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{{#Wiki_filter:_ .-                          -              -  . . . . .                          . -
{{#Wiki_filter:_
OPERATING DATA REPORT DOCKET NO. 80~2Y DATE k6 W COMPLETED BY d M/_sW G TELEPHONE W6 "Y OPERATING STATUS 2           '7   N                                                 *
OPERATING DATA REPORT DOCKET NO. 80~2Y DATE k6 W COMPLETED BY d M/_sW G TELEPHONE W6 "Y OPERATING STATUS 2
'7 N
: 1. Unit Name:
: 1. Unit Name:
: 2. Reporths Period                              ## d5 O/ d'Ph C> Mr'453/ .2Pa3
## d5 O/ d'Ph C> Mr'453/.2Pa3
: 3. I w Thennal Power (MW:):                                       WO
: 2. Reporths Period WO
: 4. Namepiste Rating (Gross MWe):                                   /O#5
: 3. I w Thennal Power (MW:):
: 5. Design Electrkal Rating (Net MWe):                                   /dVC
/O#5
: 6. Maximum Dependatie Capadty (Gross MWe):                                     /'A#E
: 4. Namepiste Rating (Gross MWe):
: 7. Maxhaum DependaWe Capacity (Net WWe):                                     /dVO
/dVC
: 5. Design Electrkal Rating (Net MWe):
/'A#E
: 6. Maximum Dependatie Capadty (Gross MWe):
/dVO
: 7. Maxhaum DependaWe Capacity (Net WWe):
: 8. If Changes occur in Capacity Ratings (items Number 3 T1uough 7) Since Last Report.Give Reasons:
: 8. If Changes occur in Capacity Ratings (items Number 3 T1uough 7) Since Last Report.Give Reasons:
WM i             9. Power Level To Which Restricted. lf Any (                           MWe):
WM i
: 9. Power Level To Which Restricted. lf Any (
MWe):
: 10. Reasons For Restrictions.lf Any:
: 10. Reasons For Restrictions.lf Any:
This Month                       Yr.to Dete       Cumulative
This Month Yr.to Dete Cumulative 79MO MNO
          !!. Hours la Reporting Period                                                               79MO                    MNO                  /M 383.O
/M 383.O
: 12. Number of Hours Reactor Wu C$tical                                                     4/27                         /VR3. 'I           8f R 77 /
!!. Hours la Reporting Period
: 13. Reactor Reserve Shutdown Hours A,O                             O, O       4 /02/. 8
: 12. Number of Hours Reactor Wu C$tical 4/27
: 14. Hours Generator On4.ine                                                                 W96                       /#50, 6             fr5 394, 2
/VR3. 'I 8f R 77 /
: 15. Unit Reserve Shutdown Hours                                                                   M. O                           o, O             dO
: 13. Reactor Reserve Shutdown Hours A,O O, O 4 /02/. 8
                                                                                                /v52M2/                       5 956,35/           ,py3. 4:2/ /,rg
: 14. Hours Generator On4.ine W96
/#50, 6 fr5 394, 2
: 15. Unit Reserve Shutdown Hours M. O o, O dO
/v52M2/
5 956,35/
,py3. 4:2/ /,rg
: 16. Groes Thennal Emergy Generated (WWH)
: 16. Groes Thennal Emergy Generated (WWH)
: 17. Gross Eketrical Energy Generated (MWH)                                                 V#E V6//                 /. ?9995F             W(65SG7
W(65SG7
: 18. Net Elecerks) Energy Generated (MWH)'                                                   VA2 393                   l' '/4d 5%         _ Td 634 WG
: 17. Gross Eketrical Energy Generated (MWH)
: 19. Unit Sorelse Facter                                                                       FS.W                             50,7           47 6
V#E V6//
: 20. Unit Avaliability Facter                                                                  7.3, M                       S0. 7             /4 de
/. ?9995F
: 21. Unit Capacity Factor (Using MDC Net)                                                     SM f                           Vd' . V         59 7
_ Td 634 WG
: 22. Unit Capadty Factor (Using DER Net) 5'r, ,V                         V4, V               p, 7
: 18. Net Elecerks) Energy Generated (MWH)'
: 23. Ualt Forced Outage Rate                                                                    6O                               /2 /o         /4 5'
VA2 393 l' '/4d 5%
: 19. Unit Sorelse Facter FS.W 50,7 47 6 7.3, M S0. 7
/4 de
: 20. Unit Avaliability Facter
: 21. Unit Capacity Factor (Using MDC Net)
SM f Vd'. V 59 7 5'r,,V V4, V p, 7
: 22. Unit Capadty Factor (Using DER Net) 6O
/2 /o
/4 5'
: 23. Ualt Forced Outage Rate
: 24. Sheldowns Scheduled Over Next 6 Months (Type. Dete,and Duration of Eachh AuMEl 3/ / YEP
: 24. Sheldowns Scheduled Over Next 6 Months (Type. Dete,and Duration of Eachh AuMEl 3/ / YEP
                            /
/
: 25. If Shut Down At End Of Report Period. Estimated Dele of Startup:
: 25. If Shut Down At End Of Report Period. Estimated Dele of Startup:
: 26. Units la Test Status (Prior io Commercial Operation):                                                                 Forecset           Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION                                                                           _
: 26. Units la Test Status (Prior io Commercial Operation):
M 73 E 8806160115 880531                                                                                                                                 i[f PDR                       ADOCK 05000295nnn p
Forecset Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION M 73 E 8806160115 880531 i[f PDR ADOCK 05000295 nnn p


c.
c.
        .          a AVERAGE DAILY UNIT POWER LEVEL DOCKET NO.      5 0-495 uNlr 2]M dll DATE COMPLETED BY                   3D TELEMf0NE -
a AVERAGE DAILY UNIT POWER LEVEL 5 0-495 DOCKET NO.
MONT11 DAY         AVERAGE DAILY POWER LEVEL                       DAY       AVERAGE DAILY POWER LEVEL
uNlr 2]M dll DATE 3D COMPLETED BY TELEMf0NE -
.                                    (MWe Net)                                                   (MWe-Net)
MONT11 DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe Net)
                                    ~
(MWe-Net)
I                                                           17 2       __
~
                                      ~ /d7                                 1,                     kN 3                      ~!b                                   19 4                    ~ $0                                   20                     l0Yf s                    - a?o                                 2,                     /050 s                     - RJ                                   22                    /O.58
I 17 2
              ,                    -20                                   2,                     /020
~ /d7 kN 1,
              ,                      -20                                   2<                      /0Y</
~!b 19 3
9
~ $0 l0Yf 20 4
                                    !                                      25                     /
- a?o
so                      %W                                   2s                      /029 n                        W2                                   2,                      /o/V
/050 2,
              ,2                      V7/                                 2,                     /030 13                                                           29
s
              ,4                                                            30                    /d N
- RJ
              ,,                      (oV7                                 ,,                    /oY2 16                        59' INSTRUCT!ONS On this format list the average daily unit power levelin MWe. Net for each day in the reporting month. Cornpute to the nearest whole rnegawatt.
/O.58 22 s
-20
/020 2,
-20
/0Y</
2<
/
9 25
%W
/029 2s so W2
/o/V 2,
n V7/
/030 2,
,2 13 29
/d N
,4 30 (oV7
/oY2 59' 16 INSTRUCT!ONS On this format list the average daily unit power levelin MWe. Net for each day in the reporting month. Cornpute to the nearest whole rnegawatt.
(9/77)
(9/77)
Il0V 3h
Il0V 3h


gg                   --
gg UNersHU1 DOWNS ANDPOWER REDUCMS y,og gwp J, DAM
UNersHU1 DOWNS ANDPOWER REDUCMS                               y,og gwp J,       ,
'~4'##
DAM      '~4'##                 '
NiAY R88 C**"'** * ""
NiAY R88               C**"'** * ""
TEUTHONE WC So#6/
REPORT MONTH                            TEUTHONE WC So#6/
REPORT MONTH i
i                         ~
~
No.        Date k    5I 3
5I 3
3 *gg 5    3 3 ac ianse, Ewas p.
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                              $$        2     jg         Report #
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fu             Prewat Recurrence l     *l     b Y                   0     k0 $0 h/7hNUf                   { (fc /b-//
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Ip'"d''V' 870567           S& & A               Y         d'         AIA     de /x)hA a/brp4 ' to re/arit
Action to No.
                                                                                      & Savice           ' x re & i c ti
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2 jg Report #
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                                                                                      ?"'OlO''5/Wdcx.
l
I                   2                                               3                         4 F: Forced           Reason:                                         M**h"d                   Exitibit G-lastructions S: Scheduled       A-Equipment Fallers (Explain)                   1-Manual                 for P''Paration of Data B-Maintenance of Test                           2-Manual Scram           Entry $heets for Licensee C-Refueling                                     3-Auto Scras             Ewns Report (LER) File (NUREG.
*l b Y
D Ragulatory Restriction                       4-centinued               0161)
0 k0
E4perator Training & Ucense Examination F-Administratiw 7lNU*d'**d             $
$0 h/7hNUf
G4perational Error (Explain)                                             Exhibit 1 -Same Source (9/77)                 Hether(Explain)
{ (fc /b-//
Ip'"d''V' 870567 S& &
A Y
d' AIA de /x)hA a/brp4 ' to re/arit
& Savice
' x re & i c ti, s b> skcun cnerofor/
eL lc'ocforin 6asefbya bWet? /c'ods/7 dc mari
?"'OlO''5/Wdcx.
I 2
3 4
F: Forced Reason:
M**h"d Exitibit G-lastructions S: Scheduled A-Equipment Fallers (Explain) 1-Manual for P''Paration of Data B-Maintenance of Test 2-Manual Scram Entry $heets for Licensee C-Refueling 3-Auto Scras Ewns Report (LER) File (NUREG.
D Ragulatory Restriction 4-centinued 0161)
E4perator Training & Ucense Examination 7lNU*d'**d F-Administratiw G4perational Error (Explain)
Exhibit 1 -Same Source (9/77)
Hether(Explain)


OPERATING DATA REPORT DOCKET NO. 5d- M DATE 6'/e'M COMPLETED BY G A'>S/m TELEPdONE 9V6' 35V OPERATING STATUS
OPERATING DATA REPORT 5d-M DOCKET NO.
: 1. Unit Name:                                                                               -
DATE 6'/e'M COMPLETED BY G A'>S/m TELEPdONE 9V6' 35V OPERATING STATUS
1, neporung pau, 28 05(V Of6 % XX 05 3/ 2VCQ
: 1. Unit Name:
1, neporung pau, 28 05(V Of6 % XX 05 3/ 2VCQ 3'256
: 3. Licensed Thennal Poww (MWt):
: 3. Licensed Thennal Poww (MWt):
3'256
/d6
: 4. Namepiste Rating (Gross MWe):
: 4. Namepiste Rating (Gross MWe):
                                                                                  /d6
/dVO
: 5. Design Electrical Rating (Net MWe):                                 /dVO
: 5. Design Electrical Rating (Net MWe):
: 6. Maxhaum Dependable Capacity (Gross MWe): /N
/N
: 7. Maxhnen Dependable Capacity (Net WWe):                               /OVO
: 6. Maxhaum Dependable Capacity (Gross MWe):
/OVO
: 7. Maxhnen Dependable Capacity (Net WWe):
: 8. If Changes occur in Capacity Ratings (items Nunber 3 Through 7) Eince last Report, Give Reasons:
: 8. If Changes occur in Capacity Ratings (items Nunber 3 Through 7) Eince last Report, Give Reasons:
A/4 9, Poww Level To Which Restricted,if Any (Net MWe):                                 M
A/4 M
: 10. Reasons For Rastrictions. If Any:                               M This Month             Yr..tenDele       Cumulative l
9, Poww Level To Which Restricted,if Any (Net MWe):
: 11. Hours in Repadas Puhd                                                     79Nd                3EY2O            /Ed/dM O
: 10. Reasons For Rastrictions. If Any:
: 12. Number of Hours Ranctor Was C5tical                                       7VMO               36 VF o           #f V/F 7
M This Month Yr..tenDele Cumulative l
: 13. Reactor Reserve shutdown H2ws                                                         OO           d. O             A2d6./
79Nd 3EY2O
I4. Hours Generator on use                                                   7+'//lO             34'/2 o           &No 1
/Ed/dM O
            !$. Unit Reserve Shutdows thars                                                       dO             OO                   de O
: 11. Hours in Repadas Puhd
: 16. Geoes Thenmal Energy Generated (WWH)                                   -? 293 3'M           //d/d WO         d50,769 257
: 12. Number of Hours Ranctor Was C5tical 7VMO 36 VF o
: 17. Gross Electrical Energy Generstad (MWH)                                 7'/M 623           47M'97               7?#M /6 9
#f V/F 7
: 18. Net Electries! Ensegy Generstad (MWH)~                                   79'/< 93P           M23 AS3             76 6W//5'
: 13. Reactor Reserve shutdown H2ws OO
: 19. Unit Servios f acser                                                       /CO O               /C0 o                 7/, /s
: d. O A2d6./
: 20. Unit Avalisbility Facter                                                   (60 0               /CO, O                 7/. 6
I4. Hours Generator on use 7+'//lO 34'/2 o
: 21. Unit Capacity Factor (Using MDC Net)                                       V5 ?                 9M 2                 4/ V
&No 1
: 22. Unit Capedty Factor (Using DER Net)                                         95,9                 9M .'/               6 /. V
!$. Unit Reserve Shutdows thars dO OO de O
: 23. Unit Forced Outage Rate                                                     CM                   dO                 /.3, J'
: 16. Geoes Thenmal Energy Generated (WWH)
-? 293 3'M
//d/d WO d50,769 257
: 17. Gross Electrical Energy Generstad (MWH) 7'/M 623 47M'97 7?#M /6 9
: 18. Net Electries! Ensegy Generstad (MWH)~
79'/< 93P M23 AS3 76 6W//5'
: 19. Unit Servios f acser
/CO O
/C0 o 7/, /s
: 20. Unit Avalisbility Facter (60 0
/CO, O 7/. 6
: 21. Unit Capacity Factor (Using MDC Net)
V5 ?
9M 2 4/ V
: 22. Unit Capedty Factor (Using DER Net) 95,9 9M.'/
6 /. V
: 23. Unit Forced Outage Rate CM dO
/.3, J'
: 24. Sheldowns beduled Over Next 6 Months (T pe, Dete,and Duration f Each):
: 24. Sheldowns beduled Over Next 6 Months (T pe, Dete,and Duration f Each):
ON                                     UM 0$$/Y                     lbt4 dM'Zl/               //f/A d f N ff k h c/M #% Afss' itir/ / s-c                                                                 u
ON UM 0$$/Y lbt4 dM'Zl/
: 25. If $but Down At End                               Report     Estimated Date of Startup:
//f/A d f N ff k h c/M #% Afss' itir/ s-c u
: 24. Units le Test Status (Prior io Commercial Operation):                                           Feeecent           Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERAT10N                                                         _
/
(4/775
: 25. If $but Down At End Report Estimated Date of Startup:
: 24. Units le Test Status (Prior io Commercial Operation):
Feeecent Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERAT10N (4/775


AVERAGE DAILY UNIT POWER LEVEL l-DOCKET NO.
AVERAGE DAILY UNIT POWER LEVEL l-DOCKET NO. fmL uf unit DATE COMPLETED BY 13 TELEPHONE
unit      fmL uf DATE COMPLETED BY               13 TELEPHONE
,ou.n, - Adn/ R82 DAY AVERAGE DAILY POWER LEVEL DAY AVER AGE DAILY POWER LEVEL (MWe-Net)
                ,ou.n, - Adn/ R82 DAY       AVERAGE DAILY POWER LEVEL                             DAY     AVER AGE DAILY POWER LEVEL (MWe-Net)                                                   (MWe-Net) 3
(MWe-Net)
                                      /3                                         l7                /Ob 2
/3
                                      /03 6,                                     i8                 /OM 3                   !                                          19 4                    /A3M                                       20 5                    O                                         21 6                  !S                                         22 7                  /O                                         23 8                   !                                          24
/Ob l7 3
                ,                    /0 W                                       2,               /OV7
/OM
              .IO                    /033                                     u                  /o Y5 II                      9%                                       2,               /OV7 12                                                               28                 !
/03 6, i8 2
13                           !                                  29                  !                      -
19 3
14                                                               30                   O I5                                                               31               !
/A3M 20 4
              !6                   /0VO INSTRUCTIONS On this format, list the average daily unit power levelin MWe. Net for each day in the reporting rnonth. Compute to the nearest whole megawatt.
O 21 5
!S 22 6
/O 23 7
24 8
/0 W
/OV7 2,
/033
/o Y5 u
.IO 9%
/OV7 2,
II 12 28 29 13 O
14 30 I5 31
/0VO
!6 INSTRUCTIONS On this format, list the average daily unit power levelin MWe. Net for each day in the reporting rnonth. Compute to the nearest whole megawatt.
(9/77)
(9/77)


UNITSHUTDOWNS AND POWER REDUCTIONS
&~Y UNITSHUTDOWNS AND POWER REDUCTIONS NM 2 i
                                                                                                                            &~Y i                                                                                                                                    NM 2 DATR 6% '##
DATR 6% '##
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ODRWIKTED gy t'ders/ Bus 7'M./
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No.         Date     k     3=         {       g&      Event    EY        L                      Action to N0
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Prevent Recurrence F
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* Prevent Recurrence i                                                             6 i
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                                                                                              &fY/77) 80 /f)                       C/C,     ,
r q90er nax?
iizside- ik missile h4rm l                                                                                             h I'eadae eavbntpmp deot b !' S h /71 f m h -
OT 3/b k? ff I
i                             l I                   2                                               3                           4 F: Forced           Reason:                                       M**d                         Exhibit G-Instructions S: Scheduled       A Eqidpnient Fallere(Explain)                   s.n. .g                   for Prepasation of Data
7 88 d$ k h./
)     '
/-/ $
B4daintenance of Test                          2-Manual scram              Entry Sheets for Licensee C-Refueling                                     3-Aute Scram                 Event Reporn (LER) File (NUREG-D-Reguisto:y Restriction                       4-continued                 0161) 1 E4perator Training & Ucenes Emandnation F-Adsninistrative y*(g'd'**d               5 G4perational Error (Empimin)                                                 Exhildt I Sasne Source 19/77)                 H4ther(Explain)
&fY/77) 80 /f)
C/C, i
iizside-ik missile h4rm l
h I'eadae eavbntpmp deot b !' S h /71 f m h -
i l
I 2
3 4
F: Forced Reason:
M**d Exhibit G-Instructions S: Scheduled A Eqidpnient Fallere(Explain) s.n.
.g for Prepasation of Data
)
C-Refueling 3-Aute Scram Event Reporn (LER) File (NUREG-B4daintenance of Test 2-Manual scram Entry Sheets for Licensee D-Reguisto:y Restriction 4-continued 0161) 1 E4perator Training & Ucenes Emandnation y*(g'd'**d F-Adsninistrative 5
G4perational Error (Empimin)
Exhildt I Sasne Source 19/77)
H4ther(Explain)


m V
m V
MAY
MAY
                                                  ' MAJOR SAFETY RELATED MAINTENANCE Equipment-Name                       Work Performed
' MAJOR SAFETY RELATED MAINTENANCE Equipment-Name Work Performed
                            .(UNIT 1) 1A Component Cooling pump           Outboard pump seal leak was repaired 1A Safety Injection                 Had excessive backleakage. Replaced Accumulator Discharge Check           broken pin in clieck valve.
.(UNIT 1) 1A Component Cooling pump Outboard pump seal leak was repaired 1A Safety Injection Had excessive backleakage.
Replaced Accumulator Discharge Check broken pin in clieck valve.
Valve ISI8956A' l
Valve ISI8956A' l
                                                                                                                          'l
'l
                            -(UNIT 2)-
-(UNIT 2)-
Eauipment Name                       Work Performed 20 Steam Generator                   Secondary side Manway had steam leak of about 1.5 GPM, Manway leak was stopped by FURMANITE 1397t-
Eauipment Name Work Performed 20 Steam Generator Secondary side Manway had steam leak of about 1.5 GPM, Manway leak was stopped by FURMANITE 1397t-
                          ?
?
d
,z d
,z                                                                                                                         !
~
    ~
* L MAY
 
. *L MAY


==SUMMARY==
==SUMMARY==
OF OPERATING EXPERIENCE UNIT 1 The unit entered the reporting period in cold shutdown for the continuation of the scheduled refueling outage. On May 5, 1988 at 0027 hours, the unit was made critical and on May 7, 1988 at 1705 hours the
OF OPERATING EXPERIENCE UNIT 1 The unit entered the reporting period in cold shutdown for the continuation of the scheduled refueling outage.
      - Reactor tripped on low-low level steam generator level due to a broken lead on the main generator's meter. May 8, 1988 at 2254 hours, the reactor.was made critical and May 9,1988 at 0738 hours the unit was synchronized to the grid. The Unit remained on line the remainder of the month ending at a power level of 1079 MWe (99% reactor 7.ower) and having
On May 5, 1988 at 0027 hours, the unit was made critical and on May 7, 1988 at 1705 hours the
      .an availability factor of 73.2%.
- Reactor tripped on low-low level steam generator level due to a broken lead on the main generator's meter. May 8, 1988 at 2254 hours, the reactor.was made critical and May 9,1988 at 0738 hours the unit was synchronized to the grid.
UNIT 2 The unit entered the reporting period at 1091 MWe (98% reactor power). On May 18,1988 decreased load to 55% power to funnanite the 20 Steam Generator upper manway secondary side steam leak. On May 20th increased power to 100% and on May 23,-1988, decreased reactor power to 55% to perform an inspection inside the missile barrier on the Reactor Coolant pump deck for significant steam leaks. The unit remained on line the entire reporting peroid, ending at a power level of 1092 MWe (98% reactor power) and having an availability factor of 100%.
The Unit remained on line the remainder of the month ending at a power level of 1079 MWe (99% reactor 7.ower) and having
.an availability factor of 73.2%.
UNIT 2 The unit entered the reporting period at 1091 MWe (98% reactor power). On May 18,1988 decreased load to 55% power to funnanite the 20 Steam Generator upper manway secondary side steam leak.
On May 20th increased power to 100% and on May 23,-1988, decreased reactor power to 55% to perform an inspection inside the missile barrier on the Reactor Coolant pump deck for significant steam leaks. The unit remained on line the entire reporting peroid, ending at a power level of 1092 MWe (98% reactor power) and having an availability factor of 100%.
1397t
1397t


        =
=
                    .s .
.s.
    ,1 .. . t   .
,1
l REFUELING INFORMATION RE0 VEST Questions:
... t l
fl .       Name of facility'     .
REFUELING INFORMATION RE0 VEST Questions:
: 2.      -Scheduled date for next refueling snutdown.
fl.
: 3.       Scheduled date for restart following refueling.
Name of facility' 2.
                .4.       Will refueling or resumption of operation thereafter require a technical specification change or other license amendment?
-Scheduled date for next refueling snutdown.
3.
Scheduled date for restart following refueling.
.4.
Will refueling or resumption of operation thereafter require a technical specification change or other license amendment?
If answer -is yes, what, in general, will these be?
If answer -is yes, what, in general, will these be?
If answer is no, has the reload fuel design and core configuration been reviewed by your Plant Safety Review Committee to determine whether any unreviewed safety questions are associated with the core reload (Ref. 10 CFR Section 50.59)?
If answer is no, has the reload fuel design and core configuration been reviewed by your Plant Safety Review Committee to determine whether any unreviewed safety questions are associated with the core reload (Ref. 10 CFR Section 50.59)?
If no such review has taken place, when is it scheduled?
If no such review has taken place, when is it scheduled?
: 5.       Scheduled date (s) for submitting proposed licensing action and supporting information.
5.
: 6.       Important licensing considerations associated with refueling, e.g.,
Scheduled date (s) for submitting proposed licensing action and supporting information.
new or dif ferent fuel design or supplier, unreviewed design or                                           I performance analysis-methods, significant changes in fuel design, new operating procedures.
6.
: 7.       The number of fuel assemblies (a) in the core and (b) in the spent fuel storage pool.                                                                                       i
Important licensing considerations associated with refueling, e.g.,
: 8.       The present licensed spent fuel pool storage capacity and the size of any increase in licensed storage capacity that has been requested or is planned, in number of fuel assemblies.
new or dif ferent fuel design or supplier, unreviewed design or I
: 9.       The projected date of the last refueling that can be discharged to the spent fuel pool assuming the present licensed capacity.
performance analysis-methods, significant changes in fuel design, new operating procedures.
7.
The number of fuel assemblies (a) in the core and (b) in the spent fuel storage pool.
i 8.
The present licensed spent fuel pool storage capacity and the size of any increase in licensed storage capacity that has been requested or is planned, in number of fuel assemblies.
9.
The projected date of the last refueling that can be discharged to the spent fuel pool assuming the present licensed capacity.
Page 1 of 3 1397t
Page 1 of 3 1397t
  .                          _ ,        . _ . . ~ _ - . _ . _ _ _ _ .            _ . . _ ~ , . _ . _ _ . . _ . . _ , _ . . . . _ _
.. ~
_.. _ ~,. _. _


r
r
                                  - Unit 1 - Answers a
- Unit 1 - Answers a
: 1. Zion Unit 1
1.
: 2. Next. refueling outage is currently scheduled to begin on August 31, 1989.
Zion Unit 1 2.
: 3. The initial criticality following refueling is scheduled for November,1989.
Next. refueling outage is currently scheduled to begin on August 31, 1989.
: 4. .No Technical Specification changes have been identified for the next cycle. The reload safety review is planned for May 1989. The On-site
3.
                                                                                ~
The initial criticality following refueling is scheduled for November,1989.
: 4..No Technical Specification changes have been identified for the next cycle.
The reload safety review is planned for May 1989.
The On-site
~
Review will be held af ter that review.
Review will be held af ter that review.
: 4. The reload safety review was held in October,1987 and no unreviewed safety questions were identified for the proposed reload. The On-Site Review for the reload (0SR/0ll/88) was completed in April,1988 and identified no unreviewed safety questions associated with the core reload.
4.
: 5. None
The reload safety review was held in October,1987 and no unreviewed safety questions were identified for the proposed reload.
: 6. None
The On-Site Review for the reload (0SR/0ll/88) was completed in April,1988 and identified no unreviewed safety questions associated with the core reload.
                                  ' 7.     The number of fuel assemblies a)   in-the core is 193, and b)   in the spent fuel storage' pool from Zion Unit 1 is 632. .Four.of the recently discharged 80 assemblies were originally lion Unit 2 assemblies.
5.
: 8. The present licensed spent fuel pool storage capacity (shared with Zion Unit 2) is 2112 fuel assemblies. The installation of the new storage racks has been completed.
None 6.
: 9. In 1995, Zion Station will lose full core discharge capability.               This date is based on a December,1987 study.
None
Page 2 of 3 1397t                                                                                                                     ,
' 7.
T-                                 -
The number of fuel assemblies a) in-the core is 193, and b) in the spent fuel storage' pool from Zion Unit 1 is 632..Four.of the recently discharged 80 assemblies were originally lion Unit 2 assemblies.
r - -
8.
. -- y - < , - =.--.y--*-..,,~,+-r ---y. , . , -. , m,     y----,,-e - -. , - - - - - ---
The present licensed spent fuel pool storage capacity (shared with Zion Unit 2) is 2112 fuel assemblies.
* r
The installation of the new storage racks has been completed.
  . ,  1~ 4 . .   ,
9.
In 1995, Zion Station will lose full core discharge capability.
This date is based on a December,1987 study.
Page 2 of 3 1397t T-r y
. -- y - <, -
=.--.y--*-..,,~,+-r
---y.
m, y----,,-e
-~~+-ow
 
r 1~ 4..
4 Unit 2 - Answers
4 Unit 2 - Answers
          ~1. Zion Unit 2-
~1.
: 2. The next refueling outage scheduled to begin in late-October,1988.
Zion Unit 2-2.
: 3. Restart after the next refueling outage is currently scheduled for Janua ry, 1989.
The next refueling outage scheduled to begin in late-October,1988.
: 4. No Technical Specification. changes have been identified for the next cycle. The reload safety review is planned for July 1988. The On-site Review will be held after that review.
3.
: 5. None 6.. None.
Restart after the next refueling outage is currently scheduled for Janua ry, 1989.
: 7. The number of fuel assemblies a)     in the core is 193, and
4.
                ~b)-   in the spent fuel storage pool from Zion Unit 2 is 596. Four of the assemblies recently discharged from Zion Unit 1 wcre originally Unit 2 assemblies.
No Technical Specification. changes have been identified for the next cycle.
: 8. The present licensed spent fuel pool storage capacity (shared with Zion Unit 1) is 2112 fuel assemblies. The installation of the new storage racks has been completed.
The reload safety review is planned for July 1988.
: 9. In:1995,' Zion Station will lose full core discharge capability. This date is based on a December,1987 study.
The On-site Review will be held after that review.
5.
None 6..
None.
7.
The number of fuel assemblies a) in the core is 193, and
~b)-
in the spent fuel storage pool from Zion Unit 2 is 596. Four of the assemblies recently discharged from Zion Unit 1 wcre originally Unit 2 assemblies.
8.
The present licensed spent fuel pool storage capacity (shared with Zion Unit 1) is 2112 fuel assemblies.
The installation of the new storage racks has been completed.
9.
In:1995,' Zion Station will lose full core discharge capability.
This date is based on a December,1987 study.
Page 3 of 3 1397t
Page 3 of 3 1397t


Ccmmonwealth Edistn l
Ccmmonwealth Edistn l
Zion G:nirating Stttlon
Zion G:nirating Stttlon 101 Shiloh Blvd.
!                                                                                        101 Shiloh Blvd.
[
[                                                                                       Zion, Illinois 60099
Zion, Illinois 60099 Telephone 312/746 2084 1
!                                                                                        Telephone 312/746 2084 1
June 6, 1988 U.S.
June 6, 1988 U.S. Nuclear Regulatory Commission Document Control Desk Washington, D.C.               20555
Nuclear Regulatory Commission Document Control Desk Washington, D.C.
20555


==Dear Sir:==
==Dear Sir:==
Enclosed please find the Operatf.ng Status Report for the month of May, 1988 for 7, ion Generating Ftation.
Enclosed please find the Operatf.ng Status Report for the month of May, 1988 for 7, ion Generating Ftation.
Sinceraly,   ,-
Sinceraly, (M2FJ George J.
(M2FJ George J. Plimi Station Manager Zion Station GJP/am Enclosure cc:     D.P. Galle A.B. Davis (NRC)
Plimi Station Manager Zion Station GJP/am Enclosure cc:
L.D. Butterfield H.E. Bliss A. Gianopoulos L.J. Anastasia INPO Division of Eng. Health State of Illinois Tech Staff File Direct.r, Office of Inspection and Enforcement l                                                                                     Master File i
D.P.
s l 1
Galle A.B. Davis (NRC)
      - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ ___                              _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _                ._}}
L.D.
Butterfield H.E.
Bliss A.
Gianopoulos L.J.
Anastasia INPO Division of Eng. Health State of Illinois Tech Staff File Direct.r, Office of Inspection and Enforcement l
Master File i
s l
1
._}}

Latest revision as of 21:42, 10 December 2024

Monthly Operating Repts for May 1988 for Zion Generating Station Units 1 & 2
ML20155E462
Person / Time
Site: Zion  File:ZionSolutions icon.png
Issue date: 05/31/1988
From: Austin G, Pliml G
COMMONWEALTH EDISON CO.
To:
NRC OFFICE OF ADMINISTRATION & RESOURCES MANAGEMENT (ARM)
References
NUDOCS 8806160115
Download: ML20155E462 (12)


Text

_

OPERATING DATA REPORT DOCKET NO. 80~2Y DATE k6 W COMPLETED BY d M/_sW G TELEPHONE W6 "Y OPERATING STATUS 2

'7 N

1. Unit Name:
    1. d5 O/ d'Ph C> Mr'453/.2Pa3
2. Reporths Period WO
3. I w Thennal Power (MW:):

/O#5

4. Namepiste Rating (Gross MWe):

/dVC

5. Design Electrkal Rating (Net MWe):

/'A#E

6. Maximum Dependatie Capadty (Gross MWe):

/dVO

7. Maxhaum DependaWe Capacity (Net WWe):
8. If Changes occur in Capacity Ratings (items Number 3 T1uough 7) Since Last Report.Give Reasons:

WM i

9. Power Level To Which Restricted. lf Any (

MWe):

10. Reasons For Restrictions.lf Any:

This Month Yr.to Dete Cumulative 79MO MNO

/M 383.O

!!. Hours la Reporting Period

12. Number of Hours Reactor Wu C$tical 4/27

/VR3. 'I 8f R 77 /

13. Reactor Reserve Shutdown Hours A,O O, O 4 /02/. 8
14. Hours Generator On4.ine W96

/#50, 6 fr5 394, 2

15. Unit Reserve Shutdown Hours M. O o, O dO

/v52M2/

5 956,35/

,py3. 4:2/ /,rg

16. Groes Thennal Emergy Generated (WWH)

W(65SG7

17. Gross Eketrical Energy Generated (MWH)

V#E V6//

/. ?9995F

_ Td 634 WG

18. Net Elecerks) Energy Generated (MWH)'

VA2 393 l' '/4d 5%

19. Unit Sorelse Facter FS.W 50,7 47 6 7.3, M S0. 7

/4 de

20. Unit Avaliability Facter
21. Unit Capacity Factor (Using MDC Net)

SM f Vd'. V 59 7 5'r,,V V4, V p, 7

22. Unit Capadty Factor (Using DER Net) 6O

/2 /o

/4 5'

23. Ualt Forced Outage Rate
24. Sheldowns Scheduled Over Next 6 Months (Type. Dete,and Duration of Eachh AuMEl 3/ / YEP

/

25. If Shut Down At End Of Report Period. Estimated Dele of Startup:
26. Units la Test Status (Prior io Commercial Operation):

Forecset Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION M 73 E 8806160115 880531 i[f PDR ADOCK 05000295 nnn p

c.

a AVERAGE DAILY UNIT POWER LEVEL 5 0-495 DOCKET NO.

uNlr 2]M dll DATE 3D COMPLETED BY TELEMf0NE -

MONT11 DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe Net)

(MWe-Net)

~

I 17 2

~ /d7 kN 1,

~!b 19 3

~ $0 l0Yf 20 4

- a?o

/050 2,

s

- RJ

/O.58 22 s

-20

/020 2,

-20

/0Y</

2<

/

9 25

%W

/029 2s so W2

/o/V 2,

n V7/

/030 2,

,2 13 29

/d N

,4 30 (oV7

/oY2 59' 16 INSTRUCT!ONS On this format list the average daily unit power levelin MWe. Net for each day in the reporting month. Cornpute to the nearest whole rnegawatt.

(9/77)

Il0V 3h

gg UNersHU1 DOWNS ANDPOWER REDUCMS y,og gwp J, DAM

'~4'##

NiAY R88 C**"'** * ""

TEUTHONE WC So#6/

REPORT MONTH i

~

5I 3

  • gg
ianse, p.

h cause & cor,.ciiw 3

5 3 3 ac Ewas g3 3

Action to No.

Date k

2 jg Report #

mo fu Prewat Recurrence P

l

  • l b Y

0 k0

$0 h/7hNUf

{ (fc /b-//

Ip'"dV' 870567 S& &

A Y

d' AIA de /x)hA a/brp4 ' to re/arit

& Savice

' x re & i c ti, s b> skcun cnerofor/

eL lc'ocforin 6asefbya bWet? /c'ods/7 dc mari

?"'OlO5/Wdcx.

I 2

3 4

F: Forced Reason:

M**h"d Exitibit G-lastructions S: Scheduled A-Equipment Fallers (Explain) 1-Manual for PParation of Data B-Maintenance of Test 2-Manual Scram Entry $heets for Licensee C-Refueling 3-Auto Scras Ewns Report (LER) File (NUREG.

D Ragulatory Restriction 4-centinued 0161)

E4perator Training & Ucense Examination 7lNU*d'**d F-Administratiw G4perational Error (Explain)

Exhibit 1 -Same Source (9/77)

Hether(Explain)

OPERATING DATA REPORT 5d-M DOCKET NO.

DATE 6'/e'M COMPLETED BY G A'>S/m TELEPdONE 9V6' 35V OPERATING STATUS

1. Unit Name:

1, neporung pau, 28 05(V Of6 % XX 05 3/ 2VCQ 3'256

3. Licensed Thennal Poww (MWt):

/d6

4. Namepiste Rating (Gross MWe):

/dVO

5. Design Electrical Rating (Net MWe):

/N

6. Maxhaum Dependable Capacity (Gross MWe):

/OVO

7. Maxhnen Dependable Capacity (Net WWe):
8. If Changes occur in Capacity Ratings (items Nunber 3 Through 7) Eince last Report, Give Reasons:

A/4 M

9, Poww Level To Which Restricted,if Any (Net MWe):

10. Reasons For Rastrictions. If Any:

M This Month Yr..tenDele Cumulative l

79Nd 3EY2O

/Ed/dM O

11. Hours in Repadas Puhd
12. Number of Hours Ranctor Was C5tical 7VMO 36 VF o
  1. f V/F 7
13. Reactor Reserve shutdown H2ws OO
d. O A2d6./

I4. Hours Generator on use 7+'//lO 34'/2 o

&No 1

!$. Unit Reserve Shutdows thars dO OO de O

16. Geoes Thenmal Energy Generated (WWH)

-? 293 3'M

//d/d WO d50,769 257

17. Gross Electrical Energy Generstad (MWH) 7'/M 623 47M'97 7?#M /6 9
18. Net Electries! Ensegy Generstad (MWH)~

79'/< 93P M23 AS3 76 6W//5'

19. Unit Servios f acser

/CO O

/C0 o 7/, /s

20. Unit Avalisbility Facter (60 0

/CO, O 7/. 6

21. Unit Capacity Factor (Using MDC Net)

V5 ?

9M 2 4/ V

22. Unit Capedty Factor (Using DER Net) 95,9 9M.'/

6 /. V

23. Unit Forced Outage Rate CM dO

/.3, J'

24. Sheldowns beduled Over Next 6 Months (T pe, Dete,and Duration f Each):

ON UM 0$$/Y lbt4 dM'Zl/

//f/A d f N ff k h c/M #% Afss' itir/ s-c u

/

25. If $but Down At End Report Estimated Date of Startup:
24. Units le Test Status (Prior io Commercial Operation):

Feeecent Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERAT10N (4/775

AVERAGE DAILY UNIT POWER LEVEL l-DOCKET NO. fmL uf unit DATE COMPLETED BY 13 TELEPHONE

,ou.n, - Adn/ R82 DAY AVERAGE DAILY POWER LEVEL DAY AVER AGE DAILY POWER LEVEL (MWe-Net)

(MWe-Net)

/3

/Ob l7 3

/OM

/03 6, i8 2

19 3

/A3M 20 4

O 21 5

!S 22 6

/O 23 7

24 8

/0 W

/OV7 2,

/033

/o Y5 u

.IO 9%

/OV7 2,

II 12 28 29 13 O

14 30 I5 31

/0VO

!6 INSTRUCTIONS On this format, list the average daily unit power levelin MWe. Net for each day in the reporting rnonth. Compute to the nearest whole megawatt.

(9/77)

&~Y UNITSHUTDOWNS AND POWER REDUCTIONS NM 2 i

DATR 6% '##

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Prevent Recurrence F

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F: Forced Reason:

M**d Exhibit G-Instructions S: Scheduled A Eqidpnient Fallere(Explain) s.n.

.g for Prepasation of Data

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C-Refueling 3-Aute Scram Event Reporn (LER) File (NUREG-B4daintenance of Test 2-Manual scram Entry Sheets for Licensee D-Reguisto:y Restriction 4-continued 0161) 1 E4perator Training & Ucenes Emandnation y*(g'd'**d F-Adsninistrative 5

G4perational Error (Empimin)

Exhildt I Sasne Source 19/77)

H4ther(Explain)

m V

MAY

' MAJOR SAFETY RELATED MAINTENANCE Equipment-Name Work Performed

.(UNIT 1) 1A Component Cooling pump Outboard pump seal leak was repaired 1A Safety Injection Had excessive backleakage.

Replaced Accumulator Discharge Check broken pin in clieck valve.

Valve ISI8956A' l

'l

-(UNIT 2)-

Eauipment Name Work Performed 20 Steam Generator Secondary side Manway had steam leak of about 1.5 GPM, Manway leak was stopped by FURMANITE 1397t-

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  • L MAY

SUMMARY

OF OPERATING EXPERIENCE UNIT 1 The unit entered the reporting period in cold shutdown for the continuation of the scheduled refueling outage.

On May 5, 1988 at 0027 hours3.125e-4 days <br />0.0075 hours <br />4.464286e-5 weeks <br />1.02735e-5 months <br />, the unit was made critical and on May 7, 1988 at 1705 hours0.0197 days <br />0.474 hours <br />0.00282 weeks <br />6.487525e-4 months <br /> the

- Reactor tripped on low-low level steam generator level due to a broken lead on the main generator's meter. May 8, 1988 at 2254 hours0.0261 days <br />0.626 hours <br />0.00373 weeks <br />8.57647e-4 months <br />, the reactor.was made critical and May 9,1988 at 0738 hours0.00854 days <br />0.205 hours <br />0.00122 weeks <br />2.80809e-4 months <br /> the unit was synchronized to the grid.

The Unit remained on line the remainder of the month ending at a power level of 1079 MWe (99% reactor 7.ower) and having

.an availability factor of 73.2%.

UNIT 2 The unit entered the reporting period at 1091 MWe (98% reactor power). On May 18,1988 decreased load to 55% power to funnanite the 20 Steam Generator upper manway secondary side steam leak.

On May 20th increased power to 100% and on May 23,-1988, decreased reactor power to 55% to perform an inspection inside the missile barrier on the Reactor Coolant pump deck for significant steam leaks. The unit remained on line the entire reporting peroid, ending at a power level of 1092 MWe (98% reactor power) and having an availability factor of 100%.

1397t

=

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,1

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REFUELING INFORMATION RE0 VEST Questions:

fl.

Name of facility' 2.

-Scheduled date for next refueling snutdown.

3.

Scheduled date for restart following refueling.

.4.

Will refueling or resumption of operation thereafter require a technical specification change or other license amendment?

If answer -is yes, what, in general, will these be?

If answer is no, has the reload fuel design and core configuration been reviewed by your Plant Safety Review Committee to determine whether any unreviewed safety questions are associated with the core reload (Ref. 10 CFR Section 50.59)?

If no such review has taken place, when is it scheduled?

5.

Scheduled date (s) for submitting proposed licensing action and supporting information.

6.

Important licensing considerations associated with refueling, e.g.,

new or dif ferent fuel design or supplier, unreviewed design or I

performance analysis-methods, significant changes in fuel design, new operating procedures.

7.

The number of fuel assemblies (a) in the core and (b) in the spent fuel storage pool.

i 8.

The present licensed spent fuel pool storage capacity and the size of any increase in licensed storage capacity that has been requested or is planned, in number of fuel assemblies.

9.

The projected date of the last refueling that can be discharged to the spent fuel pool assuming the present licensed capacity.

Page 1 of 3 1397t

.. ~

_.. _ ~,. _. _

r

- Unit 1 - Answers a

1.

Zion Unit 1 2.

Next. refueling outage is currently scheduled to begin on August 31, 1989.

3.

The initial criticality following refueling is scheduled for November,1989.

4..No Technical Specification changes have been identified for the next cycle.

The reload safety review is planned for May 1989.

The On-site

~

Review will be held af ter that review.

4.

The reload safety review was held in October,1987 and no unreviewed safety questions were identified for the proposed reload.

The On-Site Review for the reload (0SR/0ll/88) was completed in April,1988 and identified no unreviewed safety questions associated with the core reload.

5.

None 6.

None

' 7.

The number of fuel assemblies a) in-the core is 193, and b) in the spent fuel storage' pool from Zion Unit 1 is 632..Four.of the recently discharged 80 assemblies were originally lion Unit 2 assemblies.

8.

The present licensed spent fuel pool storage capacity (shared with Zion Unit 2) is 2112 fuel assemblies.

The installation of the new storage racks has been completed.

9.

In 1995, Zion Station will lose full core discharge capability.

This date is based on a December,1987 study.

Page 2 of 3 1397t T-r y

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4 Unit 2 - Answers

~1.

Zion Unit 2-2.

The next refueling outage scheduled to begin in late-October,1988.

3.

Restart after the next refueling outage is currently scheduled for Janua ry, 1989.

4.

No Technical Specification. changes have been identified for the next cycle.

The reload safety review is planned for July 1988.

The On-site Review will be held after that review.

5.

None 6..

None.

7.

The number of fuel assemblies a) in the core is 193, and

~b)-

in the spent fuel storage pool from Zion Unit 2 is 596. Four of the assemblies recently discharged from Zion Unit 1 wcre originally Unit 2 assemblies.

8.

The present licensed spent fuel pool storage capacity (shared with Zion Unit 1) is 2112 fuel assemblies.

The installation of the new storage racks has been completed.

9.

In:1995,' Zion Station will lose full core discharge capability.

This date is based on a December,1987 study.

Page 3 of 3 1397t

Ccmmonwealth Edistn l

Zion G:nirating Stttlon 101 Shiloh Blvd.

[

Zion, Illinois 60099 Telephone 312/746 2084 1

June 6, 1988 U.S.

Nuclear Regulatory Commission Document Control Desk Washington, D.C.

20555

Dear Sir:

Enclosed please find the Operatf.ng Status Report for the month of May, 1988 for 7, ion Generating Ftation.

Sinceraly, (M2FJ George J.

Plimi Station Manager Zion Station GJP/am Enclosure cc:

D.P.

Galle A.B. Davis (NRC)

L.D.

Butterfield H.E.

Bliss A.

Gianopoulos L.J.

Anastasia INPO Division of Eng. Health State of Illinois Tech Staff File Direct.r, Office of Inspection and Enforcement l

Master File i

s l

1

._