ML18138A032

From kanterella
Revision as of 00:07, 24 January 2019 by StriderTol (talk | contribs) (Created page by program invented by StriderTol)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search
Monthly Operating Repts for Jan 1980
ML18138A032
Person / Time
Site: Surry  Dominion icon.png
Issue date: 02/05/1980
From: STEWART W L
VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.)
To:
Shared Package
ML18138A031 List:
References
NUDOCS 8002190762
Download: ML18138A032 (46)
v • d • e


Text

{{#Wiki_filter:. VIRGINIA ELECTRIC AND POWER COMP ANY SURRY POWER STATION MONTELY OPERATING REPORT REPORT NO. 80-01 JANUARY, 1980 APPROVED: MANAGER . ' -i-CONTENTS Section Operating Data Report -Unit #1 Operating Data Report -Unit #1 -Corrected Copy month of December la Opera:ting Data Report -Unit 112 2 Unit Shutdowns and Power Reductions -Unit Ill Unit Shutdowns and Power Reductions -Unit #2 Load Reductions Due to Environmental Restrictions -Unit #1 Load Reductions Due. to Environmental Restrictions Unit #2 Average Daily Unit Power Level -Unit #1 Average Daily Unit Power Level -Unit #2 of Operating Experience ALlendments to Facility License or Technical Specifications Facility Changes Requiring NRC Approval .. Facility Changes That Did Not Require NRC App:coval Tests and Experiments Requiring HRC Approval Tests and Ei"Periment.s That Did .Not Require NRC Approval. Other Changes, Tests and Experiments Chemistry Report Description of All Instances Where Thermal Discharge Limits Were Exceeded Fuel Handling Procedure Revisions That Changed the Operating Mode.Described In The FS.AR Description of Periodic Tests Which Were Not Completed Within The Time Limits Specified In Technical Specifications Inservice Inspection Reportable Occurrences Pertaining to .Any Outage or Power Reductions

  • Maintenance of Safety Related Systems During Outage or Reduced Power Periods -Unit ffl -Mechanical Maintenance Maintenance of Safety Related Systems During Outage or Reduced Power Periods -Unit 112 -Mechanical Maintenance 3 4 5 6 7 8 9 l 0 11 12 14 14 15 16 17 18 21 22 23 26 27 30

. . -ii-Section Maintenance of Safety Related Systems During Outage or Reduced Power Periods -Unit #1 -Electrical Maintenance Maintenance of Safety Related Systems During Outage or Reduced Power Periods -Unit #2 -Electrical Maintenance Haintenance of Safety Related Systems During Outage or Reduced Power Periods -Unit #1 -Instrument Maintenance iiaintenance of Safety Related Syst:J;?mS During Outage or Reduced Power Periods -Unit #2 -Instrument Maintenance Health Physics Summary :?rocedure Deviations reviewed by Station Nuclear Safety and Operating Committee after Time Limits Specified in T.S. 33 35 37 39 41 42 ,.

  • O?ZRhTING DnT;, RZPOIIT O?ZR!.'£ING ST.:.TUS 1. UNIT N AMZ 2. REPORTING PERIOD DOCKr:T NO.

DATZ 05 FZB 80 BY O.J. COSTELLO TZLZPHON2 SURRY UNIT 1 10180 TO 13180 3. LIC?NSZD THZ."PJ*!liL- ?O;./?l! (M"1T) 2441 847.5 822 811.

4. N;,MZ?L.:,TZ R . .:.TING (GROSS MWZ) ::
  • D25IGN ZL?CTRICi1.L RJ.TING (NET t.ft/2) 6. MhXIMUM D'EPZNDnBLZ C/J'nCITY (GROSS MWZ) 7. M!iXIMUM DZPZNDnBLZ C;.?J.CITY (NZT MW?) 8. IF CHJ.NGZS OCCUR IN CiiPJ.CITY RATINGS (ITZMS 3 .THROUGH 7) SINC2 Lli.ST RZ?ORT. GIVZ RE,1SONS INOTZS I I I I I I l 9. ?OW?R L?VZL TO WHICH RZSTRICT?D, IF ANY N/;, (NZT lfw2) 10. RZJ,SONS FOR RESTRICTIONS, IF ANY N/;, 11. HOURS IN RZi'ORTING

?lRIOD 12. NUMBZR OF HOURS RZACTOR WAS CRITICM 13. RZ.:.CTOR RESZRVE SHUTDOWN HOURS 14. HOURS GZN'ZRliTOR ON""LINZ 15. UNIT RZSERVF SHUTDOWN HOURS 16. GROSS THERMAL* ENERGY GENERiiTED (MWH) 17. GROSS ZLZCTRICAL ZN'ZRGY GZNZRATED (MWH) 18

  • NZT 'ZLZCTRIC lJ, ENERGY GENERATZD (MWH) 19. UNIT S?HVICE Fh.CTOR 20. UNIT tiV !.ILnBILITY FACTOR 21. UNIT C..:.P.:.CITY FACTOR (USING MDC NZT) 22. UNIT CAPACITY FACTOR (USING D?R NZT) 2 3. UNIT FORCZD OUT !JGZ Rr..T? 24. SHUTDOWNS SCHZDl!Ll:D OVZR NEXT 6 MONTHS (TYPZ,DATZ.AND DURATION OF Eli.CH) 25. IF SHUT DOWN /if END OF RE?OICI' PE:RIOD. ZSTIM.:,TZ D//lZ OF ST ;,RTl!? 26. UNITS IN T'ZST STli.Tl.'S (PRIOR TO COMM?RCIAL OPERATION)

INITIAL CRITICALITY INITIAL ZLECTP..ICITY COMMZRCIAL OPZR!iTION THIS MONTH YRwTOnD!iTF CUMULATIV? "744.0 744.0 62328. 0 561. 4 561.4 39313.0 182.6 182.6 3731. 5 556.1 556.1 38461.1* 187.9 187.9 3740.5 1337473.0 1331473.e 89052345.0 430185.0 430185.0 29110683.0 409019.0 409019.0 29635918. 0 74. 'l o/ o 74.1 oj o 61. g of o 100.0 a/ o 100.0 oJ o 67.7 o) o 70.9 o/o 10.9 oj o 57.2 ojo 66.9 o/o 66.9 o}o 53.9 o/o 25.3 ojo 25.3 o/o 24.8 o/ o REFU"ELING JUNE 1980 6 W'?"ZKS FORECAST ACHI'ZVZD OPERATING DATA RZPOJ?! CORRECTED COPY DOCKZT NO. 50 .. 280 D/JT2 05 FZB 80 COMPLZT2D BY O.J. COSTELLO TZLZ?HONZ O?ZR.:{fING ST ,ITUS 1. UNIT N ).MZ 2. RZPOR'IING ?ZRIOD 3. LICZNSZD THZRMAL POW-CR (MWT) 4. N ANZ?LATZ RATING (GROSS !1'"12) 5. DZSIGN ZLZCTRIC AL RATING (NET Kw2) 6. MAXIMUM DEPENDABLZ CAPACITY (GROSS M"rlZ) 7. MAXIMUM D'ZPZNDABLZ CAPACITY (NET MWZ) 8. IF CHANGZS OCCUR IN CAPACITY RATINGS (ITEMS 3 THROUGH 7) SINC'Z LAST RZ?ORX, GIV2 RZASONS SURRY UNIT 1 120179 TO 123179 2441 1------------------------, !NOTES I 822 I I 811 I I 775 I I NIA 9. POWZR LEVZL TO WHICH RZSTRICTZD, IF ANY N/A CNZT !>filZ) 10. RZJiSONS FOR RZSTRICTIONS, IF ANY N)A 11. HOURS IN RZ?OR'IING PERIOD 12. NUMBZR OF HOURS REACTOR WAS CRITICAL 13. RZACTOR RZSZRVZ SHUTDOWN HOURS 14. HOURS GENGE.ATOR ON,,LINZ 15. UNIT RESZRVZ SHUTDOWN HOURS 16. GROSS THZBJ.1AL ZNZRGY GENERATZD (MWH) 17. GROSS ZLZCTRICAL ZNZRGY GZNZRATZD (MWH) 18. NET ZLZCTRIC AL ZNZRGY GZNERATZD (MWH) 19. UNIT SZFf!ICZ FACTOR 20. UNIT AVAILABILITY FACTOR 21. UNIT CAPACITY FACTOR (USING MDC NET) 22. UNIT CAPACITY FACTOR (USING DER NZT) 23. UNIT PORCZD OUTAGE RATZ 24. SHUTDOWNS SCHEDULZD OV'ER NEX.T 6 MONTHS (TYPE.DATZ.AND DURATION OF ZACH) THIS MONTH YR-::TOnDATZ Cl/MULATIVZ 7414.0 8760.0 446.0 3051.7 48.0 3548.9 446.0 3046.1 48.0 3552.6 1088483.0 7358919.0 2372915.e 335501.D 2255180.0 59.9 o/o 34.8 ojo 66.4 ojo 78.2 ojo 58.2 o/o 33.2 o/o 54.9 o/o 31.3 ojo 40.1 ojo 65.2 ojo 61584.0 38751. 6 3548.9 37905. 0 3552.6 87714872. 0 28680498.0 2:]226899.0 61.6 ojo 67.7 ojo 57.0 o}o 53.8 o}o REFUELING JUNE 1, 1980, 24.8 ojo 6 WZEKS 25. IF SHl!T DOWN AT ZND OF RZPORT ?ZRIOD, N/.4. 2STIM.-ITZ DAT? OF ST ARXU? 26. UNITS IN TZST ST . .fI'US (PRIOR. TO COMMERC.:E OPER.4TION) INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION FORECAST ACHI?VZD Oi'ZRATING DtiTA RZ?ORT DOCKZT NO. so .. 2s1 DtiTZ 05 F?B 80 COMPLZTZD BY 0 .J. COSTELLO TZLZ?HON? 804"357"3184 OPZRtiTING STA'IUS 1. UN IT N J,N.E 2. RZ?ORTING ?"GRIOD v. LICENS"GD TEERMXL ?OWER (M't!T) 4. NJ,NZ?LAT2 R;.TING (GROSS MWZ) =. D2SIGN ZLZCTRICXL RATING (NZT M't!Z) 6. MAXIMUM DZ?ZNDJ,BLZ C:.-?!.CITY (GROSS MWZ) 1. MAXIMUM DE?ZNDJ,BLZ C!ti'ACITY (NZT MWZ) 8. IF CEJ,NGZS OCCUR IN C/J'ACITY R.:.TINGS (IT?MS 3 THROUGH 7) SINC-2 L:.ST RZ?ORT, GIVZ RZ/.SONS SURRY 10180 2441 847.5 822 811 775 N/;, UNIT 2 TO 13180 INOTZS I I I I I I I 9. i'Q-,./ZR I.ZV2L TO WHICH RZSTRICTZD, IF :.NY N /;, (NZT g,,;z) 10. RZ.:.SONS FOR RESTRICTIONS. IF J,NY 11. HOURS IN RZ?QRTING

  • P?P.IOD 12. NU!t5ZR OF HOURS R?J,.CTOR w;,s CRITIC/.L
13. RZACTOR RZSZHVZ SHUTDOWN HOURS 14. HOUF.E GZNZR/...TOR QN,.UNZ 15. l'NIT RESZHVZ SHUTDOWN HOURS 16. GROSS THZRMXL ZNERGY GZNZRAT2D (MWH) 17. GROSS ZLZCTRIC /,L ENERGY GZNZRATFD CWH) 18. NZT 'ZL?CTRICXL ZNZRGY GEN?RATZD (MWH) 19. UNIT S?HVICZ F/iCTOR 20. UNIT :.V/iILliBILITY FACTOR 21. l'NIT Ctii'..1.CITY F.:.CTOR (USING MDC NZT) 2'1 UNIT CA?/iCITY F.:.CTOR ([!SING DZR NCI) 23. UNIT FORCED OUT/iG2 RATZ 21+. SHUTDOWNS SCHEDULZD OVZR NZXT 6 MONTHS (TYP?,D/iTZ,:.ND DURATION OF ?/iCH) 25' IF SHUT vo;.;v .:.I' ?ND OF RZ?ORI' ??FU.OD. 26. UNITS IN TZST ST/.':fUS

(?RIOR TO COMMZRCI..1.L O?ZR/aION) INITIAL CRITIC/iLITY IHITI..1.L ELECTRICITY COMMZRCI.:.L O?ER * .:.TION THIS MONTH CU!*fULA'IIV? '.744.0 0.0 0.0 o.o 0.0 o.o o.o 0.0 o.o o.o o.o 5/5/80 El. 0 o.o FORZC.:.ST 744. 0 0.0 o.o o.o o.o 0.0 o.o o.o o.o 'O. 0 o.o o.o o.o 59208.0 34499.9 o.o 33996. 2 o.o 19194083. e 25868844.e 24536605.0 57.4 o/o 57.4 ojo 53.S o/o 50.4 o/o 21. 0 a/ o /i.CHIZVZD "I I. UNIT SllUTPOWNS ANO 1 1 0\llEJl llEJlUt"llONS nEronr Motf111 JANUARY 1980 '"t E =--rl. '-a H Uccnsco Hvu u"l .. . .:! l1 j 1 *:: Nu. Oa1i: ... :i l!vcnl G J. -5 !i l-Cl..; :!! lltp*.itt Ii Ji*u u ---.. 80-1 l-'l-80 ,, F 183.6 .. D 4 80-2 1-8-80 F 2.5 G 3 80-3 1-8-80 F 1.. 8 G 3 , ___ , ______ ---**----**---'-----'------- F: F111atl S: Sd1tJulcd ('1/r/) ltciu1111: A .f:1p1lpmcnl Failure ( l!xplaln) IJ-Mal11lcna11cc oi TcJI C -ltcfucllng . l).llci;11la1111y ltca11lc:ll1111 t: *Opcrn 111r Ti al11l11u & Llc:i:n SI.I Examhrnll.!111 F*J\1l111l11lu1a1l*1c . li-Opi:rall1111al b111r (Expfolul II l)lhur ( 1:xpl;1la1) Mclht11I: I *Manual 2-Manilill Scram. J-A11l11111allc Scram. *l*Olhct (L!x11li1l11) Unit down DOCKET NO. UNITNAt.11! l>AlE UY lEl.l'.l llONE Came & C1111cd Ive Ai:1l1111 111 l'fCllClll (lci:llflCllCC 50-280 SURRY 1 2/1/80 O. J. COSTELLO (804)_ 35_7-3184 for: replacement of RCJ.1 motor. NRC requirement to successfully test RCP snubber prior to startup. Reactor trip caused by lo-lo _level in "A' Steam Generator feeding S/G's in manual. Reactor trip caused by high level "A" S/G while feeding S/G's in manual. U11hlhl1 0

  • lnu 1111:1 h1111 for l'*l't*a1a1l1111 or f)a1:1 . l:i111y Shci:ls for l.kc1ucc l'.vc11l ltc1w1I (I.Ell) Fiie (NUllEG-Ol(il' ** s I

S111111.:.: UNIT SllU"IDOWNS AND POWErt IWflUCllONS

'-111. *-*----------80-1 1-1-80 II p.. :,.., I-s --r; * :J ,. '1 3 *x Ci __; .. 7l14 nnorrr ironm "t. '-:> rl. 0 ti Ui:1:111ca j 1 .;; [I Even I -ti !i F ltcpoll II ...... :.i: ...: 8 c 1 > ------***
          • -----**---

*----* r: r.q, *" * .*:: ( I::.; !I!.: d ('I/ 11) . 1 lt1:*1rn11:

A-Eq11lp111c11I bll111c (Explalu) ll-Mal111l:l1.i111:c l>i Tc.st C-1lc:f111;I i1 1 i . D*Hq;11L111111' llc)1il1:ll1111 E-(lpi:1a1111 T1:d11l11u & Lkc11so Exi1111l11;1ll1111 F-Ad 11il 11ii11*11: 1;.1l1*1:1alln11:1I L.1111 (bpbl11) 11 lllhc1 ( l'..-:pLtl11) J JANUARY 1980 . .. t: "v " fi .g .... *CJ "' 0 g* b Ji*u *1u u Me1h111I: .Scrnm. J-A11111111allc Sc:r;i111. 'I-Other (l.!xplal11) UOCICET NO .. UNir _ Cot.IPLETl:ll HY ll!l.U llONE .. Ci111u: & C1111 ti:l lvi: At:1l1111 Ill l 1 rcvc111 llci:1u1c111.:c

  • -* ---*--*--*--*--

Continuation of shutdown for r efueling t. which and steam began on generator replacemen 2/4/79. l!xhlldl Cl* !11111111:1111111 fo1 1'1q*Jfitll1111 11f !>ala E1111y fllf l.kr111rc l'.vc11l llcp111f (l.l:ll) File (HllllUi* 0 I (i I) _J LOAD REDUCTIONS DUE TO ENVIRONMENTAL RESTRICTIONS UNIT NO.l MONTH: JANUARY, 1980 DATE I TIME I HOURS I LOAD 2 MW I REDUCTIONS 2 MW I MWH I REASON -None d llring this reportir g period. I I I ! I -I I I I I I I I l I I I I i i I I I I I i I I I I ! I I I i i ! I i I I I I I I I I ' I I I i ! I MONTHLY TOTAL LOAD REDUCTIONS DUE TO ENVIRONMENTAL RESTRICTIONS UNIT NO. 2 MONTH: JANUARY, 1980 DATE TIME HOURS LOAD 2 MW I REDUCTIONS 2 MW MWH REASON -I None durir this reporting pariod. I I I -------*--* *, I I I -I i I I I I I ! i I I I MONTHLY TOTAL -- < ' I --7 -MONTH: JANUARY 80 AVERAGE DAILY POWER LEVEL DAY CMWZ"NET) 1 o.o 2 o.o 3 i'J. t) 4 o.o 5 o.o 6 o.o 1 0.0 8 39.8 9 616. 2 10 726. 5 11 689.8 12 ¥47.5 13 74:J.O 14 i45.7 15 74v.9 16 747.9 DAILY UNIT rowzR LEVEL FORM INSTRUCTIONS DOCKZT NO UNIT D/iIZ COMPLZTED BY e so .. 2ao SURRY I 2 .. 1,,ao 0 J COSTZLLO AVERAGE DAILY POWER LFTIEL DAY (MWZ"NFT) 17 747.5 18 19 748.3 20 748.6 21 748.9 22 751. 3 23 750.8 24 746.9 25 747.9 26 949.3 27 149.8 28 1so.6 29 749.3 30 747.4 31 750.1 ON THIS FORM. LIST THZ ..lVZ:RAGE DAILY UNIT POW2R L?V2L IN FOR FACH DAY IN THE RZPOF.PING MONTH. THZS'E FIGURZS WILL B? U52D TO PLOT A GRAPH FOR ZACH RZPORII!' ING MONTH. NOTZ THAT BY USING MAXIMUM DZPENDABLE CAPACITY FOR THE NET ELECTRICAL RATING OF Tli.2 UNIT. THERE MAY BZ occ.:..5IONS WH?N ':H? DAII./l ZXC?2DS THE 100 °/ 0 LINE (OR THZ: RZ5TRIC:'?[, LZ-VlL LT.7?). Ik 5: 1 (;,7 CA2S, TH? DAILY UNIT POW?R OUTPUT SEZ?T Si::Ji.'LD 5? FO(!J',\i(X:?:. ?XPLXiJ' -:'2? APPAR?l?:' A?i 1 0N).LY.

  • MONTH: J,WUARY 80 AVERAGE' DAILY POWER LZVEL DAY (MWEr:NET) 1 o.o 2 o.o 3 o.o 4 o.o 5 o.o 6 o.o 7 o.o 8 o.o 9 o.o 10 a.a 11 o.o 12 o.e 13 o.o 14 o.o 15 0. t1 16 o.o DAILY UNIT POWER L'i:VZL FORM INSTRUCTIONS DOCKET NO 50"281 UNIT SURRY II DATZ 2":"1u80 COMPLETED BY 0 J COSTELLO AVERAGE DAILY POWER LZT/EL DAY (MWEwNZT) 17 o.o 18 o.o 19 o.e 20 a.a 21 0. (j 22 o.e 23 o.o 24 o.o 25 o.o 26 o.o 29 o.o 28 o.a 29 o.o 30 o.o 31 O.Q ON THIS FORN, LIST THZ AVERAGE DAILY UNIT POWER LEVEL IN MWEwN'ET FOR EACH DAY IN THE REPORTING MONTH. TBBSE FIGURZS WILL BE USED TO PLOT A GRAPH FOR EACH REPOI?b ING MONTH. NOTE THAT BY USING MAXIMUM D2ff:ND/i.BLZ CAPACITY FOR TH? NET ELECTRICAL R:CING OF TiiZ UNIT. THZRE MAY BE OCCASIONS THE DAILY AVERAG? POWER ZXC??DS TH? 100 °/0 LINZ (OR THE RFSTRICT?f.POW?R L2V?L LIN?). IN SUCH CASFS, TH? AV?FtiG?

POf-l?F.. Ql.'TPl'T SHF'E:T Bl :aoTt.:o-:r?D TO 'EXPLAill THE .... S t!*n*y OF e OPERATING EXPERIENCE JA.i.'ITJARY, 1980 Listed below in chronological sequence by unit is a summary of operating experiences for this month which required load reductions or resulted in ificant non-load related incidents. UNIT 1 January 1, January 7, January 8, January 9, This reporting period begins with the unit at Cold Shutdown awaiting results of RCP snubber testing. Commenced reactor coolant system (RCS) heatup from 200°F to 350°F/ 450 PSIG at 0835. RCS at 350°F/450 PSIG at 1915 and heat up continuing. Commenced reactor startup at 1255. The reactor was critical at 1307. The generator was synchronized to the system at 1537 the reactor tripped from approximately 11% power due to "A" S/G Lo-Lo Level while feeding S/G's in manual. The reactor was critical at 1631. The generator was synchronized to the system at 1813. At 1840 the reactor tr.ipped from approximately 18% power due to "A" S/G .High Level. The reactor was critical at 1924. The generator was synchronized to the system at 2025. Power was increased to 50% and power increase stopped at 2200 until S/G chemistry improved. A power increase from 50% to 75% began at'0215 and 75% power was achieved at 0415. At 0617 commenced power increase to 90%. -Achieved 90% reactor*power at 0755. At 0924 commenced power increase--to power at 0945. At power to 97%. At 2202 reduced reactor power from 97% to 95% due to condenser. vacuum problem. January 10, -At 0015 increased reactor power to 97%. At 2000 increased reactor power to 100%. January 31, -This reporting period ends with the unit at 100% power. UNIT 2 January 1, This reporting period begins with the unit at cold shutdown, all fuel removed from the reactor and steam generator replacement in progress. January The primary side hydrostatic test 2A Steam Generator was completed. This completes all primary and secondary side hydrostatic tests of the replacement steam generators. January 31, -This reporting period ends with the unit at cold shutdown. ... e AMENDMENTS TO lrcrLITY LICENSE OR TECHNICAL SPECIFICATIOUS JANUARY, 1980 The Nuclear Regulatory Commission has issued an Order for Surry Power Station Unit No. 1. The Order is issued to require implementation of all "Category A" lessons learned requirements prior to plant operation after January 31, 1980. Of significance the.Order requires the following: The Licensee by January 31, 1980, implement all 1"Category A" requirements (except the requirement of 2.1. 7 .a. of NUREG-0578) referred to in Part 11 of this Order, except those for which necessary equipment is previously shown, by appropriate documentary justification to the Director, Office of NRR, to be unavailable, or, in the alternative, place and maintain its facility in a cold shutdown or refueling mode of operation. "Category A" -requirements not implemented by January 31, 1980, owing to the unavailability of necessary equipment shall be implemented within 30 days of the date such equipment becomes available but no later than June 1, 1980. e F AGILITY CHANGES REQUIRDiG NRC APPROVAL JANUARY, 1980 None during this reporting period. FACILITY C".dANGES TH..-'U' DID NOT REQUIRE NRC APPROVAL JANUARY, 1980 Design Changes Unit 1. 2. DC-79-847 Welding of Containment Dome Plug The top of the containment dome at Surry has a 30" diameter penetration which was used during construction. This penetration is sealed by a bolted flange with "O" rings on the liner side, a bolted plate on the outer end and is filled with sandbags. It is necessary to weld the liner.flange of this dome plug to insure no leakage during the ILRT and to eliminate future testing of the "O" ring seals. Summary of Safety EValuation The containment integrity will not be affect;ed. There are no safety implications created by this design change. DC-79-S53 Emergency Motive P,ower to PORV's Modif1cation The pressurizer PORV's PCV-1455C and 1456 motive power is presently supplied by the nonsafety-grade containment instrument air system. In order to comply w.ith NUREG-0578, the connection to an existing safety-grade system is required. The pressurizer PORV's will receive their additional safety-grade motive power from the existing reactor vessel over pressure protection supply system as follows: A spring-loaded check valve which was installeC:

c;;: Design Change 77-08 to prevent back flow of the grade air to the nonsafety portion of the containment instrument air system will be removed. A new loaded check will be installed in the instrument air line upstream of the safety-grade air line tee connection and PORV solenoid valves. This allows safety-grade air. 2 1 to be available for operation of the PORV's if containment instrument air is lost while still preventing a back flow of safety-grade air to the nonsafety portions of the system. The safety-related portions of the syste."!l are seisrr..ically supported.
3. *-*-*---------
4. FACILITY THAT DID NOT REOUIRE NRC APPROVAL (CONTINUED)

Summary of Safety Evaluation The safety function of the portion of the containment instrument air system being modfied is to provide a back-up motive force to operate the pressurizer PORV's. This modification will make available an additional air supply in the event the normal air supply is disrupted; the basic operation of the system is unchanged. Since the work is equal to the original design requirements for containment instrument air, the modification will have no adverse effect on the operation of safety-related equipment. DC-79-854 Direct Indication of Pressurizer Safety Valve Position The proposed resolution is to moitor the flow in safety valves, SV1551A, B, and C, and SV2551A, B, and C, using an acoustic monitoring system. Two acoustic sensors will also be secured to the surface of each power-operated relief valve, PCV1455C and 1456 and PCV2455C and 2456 to provide another means of indicating power-operated relief valve position besides the use of limit switches currently mounted on these valves. Summary of Safety Evaluation Installation of the above-mentioned acoustical monitoring system for pressurizer safety/power-operated relief valves position dication and the pressurizer power-operated relif valve position alarming function do not create an "unreviewed safety question", as defined in 10CFR50.59. This modification will increase the system reliability. DC 79-SSS Auxiliary Feedwater System-Flow Indication Modification The flow indication instrumentation to the auxiliary feedwater system is presently powered from a semivital bus. NUREG-0578 requires that this system meet all safety-grade requirements; including emergency-powered diversity. This will be accomplished by: A. Detaching and tagging the existing wires terminating at the three-loop power supply rack MB-6. B. Removing the existing three loop power supply from the semivital rack and installing it into process rack 6 powered from vital bus 1-I. C. Installation of two three-loop power supplies into process rack 5 and 23 powered from vital bus 1-II and 1-III, respectively. 1 1

  • FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL (CONTINUED)

D. Auxiliary feedwater flow instrument cables being rerouted and terminated in appropriate racks being electrically and physically isolated in accordance with NUS-357 and meeting all safety requirements including power diversity in accordance with ASBTP 10-1. Summary of Safety Evaluation The auxiliary feedwater flow inidication modification does not effect station operation nor does it alter the operation of safety related equipment. I I ST-35 I _ 14 _ e T

  • STS AND EXPERilfENTS REQUIRING NRC APPROVAL JANUARY, 1980 None during this period. TEST AND EXPERIMENTS THAT DID NOT REQUIRE NRC APPROVAL JANUARY, 1980 Inside Recirculation Spray Pump Test was conducted on 01-09-80 on Unit No. 1. The intent of this .best is to provide data that will be used to update the acceptance criteria for the periodic test of the inside Recirculation Spray Pump. (PT-17.2)

Unit 1 -15 OTHER CHANGES, TESTS .AND EXPERIMENTS* JANUARY, 1980 None during this reporting period. * . I e ' e -SURRY POWER STATION CHEMIS.I'RY REPORT JANUARY 1930 ---T..S.6.6.A.ll PRIMARY COOLANT UNIT NO. l UNIT NO. ANALYSIS MAXIMOM MINIMUM *AVERAGE MAXIMUM. MINIMUM Gross Radioact., µCi/ml*. 3.84E-l 4.83E-3 2.26E-l 2.46E-4 4. 21E-5. Suspended Solids, ppm 1 i. 3 o.o *0.2 0.1 0.1 Gross Tri.tium, uCi/ml l.13E-l I 4. 70E-2' 6.34E-2 --Iodine-131, µCi/ml l.74E-2 3.07E-3 7.17E,-3 --I-131/I-133 0.4717 0.2108 0.3250 ---Hydrogen, cc/kg I j 55. 93 8.0 28.7 --Lithium, ppm 0.99 0.14 0 .. 75----.BoroD.-10, ppm + 270.3 45.1 103.5 80.2 I 54. 9 Oxygen..-16, ppm L4 . 0.000 0.213 10.1 6.4 Chloride, -ppm I o.13 0.05 0.05 '0.05 0.05 I pH @ 25°C 17 .14 5.14 6.52 5.90 5.30 + .Boron-10 = Total Boron x 0 .196 Phosphate Sulf:::t:e 50% NaOH 0 NON-RADIOACTIVE CHEMICAL RELEASES; POUNDS T.S. 4.13.A .. 8 Boron 287 1946 Chromate . 08 __ _;...;;..;:;._ ____________ _ 2450 Chlorine 0 __ __; ______________ _ 2 AVERAGE 8.38E-5 0.1 ---.;.. -73.3 8.2 0.05 5.41 Remarks: Uu.it 2 Shutdown -Letdown secured 01-13-80, no sampling possible after this date. Unit 1 Startup 01-09-80. I I I DESCRIPTION OF ALL INSTANCES WHERE THERMAL DISCHARGE LiliITS WERE EXCEEDED J.Ai.'WARY, 1980 Due to impairment of the circulating water system on the following days the thermal discharge limits were exceeded as noted. January 9, 1980

  • Exceeded 15°F 6T across station January 10, 1980
  • Exceeded 17 .5°F 6T across station January 11, 1980
  • Exceeded 15°F 6T across station January 12, 1980
  • Exceeded 17.5°F !iT across station January 15, 1980
  • Exc.eeded 17.S°F !iT across station January 16, 1980
  • Exceeded 17 .S°F 6T across station January 18, 1980
  • Exceeded 17. S°F 6T across station January 19, 1980
  • Exceeded 17.S°F 6T across station January 23, 1980
  • Exceeded 1S°F 6T across station January 24, 1980
  • Exceeded 1S°F 6T across station January 25, 1980
  • Exceeded 17.S°F 6T across station January 26, 1980
  • Exceeded 1S°F 6T across station *Indicates dates where station 6T was <1S.0°F across the station for some-time during th.e day. The 6T excursions were allowable under Technical Specifications 4.14.B.2.

There were no reported instances of significant adverse environmental impact. On January 8, 1980, the temperature change at the station discharge . . exceeded 3°F per hour, during Unit 1 star.tup with restrictec,i flow through the condenser. This event was reported in accordance with Technical Specifications 4.14.

  • FUEL HAlIDLIHG JANUARY, 1980 Twelve new assemblies for Unit 1, Cycle 6 were received January 31, 1980.

.. *UNIT 1 FUEL HANDLING ... .. T t. 11TTT!. 1'V i nqn I DATE NO OF* ANSI NO. NEw OR* SPENT FUEL SHIPPED/RECEIVED ASSD1:BLIES PER SHIPMENT INITIAL ENRICHMENT SHIPPING CASK ACTIVITY LEVEL Ol-31-80 12 LM08LV/3.2% 2.SmR/hr. L.'M08LS/3. 2%. 2.SmR/hr .. LM08LU/3*. 2% 2. SmR/hr. LM08LT/3.2% 2.SmR/hr. LM08M4/3.2% I 2. SmR/hr. LM08LM/ 3 . 2% 2. SmR/hr. LM08LL/3.2% 2.SmR/hr. ... I LM08LP/3.2% 2.5m.R/hr. I LM08LX/3.2% I . 2.SmR/hr. LM08M0/3.2%

2. SmR/hr. LM08LY/3 .2% 2.SmR/hr. . *. -I LMOSLZ/3.2%
2. SmR/hr. I I I I .. J . I I I I I I i I _. ____ ]. _ ____...._,._

__ J_ --_,,_ ----___._-.----.--....-------...,.._ I I I .. UNIT 2 FUEL KANDLING .. JANUARY-DATE NO OF ANSI NO. NEW_ OB. SPENT FU.EL SHIPPED/RECEIVED ASSEMBLIES PER SHIPMENT INITIAL ENRICRMENT SHIPPING CASK ACTIVITY LEVE1 I I None dur

  • rn: t is reporting perio h' . d . I -I I I I ' -* I l I i I I I -------I I I I I I I -I I -I I I I ___ __) *-* *-*------* *-. ---. *-*-* --*-. --*--

I f"UAUGED THE e PROC

  • URE REVISIONS THAT

-OPERATING MODE DESCRIBED IN THE FSAR JANUARY, 1980 None during this reporting period. ------------------------------------------------- I ' '* * -22 DESCRIPTION OF PERIODIC TESTS WHICH WERE NOT COMPLETED WITHIN THE TIME LIMITS SPECIFIED IN TECHNICAL SPECIFICATIONS JANUARY, "1980 None during this reporting period.

  • INSERVICE INSPECTION . January 1980 The. monthly visual inspection required by IE Bulletin 79-17 (Pipe cracks in Stagnant Borated Water Systems) was completed on Unit 1. No reportable indications have been noted. The ultrasonic inspection required by IE Bulletin 79-17 Revision I commenced on Units l and 2. No reportable indications have been noted at this time. Liquid penetrant testing was comp I eted on the 4 11 PORV Pressurizer Safe end weld (Unit 2) per Westinghouse recommendation.

The Unit 1 weld will be inspected during the refueling outage. Visual inspections on the Unit I hangar modifications is in progress. l*f:i'/'=NUI' l'NITh 2/011)00 (MJIIN:rE'N1INCE OF S1IFETY Rr:I.,ITi::V SYSTEllS DI/RING (Jl!TAG?: OR Ri'Wl'CFD I'OllF.r.' T'iRTODS) Ui.7'SEliVV1' SYS COMP MMIKNO l{l</'F.RF 01/02/UO HD INSi'FCt i'RF.SS NOZZiE Pr S1ITI Sf'AC.TORY O?i'r 1'0'1'.*lf; lj E'i'.8 eo .. 2:09 I'M PAG? 5 /I NII 1'01'lUNTM i lioio209si 5 I) N .i:- vin==NDl' RC.TScliVDI' SYS COMP oi)iJ11J110 RC f>tI'iNa i l UNIT2" 2/011/80 (MAINTENANCE OF SAFETY RELATED SYSTEMS D/IRING OU.TAGi': OR RF.Df!CED T'OWi':R rt:RIODS) M1IRKNO WKT'f.RF 11 FF.8 00 " 2: 19 Hf l'ilGF 5 u MR TOTDWNW 2 odiil2i195il N Vl , ... \ ,_)

  • REPORTABLE OCCURRENCES PERTAINING TO ANY OUTAGE OR POWER REDUCTIONS JANUARY, 1980 None during this reporting period.

/,,.--* ... 27 -Maintenance of Safety Related Systems During Outage or Reduced Power Periods UNIT tJl Mechanical Maintenance /JEl"l.'=l*FOI IJ Ft:D 80

  • 2:09 l'M p,1cr: 1 l'NITh 'l)OIJ/80 (NMNl'i'.'iVANCE OF Stlf't:Tr RFLATW SYSTEMS D/IRING 01./T,IGE OR RF.V/ICF.D rowrn i'Fr/IODS) llETS?/,V

/JI' SYS COMP M11RKNO SllMl11IRI WKT't:RE' /I MR TOT/JWNTM Oi/lii/llU !IS PIN NG TVnMSuiOlt? E'LANGF.: iE1lk m:rtAcE:D DAD tl"INGR WI7'11 Ni'ti ONE 1 910310700 01)01/.llO MS l'Il'ING TV .. MSn101tl FL1INGF. LF.1IK R?l'LACt:V 81ID Fl,1INGF Wl.TH Nt:W ONE 1 910310702 257 01/01/110 F'l' l'Il'ING 12 .. Fl' DC '19*53'1A INSTALL CONS7'RAINT INSTAL[, CONSTR11TNT 1 912171051 337 01)02/00 cc PIPING DC 79 .. S32,I INSTALL CONSTRAINT INSTALtF.D CONSTRAINT 1 911301321 6'19 01/02/UO (,'(,' PIPING 8*CCw11Jll DIC INST1lr.L CONSTRAINT INST1ILL CONSTR,UNT 1 912131111J1 125 01/.0:l/OO cc Pil'ING 1e.cc.*1 DC19nS32A INSTALL CONSTR11IN1' NSC61liw INSTAL[,ED CONS7'R,UNT 1 912191319 1116 01/03/0!) cc l'Il'ING t"cc .. 301 D)C INSTAl,L CONSTRAINT RFMOVED UwBOLT 1 001030929 2 01/03/AI' cc PIPING 8*CCn32 DIC ?9 .. S32A INSTALf. CONSTRAINT INSTALLFD CONSTRAINT 1 91120131J6 873 01/0J/(Jil IX Pll'ING DC 79"S32A INSTAf.L CONSTRAIN1' AZ16/JQ INSTALL CONSTRtlINT 1 912171033 ?.12 t11,1011/ou cc PIPING 10,cc.61 rx: INST ;IL[, CONSTRAINT INST1ILf, CONSTRAINT 1 001021543 30 e 011011/00 1:c PIPING V!C '19*S32A INST1ILr. CONSTRAINT REMOVED CONS1'RtlINT 1 001030927 30 01)011/eu cc l'IPING DIC '19.S32A INSTALL CONSTRAINT INST ALLFD CONSTR ,IJ N'!' 1 001030931 30 01,1011}00 li'C V ..ILVF: ft'Vd4St> $r:.i7' iEAIUGi RF.WORKED VALVE i !ii 2011ioio isci Ul)O'l/llU IJS 01.'HF.R NO 1 CONT11lNMi:NT H1ITCH REl',IIRW VLV 1 912132315 12 01)011/uo BS OTllE/l NO 1 CONTAINMFNT HA1'CH I GREASE BEARING 1 912132316 12 011011/1.10 I'll BASEI'LAT i1Gilv20 tilSTAit PLATE f.IASTJERS REi'LACE imoir. i1G11. 20 i IJS 011011/1.1<) r*n B.ISi:i'LtlT HGR-1'1 INSTALL PLATE W1IS/l6RS INSTALf. Pf,ATE WASHERS 1 91211J11J02 IJ5 N 01)0 1 1/110 i'TI 81ISEI'LAT HGRr15 HGRde INSTtlLL l'L1ITE f{ASHERS NF.II PLATE 1 91211J1qo3 50 co l'R iitistN,,iT INST,iii i'LATE iiAsiJikS iNS'l'Aii i.i,isiiERS i 9i2iid405 53 01)011/30 l'R ST'RG //GR HGR,;49d5 TORQUE BOL2'S 1'0 PROPER VALVES TORO/IE BOLTS 1 9121111400 53 01/Ulf)llO i'fa' 81ISEl'LAT IJGRa15 REGROUT BASEPLATE NF.II GRO/IT 1ILREADI T'/IT IN 1 91211111115 50 01/.04/UIJ cc PIPING iilaCl'*61 DC 79.s32,t JNSTAtt CONSTRAtN'i' Nsc INSTAiL.CONSTRtiINT i 9!2200026 i69 01)011/UO cc PIPING hCC.100n151 PINE WTJOLE WELD LB11K RcSOLDt:RIW FL1INGE 1 9122915115 111 01/05/0IJ cu MOV P,ICY.ING LEtlK ST.'16 CLEAN*TIG//TlN PACK 1 912171520 19 uiJiJSJno Cl/ MOV Mov.c11"t26*1t1 l'tlCl<I'NG Lt11k + TIGllENF.V BONNETtP,ICX I . 19 Ul!OS}OO Cl/ MOV MOV*Cllr12'158 PACKING Li':AK ST.16 CLBANF.D i TIGHTFN 1'1ICK 1 912171528 19 01)05/00 (.'/{ MOV P,IC:KING LEtlK STa16 CLF.AN + TIG/JTEN PACK 1 912191532 19 OjJ05)00 Cl/ VALVE rev .cu.11115 PACKING LEAK sr;,1s CLEAN t TIG//TEN i'ACK 1 !1121715*12 19 01/0SIOO RC NOV P,ICKING LEAK Rcl',ICKED VALVE 1 9122301111 187 OllUS/.OO Cf,' l!NPLf!G LINE RBBllILT. Vt!LVF. 1 912281115 121 u: Dif.SEL 1*t:E*DG*3 RE/',IIR LEAK INSTALLED Nt:W ROSES 1 912302206

JD 01,,ioGAoo EE DIESEL NO 1 ADD L/IBE OiL TO DIESEL PMP ADDED TWO DRllMS OF OIL 1 001061107 6 01/.06/00 t:r. ftllSC t .. EE*VGr.:l NO 3 WG NOISY I Rcl'tlIRt:D 1 912302205 151! ** 01/0'/)00 VS IYJNl' 1nVS*P* 1.' 'IP!'ACKP//Ml' INSTALL MECl/1INICAL SFAf, 1 0010110800
12. 01)07/0U cc V1ILV6 1nCCr151 hCC*152 WILL NOT Se1IT I'ROI'F.RLf OI'r:NED VALVE FOi/ND VALVES Srt/CK OI'f.N 1 001050700 5 01/07/011 cc V tlf,VF. hcc.5a c11zcK VtlLVF INSI'FCTF.D V1ILVE 1 00106121JO 23 01/0'l/llO Ftl MOV M07'0R 110/ISING SIJATTERF.D REPT,ACED WIT// LIMTORQllF-FROM MOV 251 1 001061910 11 0110*11111!

??.' DIESEL NO 3 ADD OIL TO DIESEL ROOM ,JDVED OIL IN M,IIN Sl!Ml' 1 001070011 7 01N1/1"e /IC T'llNP PL1ICE WEIG/ITS ON CO/ll'f,IN HI VIB INST1ILr.lW WEIG/ITS 1'0 COl!l'LING AS DIR 1 001071230 2 Ot)O'l/flli i'R 8,ISEI'/,AT HG/1"3 R?.Gli'Ol!T BASP:i'IulTf: NO CRO/!T NECESS,IRY 1 91211i1ti01 120 01 /07 /fH) i'l/ BASt:l'Lt11' l'l!/,f, 1'L1ITc E'L/ISH TIGHTEN BOLTS TO l'ROl'ER 1 9121 1 11412 121 01/07/llli l'H B11Si':PL1IT HGRn1 RiSl'LACE MISSING BOT.T RF.l'L1ICE MISSING BOLT 1 9121q11113 121 Ul/O.,/no PR iJ..ISEPI11IT 01 INSTAii PLATE WASHF.RS fNST Aiieb PLATE W ASllERS i 125 01/0'lf!Jll cc Pll'ING DC JNST1ILL CONSl'RtlINT NSC 76 INST ALf,EIJ CONSTRAINT 1 912200827 238 01,IO'//llU cc l'INNG DC79nS32,J INSTA[,L CONSTRtUNT INSTALLED CONSTR1UNT i 912210930 238 *01/0*1/flO I'll SNIJBDER WFPD.11ss-111 llESERVOIR 01/:r m* OIL REPLACW i'Il't: NIPl'f.'i': 1JND 1'WO SEAL lltl 1 912291530 139 Ot/00/f!O /IC VALVZ It'Va11155C SEAT Lf.AKAGi REWORKED V1ILl'E 1 9120111011 2811 ,,_) ) .. I : I \ IJ FEB BB

  • 2109 m PAGE 2 . J f!NITh 2/0'1/BO * (MMN'l'i\N,INCE OF S11FETY Rr:l;,ITEIJ SYSl'F/>IS DI/RING !T11G6 OR RfVl'CED 1'0/IFR l'illTODS)

R?7'Sf.'/i'V I U' SYS COMP M1IRKNO SllNM1IRY WKl'ERF II NR TOTDWN7'M ' 01)011/nc i'/1 SI'RG HGR HGRrOOl ROD DENT STRMGHTF.N Df.'NT ON T'l 1 Rl'OSE 7'0 FI7' INTO CF.JUNG 1 9121'11400 1*12 01/00/lltl i'/i D1ISf..'I'L:IT HGR 20i35 INSTALL l'f,,ITE WASl/i':RS INS1'ALUD l'LA7'f, WilSf/ERS 1 9121 1 111106 1 1 111 I'll DASi':l'T.tlT HGR"2 BASt:PL1ITE l'UT,UW FROM f.IALL 8AS1l'LAT6 POLI.ED 11G:IINST WALL 1 91211111109 11111 Ol /00/lll' i'fi D 1iSt:i'L 1IT HGRn5 R?:GROilT iJ,jsr.'i'LITE Af.Rt:ADY RiG!IOl/Ti'D i 9i21*114it 1114 l.l i'll 81ISEl'L1IT l/GR*3 T'lff,L PL1ITE f'WSH TORQUED TO N1IX ,lf,f,Olv11DLi" 1 91211111116 111*1 l j 01/00/00 i'R SPRG I/GR llGRol Rt.'l'l.11CE MISSING BOLT MIST1IKEN /IOU? IN BASEl'T,,.ITf. 1 9121411117 1113 01/.ottAuo i'll iJ,isiri,ir HGRv8 ii*[,{, i>iATE Fiusii 1*11ir.iiJ riAi't.' E'T,1 1 sii ,iGAINST i.i,itt i 9i2i11i42o ii13 01/.011/110 r.*c.* IWI' MTR RtNOVE AND REPLACE MOTOR COMPLETED 1 912200500 936 01/.09/llll cc PIPING INST,lf,L P11D INST,ILL CONSTR,lfNT 1 0010311!03 95 01/09/80 cc i*IT'lNG i*1 DC INST,iii cdNsriUi:NT INSTALiED coi>JSTR1IINT i iiio2ii5o'i itii 01/09/Ull cc llX i.cc.E"LI CIJF.CK FOR Tl/DE LEAKS TARSET Cf,F.:INF.D ll11Tii,'R BOX 1 906130'100 q296 e 01M9/HO cc /IX 1 .. cc.r. .. 1,1 DEVELOPED LEAK WI/ILE 01/T OT SERVICE T'WGGFD T/IDE 1 911110800 13q4 Oi/09/0U J'i1' iiASt.'I'i,,IT HGJlvt2 REGliOiFi 8,isiiit,itt Rl°G il<iiit Eb l !ii2iilii1iJij iGli 01)09/80 I'll SPRG HGR HGR"1 RH'LACE MISSING STUD REPLACED MISSING STl!D 1 91214111111 160 'I I 01/09/80 cc PIPING 10.cc .. 0110 INSTALL CONSTRAINT DC19,.S32A INST ALLF.V CONSTR,llNT 1 912161600 551 il1/09/60 cc. l'INNG

  • bC 79wS32,1 1Ns'l'ALL Rt:STRAIN'J.'

AZ16BJ 1NST1ILL CONST!IAIN1' i 9121Bi55i 315 01)09)00 1'll SNl!BDlR RFMOVE 12 IN SNllBBF.R TORQUED CAPSCRf.llS 1 912231330 95 ) Oi}09)00 i'R SN/IBB8R RFMOVE 12 IN SN//BBi\R TORQUED CAl'SCRr:llS 1 912231331 95 ili)09/li0 }'R SNl!/Wt:R hRC .. lJSS .. 166 REMOVE 12 IN SNlllJTJF.R -Fl!NCTION ,IL Tr.STF.lJ 11ss.;.R1PL'1CED. IT . !!1 N 01)09/00 i'R SN//BBER 1"RC-IJSS*161 RE/./OVE 12 IN SNl/BBF.R TOT/Ql!ED C1ll'SCREWS 1 912231333 95 \.D 01/09/110 I'R SN//BDER l*RC*IJSSn 1 *10 Rl/llOVF. 12 IN SNllBBER 2'0RQ/!lD CAT'SCRFJIS i 9122313311 95 01/09/00 l'll SNUBBEll .. iJSS* *11 Rh/OV6 12 tN SNIJIJBi\R TORQ/lf.iJ C Ar.X litl.'S 1 !il223i:tiS 95 01/09) ltO er; l'IPING 0 .. cc .. 32 INSTALL CONSTRAINT INST 1ILT.i"D CONSTRMNT 1 9122011106 216 01/09/1!1' cc l'II'ING 18nCCn236 IX"l9oS32A R?NOV6 INST1ILLFD CONS1'R,Uf."T 1 912261407 215 01/il/Ul' cc PIPING i2wtc;.21 tflsrAtt coNsf8AiNT CdMPtF.TF.iJ T iiiiiii3i32i jfi 01/11/Atl !IT/ PIPING Ri':MOV6 BLIND FL1INGi': RtJ.IOVED 8£,INK FL1ING1 1 001111909 3 Olt11/HO (.'V l'llMP FLOW R1ITE LF.'SS TH1IN DESIRED RF.PLACED Tf/NI' 1 910290700 15 .... .,'0.,!'1"7., /Jt:TT 7'01'. 11: ....... ) ' .. J i

  • -* Maintenance of Safety Related Systems During Outage or Reduced Power Periods UNIT #2 Mechanical Maintenance

.. ** ... D?.'i'1'=ft:{:'(:/1 11 FFB 80

  • 2:19 l'H l'AG?.' 1 2/011/eo (N.1.1 :1i'r.'N1INCi'.'

OF S1IFF7'Y R?'fdTF.IJ SYSTt:MS DI/RING Ot 1 T,lr.1.' OR REV/ICFD nJivnl lFflIODS) R?TS?lil' Iii' .';)';; COMP M1IRKNO Sl'MM1IRY W Ki'?.'llf' /I MR TOT{)fmTM oi)u:1/nu liS i'llitP 2.RS*l'*H' l'l!NI' S;idk.? Wll?N kttilNINd AIMl.IS1'iD /J?.'FU:C.TOil DISK 2 iiotini1rno 25 01/03/ftll r.s V1ILVE 2.cs.FL*U Flf.Ti!R BONNET Lf.AXING CH1INGlW GllSl<.F.T 2 9120511!01 512 01)03/!10 cs VALVE BONNBT OF E'lf.Ti':R f.EAKING C/JANGFD GASKFT 2 9120511!02 512 01/0:J/OO PI I' ING /JOLTING CORRODt:D NO l'ROTJLFN 2 9120511116 513 "' 01)03/0U RS PIPING E'hRS* 2 5 *1,1 80[,T f'LANGF. NO l'ROB/,EM 2 912101170 513 01/03/00 RS H!Ml' DISCIIARGE Ff.ANGE BOLTING NO l'ROTJLr:f-1 2 912101122 51q 01)05/Hll liC VAJ;Vt: 2*RCP11 JiEi'ACK VALVZ RE:P1ICKF.D v tit.Vt: 2 iliiioi1t1ii*i 6 01/0'l/flll i"f.' DIESEL 2 ADD OIL TO DIFSEL Sl!MP 1IDDi':D OII. TO MAIN Sl'Ni' 2 001070810 1 ) Ul/09/BO SI VAt,VF. DIAP//R,lftl IS RllfTURED RFi'1IIRFD 2 90'1052220 936 -01/09)00 RS I'UMP 2*RS*P* 2ll WRONG stiF. BOLT*s Rt:J'LACi':D S1';1DS :i 912osiq1*i isq 01)09/80 RS PIPING OOLT MISSING ON Sl'RlNG HANGF.R Rf'l'f,11Ci"D MISSING BDT,T 2 912101121 1sq 01/12/!JIJ IA V1ILVZ 2-r,1.516 CtlP BLOWN OFF l'IPlNG REPAIRED AIR LINE 2 0011110112 2e uiJi11/oo RC so OPEN riWi,lni RFNOVF.D*RFINSTAu;tD .. 1w Ar.§ 2 !ii21oii2q ise 01/15)00 DG V1ILVE VALVE: LEtlKS T/18/J 8 TO B LEAK REi',IIRFD 2 001021300 9 Ul/18/!IV /);I VALVE .. 1 VALVE LEAKING fT 16.11 /1f.i'1lf8W VtlLVF. 2 001021303 12 01/10/11')

ll iNSll 29118 SIG/IT ci,iss BROKEN RB i'f, tlC ?V 2 9ioOB11!i2 i637 01/21/llll Sf l'Il'ING FE"29 1 13 ORlF1ICE LEAKS REi'tlll/f.'D 2 900221513 61 01)21)110 SJ V1ILVE REP1ICK 1IDJ/!ST'?D PACKING 2 9120501q1 61 lll)'.21/ll!J Hf VAT.VE 2*81 REPACK -Rri'1ICKiW 2 iii2osi11i1q 61 01}22/ll!)

cc IW!i' Cl/ECK AXIAL T'LAY ON I'llNT' ADJ/!STED Tl/f{{IST BZtlRih'G 2 001210736 B 01/2:!/RO SI VALVE 2.sI.11 RF.PACK RF.i'ACKF.D VLV 2 9120507110 90 VJ Oi/:n)llu 51 v,iiv,i: kmick REi'ACKF.D viv 2 !ii205o7116 iti1 (1:1}:0/IH' SI VALVE 2*TVw20011c RET'ACK REPACKF.D VLV 2 9120507117 11q 01/23}00 IJG V1ILVE 2oDG*1 REPLACE DI Al'IJR A'lN REPLACED DI APHR/VJM+ORING 2 902161001 3 Ol/23/llU Cti VAlVi v,1tvt LF.Axs RZS1'0RED ViV TO GOOD CONDtTl(JN -* 2 9i2io2235 i21i 01)211/fJU Sf l'UMl' 2*Sl *PnHJ l'IJLL l'/JMP 1IND CLEAN CL11INF.D Sf!C.TION CAN 2 001151010 118 fW MOV NOV *Ell* 2 51F Rf.MOVE STEN NllT FOR MEAS/JREf.JF.NT COMT'U:1'f.D 2 0011e1q31 61 () 1}211/00 CH VALVE FCV.,2iil6 U:Ak AT V ..ILVE BOi>l' TO BONNt:T COMT'U:1'f.D 2 901121111j7 9i 01;211/00 Sl YALVZ 2.sI.5 RET'1ICK NO l'ACKING 2 9120507112 132 01/211/00 SI VALVE 2P8fu11 Rl:l',ICK RF.i',ICKt.'V VLV 2 9120507113 132 011211;00 SI V,ILl'E Ri't*ACK /1Cl'ACJ<t:D l'lV 2 9i2d51l711S i:l2 01)211/an Sf PIPING fh29311 FT.ANGE LEAK RF:N(.'WZD FL1INGE GASK?T 2 912oso1qe 132 e 01/2*1/!!U Cl/ /.JOV MOVwCHh220'JC PACKING LEAKING Rr.'l'1ICKF.IJ 2 912051*103 1*15 oi)211/ao Sl l'ii'.tNG FEa29qo FiANGE iE,i}{ R i.'[' AIR i':D 2 9i2o5i422 110 111)25}HO Git rt.IMP 2nC//nl'* 18 INB0,11/D SE1IL LE1IKS GONl'f,t:U: l'Al'f.'R IVORK WST 2 020172090 0 01/25/00 Cl/ VALV8 RET'L1ICE DIAi'llRAGN RE"L1ICF.V BONNET 1ISSY ? 902161317 61 01)2s)oo t.M VALVE iEKS Tiiili1 ON Pi i6. ij OVERH,jf.ILF.D VAf,VC: 2 912170020 360 01/28/00 cc VALVE RE1'"1R PII'R CAT' Tl/READS ON y,JLVE REPAIRFD l'Il'E Tl/Ri"AIJS 2 001171305 101 01)28/0tl fl{ I'llMP OllW01IRIJ _I'f!NP P1ICKING Bl!8NiW Ill' REl'ACl<.ZD 2 9po50725 2016 01/29)HO CJ/ MOV BONNET LE1IKING ON VALVE Ri.'NFWEV BONNET G,iSK?T 2 9120 51 llOll 7q 01/29/0IJ C(: VALVE Cll?CK VALVE LOOSE CLF.1INED CK VLV 2 001152355 120 01/n/oo 1;11 VALVE 2.c11.2011 RF.Pr./CE DI1IPHR1'fiM Rll'LACZD DI AP*G1ISKFT*ORING 2 902161310 39 01)29/00 SJ VAT.VE P1ICK.ING it:,iKING CONI'LETFD 2 9i2osiqoe 312 01}30)00 DA l'IrING INSI'ALL TE:ST FLANGE FABRICATED FLANGE)Ri':MOV10 AFTF.R TE:ST 2 00102130q 5111 01/30)8!1 CTI VALVE 2*CHwllOO THREADS t!T END OF PIPE GALLED CLE:1INED*DRESSED Tl/Rf.1WS 2 0012111q115 12 01)3<i)ilo TJS 6TilER iii l'r.i!G iN Sl'ARE PENETRATION REf.IOV CD l'WG :i iJ<ii26073i 12 L. 01J31/RO DS OTIIF.11 51 2 I'Li/GS GALLED IN Sl'ARE l'ENlTR1ITION HP:ftlOV F.IJ PWGS 2 001260730 23 . ) ' D?f'l'=/.;i'-.:1, li't:TSrliV/-!' SYS COMP 02/01 /BO Gf{ U2JU1/flll r;11 vr.*1*r r11*r ;;. PIPING l'Il'ING .. . 2/011100 (f.l.*lli.'i'i-'NANCF. OF SAFF.TY Ri':LATF.D SYS1',--.**.r; D/IRING O/!.TAG(; OR RFV/ICF.D l'OWF.R l'i"R[(IDS) or.ni ilou* lN Pin DRILE HOLE IN PIPE WKl'T-:RF COHi'L8TFlJ COMl'EF'l'F:D IJ FF.B BO

  • 2: 19 /'M l',IGF. 2 /I MR T07'WNTM 2 rioi:d1s2s 2 001211526 196 196 'fRHllM .... I"' * ***** w N

.. Maintenance of Safety Related Systems During Outage or Reduced Power Periods UNIT /Fl Electrical Maintenance v;:j*f-'FJ,?i.: 11 FEB 00

  • 2: 09 TN l't!Gi" 3 llNITh 2)0IJ/OO VW N'!'ifl ,INO: OF StlFF.TY ll'i:UTF.D SYSTEMS Dl'RING O/IT,t;'i:

OR fl(,'D/ICFD l'OWFR I'f'RlODS) v 1, r ::y,r!* COMI' M1lllKNO Sf!MM1IR1 WKl'ERF II MR TOTDf/N7'M 01/0:J/fl\l ('Jl 1NStl GtlE?N tIGliT W!l.L NO'l' ctt:An JN on:N JIEAV.JllS7'FD LIMIT Sit 1 91filii531 i1*1tj !ll/0:1/1*0 Sf INS'l.'R fCn'156VX/l Rf.f,111 OrER1IT1S SLUGGISHLY RFLAY 1/EI'LACF.D AND Oi'FR..17'F. SAT 1 912311101 2'1 Ul/U'/}IJ!! ('!/ IJT lWL CHECK IIT ON LINE inCl/"351 CIRCl!ITS CllECKF.D OK 1 001021130 7 lll/O'//flll liC !WP MTR VISCONNEC'I.' MOTOR TZSTBD SAT 1 912191li30 ' IJi-.'i'I' '/'O'! ii. 1631 ) .

  • l .. ' ._)

.. ' .. Maintenance of Safety Related Systems During Outage or Reduced Power Periods "UNIT l.'2 Electrical Maintenance Dt:lT=FU'(.' Ri'2'S?FtV/i/' .'iYS COMI' Ol/06/BU t'l Ntsc lll.l.1q/eo (;ii£ 8/!S 01/.lq/IJU i'.l'L BIJS 01/i11/00 i'.'i'IJC lhl'l'T 01/16/AU cc VALVE 01)23/lllJ sr' NOV Oi/23/110 BAT7' u1n11/00 1 1 S FAN MTR 01/211/00 VS E'AN MTR 01)211/A\i vs .f*A},i liril 011211/00 RC VALVE: 01)211/ao li'C VALVE 6i)25/oo Ri' or ilk 01)20/80 /'W I'l!MI' iJ;::12* .w1*,11, llNIT2n 2/0q/00 (NtllNTENANCF. OF S1IFETY Ri':LA1'FD SYSTFMS DURING 01/T/OiE OR RW/ICED l'OWF.f/ l'F.RfODS) NARKNO 2.EinVGn'} 2J 211 2A2 TV .. CC"209 282 2*VSnf* l 1I 2"vs.F.10 SI/MM ARY kAbtAT<JR FAN lOIJliEil.<i GRO/!ND INDIC1ITF.D ON 2J SWBD GROllND INDl'CATi':D ON 211 SWBD ONE Ltlil/12' DIM ON GtlO/JND DISCONN8CT SOV FOR MECH NOV l'NS liATTEllY C:llARGi'Jl SIJORTE:JJ E'AN MOTOR ms FAN MOTOR I'MS WKT'F.RF TESTED SAT TE.'iTED SA1' CLF1IRED CU'ARi':D RECONNFCTF.D+CYCUD SAT I'ERFORNED AS l'ER ENT'wl'"Nov.q5 CH,IRGEJI CIJt.'CktV SA'l' FOl.'ND LOUVERS BLOCKt.'D Ol'F.N FO/!ND WllVP:RS BLOCKED Oi'?N If FEB B It

  • 2: 19 Fr.J I'11GF. 3 2 2 2 2 2 2 2 2 MR 9i2aonsii 907150130 901150135

!ii2i3iio1 909121650 901251533 !!HI!io?6d 901261004 TOTDWN7'M qo16 qo16 1i6 3768 8256 1560 8016 F,iN i.idi'dR I'ft!S HCVwRC"255W CONNECT SOV if<jnk TO 88 COMT'iki*Fb ON S29Hli2iiii55 2 2 2 2 901261005 0016 90i26iiiii6 8016 llCV*fi'C.,255fill CONNECT SOV Pili 2q3 REMOVE TEMFoRAiiY c,iiitir 2*E'W*I'*3B REI'f,11CE START SWITCI/ CONl'LETt.:D AS I'F.R f'MI'rc,sov.ae RENEWED AS I't.:R ciJJ.ifitirtiJ coiiviiii' i:Nsr,1t;,F.v TESTED S,IT . -. -------2 -2 911201330 1032 911201332 1032 ** iioeMii :i3i 36i 001160213 2qo ....... ""'"*" "***"* I i ! \ I ! I I

  • w °' e ! I i ) .

, I **" Maintenance of Safety Related Systems During Outage or Reduced Power Periods UNIT #1 Instrument Maintenance ft'?*]'3ifi'\l/Ji' .s y,7 ll!/U'J/110 /!{: V Ar.VF. 01/ll;>/110 UC INSTR 01/0'l/U1 Till V ,IJ,VF. 01/02/1*u WI V.USE IJ/i i'//Nl' 01/0'l/'IU /i/./ MON11'0P Ot)O'l/00 Ill MIX t'T' HIS'.i'R U1}09/00 I'" Iv INS'i'R IJl/lJ!J/ll') Cl/ INSTR O!iltl/11!.I l!S I.V5T/I trs VAI,YB in)i 1/!iO Cl' lNS2'R Ql}l1/i!O CV .rNS1R ilt/11/fl(! H.'1 MONl.TOR mrr '1'11'/'!I. 4 FEB BO

  • 2:0!! ffl P,IGF 4 llNITb 2)04)00 Of' SAFF.'TY RFf,,ITED SYS7'FMS DURING 01/V/;i\ OR REVllCf.'D ffJWFR l'iRJODS)

Sl'f.fil/,lflY W/(l'i"RF II MR TOTDWN1'M ov uli1 Au t c ;:nm k E:a VAViE k1111*1r.1* IYJSI.TIONFR i 9i2iq'i500 i2'i il:Vw1*'I55(.'/*156 IMl'f.t:Mt:JVT COA/l'f,t:Ti'.'D AS Pi<:R PTWCFD/!RE 1 912221000 269 FCV*1G05 VALVE DOES NO'l' GO Ftlf,f,f SH/IT 11DJllSTf/J 1/1' 1 912J01B25 52 ilCV"1'15B C/IF.CK iJ,jgr:y l'OSiTiO#BR Av,J11su:n t/1' i 9i2:ii0032 52 hliR*l'wli.I T1!NI' VOES NOT TRII' REMOVF.D Jl!MPER+7'C.'S1'ED ,'),IT 1 001012320 21 RM.m,.1ou Rt:ScT AL1IRM Ri':SET 1ILAllN 1INV ALARM i'OIN2'S 1 001060300

1.2 iNVIC1iTiNG

WITH iiinT siiil.TDOWN -lliff'C.tiCF.D 8,it.Aricr. OlAR)ht,1fitiiG r orii oiui1:ia 96 CAL G,IGF. CHECKED 01.'T S1IT 1 0010*11305 96 Pis1"1J5<; 5q lNDICATING LOI{ CAiIBR,ITf.'lJ TR1INSMITTF.n 1 0010006*10 211 FCV.Cf/"1122 CONTROiit:R wri1; NOT nroVtATF. CON1'ROLS f/O/IM,jf, i iicii6ei 1i15 2 I.I S/!Ml' LIWFL INDIC1ITION JS BRR11TIC SrtJRIOl!S ERR1ITIC INDIC1ITION 1 001081755 6 CIIF.'CK CON7'ROLU:R RESB.T t'/sP 01/TI'i!T 1 001090905 48 i'i .. cv.,10L1 c.ii XMITTER coiilii'°:CTION i iiiiiii9il9ii6 2i1 1*r .cv.10111 C Af. XMIT'!FR OI'ERATWG NORMALLY 1 0010909'17 24 CORfii':CT SETl'OINT 1IDJl!STFD Al.ARM SETWINT 1 061110451. 9 862 *' ! \.JJ (X> I Maintenance of Safety Related Systems During Outage or Reduced Power Periods UNIT li2 Instrument Maintenance DETT=INST m:rsr.:nv w* SYS COMP lii}o!i/eo Ei IfistR 01)17/.00 RM MONITOR 01/25/00 RM MONITOR 01/29)00 CH iNs'i'il 01)29/00 Cfl INSTR 02/01}00 HM INSTR DFiT WT 1lf. 11 FEB 00

  • 2:19 l'/11 l'1IGF. 11 l!NIT2* 2Jo11Jee (MAINTEN1INCE OF SAFf.TI RELATED SYSTEMS DURING 011vm: OR RF.DllCFD l'()WlR T'FRIOD.'i)

MARKNO S/IMMARI kieoniitn NcH' lililiktNG lit.ADING t,()i,I CA SET l'OIN'l' RM*RMS"26i NO RESIYJNSE TO CHECK SOURCE ir.iis READING 6 ts bilAtNtb PI"1H READING 5 DET'RFSSURIZED nn.200 BROKE WKl'F:RF II Ai:WISTED iFilO 2 1/C AC.1lmt SETIYJING Cl/F.CKED S1IT 2 Cf,E1INED Mf..Tf.R 2 AiJj11S'J'r..iJ iNDICA7'0R 2 11DJl!STED INDCC1ITOR 2 CON'1'1ICT

IR/11 DISCONNf.CTi':D+RECONNECTED 2 MR TOTIJl{N1'/.I iilii<i'li2i1i 001170230 fl0121f0235 iiiii260132 001260'/33 01113106116 211 " 2'1 20 20 211 "'""'" .. 132 ,J* ' . I ) l I ; i e

" . HEALTH PHYSICS JANUARY, 1980 There was no single release of radioactivity or radiation exposure specifically associated with an outage that accounted for more than 10% of the allowable annual values in 10CFR20. f-J. :-** ... ---*-***-----*--42 -* PROCEDURE DEVIATIONS REVIEWED BY STATION NUCLEAR SAFETY AND OPERATING COMMITTEE AFTER TIME Lil1.ITS SPECIFIED IN TECHNICAL SPECIFICATIONS JANUARY, 1980 None during this reporting period.}}

Retrieved from "https://kanterella.com/w/index.php?title=ML18138A032&oldid=1222648"