ML17207A868

Semiannual Radioactive Effluent Release Rept for July-Dec 1979.

ML17207A868
Person / Time
Site:	Saint Lucie
Issue date:	02/20/1980
From:	FLORIDA POWER & LIGHT CO.
To:
Shared Package
ML17207A867	List: ML17207A866 ML17207A868
References
NUDOCS 8003100256
Download: ML17207A868 (37)

Text

FLORIDA PONER & LIGHT CO.'PANY ST. LUCIE PLANT UNIT Pl LICENSE i/DPR-67 SEMI-ANNUAL RADIOACTIVE EFFLUENT RELEASE REPORT FOR THE PERIOD July 1, 1979 thxough December 31, 1979 pre ared February 20, 1980 Gocggf g wo-9g~

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TABLE OF. CONTENTS

~Pa a Effluent + Haste Disposal Supplemental Information Liquid Effluents Summation of All Releases Liquid Effluents Nuclide Summation Quarter Gaseous Effluents Summation of All Releases Gaseous Effluents - Nuclide Summation Quarter Tech. Spec. Reporting Data as per App. B of St. Lucie Environmental Tech. Specs. Quarter 3 10, 11 Tech. Spec. Reporting Data as per App. B of St. Lucie Environmental Tech. Specs. Quarter 4 12, 13

?ieteorological Data for Quarter 14 2Q Meteorological Data for Quarter 21 - 27 Solid Haste and Irradiated Puel Shipments from St.

Lucie 1 28

Page I EFFLUENT + HASTE DISPOSAL SUPPLEMENTAL INFORMATION 1.. Regulatory Limits 1.1 For liquid waste effluents

a. The concentration of radioactive materials released in liquid waste effluents from all reactors at the site shall not exceed the value specified in 10 CFR Part 20, Appendix B, Table II, Column 2, for unrestricted areas.

b. The cumulative release of radioactive materials in liquid waste effluents, excluding tritium and dissolved gases, shall not exceed 10 Ci/reactor/calendar quarter.

c. The cumulative release of radioactive material in liquid waste efiluents, excluding tritium and dissolved gases, shall not exceed 20 Ci/reactor in any 12 consecutive months.

1.2 For gaseous waste effluents

a. (1) The release rate limit of noble gases irom the site sha31 be such that I 2.0 (QT K) < 1 and 0.33 (QTV (LV + 1.1 N ) ) < 1 (2) The release rate limit of all radioiodines and radio-active materials in particulate form with half-lives greater than eight days, released to the environs as part of the gaseous wastes from the site shall be such that 5.5 x 10 QV < 1

b. (1) The average release rate of noble gases from the site during any calendar quarter shall be such that 13(QT N) <1 and 6.3 (QT M) <1 V V

Page 2 7

Effluent + Waste Dis osal Su lemental Information Continued

1. Regulatory Limits, Continued

l. 2-b Continued (2) The average release rate of gases from the site during any 12 consecutive months shall be 25 (QTV NV) -'

and 13 (QT < 1 V M)

M (3) The average release rate per site of all radioiodines and radioactive materials in particulate form with half-lives greater than eight days during any calendar quarter shall be such that 13 (5.5 x 10 QV) < 1 (4) The average release rate per site of all radioiodines and radioactive materiyls in particulate form with half-lives greater than eight days during any period of 12 consecutive months shall be such that 25 (5.5 x 103 QV) < 1 (5) The amount of iodine -131 released during any calendar quarter shall not exceed 2 Ci/reactor.

(6) The amount of iodine -131 released during any period of the 12 consecutive months shall not exceed 4 Ci/reactor.

2. Maximum Permissible Concentrations AIR 10 CFR Part 20, Appendix B, Table II, Column 1 10 CFR Part 20, Appendix B, Table II, Column

'ATER 2

3. Average energy of fission and activation gases in gaseous effluents is not applicable.

4., Measurements and Approximations of Total Radioactivity A summary of liquid effluent accounting methods is described in Table 4.1.

A summary of gaseous effluent accounting methods is described in Table 4.2.

Page 3 Effluent + Maste Dis osal Su lemental Information Continued

4. Heasurements and Approximations of Total Radioactivity, Continued Estimate of Errors (a} Sampling Error The error associated with volume measurement devices, flow measuring devices, etc. based on calibration data and design tolerances has been conservatively estimated collectively to be less than + 10%.

(b} Analytical Error for Nuclides'.vVee

~Avera e Haximum Liquid + 9% + 30%

Gaseous + 10% + 35%

Table 4.1 Radioactive Li uid Effluent Samolin and Anal sis Liquid Sampling Type of Method of Source Pre uenc Anal sis Anal sis Monitor Each Batch Principal Gamma Emitters p.h.a.

Tank Releases Monthly L.S.

Composite Gross Alpha G.F.P.

Quarterly Composite Sr-90, Sr-89 C.S. & L.S.

Continuous Releases No continuous activity releases for this reporting period Boric Acid Evaporator condensate is normally recovered to the Primary Mater Storage Tank for recycling into the reactor coolant syst: em and does not contribute to liquid waste effluent totals.

p.h.a. gamma spectrum pulse height analysis using Lithium Germanium detectors. All peaks are identified and quantified.

L.S. Liquid Scintillation counting C.S. Chemical Separation G.P.P. Gas Plow Proportional Counting

Page 4 Effluent + Haste Dis osal Su lemental Information Continued

4. Measurements and Approximations of Total Radioactivity, Continued (b) Continued Table 4.2 Radioactive Gaseous Waste Sam lin and Anal sis Gaseous Sampling Type of llethod of Source Fre uenc Anal sis Anal sis Waste Ga Decay Princi al Gamma Emitters (G C P) .h.a.

Tank . Each Tank Releases H-3 L.S.

Contain-ment Princi al Gamma Emitters (G C P) .h.a.

Purge Each Purge Releases H-3 L.S.

Plant Weekly Princi al Gamma Emitters (G C P) - .h a, Vent H-3 L. S.

Ifonthly Composite Gross Alpha P G.F.P.

(Particulates)

Quarterly Sr-90, 89 C.S. & L.S.

Composite (Particulates)

G Gaseous Grab Sample C Charcoal Filter Sample P Particulate Filter Sample L.S, Liquid Scintillation counting C.S. Chemical Separation p.h.a. gamma spectrum pulse height analysis using Lithimn Germanium detectors. All peaks are identified and quantified.

G.F.P. Gas Plow Proportional Counting

EFFLUEilT + HASTE DISPOSRL 5UPPLEMENTRL INFOPMRTION CCONT. ):

5. BRTCH RELEASES R. LIQUID 1 NUMBER OF BRTCH RELEASES: 18 2 TOTAL TIME PERIOD OF BATCH RELEASES: 18574 M INUTE5 3 MRNIthUth TIME PERIOD FOR R BRTCH PELER5E: 896 MINUTES 4 AVERAGE TIthE PEPIOD FOR R BRTCH RELEASE: 587 thlNUTES 5 MINIMUth TIME PEP.IOD FOR R BATCH RELEASE: 328 M INUTE5 6 RVERRGE STREAM FLOM DUPING PEPIOD5 OF RELEASE OF EFFLUENT INTO A FLriNING STRERth 683732 GPM FILL LIQUID RELEASES APE SUthMARIZED Itl TABLES 5. 1 8: 5. 2 B. GRSEOUS 1 NUthBER OF BRTCH RELEASES: 59 TOTRL TIthE PEPIOD FOR BRTCH RELEASES: 14742 MINUTES 3 thARIMUth TIthE PERIOD FOR R BRTCH RELEASE: 688 thINUTES 4 AVERAGE TIME PERIOD FOR BRTCH RELEASES: 258 MINUTES 5 thItlIMUth TIME PERIOD FOR A BRTCH RELEASE: 118 rhINUTES FILI GRSEOUS WASTE PELER5E5 RPE SUththARIZED IN TABLES 5. 3 8. 5. 4

6. RBNOPMRL RELEASES R. LIQUID

1. NUMBEP. OF PELER5E5:

2. TOTRL ACTIVITY RELEASES: 88888 CURIES B. GA5EOU5 NUthBEF; OF PELERSE5: 8

2. TOTRL RCTIVITY RELEASED: . 88888 CURIES

7. 5OLID WASTE AND IRRADIATED FUEL "HIPMENTS SEE TABLE OF CONTEtlT5

FLORIDFI POMER 8 LIGHT CONPFINY-5T. LUCIE UNIT Oi 5ENIFlt'lNURL PEPORT JULY ir i979 THROUGH DECEt'IBER air i979 i:

~

BLE 5. LIQUID EFFLUENTS SUNt9RTION OF Fll L RELERSE5 UNIT OURRTERe 3 aURRTERe 4 R. FI55IOtl FIND RCTIVRTION PRODUCT5 1

TOTRL RELERSE-NOT INCLUDItlG TP ITIUN. GRSESr RLPHR) CI Z. 327 E -i i. 995 E 8

2. RVERRGE DILUTED CONCEN-TPRTION DURING PERIOD UC Ir'NL 4. 327 E -8 i.7 XX E -7 3.. PERCENT OF FIPPLI CRBLE LINIT 3. 327 E

i. 995 E B. TRITIUN TOTRL RELER5E CI Z. 829 E i 2.493 E

2. RVERRGE DILUTED COI'lCEN-TRFITION DURlNG PERIOD UCIr't'IL Z. 939 E -6 i. 267 E -6 C. DISSOLVED RND ENTPRINED GRSE5 TOTRL RELERSE CI i. 263 E -2 i. 568 E '-i RVERRGE DILUTED CONCEN-TRRTI ON DURI I'lG PERIOD UCIr'NL i. 643 E -9 7. 935 E -9 D. GRO55 RLPHR RRDIORCTIVITY TOTRL RELEFISE CI E.'OLUt'IE OF WRSTE RELERSED

<PRIOR TO DILUTIOtl> LITER5 7. 993 E 5 i. 064- E 6 F. VOLUNE OF DILUTION WRTER U5ED DURING PERIOD LITER5 7. 698 E 9 i. f66 E i8

FLGRIDR POldER 8 LIGHT CGNPRt<Y 5T. LUCIE UNIT Oi SENIRtlNURL REPGPT ir 1979 THROUGH 19?9 'ECENBER TRBLE 5. 2: LIQUID EFFLUENT5 CONTINUOU5 NODE BRTCH NODE NUCLIDE5 RELERSED UNIT QURRTERg 3 QURRTERg RRTE PO+

I-131 CI . 888 E 8 . 888 E 878 E -3 I-132 CI . 888 E 8 '. 888 E . 888 E 538 E 4 I-133 CI . 888 E 8 . 888 E 7. 269 E 498 E -3 1-134 CI . 888 E 8 . 888 E .888 E 898 E -4 I-135 CI . 888 E 8 . 888 E i. 988 E 349 E NR- 24 CI . 888 E 8 . 888 E E 8 7. 848 E -5 CR- 51 CI . 888 E 8 . 888 E 1. 869 E -2 1. 859 E Nt<- 54 CI . 888 E 8 . 888 E 3. 358 E 4. 759 E I'lad- 56 CI . 888 E 8 . 888 E E 8 4 488 E 2 CI . 888 E 8 . 888 E 1. 299 -4 888 E -3 CO- 58 CI . 888 E 8 . 888 E 5. 728 E -2 769 E FE- 59 CI . 888 E 8 . 888 E 2. 628 159 E -3 CO- 68 CI . 888 E 8 . 888 E E 958 E -2 2N- 65 CI . 888 E 8 . 888 E E 719 E -3 NI- 65 CI . 888 E 8 . 888 E . 888 158 -2 RG-118N CI .888 E 8 . 888 E 5. 478 218 E -2 SN-113/ Ili "II?rt.'i 58-122 CI . 888 E . 888 E i. 748 E 9. 788 E -4 Cl . 888 E 8 . 888 E 8. 269 E 439 E 5B-124 CI . 888 E 8 . 888 E 839 E 668 E -3 I l-187 CI . 888 E 8 . 888 E E 2. 379 E NP-239 CI 8 . 888 E E 139 E -3 ZR- 9QNO-9~ CI . 888 E 8 . 888 E E 469 E NO- 99> Tc-PiN CI . 888 E 8 . 888 E E 7. 218 E -4.

RU-183 CI . 888 E 8 . 888 E E 7. 29 E -4 CS-134 CI . 888 E 8 . 888 E 2. 859 E C5-136 CI . 888 E 8 . 888 E 3. 748 788 E CS-137 CI . 888 E 8 . 888 E 129 2. 549 E BR-148/i h-14o CI . 888 E 8 . 888 E 389 4 258 E CE-141 Cl . 888 E 8 . 888 E 2. 778 I ~ 878 E -4 BR- 82 CI . 888 E 8 . 888 E . 888 6. 149 E -3 ZR- 97/HG-97 CI . 888 E 8 . 888 E 3. 548 E -2 CI . 888 E 8 . 888 E 3. 738 E CE-144/W;I<+ CI . 888 E 8 . 888 E 1. 939 E -2 SR- 89 CI . 888 E 8 . 888 E i. 889 E 7- 378 E 5R- 98/y'-9O CI . 888 E 8 .'88 E 3. 359 E l. g O~r UNIDENTIF I ED CI . 888 8 . 888 E . 888 E 888 E 8 TOTRL FOP.

PER I GD i,'RBGVE) CI I;R- 85 CI E i. 239 XE-131N CI 6. 818 i. 318 XE-133 CI i. 159 i. 338 0 XE-133t"i XE-135 XE-135th XE-138 CI CI CI CI

3. 669 888 888 E i. 868

6. 129

2. 839

i. 688

FLORIDR POWER >~ LIGHT CGNPRNY 5T. LUCIE UNITM.

SEt'lIRNNUFIL PEPORT JULY Xr f979 THROUGH DECEt'lBER 3k@ 9.979 TRBLE 5. 3: GFISEGUS EFFLUENTS SUt'lt'IRTION OF ALL RELEFISES UNIT -

QtJRRTEFN 3 QtJRRTERS +

R. FI55ION AND RCTIVRTION GRSES TOTRL RELEASE cr 9..23k E 3 i.628 E, 3

2. AVERAGE RELERSE RATE FOR PERIOD UCIr'SEC 5.. 56% E 2. 865 E 2

3. PEPCENT OF TECH. SPEC. LINIT 2. 279 E -i 3. 376 E I GD I NE5 IODINE-f3'I B.

TOTAL 9. 881 E -3 6. 947 E'3'.

2. FIVERRGE RELEASE RRTE FOR PERIOD UCI.iSEC A. 254 E -3 8i,2 E -4

3. PERCENT OF TECH. SPEC. LINIT 4. 94% E -i 3. 474 E C. PFiRTICULRTES PaRTICULaTES T-XZ2 > 8 DaVS CI 9. 882 E -3 6. 96% E -3 AVERAGE RELEASE RRTE FOR PERIOD IJCIr'SEC X. 254 E -3 8. 8>9 E -4 PERCENT OF TECH. SPEC. LIt1IT 4. 978 E -2 9.. 857 E -2

4. GROSS FILPHR RRDIORCTIVITIY CI D. TP. I TIVE TOTAL RELEASE CI 8. X78 E 1 8.759 E

2. FIVERRGE RELEFISE RRTE FOR PERIOD UCIr"SEC X. 837 E X X. X9.X E

FLGR I DR PG1'E'ER ~~>> L I GHT COt'IPRNY ST. LUClE UNIT "Ni SEMIANNUAL REPORT JULY i i979 THPGUGH DECENBER 3i i979 TFIBLE 5. 4: GFI5EGUS EFFLUEt<TS Carn INUOUS t<ODE BFITCH t'iODE NUCLIDES RELEASED UNIT QUARTERS QUARTERS 4 QUARTERS 3 QURRTER@ +

FI55lGN GA5ES RR- 4i CI . 888 E 8 i. 2S9 E 8 i. 2'39 E -i, 5. 769 E KR- 85 CI . 888 8 . 888 E 8 6. 789 E 8 4. 769 E 8 KR- 85N I'I 2. i79 E 8 3. 989 E 8 2. 849 E 8 549 E 8 KR- 87 CI 3. i89 E 3. i99 E 8 . 888 E 8 S. 479 E 8 KR- 88 CI 5. 299 7i9 549 E NE-i3itl YiE-i33 CI CI

3. 869 888 E

E E

8 2

Z.

. 888

6. 589 E

E E

8 8

2

6. 989 E

5. 829 E

7. 369 E i2 8 9.

6.

7.

849 E.

629 E 8

2 rNE-i33t'l CI 8. 569 8. 749 6. 859 E 859 E NE-i35 YE-i35t'I CI CI

i. 399

. 888 E

E E

1 8

7.

ii9 888 E

E E

8 8 . 888 E

E 8

8 8

7.

i.

i.

987 E 874 E i

8 8

RE-i38 CI . 888 E rq . 888 E 8 E 8 5 229 E 8' UN I DENT IF I ED CI . 888 E 8 . 888 E 8 . 888 E 8 . 888 8 TGTRL FOR PERIGI:i (ABOVE> 'CI, 4. 848 E 2 7. 4-'i E 2 S. 258 E .2 8.862 E 2 1ODINE5 I-i3'i CI 9. 84i E -" 6. 373 E -2 Z. 869 E -5 5. 739 E -4 CI 4. 499 E -"=, i. 358 E -2 i. 558 E -6 5. 588 E -6 TGTFIL FOP.

PER1OD (REO~iE) CI 5. 484 E -2 i. 987 E I

-2 4. 825 E,. -5 5. 795 E -4

3. PRPT1CULFITES CO- 5 CI .888 E 8 9.648 E -6 888 E 8 i.358 E -6 SB-i24 CI . 888 E 8 . 888 E 8 888 E 8 9. 879 E -8 CS-i37 CI 5. 959 E -7 i. 939 E -6 888 E 8 2. 729 E -7

THE FOLLONING INFORNRTIOt< PERTAINS TO QURRTER OF THIS SEt1IRNNURL REPORTING PERIOD QTV EQURLS i. 56% E -4 CURIESr'SEC K-BRR EQURLS 4. 5.57 E -9. REtlr'YRc'CIc SEC L- EQUALS 7. 832 E -i RENPYRr'CIPSEC ti-8 EQURLS 2. 3%7 E 8 RADAR'YR/CI/SEC N-BRR EQURLS 5. 87k E -I RADCYRPCIr'SEC QV EQURLS 6. 96% E -9 CURIESPSEC

THIS PEPORT I5 FOR QURRTER - OF THIS REPORTI))G PERIOD, l 979 RS. PER RPPEtJDIY B ENVIROtlthENTAL TECHNICAL 5PEC5 5ECT ION 2. 4. 3. B. (i) THE RVERRGE RELERSE RRTE OF NOBLE GRSE5 FROt< THE 5ITE DURING RNY CFILENDRR QIJRPTER SHALL SUCH THFIT i'3(QTV+N-BRR) C OR = i

i. 838 E -3 < i. 8 AND 6. 3(QTV~:N-BAR) < OP. = i

2. 279 E -3 < i. 8 SECTION 2. 4. 3. B. (3) TI.IE RVERRGE RELERSE RRTE PEP. SITE OF RLt RRDIOIODItlES RND RROIORCTIVE tiRrERIRt 5 Itl PRRTICULRTE FORN llITH HALF-LIVES ) 8 DRY5 DURING RNY CRLENDRP. QURRTEP. 5HALL BE SUCH THRT i3(5. 5E+3~:QV) < OR =

4.978 E -4 ( i.8 SECTIOl'l 2. 4. 3. (5) THE At'IOUNT OF IODINE-i3i RELERSED DURING RNY CRLENDRR QURRTER SHALL NOT EXCEED 2 CIZRERCTOR 9.88i E -3 C 2.8 INVESTIGRTI'Ol'l RtJD REPORT TO NRC IN 38 DRYS IF SECTION 2. 4. 3. C. (i) IF THE RVERRGE RELEFI5E RATE OF

~ E GRSES FPOtl THE 5ITE DURING RNY CFILENDRR QURPTER tJ CH THRT 58(QTV4:N-BRR) 3

3. 958 E -3 < i. 8 OR '5(QTV~N-BRR) ) i 9.843 E -3 < i.8 5ECTION 2. 4. 3. C. (2) IF Tl.IE FIVERRGE RELEFISE PFITE PEP.

5ITE OF RLL RRDIOIODINES RND RRDIOFICTIVE NRTERIALS II'l PRRTICULFITE FORN WITH HFILF-LIVES > 8 DRYS DURING RNY CALENDFIP. QURPTER I5 5UCH THRT 58(5. 5E+3~QV)

SECTION 2. 4. 3. C. (3) IF THE RNOUtJT OF I-i3i RELEASED DURII'JG RNY CRLENDRP. QUARTER IS ) 8. 5 CIJRIESZRERCTOR 9 88i E -3 C . 5

THE FGLLGMING INFORt'lFITIGN PERTAINS TO QUARTER

, OF. THIS SENIFINNURL REPORTING PERIOD QTV EQUFILS 2. 864 E -4 CURIESr'SEC K-BAR EQURLS 4. 874 E -2 REtlr'YRZCIr'SEC L- + EQURLS i. 87k E 8 REt'lr'YRr'CIr"SEC

. EQURLS 2. 595 E 8 RADiYRZCIPSEC N-BRR EQURLS 5. 797 E -i. RRDr'YRr'CIr'SEC QV EQURLS 2. 595 E -9 CURIESr'SEC

THI" REPORT I5 FGP. QURPTER ~1 OF Tf-lI PEPOPTI t)G .PEP IOD l 97)

R5, PER APPENDIX B ENVIRONt'1EtdTRL TECHNICAL SPECS SECTION 2. 4. 3. B. (i.) THE AVERAGE RELER5E RRTE OF WGBLE GFISE5 FROl'1 THE SITE DURING RNY CRLENDRR QURRTER 5HALL SUCH THRT

%3(QTV4N-BRR) ( OR = i.

%.556 E -3 ( 1.8 RND 6. 3(QTV+th-BAR) ( GR = X 3.376 E -3 (  %.8 SECTIOW 2. 4. 3. B. (3) THE FIVERRGE RELERSE RRTE PEP. SITE OF FILL RFIDIOIODINE5 RND RRDIORCTIVE t'lRTERIRL5 IN PFIRTICULRTE FORN WITH HRLF-LIVE5 > 8 DRYS DURING RNY CFILENDRR QURRTER SHFlLL BE 5UCH THAT f3(5. 5E+3~:QV) ( GR = X X. 857 E -4 ( i.. 8 SECTION 2. 4. 3. (5) THE Al1OUNT OF IODINE-X3X RELEASED DURING RNY CFILENDFIR QURRTER SHFILL NOT ENCEED 2 CIr'REFlCTGR

~

6.947 E -3 ( 2.8 ItlVESTIGATIGN FIND REPORT TO t<RC IN, 38 DFIY5 IF 5ECT1ON 2. 4. 3. C. (9.) IF THE RVERRGE RELERSE RFITE OF NO> E GR5E5 FROl'1 THE 5ITE DURING RNY CRLENDRP. QURRTER I ICH THRT 58(QTV~N-BRR)

5. 985 E -3 ( i. 8 OR 25(QTV~N-BRR) ) X.

SECTION 2. 4. 3. C. (2) IF THE FIVERRGE RELEASE RATE PEP.

5ITE GF FlLL RRDIOIOD1NES FIND RRDIORCTIVE NRTERIFlLS It<

PRPTICULFITE FGRI'1 WITH HRLF-LIVE5 > 8 DAY5 DUPING FINY CRLEWDFIR QURRTEP. I5 SUCH THRT 58(5. 5E+3+QV)

7. i39 E -4 (  %. 8 SECTIOtl 2. 4. 3. C. (3) IF THE ANOUNT GF I-X3X REL'EA5ED DURING Rt<Y CRLENDAR QURRTER IS > 8. 5 CURIESr'REACTOR

HOURS RT ERCH IJIND 5PEED RND DIRECTIOI"l ERIOD OF RECORD: JULY 1 THROUGH SEPTEI'IBER 38r 1979 STRBILITY CLRSS: R ELEVFITION: 198 FEET WIND MIND SPEED(MPH> RT 18N LEVEL DIRECTION i.-3 4-7 8-12 13-18 19-24 TGTRL I'l . 88 1. 88 . 88 . 88 . 88 l. 88 NE 1. 85

5. 88 E 3. 88

7. 88

5. 76 SSE 5 88 SSN.

5 l'I I lSN . 88 llNll SUB TOTFIL HOURS . 6Z 12. 85 88'4. 61, PERIGD5 GF CRLN<HOURS>:

HOURS OF NISSING DRTR

HOUR5 RT EACH WIt/D SPEED FIND DIRECTION EPIGD OF RECORD: JULY i, THROUGH SEPTENBER 38r %979 STRBILITY CLRSS: B ELEVFITIOtl: 9.98 FEET WIND WIND SPEED(NPH) RT 9.8'E<a'EL DIRECTION 4-7 8-X2 D-iB i9-24 TOTRL NNE '. 88 ENE

2. 88 SSE 55M . 88 5W 88 NW NtlW SUB TOTAL l.lOUPS i. 88 1. 88 . 88- X. 99 PERIODS OF CRLN(HOURS>:

HOUR5 OF HISSING DRTR

HOUR5 RT ERCH WIND SPEED Rl'lD DIRECTION PERIOD OF RECOPD: JULY i THROUGH SEPTEt'lBER 38 1979 STRBILITY CLR55: C ELEVRTION: '98 FEET WIND WIND SPEED<I'IPH> FIT i8N LEVEL DIRECTION i-3 4-? 8-i2 i3-i8 i9-24 TOTRL C 1 N . 88 . 88 . 88 . 88 . 88 . 88

. 4i ESE SSW SW 2. 88 W5W WNW .

. 88 NW NNM . 88 SUB TOTRL HOUR5 i. 88 G. 66 PERIODS OF CRLt'I<HOURS>:

HOUR5 OF llISSING DRTR

HOURS FIT EACH lilIND SPEED FIND DIRECTION PERIOD OF PECOPD: JULY 9. THROUGH SEPTEI'lBER 38 f979 STABILITY CLR55: D ELEVATION: %98 FEET MIND ldIND SPEED<t'tPH) RT 18M LEVEL DIRECTION 2-3 4-7 8-3.2 '3-18 i9-24 '

24 TOT FIL N, 9. 88 NNE . 98

i. 4i . 88 i. 41 ENE .88 2.6% .88 '.62

2. 83 7. 58 . 88 %8. 6%

. 88 %4. 88

.88 4.Se

~ X. 38 . 88 5514 1'JSH NNW SUB TOTAL HOURS . i3. 36 44. 61 88 . 64. 98 PERIOD5 GF CRLt1<HGURS>:

HOUR5 OF HISSING DRTFI

0 HOURS RT ERCH WIND 5PEED RND DIRECTION PEP'IGD OF RECORD JULY 1 THROUGH SEPTEN8EP 38r 1979 STRBILITY CLR55: E ELEVRTIGN: 198 FEET WIND WIND SPEED<NPH) RT 18th LEVEL DIRECTION 1-3 4-7 8-12 1Z-18 19-24 24 TOTRL N .88 .88

.88 1.15

. 88 1. 88

.88 1.88

. 88 .88 ..88

. 88 1.98

. 88 12. 18

.88 4.16

~SW W5W 88

. 88 WNW

. 88 NNW 88 SUB TOTRL HOURS 13.'. 9. 16 88 . 88 22. 48 PERIODS GF CRLN(HOURS):

HOURS OF HISSING DRTR

HOURS AT EACH NIND 5PEED Al'lD DIRECTION.

ERIOD OF RECORD: JULY i THROUGH SEPTENBER 38r i979 5TRBILITY CLRS5: F ELEVRT I OI'l: i98 FEET l'lIND NIND SPEED(MPH> RT i8N LEVEL DIRECTION i-2 4-7 8-i2 i3-i8 i9-24 24 TOTAL I'lNE . 88 E . 88 E5E 5E

~ . 88 SSN 5N NSI I NNN NNN . 88 5UB TOTRL HOUR5 . 88 . 8 PERIODS OF CALt9<HOURS) . 88 HOUR5 OF HISSING DRTR 3. 88

HOURS FIT EACH HIND SPEED AND DIRECTION

'ERIOD OF RECORD: JULY i THROUGH SEPTEMBER 38, i979

'TRBILITY CLFl55: G ELEVRT ION: i98 FEET lIND WIND SPEED(NPH> RT i8N LEVEL

, 1 DIRECT ION i-3 4-7 8-i2 i3-iB i9-24 TOTFlL, NNE . 88, ENE . 88" E5E se

. 88' 88 55! l 88 . 88 . 88

. 88 NNW

88 SUB TOTRL HOURS 9i 58 49 PEP IODS OF CRLN(HOURS>

HOURS OF tlISSING DATA 0

HOUR5 FlT ERCH HIND SPEED AND DIRECTION PERIOD OF RECORD: 8CTOBEP. 1; THROlJGH DECENBER M.i 1979 STRBILITY CLRSS: R ELEVRTION: 198 FEET ld IND MIND SPEEDCI'1PHP RT 18'EVEL I

D RECT ION 1-3 4-7 8-12 13-18 19-24 TOTRL

. 75 NNE 88 3 41

. 88 i. 88

.88 1.91 . 88 1. 91 SSE . 88 5

. 88 i. 81 SN .88 . 88 HSW .88 1.88 96 . 88 NNW NM 88 88 SUB TOTAL HOURS 88 -

D 56 PERIODS OF CALN<HOURS):

HOURS OF thISSING DRTR

22 I.IGUR5 FlT EFICH WIND 5PEED FIND DIRECTION PERIOD GF RECORD: 8CTOBER i THROUGH DECENBER 39., 5979 STFlBILITY CLRSS: B ELEVRTION: 198 FEET W IND WIND SPEED(NPH) RT 5.8'EVEL DIPECT ION  %,-3 ,4-7 B-X2 X3-%8 X9-24 ) 24 TOTAL 88 . 88 . 88

. 88 E 88 . 88

.88

. 88 55W 88 WSW Wl'JW NNl'J SUB TOTRL HOURS . 88 4. 88 PERIOD5 OF CRLH(HOURS):

HOURS OF HISSING DFITR

~

23

~

I-1OUR5 RT ERCH MIND SPEED RND DIRECT GN PERIOD OF RECOPD: 8CTGBER i THROUGH DECENBER 3ir 2979 STRBILITY CLR55: C ELEVRTION: %98 FEET MIND MIND SPEED(ttPH> RT 28'EVEL DIRECTION 4-7 8-X2 9.3-48 X9-24 > 24 TGTRL 88 . 88 . 88 . 8rJ NNE ENE

. 88 ~

ESE , . 88 88

. 8ri 55M . 88 MSM .88 2.88

.88 .88 llNM . 88 SUB TOTFIL HOURS . 88 3. 88 7. 88 PERIODS GF CRLth(HOURS):

HGUR5 OF t'1ISSING DRTR 0

24

'OUPS RT ERCH WIND SPEED RtJD DIRECTIOtJ PEP.IGD OF RECORD: 8C,OBER i. THROUGH DECEr~BEe 31,'1979 STRBILITY CLASS: D ELEVRTIGN: -198 FEET IJIND WIND SPEED<I'IPH) RT 18N LEVEL I RECT ION 1-3 4-7 8-12 13-18 19-24 > 24 TQTRL

2. 58

. 88 t<E . 88 18. 86

. 88 3. 46 ESE

5. 48 48 55I J 6. 41

2. 88 I JSW 75 . 98 3. 73 I'JW t<NW V

. 88 2. 88 SUB TGTRL HOURS 11. 56 -

22. 71 13. 58 . 88 56. 36 PERIODS OF CRLt'1<HGUPS>:

HOUR5 OF ¹SSING DRTR 0

25 HOUR5 RT ERCH llIND SPEED FIND DIRECTION PEP.IOD OF RECORD: 8CTOBER X THPOUGH DECEt'IBER Per'979 STABILITY CLFl55: E ELEVRT IOtl: 1.98 FEET HIND WIND SPEED<NPH> FIT %8N LEVEL I

D RECT ION i-3 4-7 8-12 i3-%8 X9-24 TOTRL 1

. 88 ENE .89 .89 2. 88 E

ESE 4. 88'.

88 sss l. 33 SSM . 7X NSIl . 88

5. 66 llNW

". 88 88 . 88 NNIR 89 . 88 SUB TOTAL HGUPS X4. 88 Xi. 25 88 28. 84 PERIGD5 GF CALN<HGURS):

HOURS OF t'1ISSINQ DATA

HOUR5 RT ERCH WIND SPEED AND DIPECTION PERIOD OF RECORD: 8CTOBER 1 THROUGH DECEHBER 31i 1979 STRBILITY CLF}55: F ELEVRTION: 198 FEET WIND W IND SPEED < MPH > RT 18N LEVEL DIPECTXON 1-3 4-7 S-12 13-18 19-24 > 24 TOTRL NNE NE ESE . 88 5E

"- 88

. 88 5 . 88 55W 88 WSW WNW

. 88 HOURS . 88 . 8 PERIOD5 OF CRLN(HOURS):

HOURS OF NISSING DRTFI

0 27, HOURS FIT EACH WIND SPEED AND DIPECTION PEPIOD OF RECORD:, 8CTOBEP i. THROUGH DECEl'JBER Per X979 STRBILITY CLASS: G

. ELEVATION: . 198 FEET MIND IJIND 5PEEDCNPH> RT %8N'LEVEL D I RECTION 4-T 8 %2 XZ-i,B,i9-24 '

> 24 TOTRL NNE

. 98 88 E5E SE . 98 ssz . 88 .88 .88 WSM . 88 W

88 NNM HOUR5 . 88 98 PERIODS OF CaLls<HOURS>:

HOUR5 OF t11551NG DRTR

28 r

LFFLUENT A(it(i VaASTE DISPOSAL SEritlANNUAL BEPOR'r (YEAr~)

r ~ ~

'SOLID r!!ASTE AND IBI(ADIA1ED I'UEL SHIPI%ENTS c ~ ~

JULY 1, 1979'IIPOUGH DECEHI3ER 31, 1979 ~

A. SOLID V.'IiSTL. SI<lr"r"EO OFFSITE I:Ott l3UAI/iLOtt DISPOS/aL (IJot irr.diatcd fnct)

1. 'I'yp" of saute ~ ,tJnit G rhGntb F.st. Tora!

~

Ircriod I:rior, I'c a.. Spc>>t resins, fil!Cr stud"cs, evaporator )n 6. 9 E00 bot.tolns, clc.

b. Dry coinprcssiblc ivasrc, cor>t tn1inatcd Ci m~ . 2~1:. ~2.0 pl 1 32 E02 cqUii), ctc. Ci E 2. 0 I91 Irradi"tcd coniponc>> ts, con!rol tn E rods, clc. Ci NA E d Oti:cr (describe) rna E Ci N'.A E-r

2. Estiinatc of major nuclide composition (by.typ" of w;istc) a, 6 .1 E03 CS-137'~3/I 4.

~=6D CO-60 "rr 3 /i 2 .0 I .6 I;~03 rO E03 CS-137 1 .2 E03

~N&r 5.0 I:0 c.

T

~ r (t

/V N.A. E E 1

3. Solid EVastc Disposition hnnlbcr oi SI!rprl!cnts I(lode ot Transportation Destination

-Sole-Use Truck Chem.-Nuclear Inc.

Sarnwe11 S. C; B. IRB,r DI.%TED F JLL SI.!lpf r:-ILATS (Disposition) 4'umber of Sliipn>ants kortc o." Yroocporro(iorr Dcstinatinn None Shipped

~ ~

~ ~

,tp ij Jr