ML20216B375

From kanterella
Jump to navigation Jump to search
Gaseous Effluent Discharges Jan-June 1997, Per 10CFR40.65 & 10CFR70.59 Effluent Monitoring Requirements
ML20216B375
Person / Time
Site: Westinghouse
Issue date: 06/30/1997
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 9709080027
Download: ML20216B375 (3)
v • d • e


Text

sh Id I _ G) %

^'

cw k

S+

P ' /vht 1

qg#

M W8Stingt10088 Commercial Nuclear fuel Dmston

. Electric Corporation o,,,,,,

Columbia Soum Carolina 29250 NRC-97-032A August 26,1997 U. S. Nuclear Regulatory Com aission ATTN: Regional Administrator, RI!

Region 11 -

61 Forsyth Street SW, Suite 23T85 Atlanta, GA 30303

Dear Sir:

Subject:

SNM-Il07/70-Il51 The following report fulfills regulatory requirements as listed in 10CFR 40.65 and 10CFR 70.59

" Effluent 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 l

Westinghouse Electric Corporation's Columbia, South Carolina Commercial Nuclear Fuel Division plant:

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

B. Liquid Effluent 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 composition 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 througin a single discharge line to Congaree River, A detailed summary liquid discharge report is provided as Attachment "B."

Sincerely, i

WESTINGHOUSE ELECTRIC CORF) RATION p

4).%4l W. L. Goodwin, Manager i

Regulatory Affairs fdU' 5",1"#

oTi!""dI., um,w um.a w.,m.

h!,!(({!!{kI!!!!!!!!

=: = ~ "~

c;:w-

\\

9709080027 970630 PDR ADOCK 07001151 C

PDR

_;)

Attachment "A" GASEOUS EFFLUENT DISCII_ARGES - JANUARY I TIIROUGII JUNE 30,1997 1

1997flRSTilAIF Qt!ANTITV GROSS ALFilA LID.

flom Rate DI RIVED ESOF@lC COMCDe FR.AlRM4 D(DIVID isOIOPIC '

GASIOUS ilH t!LNTS R11FASED CONCI N1R ATION 1RROR uCimi Meters 5cc

,uCrmi

- DISCllARCK,mo 51ACKID uG Usannmu uCkml U234 U235 U238 tr234 1.1234 U23s l

Fl]RN AG l X I INF l A ll 9 50F-14

+/-

34014 80684 2 78 7 79F-14 180F-15 114-84 3 17 0 16 0 58 2

EURNACF F X lINF 2 3 74 5 70E-14

+A 3 34F-14 8 OCF I4 2 ?8 7 111-14 348F-15 f.2N-14 3 07 0 15 0 52 3

FIIRNACF F X iINF 3 3 78 8 70F-14

+A 3341-14 8 W-14 2 78 711F-14 3 44F-15 122004 3 le 0 15 0 51

'4 fifRN ACF FX ilNF 4 3 96 910E14

+/-

3 41b14 8 0$14 2 78 7 46F-84 3 64F-35 127014 1 25 0 36 0 $$

5 FURNACF IX t!NF 5 7%

174F-14

+k I4514 8 0Df -14 2 78 I 41F-14 6 96F-16 2 44F 15 6 20 0 10 1 06 6

NEW DI O)N RM 3 tl I 48F-13

+ /-

7 0nFJ4 80 0 04 1 64 1.21013 5 92F 15 2 0?F-14 1I?

0 15 0 53 7

MFT LAB FX 1 01 3 45bl3

+A 8 79f 14 8 Nif -14 0%

'2 82DI) 138F-14 4 81F-14 2 47 0 $2 0 42 C

INCINI R EX 9 21 5 64F-13

+ /-

1 ON-Il 8 00F I 89 4 62F-11 226014 7 90F-14 7 57 0 37 I 29 9

SiffTL INC F X 2 24 151F-13

+A 5 51F-14 8 0nf -14 098 124F 43 6 041 15 2 t lF 14 t si 0 09 0 31 le CONVE RS a-A FX 8 73 4 35F-13

+A 416F 14 8 00F-8 4 4 17 I 110 13 5 40F 15 189F-14 7 16 0 15 1 22 Il CONVf RSION 1-B 0 07 1 94F-13

+A 3 82F-I4 80 0 14 4 t?

9 35F-14 4 %F-15 164F-84 0 06 0 00 0 01 12 SCRAP RI C 2-A 3 80 910F-14

+ /-

3 410-14 8 00F-14 2 75 7 46F-14 3 64f>l5 1271 la 3 12 0 15 0 51 13 SCRAP RIC 2 !)

0 52 2 64F 13

+/-

5 8?F-14 8 0EI4 2 78 216F-13 l ohl-14 3 70F-14 0 41 0 02 0 07 14 CONV 3-A 19 61 4 86F-13

+#-

7 89D14 8 00F-14 2 78 19511 194 file 6 8mi-14 16 0s 0 78 2 75 15 CONV 3-B 0M 123013

+A 6 41F-14 8 00F-14 2 78 2 6E13 IDF14 4 52F-14 0 to 0 08 0 OS 16 41AINT FNCL All 8 31 l36633

+A 417F-14 80 0 l4 3 89 112F-11 5 44F-15 I 9tf-14 6 st 0 31 8 16

]

17 CONV E NCl FX 4C 0 00 8 47D13

+A 434084 8 00F-14 1 89 121F-13 5 88F-15 2 06DI4

' 0 00 0 00 0 00 IC CONV INCE E X 4D 7 72 I ?6F 13

+A 4 02F-14 80084 3 89 101F-13 5 04F-15 176F-14 6 11 0 38 1 08 19 CONViMIRG f X 4F 0 03 10013

+ /-

3 74DI4 8 00F-14 3 89 8 94bl4 4 36F-85 I $1F-8 4 0 02 0 00 0 00 20 Clif M I AH il! 11 RI D 7 09 810D14

+A 3 2?D14 S 00F-14 5%

6 64F-14 124015 l l3F-14 5 81 0 23 0 99 l

21 DI CON ROr *4 E X 2%

10h1~-11

+4 369084 80414 1 42 8 69F-14 4 24F-15 148F-14 8 94 0 09 0 11 22 CAL COMHGAS IN I 0 29 197F-13

+A

$ 96bl4 80 0 14 0 18 8 77ble 4 2sF-ti 150F-14 0 24 0 05 0 04 23 CAL COMHGAS LN 2 0 39 141b13

+A 6 85F-14

$ 0C04 0 88 I l6F-13 564015 197F-14 0 12 0 02 0 04 24 CAR COMiiGASIN 3 0 32 1106l3

+ /-

6 05L14 800614 0 18 9 02F-14 440015 154bl4 0 26 0 01 0 04 25 CAL R*lHG AS I N 4 0 55 2 81F-8 3

+/-

8 37F-14 2 0DF-14 0 18 173F-13 8 44F-15 2 95F-84 0 45 0 02 0 08 26 CAL COMHGAS 1N 5 1 17 459613

+A I24F-13 400054 0 18 3 76F-13 184F-14 6 41F-14 0 96 0 05 0 16 27 Cll! M tan 2 0 78 8 30F-14

+A 525614 800614 0 58 681054 13Y-15 186F-14 0 64 0 01 O li 28 CIll M LAH #3 123 125F 83

+A 6 45F-14 8 00F-14 0 64 103F-13 5 00F-3 5 175084 I 08 0 05 0 17 l

29 flPi AH EX l 05 812013

+A 775014 8 00F-14 0 58

  • ) 18F-14 4 481485 157F-84 e 26 0 Os 0 15 30 DFV I All i FX 2 37 I $9613

+/-

5 72F-14 80014 0 94 s 10F-13 6 MF-15 2 21F-14 8 94 0 09 0 31 31 DFV L AH 2 FX 2 16 149F-13

+A 554614 80514 0 94 1 22F-83 540) 209014 1 77 0 09 0 10 32 Ptil FT COMll!NI D 7 19 9 70F-84

+A 4 47F-14 8 00F 14 4 72 7 95F-14 3 88F-85 1 %F-14 5 90 0 29 I 01 33 SOLV X N 4%

910684

+/-

3 4 tF-84 3 00F-14 3 33 7 46F-14 364F-15 127094 3 58 0 IT 0 61 14 SOL V X S 08l 2 54Dl3

+A 5 70F-14 8 00E-14 3 33 2 08F-11 8 0'F-14 3 %F-14

'0 66 0 03 0 11 35 SCR AP RI C DRY 227 153013

+A 5 61Ll4 8 00Dl4 0 94 I25613 612F-ti 2 84F-14 1 86 0 09 0 32 blAP O)MHINTD 0 00 8 80F-14

+4 3 22F-84 8 00F-14 6 67 6 64F-84 3 24F-15 I E W-I4 0 00 0 00 0 00 37 U308Ilr STRIP 44 79 I 52F-12

+A I77013 8 00F-84 I 89 f.25012 608014 213bl3

% 71 1 79 6 27 38 II B A E:X 6 14 8 20F-14

+A A llF-14 8 0El4 4 72 672614 12OIS I I5F-14 5 03 0 25 0 86 39 MA!NT WI L D F X 5%

3 61F-11

+A 86014 80514 0 94 2 98F-13 149F-14 5 08F-14 4 40 0 21 0 75 l

40 AC-3 4 79 8 208-14

+ /-

A llF 14 3 00F-14 3 89 672014 128f 15 l l5E-34 3 91 0 19 0 67 Al hut A at E ND F X 1 84 9 00F.14

+ /-

4 31F-14 8 00r l4 2 78 7 38F-14 36015 126F-14 3 15 0 15 0 54 42 AC-5 4 71 810f.-14

+ /-

$ 19614 S 06F-14 1 29 664014 3 24F-15 I l tt'-14 3 88 0 19 0 66 41 AC-8 7 02 1 191~l 3

  • /-

4 54E-14 800014 3 89 976014

- 4 768-15 I 6'F-14 5 76 0 ?#

09s_

44 AMMONit I UMI lous-A 5 64 197F-11

+A 6 37F-14 8 0nE-14 1 89 162F-13 7 88I 15 2 671-84 4 62 c.23 0 79 45 AMMONIA f DMl 80ns-B 0 01 8 70F-14

+A 4 23E14 8 00F-14 1 89 71Els 148615 l 122F-14 00?

0 00 0 00 l

Tmal uCi 207 3 T4+al Demed Ignhg=c Release 170 0 83 29 0

o

' Westinghouse Electric Corporation NRC-97-032A August 26,1997 ATTACHMENT "B" LIQUID EFFLUENT DISCHARGES FIRST HALF 1997 A.

Report Period:

January 1, through June 30,1997 B.

Sample Location:

Composite sampler prior to discharge to Congaree River

- C.

Total Liquid Flow:

6.44 E+07 liters D.

Sample Collection:

Eftluent Composite Sampler i

Concentration-Radioisotope

LLD, Quantity uCi/ml Released, uCi uCl/ml Error U 2?4 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 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.

'a..

N j--

m W95tlDgh0U88 Commercial Nuclear fusi Division Electric Corporation.

3,,,,,,

Columtna South Carolma 29250 NRC 97 032A August 26,1997 l

U. S Nuclear Regulatory Commission ATTN:. Regional Administrator, Ril Region il 61 Forsyth Street SW, Suite 23T85 Atlanta, GA 30303

Dear Sir:

Subject:

SNM-1107/70-1151 The following report fulfills regulatory requirements as listed in 10CFR 40.65 and 10CFR 70.59

" Effluent Monite-ing 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 Effluent 25,043.0 uCl. 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 composition 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."

l l

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 enrichme,t. All liquid discharges are routed through a single discharge line to Congaree River. A detailed summary liquid i

discharge report is provided as Attachment "B."

I-Sincerely,

'_ WESTINGHOUSE ELECTRIC CORPORATION kl/deoedO F-W. L. Goodwin, Manager

~

- Regulatory Affairs ec:

U S Iles Commaien. (2)

Direcmr. (2) 61 y i W,

se 23T83 U N les R gu Comm ma Ailama. GA 30303 Washingm DC 20$5$

QfLN(*\\ m M Ad ~hFr i

\\blO Mbbhj

~-

I Attachment "A" GASEOUS EFFLUENT DISCIIARGES - JANUARY 1 TIIROUGII JUNE 30.' 1997 1997 f IRST flat F QIIANilIY GROSSAlfiLA t1D.

Flom Rae DLRiviD ISOIOIT CONO NTIL4IION

[UIVID IW1OPIC GA$f otM Lfit i!!NIS Ril.LASI D CONCI NTRATION ERROR eCual Metewsec eCsini DtSCitARGF. Ci 51ACKID uCa Urasuum uCsJmi U234 tf235 U218 U214 U215 U218 I

It1RN AO f X ilNI. I 4 11 9 401-14

+4 34 % It 8 0tf-14 2 78 7 79DI4 3 8of -15 1 310184 1 17 0 16 0 98

?

IliRN4(T IT t INE 2 3 74 8 '0E 14

+A 3 34I-14 8 00f -14 2 78 7 IEle 3 4!LF-15 1 2 % 14 1 07 0 13 0 52 1

FI'RN ACF FX t INI 1 3 78 8 701-14

+ f-3 34F-14 8 Of 4 -14 2 78 713F 14 3 4KF-15 12?F-14 1 10 0 It 0 51 4

fl!RNMT f X IINF 4 3%

910F-14

+ /-

3 4 t f-14 8 0tf-14 2 78 7 460-14 3 MF-8 9 127F-14 1 24 0 16 0 55 5

ftTRN ACF E X 1INE 5 7 46 174F-14

+A I 4 % 14 8 EK4 14 2 78 8 41F-84 6 %F 16 2 44F-15 6 20 0 10 1 06 6

NEW DI CON RM 3 St I 48F-11

+ /-

7 OIT-3 4 8 Oer-14 1 64 I 21F-13 5 921-15 2 0'F-14 3 12 0 15 0 $3 7

MFT1 AH FX 3 01 3 4 % 11

+ /-

8 79F-14 8 cif-14 0%

28411 I38014 4 81F-14 2 47 0 12 0 42 8

INCINi R FX 9 21 5 64F-11

+ /-

I 02F-13 8 Off-I4 I 89 4 62F-13 2 ?6F-14 7 *K-14 7 $7 0 37 8 ?9 9

MfPPL INC F X 2 24 15 8 f -11

+ /-

5 4R014 8 0st-14 0 94 1 241411 6 04F-15 2 8 tE 14 f 84 0 09 0 18 10 CONVI RS l A 1 X 8 73 43%I3 e-416F-14 8 OnF-84 4 17 I I tF-11 5 40F-15 139F-14 7 16 0 14 I 22 Il CONVIRSION I H 0 07 194f 13

+ /-

38 5 64 8 00F-14 4 17 9 3 % 54 4 %F-14 16ff-14 0 06 0 00 0 08 12 SCRAP RI C 2-A 3 80 910F-14

+A 3 410-14 8 00F-14 2 78 746014 3 6tF-15 12T-14 3 12 0 15 0 91 13 SCRAP RI C 2-H 0 52 2 64F-8 3

+ /-

5 82F-14 8 084-64 2 78 216f -13 1 084 -14 3 70F-14 0 41 0 02 007 14 CONV 3-A 19 68 4 86F-11

+A 7 89F-14 8 ott-14 2 78 19%It I 94F-84 6 Raf.5 4 16 es 0 78 2 75 15 CONY 3-H 0%

32 %13

+ /-

6 41F-14 8 0ff-14 2 78 2 65f -13 129t-14 4 52f -14 0 10 0 03 0 05 86 MAINT t NCL 4B 8 38 1.%Dl1

+A 4 I?F-14 8 off-14 3 89 1 12F-11 5 44F-15 I 9nt.14 6 88 0 31 1 16 17 CONV f MC1 I X 4C 0 00 147F-11

+ /-

4 34F-84 8 0'W-14 3 89 8 2tF 13 5 8st-15 2 06F 14 O no 0 0n O on 18 CONV INCI f X 4D 7 72 126F-11

+ /-

4 GT-34 8 00F-84 3 89 1016 -Il 5 (MF-11 0 7e.0 0 4 6 11 0 39 1 OR 19 CONV f Mi kG t X 41 0 01 10% I3

+A 3 74F-14 8n14-14 1 89 894014 4 %f-15 194t4 n 02 O snt 0 00 20 Clif MIAB illif RFD 7 09 810F 14

6 64F-8 4 3 24t-t$

1 911-14 5 81 0 28 6 99 21 14 CON ROOM FX 2%

104-11

+/-

36 % I4

$ m4 -14 1 42 8 69F-14 4 241-14 8 4Risl4 1 94 00*

0 3t 22 C Al. COMHGAS I N l 0 29 0 07L-13

+k 5 %F-14 8 m$.14 0 18 8 77f -14 4 28F-15 I 50F-14 0 24 0 el 0 04 23 CAL COMHGAs tN 2 0 39 1 486111

+A 68 %I4 S onF-14 0 18 116011 564015 19'F-8 4 0 32 0 02 0 04 24 CAI COMHGAS I N 3 0 32 110011

+ /-

60004 S ILF-14 0 18 90514 4 40E 15 154F-14 0 26 0 03 0 04 25 CA1 COMHG AS I N 4 0 55 2 0 lE-11

+ /-

8 37F-14 S onF-14 O IS 173F-11 8 44F-15 29%54 0 44 0 02 0 08 26 CAL COMHGAS 1 N 5 1 17 459013

+A I 24F-13 3 0(E-14 0 88 376091 I 84F-14 6 41F-14 0 96 0 05 0 16 27 ClH M B AB 2 0 78 8 30F-14

+ /-

5 25L-14 8 00F-14 0 58 6 SIF-14 33 % I5 i 16F-14 0 e.4 0 01 0 Il 28 C111MtAll#1 1 21 12 %I3

+A 64 %I4 3 00F-14 0 64 101F-11 5 0tt-li I 75F-14 1 01 0 05 0 17 l

29 IIP LAH f X l 05 812bli

+A 7 75E-14 300014 0 58 918F-14 4 48 bit I $484 0 86 0 04 0 IS

( 30 Di V L AH I I X 2 17 159b13

+A.

572084 8 0(4 -14 0 94 110E 11 6 %F-15 2 21F-14 I 94 0 04 0 11 31 DEV LAH 2 FX 2 16 149F-l)

+A 554014 8 0DF-14 0 94 12205) 5 *E-IS 209014 1 77 0 00 0 30 32 Pf t l FT COMHINI D 7 19 970014

+A 4 47F-14 8 00F l4 4 72 7 95F-14 188F-3 5 1 %F-14 5 90 0 29 1 01 33 SOLV X N 4%

930684

+/-

3 dif -14 8 00F-14 3 33 7 46F I4 3 64F-15 I 27F-14 3 38 0f7 0 61 34 sot.V X S 0 81 2 54F-13

+A 570014 8 0t4 -14 3 31 2 0sf-8 3 10 % I4 1 % 0 14 0 66 0 01 G il 15 SCRAP Rf C DRY 2 27 i Sibil

+ /-

561614 8 C+F-14 0 94 825F-11 6120I3 214014 8 86 0 09 0 32 36 M 4P COMHINI D 0 00 S ICF-14

+A 1 ?2bl4 3 0tt-14 6 67 6 64b l4 3 24F-15 l i tF-14 0 00 0 016 0 00 37 U108 IIF STRIP 44 79 I 52F-82

+ /-

I77F-Il 8 0(T-3 4 I 89 12 % I2 6 08F-84 21 %I3

% 71 1 79 6 27 18 ff HA FX 6 14 320084

+ /-

4 flF-14 800014 4 72 672004 3 28F-15

. l%la 5 01 0 25 0 86 19 MAINT Wf l D E X 5%

36411

+A 8 64F 14 8 0nf -14 0 94 2 921-13 1 441-14 5 081~14 4 40 0 28 0 75 40 AC-1 4 79 8 20f -14

+ /-

4 818-14 8 00f -14 3 89 6 72F-14 128015 1 15f -14 1 91 0 19 0 67 48 Hill ts HB I No f X 3 84 9 00F I4

+A 51 % I4 S & 4 -14 1 89 6 64f -14 3 24f 19 1 111-14 1 88 0 19 0 6h 41 A(-8 7 02 I l9F 13

+A 4 54F-14 8 00F-14 1 89 9 7+f-14 4 768-15 8 6%Is 5 76 0 28 0 98 44 AMMONI A i11Mt IOU 8-A 5 64 I 9 4-11

+A 637094 8 0:f-14 5 89 3 62F-13 7 881-15 2 6't -14 4 62 0 21 0 79 45 AMM4)N14 t liMT 1008 H 0 01 8.701:-14

+A 42414 3 0t4 -14 8 89 71414 3 48f -15 1 2T-3 4 0 02 0 00 n au TaalwCs 207 3 Total Dmved Iwwopec Release 170 o 81

'90

c.

1 TVestinghouse Electric Corporation NRC 97-032A August 26,1997 ATTACIIMENT "B" LIQUID EFFLUENT DISCIIARGES FIRST IIALF 1997 i

l l

A.

Report Period:

January 1, through June 30,1997 B.

Sample Location:

Composite sampler prior to discharge to Congaree River C.

Total Liquid Flow:

6.44 E+07 liters D.

Sample Collection:

Effluent Composite Sampler 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.

,

Retrieved from "https://kanterella.com/w/index.php?title=ML20216B375&oldid=3972183"