 94 124F-Il 6 04F-15 211F-14 1 44 0 09 0 11 10 CONVT R9 l-A EX 8 73 135613

+A 416F-14 800014 4 17 1.11613 5 40F 15 I 89E-14 7 16 0 35 I 22 Il CONSTRSION I-B 0 07 1.14E 13

+/-

381514 8 00D14 4 17 9 35F-14 4 56F-IS 160Dl4 0 06 O no 0 01 I2 SCRAP RFC 2-A 3 80 910E-14

+A 3 41Dl4 8000l4 2 78 7 46Ll4 3 64F-15 12*F-14 3 12 0 15 0 31 Il SCRAP Rt C 2-B o 52 2 MF-13

+A 5 82F-14 8 Ort-14 2 78 216LI3 106F-14 370614 0 41 0 02 0 07 la O)NV 3-A 19 61 4 86F-11

+L 7 89D14 8 000-44 2 78 3 99F-13 194F-14 6 80F-14 16 08 0 78 2 75 15 CONV 3-B 0 36 3 23El3

+L 6 43E-14 8 0rt-14 2 78 2 65F-11 129F-14 4 52F-14 0 10 0 01 0 04 16 MAINT ENCL 4B 8 31 13e013

+/-

417F-14 8 OW-14 3 39 I.l?Ll1 544615 I 9lE14 6 81 0 11 I 16 17 CONV ENCL FX 4c 0 00 147013

+/-

414014 804-14 3 89 I ?!F-13 588E-15 2 06F-14 0 00 0 00 0 00 18 CONV FNCL EX 4D 7 72 126613

+L 402014 8 Orf-14 3 89 I 01F-13

$ 04F-11 176F-14 6 31 0 31 1 OR 19 CONV FMIRG I X 4F 0 01 109011

+/-

3 74D14 S Mf-14 3 89 8 94D14 416085 15 tF-14 0 02 0 00 0 00 20 CilLMi AB FililRfD 7 09 810F-14

+L 122614 8 OW 14 5 56 664014 3 24F-15 1 13F-14 5 SI O 28 0 99 21 DFO)N ROOM EX 2 36 106F-13

+/-

3 69E-14 8 00F-14 I 42 5 69b14 4 24F-15 148E-14 1 94 0 09 03) 22 CAL COMBGAS 1.N 1 0 29 10?L-13

+A 5 96E-14 5 Hof-14 0 18 877014 4 28f 15 I50014 0 24 0 08 0 04 23 CAL OBtBGAS LN 2 0 39 14 t F-13

+4 685614 800614 0 18 1 16D13 564015 197-14 0 32 0 07 0 04 24 CAL COMBGAS LN 3 0 32 180613

+4 6 04E-14 800014 0 18 9 02F-14 4 40E-15 1 540-14 0 26 0 01 0 04 25 CAL COMBG AS i N 4 0 55 211613

+ /-

8 37F-14 8 00F-14 0 18 8 73F-13 5 44D15 2.95F-14 0 45 0 02 0 08 26 (AlCOMHGA5LN5 3 17 459613

+/-

l 24613 8 00E-14 0 18 3 76F-13 I 84F-14 6 416 t

• O 96 0 09 0 16 27 ClitM LAB 2 0 78 8 30F-14

+ /-

5 25L14 8 0rf-14 0 58 6 81F-14 3.32F-15 I l6F 14 0 64 0 01 0 11 28 CI!I M LAB si a 23 1.25L13

+L 6 45E-14 8 ODF-14 O 64 101013 5 ort-15 I 75F-14 1 01 0 09 0 17 29 LIP LAB FX l05 112013

+/-

7 75D14 8 00f 14 0 58 918614 4 48D15 I 5 7 -14 0 86 0 04 0 15 10 DEV LAB I FX 2 37 159613

+ /-

5 72Dl4 8 00F-14 0 94 1 10F-3 3 616F-15 2 23F-14 8 94 0 09 0 11 31 DEV IAB 2 FX 2 16 149E-13

+L

$ 54E-14 8 0rg-14 0 94 122933 S W-15 2 09F-14 1 77 0 09 0 10 32 Pfl LET COMBINT D 7 19 970014

+L 4 47Dl4 8 00Gl4 4 72 7 95F-14 3 88F-15 I 16Ll4 5 90 0 29 1 of 33 SOLV X N 4.36 910Ll4

+ t-3 4tDl4 8 00E-14 3 33 7 46F-14 3 64F-15 12T-34 3 58 0 17 0 61 34 SOLV X S 0 81 2.54F-13

+A 5 70E-14 8 OnD14 3 33 2 0$F-13 I02614 3 56F-14 0 66 0 01 0 11 35 SCR $P RFC DRY 227 I51013

+A 561084 8 00Dl4 0 94 125E83 612615 214D14 I 86 0 09 0 32 36 M AP COMBINI D 0 00 810E-14

+/-

122F-14 8 00D14 6 67 664614 3 24F-15 l l1F-14 0 00 0 00 0 00 37 U108 IIF STRIP 44 79 I $2E-12

+A 177DI3 800684 I 89 I25012 608014 21tbl3 16 73 1 79 6 27 18 IFBA EX 6 14 8 20hl4

+A A llF-14 3 MF-14 4 72 6 72F-14 3 28F-15 l l 5F-8 4 5 01 0 25 0 86 19 MAINT RTL D EX 5 36 361653

+1-8 65F-14 8 0(E-14 0 94 2 98F-l3 145F-14 5 0$F-14 4 40 0 23 0 75 40 AC-3 4 79 8 2nF-14

+ /-

411D14 8 00F-14 3 89 672014 328615 i 15F-14 3 91 0 19 067 41 Bl'1K Bt FND FX 3 84 100E-14

+A 411D14 800618 2 78 738014 3 MDI5 I 2ff-14 3 15 0 15 0 44 42 AC-5 4 71

&.0F-14

+L 519614 8 00Dl4 3 89 6 64F-14 3 240-15 1 110-14 3 88 0 19 0 66 41 AC-4 7 02 1 19E-13

+L 454014 8 00E-14 3 89 9 76D14 4 76Di$

16'Ll4 5 76 0 21 0 98 44 AMMONIA FUME 1008-A 5 64 19?E-81

+A 6 37F54 3 00E.,

1 89 162E-13 7 88G15 2 6T-3 4 4 62 0 21 0 79 45 AMMONIA FUME 1008-B 0 03 8 70F-14 46 4 23L14 8 00F-14 1 89 7136I4 3 48F-IS 122F-14 0 02 0 00 0 00 T eluCi 207 3 Total Demet tweric Release 170 0 83 29 0 1L

4 Westinghouse Electric Corporation

• ?:' C-97-032A August 26,1997 ATTACIIMENT "B" LIQUID EFFLUENT DISCIIARGES FIRST HALF 1997 A.

Report Period:

January 1, through June 30,1997 B.

Sample Location:

Composite sampler prict to discharge to Congaree River C.

Total Liquid Flow:

- 6.44 E+07 liters

- D.

Sample Collection:

Effluent Composite Sampler e

Concentration Radioisotope __

LLD, Quantity uCi/ml Released, uCi uCi/ml Error U-234 3.89 E-07+/-6.10E-08

-6.0 E-10 25,043.0 U-235 1.90 E-08+/-3.31E-09 6.0 E-10 1,221.6 U-238 6.64 E-08+/-7.90E-09 6.0 E-10 4,275.6 Total 30,540.2 Note:

=

1.

Liquid' effluent composites were analyzed by alpha spectroscopy, and U-236 was not detected using this method. Any U-236 present would be in minute quantities, d.4