ML20213A355: Difference between revisions

From kanterella
Jump to navigation Jump to search
StriderTol Bot insert
 
StriderTol Bot change
 
Line 17: Line 17:
=Text=
=Text=
{{#Wiki_filter:_ _ _ _ _ _ _ _ _ _ _ _ _
{{#Wiki_filter:_ _ _ _ _ _ _ _ _ _ _ _ _
  '.''  , e'
, e' POW 34-04 VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION MONTHLY OPERATING REPORT 8
* POW 34-04 VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION MONTHLY OPERATING REPORT               ,
_ REPORT NO.
8
86-12 APPROVED:
_ REPORT NO. 86-12 APPROVED:         /
/
STATION MANAGER m.3 b
STATION MANAGER m.3 b
                                                                                    $b' 5
$b' a
a SM20ggg; gagggp M           j
5 SM20ggg; gagggp M
{
{
j


1 SECTION                                                       PAGE Operating Data Report - Unit No. I                               1 Operating Data Report - Unit No. 2                               2 Unit Shutdowns and Power Reductions - Unit No.1                 3 Unit Shutdowns and Power Reductions - Unit No. 2                 4 Average Daily Unit Power Level- Unit No.1                       5 Average Daily Unit Power Level- Unit No. 2                       6 Summary of Operating Experience - Unit No. I                     7 Summary of Operating Experience - Unit No. 2                     8 Facility Changes Requiring NRC Approval                         9 -
1 SECTION PAGE Operating Data Report - Unit No. I 1
Facility Changes That Did Not Require NRC Approval           10-13 Tests and Experiences Requiring NRC Approval                     14 Tests and Experiments That Did Not Require NRC Approval         15 Other Changes, Test and Experiments                             16 Chemistry Report                                                 17 Fuel Handling - Unit No. I                                       18 Fuel Handling - Unit No. 2                                     19 Procedure Revisions That Changed the Operating Mode Described in the FSAR                                           20 Description of Periodic Test Which Were Not Completed Within the Time Limits Specified in Technical Specifications.         21
Operating Data Report - Unit No. 2 2
Unit Shutdowns and Power Reductions - Unit No.1 3
Unit Shutdowns and Power Reductions - Unit No. 2 4
Average Daily Unit Power Level-Unit No.1 5
Average Daily Unit Power Level-Unit No. 2 6
Summary of Operating Experience - Unit No. I 7
Summary of Operating Experience - Unit No. 2 8
Facility Changes Requiring NRC Approval 9
Facility Changes That Did Not Require NRC Approval 10-13 Tests and Experiences Requiring NRC Approval 14 Tests and Experiments That Did Not Require NRC Approval 15 Other Changes, Test and Experiments 16 Chemistry Report 17 Fuel Handling - Unit No. I 18 Fuel Handling - Unit No. 2 19 Procedure Revisions That Changed the Operating Mode Described in the FSAR 20 Description of Periodic Test Which Were Not Completed Within the Time Limits Specified in Technical Specifications.
21


  '..'  ,.  .                                                                                  .              PAGE1 OPERATING DATA REPORT DOCKET NO. 50-280 DATE     1/6/87 COMPLETED BY     V. H. Jones TELEPHONE     804-357-3184 OPERATING STATUS
PAGE1 OPERATING DATA REPORT DOCKET NO.
: 1. Unit Name:                       Surry Unit 1                 Notes
50-280 DATE 1/6/87 COMPLETED BY V. H. Jones TELEPHONE 804-357-3184 OPERATING STATUS 1.
: 2. Reporting Period:         12-01-86 thru 12-31-86
Unit Name:
: 3. Licensed Thermal Power (MWt):     2441
Surry Unit 1 Notes 2.
: 4. Nameplate Rating (Cross MWe):     847.5
Reporting Period:
: 5. Design Electrical Rating (Net MWe):       788
12-01-86 thru 12-31-86 3.
: 6. Maximus Dependable Capacity (Cross MWe): 820
Licensed Thermal Power (MWt):
: 7. Maximus Dependable Capacity (Net MWe):     781
2441 4.
: 8. If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report, Cive Reasons:
Nameplate Rating (Cross MWe):
: 9. Power Level To Which Restricted, If Any (Net MWe): _                                               ,
847.5 5.
Design Electrical Rating (Net MWe):
788 6.
Maximus Dependable Capacity (Cross MWe): 820 7.
Maximus Dependable Capacity (Net MWe):
781 8.
If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report, Cive Reasons:
9.
Power Level To Which Restricted, If Any (Net MWe): _
: 10. Reasons For Restrictions, If Any:
: 10. Reasons For Restrictions, If Any:
This Month         Yr.-to-Date         Cumulative
This Month Yr.-to-Date Cumulative
: 11. Hours In Reporting Period                                       744.0             8760.0           122952.0 239.0             6015.8             76854.3
: 11. Hours In Reporting Period 744.0 8760.0 122952.0 239.0 6015.8 76854.3
: 12. Number of Hours Reactor Was Critical
: 12. Number of Hours Reactor Was Critical
: 13. Reactor Reserve Shutdown Hours                                     0                   0               177d_q
[
[                                                                    ,,,_
: 13. Reactor Reserve Shutdown Hours 0
l          14     Hours Cenerator On-Line                                     239.0             6233.2             78545.3
0 177d_q l
: 15. Unit Reserve Shutdown Hours 0              M .2 578908.8         14190235.8         178072858.5
14 Hours Cenerator On-Line 239.0 6233.2 78545.3 0
M.2
: 15. Unit Reserve Shutdown Hours 578908.8 14190235.8 178072858.5
: 16. Cross Thermal Energy Generated (MWH)
: 16. Cross Thermal Energy Generated (MWH)
: 17. Cross Electrical Energy Generated (MWH)                     194365.0         4725985.0           57497918.0
: 17. Cross Electrical Energy Generated (MWH) 194365.0 4725985.0 57497918.0
: 18. Net Electrical Energy Generated (MWH)                       185066.0         4488628.0           54521971.0
: 18. Net Electrical Energy Generated (MWH) 185066.0 4488628.0 54521971.0 32.1%
: 19. Unit Service Factor                                              32.1%               71.2 %               63.9%
71.2 %
: 20. Unit Available Factor                                           32.1%               71.2 %               66.9%
63.9%
: 21. Unit Capacity Factor (Using MDC Net)                             31.8%               65.6 %               57.4 %
: 19. Unit Service Factor 32.1%
: 22. Unit Capacity Factor (Using DER Net)                             31.6 %             65.0%                 56.3%
71.2 %
: 23. Unit Forced Rate                                                   0                 3.6                   17.4 %
66.9%
24     Shutdowns Scheduled Over Next 6 Months (Type, Date, and Duration of Each):
: 20. Unit Available Factor
: 25. If Shut Down At End Of Report Period Estimated Date of Startup:             01-26-87
: 21. Unit Capacity Factor (Using MDC Net) 31.8%
: 26. Units In Test Status (Prior to Commercial Operation):                       Forecast             Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (9/77)
65.6 %
57.4 %
: 22. Unit Capacity Factor (Using DER Net) 31.6 %
65.0%
56.3%
: 23. Unit Forced Rate 0
3.6 17.4 %
24 Shutdowns Scheduled Over Next 6 Months (Type, Date, and Duration of Each):
25.
If Shut Down At End Of Report Period Estimated Date of Startup:
01-26-87
: 26. Units In Test Status (Prior to Commercial Operation):
Forecast Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (9/77)


OPERATINC DATA REPORT                                                                                   ~
OPERATINC DATA REPORT
i                                                                                                                             DOCEET NO.                   50-281 DATE               1/6/87 caMPLETED sY                     V. H. Jones }
~
TE12 PRONE                     804-357-3184 OPERATING STATUS
i DOCEET NO.
: 1. Unit Name:                            Surry Unit 2                         y e.,
50-281 DATE 1/6/87 caMPLETED sY V. H. Jones
: 2. Reporting Period           19-ni-RAthm 1?_11_ng                                                 ,
}
: 3. Licensed Thermal Power (IRft):         ?aa1                                                       1                                                           -
TE12 PRONE 804-357-3184 OPERATING STATUS Surry Unit 2 y e.,
: 4. Nameplate Rating (Cross tele): Ra7 c;                                                               \ . . _,_                                               .
1.
: 5. Design Electrical Rating (Not 198p):               N
Unit Name:
: 6. Maximum Dependable Capacity (Cross IGfe):         R?n                                                                       .
2.
                .              7. Maximus Dependable Capacity (Not MWe):             791 l                             8. If Changes occur in Capacity Ratings (Items Ihamber 3 Through 7) Since Last                                         ,
Reporting Period 19-ni-RAthm 1?_11_ng 3.
Report, Give Reasons:                                                                                 ___.
Licensed Thermal Power (IRft):
: 9. Power Level To Which Restricted, If Any (Net IGle):
?aa1 1
4.
Nameplate Rating (Cross tele):
Ra7 c;
\\.. _,_
N 5.
Design Electrical Rating (Not 198p):
6.
Maximum Dependable Capacity (Cross IGfe):
R?n 7.
Maximus Dependable Capacity (Not MWe):
791 l
8.
If Changes occur in Capacity Ratings (Items Ihamber 3 Through 7) Since Last Report, Give Reasons:
9.
Power Level To Which Restricted, If Any (Net IGle):
: 10. Reasons For Restrictions, If Any
: 10. Reasons For Restrictions, If Any
                                                                            ~                                                                                                           u
~
                                                                                                                                          \
u
This Month                   Yr.-to-Date                         Cumulative ,                   -
\\
1                                                                                                                                                     '                            '
This Month Yr.-to-Date Cumulative,
l
1
: 11. Hours Ic Reporting Period                                           744.0                     8760.0                         ' 119832.0                 . . ~
: 11. Hours Ic Reporting Period 744.0 8760.0
j                       12. Number of Hours Reactor Was Critical                               705.3                     6168.1                               78110.8
' 119832.0
: 13. Reactor Reserve Shutdown Hours                                             0                       0                                     0
.. ~
: 14. Hours Generator On-Line                                             161.8                     6075.0                               76840.k%         ,
l j
i                       15. Unit Reserve Shutdown Hours                                                 0                       0                                     0 l                                                                                                                                                                                               '
: 12. Number of Hours Reactor Was Critical 705.3 6168.1 78110.8
l                        16. Cross Themal Energy Generated (MWB)                         248562.I                     14485443.0                       179792473.6'                               ,
: 13. Reactor Reserve Shutdown Hours 0
: 17. Cross Electrical Energy Generated (16f8)                         79985.0                 4739520.0                         58327824.0
0 0
                                                                                                                                                                                                  ^
: 14. Hours Generator On-Line 161.8 6075.0 76840.k%,
: 18. Net Electrical Energy Generated (MWR)                             74347.0                 4498941.0                         55285524.0_
i
: 19. Unit Service Factor                                                 21.8 %                     69.3 %                                 64',1_%
: 15. Unit Reserve Shutdown Hours 0
: 20. I'nic Available Factor                                               21.8 %                     69.3 %                               ' G 4.1 %
0 0
: 21. Unit Capacity Factor (Using MDC Net)                                 12.8 %                     65.8%                                   59.2 %
l l
: 22. Unit Capacity Factor (Using DER Net)                                 12.7 %                     6 5. 2,% . _                             58.6 %
: 16. Cross Themal Energy Generated (MWB) 248562.I 14485443.0 179792473.6'
: 23. Unit Forced Rate                                                     76.9 %                       14.7 %                                 13.6 %
: 17. Cross Electrical Energy Generated (16f8) 79985.0 4739520.0 58327824.0
^
: 18. Net Electrical Energy Generated (MWR) 74347.0 4498941.0 55285524.0_
: 19. Unit Service Factor 21.8 %
69.3 %
64',1_%
: 20. I'nic Available Factor 21.8 %
69.3 %
' G 4.1 %
: 21. Unit Capacity Factor (Using MDC Net) 12.8 %
65.8%
59.2 %
58.6 %
: 22. Unit Capacity Factor (Using DER Net) 12.7 %
6 5. 2,%. _
: 23. Unit Forced Rate 76.9 %
14.7 %
13.6 %
l
l
: 24. Shutdowns Scheduled Over Neat 6 Months (Type, Date, and Duration of Each):
: 24. Shutdowns Scheduled Over Neat 6 Months (Type, Date, and Duration of Each):
y
y 25.
: 25.       If Shut Down At End of Report Period Estimated Date of Startup:                     2-15-87             -
If Shut Down At End of Report Period Estimated Date of Startup:
                                                                                                                                        ' ^
2-15-87
: 26. Units In Test Status (Prior to Commercial Operation):                                   Forecast                         Achieved INITIAL CRITICALITY INITIAL ELECTRICITY C000ERCIAL OPERATION (9/77)
: 26. Units In Test Status (Prior to Commercial Operation):
                                                                                                                                                  ~~
Forecast
' ^
Achieved INITIAL CRITICALITY INITIAL ELECTRICITY C000ERCIAL OPERATION (9/77)
~~
D
D
  .- ,. - - - - - -                                                                                                         n-.-...%%, . u - . _ - . . ~ , . , , - -
.--r,---,.--------,
-,- -. _,.-,...--.. _--- - -. - -. - - - -,,. - _, -... - -. - _. - -, ~.
n-.-...%%,. u -. _ -.. ~,.,, - -


                                                                                                                          .-              ..m__
y.
: y.                                                                __
..m__
g              ,c ,
g
                                                            .i
,c i
                                                                                                        /            -                            -
PAGE3-
PAGE3-
                                                                                                                                                                        ,y
/
                                                            ,-                                        i                                                                 '
.i
IMIT SHUIDOWNS AND P( *M R REDUCTIONS                       DOCKET NO.       50-280 l'
,y IMIT SHUIDOWNS AND P( M R REDUCTIONS DOCKET NO.
UNIT MAME     Surry Unit 1
50-280 l
                                        *                                                                                                    - DATE       1/6/87
UNIT MAME Surry Unit 1
                                  -
- DATE 1/6/87 COMPLETE BY V. H. Jones 1
* COMPLETE BY       V. H. Jones           ,
REPORT MONIH DECEMBER,1986 TELEPHONE 804-357-3184' f
1 REPORT MONIH DECEMBER,1986                                     TELEPHONE     804-357-3184' f                                 ,
l e
l e
                                                                  *c. "I c                                                                   g ,,,
. "I c
3         "e                           LICENSEE g ,j CAUSE & t'nanmer3Vg ACTION TO k                                  j"j              EVENT kj l
g,,,
4 NO.       DATE
3 "e
                              "          g .j
*c LICENSEE g,j kj CAUSE & t'nanmer3Vg ACTION TO l
                                          *J E          jgg            REPORT #         =0           $0                             PREVENT RECURRENI 1                                                                                                                       The decision was made to perform the 86-09     12-10-86     S       505.0         H             1 scheduled Snubber / Maintenance outage early in order to allow a precautionary Main 1
NO.
Feedwater piping inspection as a result of l                                                                                                                       pipe rupture in Unit #2.
DATE k
g.j j"j
*J EVENT REPORT #
=0
$0 PREVENT RECURRENI 4
E jgg 1
The decision was made to perform the 86-09 12-10-86 S
505.0 H
1 scheduled Snubber / Maintenance outage early in order to allow a precautionary Main 1
Feedwater piping inspection as a result of l
pipe rupture in Unit #2.
lI i
lI i
i, i
i, i
                    ~
~
l i
l i
Reason:                                                     Method                         Exhibit G - Instructiona F: Forced A - Equipment Failure (Explain)                             1 - Manual                     for Preparation of Data S: Scheduled B - Maintenance or Test                                     2 - Manual Scram.               Entry Sheets for Licensee C - Refueling                                               3 - Automatic Scram.           Event Report (LER) File D - Regulatory Restriction                                 4 - Other (Explain)             (NUREG 0161)
F: Forced Reason:
E - Operator Training & License Examination
Method Exhibit G - Instructiona S: Scheduled A - Equipment Failure (Explain) 1 - Manual for Preparation of Data B - Maintenance or Test 2 - Manual Scram.
* 5 F - Administrative                                                                          Exhibit 1 - Same Source C - Operational Error (Explain)
Entry Sheets for Licensee C - Refueling 3 - Automatic Scram.
(9/77)                         H - Other (Explain)
Event Report (LER) File D - Regulatory Restriction 4 - Other (Explain)
(NUREG 0161)
E - Operator Training & License Examination 5
Exhibit 1 - Same Source F - Administrative C - Operational Error (Explain)
(9/77)
H - Other (Explain)


PAGE 4 DOCKET NO.     50-281 UNIT SHUrDOWNS AND POWER REDUCTIONS                                                                      -
PAGE 4 UNIT SHUrDOWNS AND POWER REDUCTIONS DOCKET NO.
UNIT NAs       Surry Unit #2 DATE   1/6/87 COMPLEIG BY       V. H. Jones REPORT MorrH DECEMBER,1986                                   TELEPHONE     804-357-3184 L
50-281 UNIT NAs Surry Unit #2 DATE 1/6/87 COMPLEIG BY V. H. Jones REPORT MorrH DECEMBER,1986 TELEPHONE 804-357-3184 L
e
, :a LICENSEE.
                                    =;        a c
g, g,,,
                                                          *  ,c :a:        LICENSEE .       g,       g ,,,                           ~
~
MO.        DATE        k      *l                    j "j              EVENr           *j       kj                     CAUSE & CORRECTIVE ACE ON TO g5                    j gg            REPORT e         .o         gu                             PREvEwr RECURRErr 8
e a
C                                                                Unit was shutdown for refueling outage which 86-06   12-01-86       S     44.5                   1 commenced 10-04-86.
=;
Reactor trip by low-low S/G level in "C" 86-07     12-09-86       I'   537.7         A         3           LER-86/020 S/G caused by 'C MS trip valve closing.
c c
Shortly after the reactor trip the 18" suction line to "A" Main Feed Pump ruptured due to pipe wall erosion /corro-sion.   "C" MS trip valve will be com-pletely overhauled prior to startup.
EVENr
*j kj CAUSE & CORRECTIVE ACE ON TO MO.
DATE k
*l j "j REPORT e
.o gu PREvEwr RECURRErr g5 j gg 8
86-06 12-01-86 S
44.5 C
1 Unit was shutdown for refueling outage which commenced 10-04-86.
86-07 12-09-86 I'
537.7 A
3 LER-86/020 Reactor trip by low-low S/G level in "C" S/G caused by
'C MS trip valve closing.
Shortly after the reactor trip the 18" suction line to "A" Main Feed Pump ruptured due to pipe wall erosion /corro-sion.
"C" MS trip valve will be com-pletely overhauled prior to startup.
Condensate and feed piping will be examined and all piping below acceptance criteria will be replaced.
Condensate and feed piping will be examined and all piping below acceptance criteria will be replaced.
3                                4 1                         2                                                           Method                          Exhibit C - Instructions F: Forced               Reason:
4 1
1 - Manual                      for Preparation of Data S: Scheduled           A - Equipment Failure (Emplain) 2 - Manual Scram.             Entry Sheets for Licensee B - Maintenance or Test                                                                    Event Report (LER) File C - Refueling                                               3 - Automatic Scram.
2 3
D - Regulatory Restriction                                 4 - Other (Explain)           (NUREG 0161)
Exhibit C - Instructions Method F: Forced Reason:
E - Operator Training & License Examination
S: Scheduled A - Equipment Failure (Emplain) 1 - Manual for Preparation of Data B - Maintenance or Test 2 - Manual Scram.
* 5 Exhibit 1 - Same Source F - Administrative C - Operational Error (Explain)
Entry Sheets for Licensee C - Refueling 3 - Automatic Scram.
(9/77)                     H - Other (Explain)
Event Report (LER) File D - Regulatory Restriction 4 - Other (Explain)
(NUREG 0161)
E - Operator Training & License Examination 5
Exhibit 1 - Same Source F - Administrative C - Operational Error (Explain)
(9/77)
H - Other (Explain)


  't             .
't PAGES AVERA M DAILY UNIT POWER LEVEL D0cKEr m.
PAGES AVERA M DAILY UNIT POWER LEVEL D0cKEr m .                     50-280 UNIT               Surry Unit 1 DATE               1/7/d/
50-280 UNIT Surry Unit 1 DATE 1/7/d/
COMPLETED BY                         V. H. Tones TELEPHONE 804-357-3184 mNru December,1986 DAY             AVERACE DAILY POWER LEVEL                                                                         DAY AVERACE DAILY POWER LEVEL (MWe-Ne t)                                                                                           (MWe-Net) 1                                 785                                                                         17                     0 2                                 782                                                                         18                     0 3                                 783                                                                         19                     0 4                                   784                                                                         20                     0 5                                 783                                                                         21                     0 6                                   787                                                                         22                     0 7                                   780                                                                         23                     0 8                                   786                                                                         24                     0 9                                   786                                                                         25                     0 10                                   657                                                                         26                     0 11                                         0                                                                       27                     0 L                         12                                         0                                                                       28                     0 13                                         0                                                                       29                     0 14                                         0                                                                       30                     0 15                                         0                                                                       31                     0 16                                         0 l
COMPLETED BY V. H. Tones TELEPHONE 804-357-3184 mNru December,1986 DAY AVERACE DAILY POWER LEVEL DAY AVERACE DAILY POWER LEVEL (MWe-Ne t)
INSTRUCTIONS 1
(MWe-Net) 1 785 17 0
On this format, list the average daily unit power level in MWe-Net for each day in the reporting month. Compute to the nearest whole megawatt.
2 782 18 0
3 783 19 0
4 784 20 0
5 783 21 0
6 787 22 0
7 780 23 0
8 786 24 0
9 786 25 0
10 657 26 0
11 0
27 0
L 12 0
28 0
13 0
29 0
14 0
30 0
15 0
31 0
16 0
INSTRUCTIONS l
1 On this format, list the average daily unit power level in MWe-Net for each day in the reporting month. Compute to the nearest whole megawatt.
(9/77)
(9/77)


PAGE6
PAGE6 AVERA M DAILY UNIT POWER LEVEL Docxtr no.
-                                                        AVERA M DAILY UNIT POWER LEVEL Docxtr no. 50-281 UNIT   Surry Unit 2 DAIE   I/7/87 COMPLETED BY   V. H. Jones 2ELEPHONE       804-357-3184 noNrs December,1986 DAY         AVERAGE DAILY POWER LEVEL                                                                     DAY AVERAGE DAILY POWER LEVEL (MWe-Net)                                                                                                   (MWe-Net) i 1                 0                                                                                     17               0 2                 23                                                                                     18               0 3               187                                                                                     19               0 4               189                                                                                     20               0 5               306                                                                                     21               0 6               521                                                                                     22               0 7               657                                                                                     23               0 8               754                                                                                     24               0 9               460                                                                                     25               0 10                   0                                                                                     26               0 11                 0                                                                                     27               0 12                 0                                                                                     28               0 13                  0                                                                                     29               0 0                                                                                     30               0 l                    14 15                 0                                                                                     31               0 16                   0 i                     INSTRUCTIONS I
50-281 UNIT Surry Unit 2 DAIE I/7/87 COMPLETED BY V. H. Jones 2ELEPHONE 804-357-3184 noNrs December,1986 DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe-Net)
l l                    On this format, list the average daily unit power level in MWe-Net for each day in the reporting month. Compute to the nearest whole megawatt.
(MWe-Net) i 1
0 17 0
2 23 18 0
3 187 19 0
4 189 20 0
5 306 21 0
6 521 22 0
7 657 23 0
8 754 24 0
9 460 25 0
10 0
26 0
11 0
27 0
12 0
28 0
0 29 0
13 l
14 0
30 0
15 0
31 0
16 0
INSTRUCTIONS i
I l
l On this format, list the average daily unit power level in MWe-Net for each day in the reporting month.
Compute to the nearest whole megawatt.
(9/77) i i
(9/77) i i
i i
i i


            .                                                                                                                PAGE 7
PAGE 7


==SUMMARY==
==SUMMARY==
OF OPERATING EXPERIENCE MONTH / YEAR               DECEMBER,1986 Listed below in chronological sequence by unit is a summary of
OF OPERATING EXPERIENCE MONTH / YEAR DECEMBER,1986 Listed below in chronological sequence by unit is a summary of
                      . operating experiences for this month which required load reductions or resulted in significant non-load related incidents.
. operating experiences for this month which required load reductions or resulted in significant non-load related incidents.
UNIT ONE 12-01-86       0000           This reporting period begins with the unit at 100% power,820MW's.
UNIT ONE 12-01-86 0000 This reporting period begins with the unit at 100% power,820MW's.
12-09-86         1430           Station " Notification of Unusual Event" declared, due to unit #2 condensate piping rupture.
12-09-86 1430 Station " Notification of Unusual Event" declared, due to unit #2 condensate piping rupture.
1440           Upgraded Emergency classification to " Alert".
1440 Upgraded Emergency classification to " Alert".
1625           Secured from station " Alert".
1625 Secured from station " Alert".
12-10-86         1730           Commenced unit shutdown at 150MW/hr                                         for secondary pip.ing inspection.
12-10-86 1730 Commenced unit shutdown at 150MW/hr for secondary pip.ing inspection.
2246           Generator off the Ene.
2246 Generator off the Ene.
12-11-86       0050             Reactor shutdown.
12-11-86 0050 Reactor shutdown.
0950             RCS <3500F,450 PSIG.
0950 RCS <3500F,450 PSIG.
1-2123           RCS < 200 F.
1-2123 RCS < 200 F.
12-14-86       0910           RCS at mid-nozzle.
12-14-86 0910 RCS at mid-nozzle.
12-31-86       24o0           This reporting period ends with the unit at CSD on RHR for feed and condensate piping replacement.
12-31-86 24o0 This reporting period ends with the unit at CSD on RHR for feed and condensate piping replacement.
i
i p
        . - -              .,#-  p _y--v-_       _ - -
_y--v-_
                                                      ,y_., _,.,_e.-~r-.-           -- - . - , _ , - . , _ _ , . - - .          - . - - ..    ,
,y_.,
_,.,_e.-~r-.-


          '
PAGE 8
* PAGE 8


==SUMMARY==
==SUMMARY==
OF OPERATING EXPERIENCE MONTH / YEAR       DECEMBER,1986 Listed below in chronological sequence by unit is a summary of operating experiences for this month which required load reductions or resulted in significant non-load related incidents.
OF OPERATING EXPERIENCE MONTH / YEAR DECEMBER,1986 Listed below in chronological sequence by unit is a summary of operating experiences for this month which required load reductions or resulted in significant non-load related incidents.
UNIT TWO 12-01-86             0000   This reporting period begins with the reactor critical and physics testing in progress.
UNIT TWO 12-01-86 0000 This reporting period begins with the reactor critical and physics testing in progress.
0646   Manually tripped reactor to reset step counters. Physics testing is complete.
0646 Manually tripped reactor to reset step counters. Physics testing is complete.
0745   Reactor critical.
0745 Reactor critical.
12-02-86               2033 Generator on the Une.
12-02-86 2033 Generator on the Une.
2110 Holding power at 30%,220MW's for flux mapping and chemistry.
2110 Holding power at 30%,220MW's for flux mapping and chemistry.
12-05-86             0345   Commenced power increase at 4%/hr.
12-05-86 0345 Commenced power increase at 4%/hr.
0900   Holding power at 50%,370MW's for flux mapping.
0900 Holding power at 50%,370MW's for flux mapping.
2046 Commenced power increase at 4%/hr.
2046 Commenced power increase at 4%/hr.
12-06-86               0208 Holding power at 70%,555MW's for flux mapping.
12-06-86 0208 Holding power at 70%,555MW's for flux mapping.
1830 Commenced power increase at 4%/hr.
1830 Commenced power increase at 4%/hr.
12-07-86               0007   Holding power at 82%,660MW's, monitoring turbine bearing vibrations.
12-07-86 0007 Holding power at 82%,660MW's, monitoring turbine bearing vibrations.
0410   Commenced power increase at 1-2%/hr. Monitoring "6B" feedwater i                                                     heater level and turbine vibration.
0410 Commenced power increase at 1-2%/hr. Monitoring "6B" feedwater i
0605   Holding power at 86%,710MW's while working in HPD tank flow.
heater level and turbine vibration.
2118   Commenced power increase at 3%hr.
0605 Holding power at 86%,710MW's while working in HPD tank flow.
12-08-86               1120   At 100% power,810MW's.
2118 Commenced power increase at 3%hr.
12-09-86               1420 Reactor trip caused by low-low S/G 1evel in "C" S/G due to the "C" MS trip valve closing.
12-08-86 1120 At 100% power,810MW's.
1430 Station " Notification of Unusual Event" declared, due to main l                                                     condensate piping rupture after reactor trip.
12-09-86 1420 Reactor trip caused by low-low S/G 1evel in "C" S/G due to the "C" MS trip valve closing.
1440 Upgraded Emergency classification to " Alert".
1430 Station " Notification of Unusual Event" declared, due to main l
1625 Secured from station " Alert".
condensate piping rupture after reactor trip.
12-10-86             0013   RCS < 350 F,450 PSIG.
1440 Upgraded Emergency classification to " Alert".
0703 RCS < 200oF.
1625 Secured from station " Alert".
12-31-86               2400 This reporting period ends with the unit at CSD on RHR for condensate pipe replacement for feed and condensate pipe replacement.
12-10-86 0013 RCS < 350 F,450 PSIG.
0703 RCS < 200oF.
12-31-86 2400 This reporting period ends with the unit at CSD on RHR for condensate pipe replacement for feed and condensate pipe replacement.


PAGE 9 FACILITY CHANGES REQUIRING NRC APPROVAL MONTH / YEAR       DECEMBER,1986 DC 85-05 Large Bore Snubber Modifications                             , Unit 2 This design change replaced four of the pressurizer snubbers with fixed gap restraints; modified the snubber bolts of the steam generator upper restraints; eliminated two of the four-inch bore Bergen-Patterson snubbers on the reactor coolant supports; and modified the remaining steam generator supports and reactor coolan't pump supports.
PAGE 9 FACILITY CHANGES REQUIRING NRC APPROVAL MONTH / YEAR DECEMBER,1986 DC 85-05 Large Bore Snubber Modifications
, Unit 2 This design change replaced four of the pressurizer snubbers with fixed gap restraints; modified the snubber bolts of the steam generator upper restraints; eliminated two of the four-inch bore Bergen-Patterson snubbers on the reactor coolant supports; and modified the remaining steam generator supports and reactor coolan't pump supports.
Summary of Safety Analysis The modifications made to the reactor coolant system equipment supports do not change the design basis, functional requirements, or operation of the reactor coolant system and its associated equipment supports. The modified components have been designed to carry the same loads as required by the original design.
Summary of Safety Analysis The modifications made to the reactor coolant system equipment supports do not change the design basis, functional requirements, or operation of the reactor coolant system and its associated equipment supports. The modified components have been designed to carry the same loads as required by the original design.
L
L


  '. ' .                                                                            PAGE 10 )
PAGE 10 FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL 1
FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL                       1 I
MONTH / YEAR DECEMBER 1986 l
MONTH / YEAR         DECEMBER 1986 l
UNIT i
UNIT i DC 81-103   Class IE Solenoid Operated Valve Replacement                         2 This design change removed certain solenoid operated valves (SOV's) whose qualifications have not been demonstrated to be adequate. These valves were replaced with equivalent SOV's which have adequately demonstrated environmental qualification.
DC 81-103 Class IE Solenoid Operated Valve Replacement 2
This     design   change   was   previously     reported   in September 1983. However, additional valves were added to the scope of the design change and is therefore reported a second time.
This design change removed certain solenoid operated valves (SOV's) whose qualifications have not been demonstrated to be adequate. These valves were replaced with equivalent SOV's which have adequately demonstrated environmental qualification.
This design change was previously reported in September 1983. However, additional valves were added to the scope of the design change and is therefore reported a second time.
Summary of Safety Analysis The modification will provide additional assurance that the SOV's will perform their intended safety function during and following any postulated LOCA or HELB accident.
Summary of Safety Analysis The modification will provide additional assurance that the SOV's will perform their intended safety function during and following any postulated LOCA or HELB accident.
DC 81-119   NUREG-0696 Short Term I & C Project - Remote Multiplexer         1&2 (A & B)   Installation This design change       provides a number of remote multiplexers and buffer units, which are the front-end portions of the Data Acquisition System (DAS). The DAS will collect and transmit required data, vital information, and plant status.
DC 81-119 NUREG-0696 Short Term I & C Project - Remote Multiplexer 1&2 (A & B)
Installation This design change provides a number of remote multiplexers and buffer units, which are the front-end portions of the Data Acquisition System (DAS). The DAS will collect and transmit required data, vital information, and plant status.
Summary of Safety Analysis The modification does not affect normal station operation j
Summary of Safety Analysis The modification does not affect normal station operation j
nor the operation of any safety-related equipment. In the event of an accident or on-site emergency, the independent DAS provides a separate source of plant status
nor the operation of any safety-related equipment. In the event of an accident or on-site emergency, the independent DAS provides a separate source of plant status
(                     and information, therefore increasing overall plant safety.
(
and information, therefore increasing overall plant safety.
i l
i l
l 4
l 4
i
i


PAGE 11
PAGE 11 FACILITY CHANGES TH AT DO NOT REQUIRE NRC APPROVAL P
                , FACILITY CHANGES TH AT DO NOT REQUIRE NRC APPROVAL P
MONTH / YEAR DECEMBER 1986 UNIT DC 85-08 Valve Monitoring System PORV and Pressurizer Safety Valves 1
MONTH / YEAR       DECEMBER 1986 UNIT DC 85-08   Valve Monitoring System PORV and Pressurizer Safety Valves               1 This design change replaces the valve monitoring system fcr the pressurizer power operated relief valves and the safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.
This design change replaces the valve monitoring system fcr the pressurizer power operated relief valves and the safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.
Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.
Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.
DC 85-09   Valve Monitoring System PORV and Pressurizer Safety Valves                 2 This design change replaces the valve monitoring system for the pressurizer power operated relief valves and the                 -
DC 85-09 Valve Monitoring System PORV and Pressurizer Safety Valves 2
safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.
This design change replaces the valve monitoring system for the pressurizer power operated relief valves and the safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.
Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.
Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.
DC 85-17   Service Water Motor Operated Butterfly Valves Replacement                 1 The service water motor operated butterfly valves, MOV-SW-103 A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.
DC 85-17 Service Water Motor Operated Butterfly Valves Replacement 1
The service water motor operated butterfly valves, MOV-SW-103 A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.
Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.
Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.
The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.
The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.


        .                                                                            PAGE 12
PAGE 12
                  ~
~
FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 UNIT DC 85-18   Service Water Motor Operated Butterfly Valves Replacement             2 TM service water motor operated butterfly valves, MOV-SW-203A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.
FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 UNIT DC 85-18 Service Water Motor Operated Butterfly Valves Replacement 2
TM service water motor operated butterfly valves, MOV-SW-203A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.
Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.
Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.
The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.
The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.
DC 85-33   Black Battery and Building Addition                                   I This design change installed a pre-engineered, metal" black"
DC 85-33 Black Battery and Building Addition I
* Battery Building on concrete foundation, located near the Turbine Building, adjacent to Unit I station transformer area, to house both Units 1 and 2 " black" batteries and associated equipment. (Unit 2 " black" battery system will be installed under DC-85-35-2). The building will be provided with lighting, fire detection, gaitronics communication, heating, and ventilation systems.
This design change installed a pre-engineered, metal" black" Battery Building on concrete foundation, located near the Turbine Building, adjacent to Unit I station transformer area, to house both Units 1 and 2 " black" batteries and associated equipment.
This     design   change   also   installed   a   " black" (nonsafety-related) 125V DC electrical battery and battery charging system. Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the i
(Unit 2 " black" battery system will be installed under DC-85-35-2). The building will be provided with lighting, fire detection, gaitronics communication, heating, and ventilation systems.
air side seal oil backup pump (25 hp) will be powered from this system rather than the class IE,125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the " black" Battery Building will be powered from this system.
This design change also installed a
Summary of Safety Analysis This modification involves a nonsafety-related system j
" black" (nonsafety-related) 125V DC electrical battery and battery charging system. Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the air side seal oil backup pump (25 hp) will be powered from i
in nonsafety-related areas, and will have no impact on any safety-related systems. It will improve the existing l,                     class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design l                     Basis Document.
this system rather than the class IE,125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the " black" Battery Building will be powered from this system.
Summary of Safety Analysis This modification involves a nonsafety-related system in nonsafety-related areas, and will have no impact on j
any safety-related systems. It will improve the existing l,
class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design l
Basis Document.


PAGE 13 FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR             DECEMBER,1986 UNIT DC 85-35   Black Battery Addition                                                   2 This design change installed a " black" (nonsafety-related) 125V DC electrical battery and battery charging system.
PAGE 13 FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 UNIT DC 85-35 Black Battery Addition 2
This design change installed a " black" (nonsafety-related) 125V DC electrical battery and battery charging system.
Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the air side seal oil backup pump (25 hp) will be powered from this system rather than the class IE 125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the black Battery Building erected under DC 85-33 will be powered from this system.
Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the air side seal oil backup pump (25 hp) will be powered from this system rather than the class IE 125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the black Battery Building erected under DC 85-33 will be powered from this system.
Summary of Safety Analysis This modification involves a nonsafety-related system                 ,
Summary of Safety Analysis This modification involves a nonsafety-related system in nonsafety-related areas, and will have no impact on any safety-related systems. It will improve the existing class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design Basis Document.
in nonsafety-related areas, and will have no impact on any safety-related systems. It will improve the existing class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design Basis Document.
I l
I l
l I
l I
Line 259: Line 418:


PAGEI4 1
PAGEI4 1
.                                                                        TESTS AND EXPERIMENTS     REQUIRING NRC APPROVAL MONTH / YEAR   DECEMBER,1986 i
TESTS AND EXPERIMENTS REQUIRING NRC APPROVAL MONTH / YEAR DECEMBER,1986 i
NONE DURING THIS PERIOD j                                                                                                                                                                                           .
NONE DURING THIS PERIOD j
t                         e 4
t e
j 1
4 j
i
1 i
}
}
}
}
I a                                                                                                                   -
I a
?
?
I i
I i
i l
i l
i
i
    . , _ - _ , _ . _ . . _ _ , _ _ . . _ . . .        -._____,_,__t___..__.-____                 . _ _ _ . _ _ _ _ . _ _ _ _ _ _ _ , _ . . . _ _ . . _ _ _ _ _ _ , , _ . _ _ . _ _ _ .
-._____,_,__t___..__.-____


PAGE 15 1
PAGE 15 1
TESTS AND EXPERIMENTS THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR           DECEMBER,1986 NONE DURING THIS PERIOD 4
TESTS AND EXPERIMENTS THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD 4
J I
J I
i i
i i
Line 281: Line 440:
l l
l l


    . ..    ~
~
PAGE16 4
PAGE16 4
i OTHER CHANGES, TEST AND EXPERIMENTS 2                                               MONTH / YEAR                                   DECEMBER,1986 i
i OTHER CHANGES, TEST AND EXPERIMENTS 2
i                                                     NONE DURING THIS PERIOD I
MONTH / YEAR DECEMBER,1986 i
i NONE DURING THIS PERIOD I
i i
i i
2' t
2' t
i                                                                                                                                           .
i l
l J-1 I
J-1 I
.t v
.t v
i I                                                                                                                                                       k i
i I
k i
i 1
i 1
1 i-I l
1 i-I l
i L.-,.____...             . . - , _        _        _ _ _ _ , . . , _ . .                                      , _ _ _ _ _ . __
i L.-,.____...


PAGE 17 VIRGINIA POWER SURRY POWER STATION CHEMISTRY REPORT Ceber               19 26 00N                         UNIT NO. 1                   UNIT NO. 2 ANALYSIS MAX.       MIN.       AVG.       MAX. MIN.       AVG.
PAGE 17 VIRGINIA POWER SURRY POWER STATION CHEMISTRY REPORT Ceber 19 26 00N UNIT NO. 1 UNIT NO. 2 ANALYSIS MAX.
                                                        -2 6.52 -1         ~1         -3 3.59
MIN.
                                                                                                -2 1.96         2.16               1.85       2.94 Gross Radioact., uCi/mi 0.2         0.2     0.2       0.0       0.0     0.0 Suspended Solids, ppe
AVG.
                                            ~          ~1 1.34
MAX.
                                                                -1   5.49
MIN.
                                                                            -2   4,49 -2 4,gg -2 Gross Tritium, uCi/:a1             1.48       1.20
AVG.
                                            -3         -4       -3         ~4         -5 1.56
-2
                                                                                                ~4 5.81       P.73     3.82       6.34       3.51 Iodine        , uCi/a1 I31                     0.14       0.08     0.12       0.13     0.09     0.10 I     /I Hydrogen, cc/ka                    37.8        1.9 IAI 21.2I ^I   31.7     26.6     2P.F 1.56         1.37     1.45       2.67     1.87     2.21 Lithium, ppa 403         163     322       291       211     321 Boron-10, ppm
-1
* 50.005     10'.005 10.005     13.005   10.005   10.005-0xygen, (DO), ppe                                                                               ,
~1
0.010                 0.003     0.010   $0.001   0.002 Chloride, ppa                                 10.001 6.61       5.72     6.17       6.52       5.71     6.01 pH @ 25 degree Celsius
-3
* Boron-10 = Total Boron X 0.196 REMARKS:         Unit 1:     Unit was shutdown on 12-10-F6 for an instuction/naintenance
-2 Gross Radioact., uCi/mi 1.96 2.16 6.52 1.85 2.94 3.59 0.2 0.2 0.2 0.0 0.0 0.0 Suspended Solids, ppe
                                                                                                ':te outace. E total of 226 crans of LiOil was added to Unit One on 12-5-R6.
~1
Ct.T Ded was not niaced in service in reembor.             (t) Str low lNorocon valtrs are due to deaasino after st utdown.
-1
                                                                                                ':te Unit 2: A total of 50 crans of Licil was added to Unit Two on 12-5-96.                        .
-2
CAT Cod was placed in service on 12-5-P6 and 12-P-R6.
-2
-2 Gross Tritium, uCi/:a1 1.48 1.20 1.34 5.49 4,49 4,gg
~
-3
-4
-3
~4
-5
~4 Iodine
, uCi/a1 5.81 P.73 3.82 6.34 3.51 1.56 I31 0.14 0.08 0.12 0.13 0.09 0.10 I
/I IAI 21.2 ^I 31.7 26.6 2P.F I
37.8 1.9 Hydrogen, cc/ka 1.56 1.37 1.45 2.67 1.87 2.21 Lithium, ppa 403 163 322 291 211 321 Boron-10, ppm
* 50.005 10'.005 10.005 13.005 10.005 10.005-0xygen, (DO), ppe 0.010 10.001 0.003 0.010
$0.001 0.002 Chloride, ppa 6.61 5.72 6.17 6.52 5.71 6.01 pH @ 25 degree Celsius
* Boron-10 = Total Boron X 0.196 REMARKS:
Unit 1:
Unit was shutdown on 12-10-F6 for an instuction/naintenance E total of 226 crans of LiOil was added to Unit One on 12-5-R6.
':te outace.
Ct.T Ded was not niaced in service in reembor.
(t) Str low lNorocon valtrs are due to deaasino after st utdown.
Unit 2: A total of 50 crans of Licil was added to Unit Two on 12-5-96.
':te CAT Cod was placed in service on 12-5-P6 and 12-P-R6.


                                                                                                .- - - = .                      __ -    _      __ _ _ _ _-.._.-          .
.- - - =.
                    ,                                                                                                                                            PAGE 18 UNIT           I                                                         FUEL HANDLING                                   DATE Dec 1986 NEW OR                     DATE             NUMBER OF                                                                                 NEW OR SPENT SPENT FUEL                     SHIPPED OR           ASSEMBLIES                 ASSEMBLY               ANSI       INITIAL                     FUEL SHIPPINC SHIPMENT #                       RECEIVED         PER SHIPMENT                           #              #      ENRICHMENT                   CASK ACTIVITY
PAGE 18 UNIT I
!                                                AT ISFSI                                                                                                             LEVEL CASTOR V/21 500-11-003                     12-4-86                     4                         A25             NONE           1.87 1
FUEL HANDLING DATE Dec 1986 NEW OR DATE NUMBER OF NEW OR SPENT SPENT FUEL SHIPPED OR ASSEMBLIES ASSEMBLY ANSI INITIAL FUEL SHIPPINC SHIPMENT #
4                         A14             NONE           1.87 4                         A46             NONE           1.87 4                         A33             NONE           1.87 1
RECEIVED PER SHIPMENT ENRICHMENT CASK ACTIVITY AT ISFSI LEVEL CASTOR V/21 500-11-003 12-4-86 4
A25 NONE 1.87 1
4 A14 NONE 1.87 4
A46 NONE 1.87 4
A33 NONE 1.87 1
i I
i I
i i
i i
;L L
;L L
    -wr-- , --w--==me---------a     -y   y-w-pi-,-vm         ---w- yy -wery ee-=   e---,-%.   --.---e-m-e-     u---- - - -                                                     -
-wr--
--w--==me---------a
-y y-w-pi-,-vm
---w-yy
-wery ee-=
e---,-%.
--.---e-m-e-u---- - - -
i----ew----
+-&---mwww--m--
e-
-i+-o-i-e


    ,.  ,                                                                                                                                                                  PAGE 19 i
PAGE 19 i
i     UNIT             2                                                           FUEL HANDLING                                                               DATE Dec,1986 l       NEW OR                           DATE                   NUMBER OF                                                                                                   NEW OR SPENT I     SPElff FUEL                     SHIPPED OR                 ASSEMBLIES                   ASSEMBLY               ANSI                         INITIAL                     FUEL SHIPPINC I     SHIPMENT #                         RECEIVED             PER SHIPMENT                       #                      #                    ENRICHMENT                     CASK ACTIVITY AT ISFSI                                                                                                                                   LEVEL GASTOR V/21
i UNIT 2
!        500-11-003                 12-04-86                                 17               L50                       NONE                         1.86 i
FUEL HANDLING DATE Dec,1986 l
i                                                                               17               LO2                       NONE                         1.86 17               L44                       NONE                         1.86
NEW OR DATE NUMBER OF NEW OR SPENT I
,                                                                              17               L30                       NONE                         1.86 i
SPElff FUEL SHIPPED OR ASSEMBLIES ASSEMBLY ANSI INITIAL FUEL SHIPPINC I
17               L52                       NONE                         1.86 4
SHIPMENT #
17                 L37                       NONE                         1.86 17                 Ll4                       NONE                         1.86 i
RECEIVED PER SHIPMENT ENRICHMENT CASK ACTIVITY AT ISFSI LEVEL GASTOR V/21 500-11-003 12-04-86 17 L50 NONE 1.86 i
17                 L47                       NONE                         1.86 l                                                                                                                                                                                     -
i 17 LO2 NONE 1.86 17 L44 NONE 1.86 17 L30 NONE 1.86 i
!                                                                            17                 L40                       NONE                         1.86 1
17 L52 NONE 1.86 4
}                                                                             17                 L18                       NONE                           1.86 i
17 L37 NONE 1.86 17 Ll4 NONE 1.86 i
17                 L41                       NONE                         1.86 I
17 L47 NONE 1.86 l
j                                                                            17                 L15                       None                         1.86 17                 LO3                       NONE                         1.86 17                 Lil                       NONE                         1.86 17                 LOS                       NONE                         1.86
17 L40 NONE 1.86 1
!                                                                            17                 L22                       NONE                           1.86 17                 L10                       NONE                           1.86 i
}
17 L18 NONE 1.86 i
17 L41 NONE 1.86 I
17 L15 None 1.86 j
17 LO3 NONE 1.86 17 Lil NONE 1.86 17 LOS NONE 1.86 17 L22 NONE 1.86 17 L10 NONE 1.86 i
l l
l l
l l
l l
l.---.         . . - .              - _ -          - - - - . . - . . . - . .                        - - - , . - - -          . - - - - . - - - - . - - - - - -                                .-
l. - - -.


                            '                                                                                                                              PAGE 20 1
PAGE 20 1
i PROCEDURE REVISIONS THAT CHANGED THE i                                                             OPERATING MODE DESCRIBED IN THE FSAR MONTH / YEAR                                   DECEMBER,1986 NONE DURING THIS PERIOD J
i PROCEDURE REVISIONS THAT CHANGED THE i
OPERATING MODE DESCRIBED IN THE FSAR MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD J
f 6
f 6
O       &*                  e h4 l
O e
h4 l
f i
f i


              ,.                                                                                                                                  PAGE 21 DESCRIPTION OF PERIODIC TEST WHICH WERE NOT COMPLETED WITHIN THE TIME LIMITS SPECIFIED IN TECHNICAL SPECIFICATIONS MONTH / YEAR                         DECEMBER,1986 NONE DURING THIS PERIOD l
PAGE 21 DESCRIPTION OF PERIODIC TEST WHICH WERE NOT COMPLETED WITHIN THE TIME LIMITS SPECIFIED IN TECHNICAL SPECIFICATIONS MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD l
a 1
a 1
l l
l l
Line 349: Line 551:
l l
l l
l l
l l
\
\\
.i k
.i k


I t .,
I t.,
o VIMOINIA ELucTurc AND POwna COMPANY llIC11M OND, VI HO IN I A 2312 61
o VIMOINIA ELucTurc AND POwna COMPANY llIC11M OND, VI HO IN I A 2312 61 January 19, 1987
          ,,,,,g,,,,,                             January 19, 1987 Vaca I*musinant Nortman Ormwarnown U. S. Nuclear Regulatory Commission                           Serial No. 87-015 Attention: Document Control Desk                             N0/JDH/rh Washington, D. C.     20555                                 Docket Nos. 50-280 50-281 License Nos. DPR-32 DPR-37 Gentlemen:                                                                         .
,,,,,g,,,,,
VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION UNIT NOS. 1 AND 2                                                 l MONTHLY OPERATING REPORT Enclosed is the Monthly Operating Report for Surry Power Station Unit Nos. I and 2 for the month of December 1986.
Vaca I*musinant Nortman Ormwarnown U. S. Nuclear Regulatory Commission Serial No.
87-015 Attention: Document Control Desk N0/JDH/rh Washington, D. C.
20555 Docket Nos.
50-280 50-281 License Nos. DPR-32 DPR-37 Gentlemen:
VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION UNIT NOS. 1 AND 2 l
MONTHLY OPERATING REPORT Enclosed is the Monthly Operating Report for Surry Power Station Unit Nos. I and 2 for the month of December 1986.
Very truly yours, h
Very truly yours, h
W. L. Stewart Enclosure cc:   Dr. J. Nelson Crace Regional Administrator l
W. L. Stewart Enclosure cc:
Region II Mr. W. E. Holland NRC Senior Resident Inspector Surry Power Station G0  II}}
Dr. J. Nelson Crace Regional Administrator l
Region II Mr. W. E. Holland NRC Senior Resident Inspector Surry Power Station 0
G II}}

Latest revision as of 03:40, 4 December 2024

Monthly Operating Repts for Dec 1986
ML20213A355
Person / Time
Site: Surry  
Issue date: 12/31/1986
From: Jones V, Stewart W
VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.)
To:
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
87-015, 87-15, NUDOCS 8702030234
Download: ML20213A355 (24)


Text

_ _ _ _ _ _ _ _ _ _ _ _ _

, e' POW 34-04 VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION MONTHLY OPERATING REPORT 8

_ REPORT NO.

86-12 APPROVED:

/

STATION MANAGER m.3 b

$b' a

5 SM20ggg; gagggp M

{

j

1 SECTION PAGE Operating Data Report - Unit No. I 1

Operating Data Report - Unit No. 2 2

Unit Shutdowns and Power Reductions - Unit No.1 3

Unit Shutdowns and Power Reductions - Unit No. 2 4

Average Daily Unit Power Level-Unit No.1 5

Average Daily Unit Power Level-Unit No. 2 6

Summary of Operating Experience - Unit No. I 7

Summary of Operating Experience - Unit No. 2 8

Facility Changes Requiring NRC Approval 9

Facility Changes That Did Not Require NRC Approval 10-13 Tests and Experiences Requiring NRC Approval 14 Tests and Experiments That Did Not Require NRC Approval 15 Other Changes, Test and Experiments 16 Chemistry Report 17 Fuel Handling - Unit No. I 18 Fuel Handling - Unit No. 2 19 Procedure Revisions That Changed the Operating Mode Described in the FSAR 20 Description of Periodic Test Which Were Not Completed Within the Time Limits Specified in Technical Specifications.

21

PAGE1 OPERATING DATA REPORT DOCKET NO.

50-280 DATE 1/6/87 COMPLETED BY V. H. Jones TELEPHONE 804-357-3184 OPERATING STATUS 1.

Unit Name:

Surry Unit 1 Notes 2.

Reporting Period:

12-01-86 thru 12-31-86 3.

Licensed Thermal Power (MWt):

2441 4.

Nameplate Rating (Cross MWe):

847.5 5.

Design Electrical Rating (Net MWe):

788 6.

Maximus Dependable Capacity (Cross MWe): 820 7.

Maximus Dependable Capacity (Net MWe):

781 8.

If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report, Cive Reasons:

9.

Power Level To Which Restricted, If Any (Net MWe): _

10. Reasons For Restrictions, If Any:

This Month Yr.-to-Date Cumulative

11. Hours In Reporting Period 744.0 8760.0 122952.0 239.0 6015.8 76854.3
12. Number of Hours Reactor Was Critical

[

13. Reactor Reserve Shutdown Hours 0

0 177d_q l

14 Hours Cenerator On-Line 239.0 6233.2 78545.3 0

M.2

15. Unit Reserve Shutdown Hours 578908.8 14190235.8 178072858.5
16. Cross Thermal Energy Generated (MWH)
17. Cross Electrical Energy Generated (MWH) 194365.0 4725985.0 57497918.0
18. Net Electrical Energy Generated (MWH) 185066.0 4488628.0 54521971.0 32.1%

71.2 %

63.9%

19. Unit Service Factor 32.1%

71.2 %

66.9%

20. Unit Available Factor
21. Unit Capacity Factor (Using MDC Net) 31.8%

65.6 %

57.4 %

22. Unit Capacity Factor (Using DER Net) 31.6 %

65.0%

56.3%

23. Unit Forced Rate 0

3.6 17.4 %

24 Shutdowns Scheduled Over Next 6 Months (Type, Date, and Duration of Each):

25.

If Shut Down At End Of Report Period Estimated Date of Startup:

01-26-87

26. Units In Test Status (Prior to Commercial Operation):

Forecast Achieved INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (9/77)

OPERATINC DATA REPORT

~

i DOCEET NO.

50-281 DATE 1/6/87 caMPLETED sY V. H. Jones

}

TE12 PRONE 804-357-3184 OPERATING STATUS Surry Unit 2 y e.,

1.

Unit Name:

2.

Reporting Period 19-ni-RAthm 1?_11_ng 3.

Licensed Thermal Power (IRft):

?aa1 1

4.

Nameplate Rating (Cross tele):

Ra7 c;

\\.. _,_

N 5.

Design Electrical Rating (Not 198p):

6.

Maximum Dependable Capacity (Cross IGfe):

R?n 7.

Maximus Dependable Capacity (Not MWe):

791 l

8.

If Changes occur in Capacity Ratings (Items Ihamber 3 Through 7) Since Last Report, Give Reasons:

9.

Power Level To Which Restricted, If Any (Net IGle):

10. Reasons For Restrictions, If Any

~

u

\\

This Month Yr.-to-Date Cumulative,

1

11. Hours Ic Reporting Period 744.0 8760.0

' 119832.0

.. ~

l j

12. Number of Hours Reactor Was Critical 705.3 6168.1 78110.8
13. Reactor Reserve Shutdown Hours 0

0 0

14. Hours Generator On-Line 161.8 6075.0 76840.k%,

i

15. Unit Reserve Shutdown Hours 0

0 0

l l

16. Cross Themal Energy Generated (MWB) 248562.I 14485443.0 179792473.6'
17. Cross Electrical Energy Generated (16f8) 79985.0 4739520.0 58327824.0

^

18. Net Electrical Energy Generated (MWR) 74347.0 4498941.0 55285524.0_
19. Unit Service Factor 21.8 %

69.3 %

64',1_%

20. I'nic Available Factor 21.8 %

69.3 %

' G 4.1 %

21. Unit Capacity Factor (Using MDC Net) 12.8 %

65.8%

59.2 %

58.6 %

22. Unit Capacity Factor (Using DER Net) 12.7 %

6 5. 2,%. _

23. Unit Forced Rate 76.9 %

14.7 %

13.6 %

l

24. Shutdowns Scheduled Over Neat 6 Months (Type, Date, and Duration of Each):

y 25.

If Shut Down At End of Report Period Estimated Date of Startup:

2-15-87

26. Units In Test Status (Prior to Commercial Operation):

Forecast

' ^

Achieved INITIAL CRITICALITY INITIAL ELECTRICITY C000ERCIAL OPERATION (9/77)

~~

D

.--r,---,.--------,

-,- -. _,.-,...--.. _--- - -. - -. - - - -,,. - _, -... - -. - _. - -, ~.

n-.-...%%,. u -. _ -.. ~,.,, - -

y.

..m__

g

,c i

PAGE3-

/

.i

,y IMIT SHUIDOWNS AND P( M R REDUCTIONS DOCKET NO.

50-280 l

UNIT MAME Surry Unit 1

- DATE 1/6/87 COMPLETE BY V. H. Jones 1

REPORT MONIH DECEMBER,1986 TELEPHONE 804-357-3184' f

l e

. "I c

g,,,

3 "e

  • c LICENSEE g,j kj CAUSE & t'nanmer3Vg ACTION TO l

NO.

DATE k

g.j j"j

  • J EVENT REPORT #

=0

$0 PREVENT RECURRENI 4

E jgg 1

The decision was made to perform the 86-09 12-10-86 S

505.0 H

1 scheduled Snubber / Maintenance outage early in order to allow a precautionary Main 1

Feedwater piping inspection as a result of l

pipe rupture in Unit #2.

lI i

i, i

~

l i

F: Forced Reason:

Method Exhibit G - Instructiona S: Scheduled A - Equipment Failure (Explain) 1 - Manual for Preparation of Data B - Maintenance or Test 2 - Manual Scram.

Entry Sheets for Licensee C - Refueling 3 - Automatic Scram.

Event Report (LER) File D - Regulatory Restriction 4 - Other (Explain)

(NUREG 0161)

E - Operator Training & License Examination 5

Exhibit 1 - Same Source F - Administrative C - Operational Error (Explain)

(9/77)

H - Other (Explain)

PAGE 4 UNIT SHUrDOWNS AND POWER REDUCTIONS DOCKET NO.

50-281 UNIT NAs Surry Unit #2 DATE 1/6/87 COMPLEIG BY V. H. Jones REPORT MorrH DECEMBER,1986 TELEPHONE 804-357-3184 L

, :a LICENSEE.

g, g,,,

~

e a

=;

c c

EVENr

  • j kj CAUSE & CORRECTIVE ACE ON TO MO.

DATE k

  • l j "j REPORT e

.o gu PREvEwr RECURRErr g5 j gg 8

86-06 12-01-86 S

44.5 C

1 Unit was shutdown for refueling outage which commenced 10-04-86.

86-07 12-09-86 I'

537.7 A

3 LER-86/020 Reactor trip by low-low S/G level in "C" S/G caused by

'C MS trip valve closing.

Shortly after the reactor trip the 18" suction line to "A" Main Feed Pump ruptured due to pipe wall erosion /corro-sion.

"C" MS trip valve will be com-pletely overhauled prior to startup.

Condensate and feed piping will be examined and all piping below acceptance criteria will be replaced.

4 1

2 3

Exhibit C - Instructions Method F: Forced Reason:

S: Scheduled A - Equipment Failure (Emplain) 1 - Manual for Preparation of Data B - Maintenance or Test 2 - Manual Scram.

Entry Sheets for Licensee C - Refueling 3 - Automatic Scram.

Event Report (LER) File D - Regulatory Restriction 4 - Other (Explain)

(NUREG 0161)

E - Operator Training & License Examination 5

Exhibit 1 - Same Source F - Administrative C - Operational Error (Explain)

(9/77)

H - Other (Explain)

't PAGES AVERA M DAILY UNIT POWER LEVEL D0cKEr m.

50-280 UNIT Surry Unit 1 DATE 1/7/d/

COMPLETED BY V. H. Tones TELEPHONE 804-357-3184 mNru December,1986 DAY AVERACE DAILY POWER LEVEL DAY AVERACE DAILY POWER LEVEL (MWe-Ne t)

(MWe-Net) 1 785 17 0

2 782 18 0

3 783 19 0

4 784 20 0

5 783 21 0

6 787 22 0

7 780 23 0

8 786 24 0

9 786 25 0

10 657 26 0

11 0

27 0

L 12 0

28 0

13 0

29 0

14 0

30 0

15 0

31 0

16 0

INSTRUCTIONS l

1 On this format, list the average daily unit power level in MWe-Net for each day in the reporting month. Compute to the nearest whole megawatt.

(9/77)

PAGE6 AVERA M DAILY UNIT POWER LEVEL Docxtr no.

50-281 UNIT Surry Unit 2 DAIE I/7/87 COMPLETED BY V. H. Jones 2ELEPHONE 804-357-3184 noNrs December,1986 DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe-Net)

(MWe-Net) i 1

0 17 0

2 23 18 0

3 187 19 0

4 189 20 0

5 306 21 0

6 521 22 0

7 657 23 0

8 754 24 0

9 460 25 0

10 0

26 0

11 0

27 0

12 0

28 0

0 29 0

13 l

14 0

30 0

15 0

31 0

16 0

INSTRUCTIONS i

I l

l On this format, list the average daily unit power level in MWe-Net for each day in the reporting month.

Compute to the nearest whole megawatt.

(9/77) i i

i i

PAGE 7

SUMMARY

OF OPERATING EXPERIENCE MONTH / YEAR DECEMBER,1986 Listed below in chronological sequence by unit is a summary of

. operating experiences for this month which required load reductions or resulted in significant non-load related incidents.

UNIT ONE 12-01-86 0000 This reporting period begins with the unit at 100% power,820MW's.

12-09-86 1430 Station " Notification of Unusual Event" declared, due to unit #2 condensate piping rupture.

1440 Upgraded Emergency classification to " Alert".

1625 Secured from station " Alert".

12-10-86 1730 Commenced unit shutdown at 150MW/hr for secondary pip.ing inspection.

2246 Generator off the Ene.

12-11-86 0050 Reactor shutdown.

0950 RCS <3500F,450 PSIG.

1-2123 RCS < 200 F.

12-14-86 0910 RCS at mid-nozzle.

12-31-86 24o0 This reporting period ends with the unit at CSD on RHR for feed and condensate piping replacement.

i p

_y--v-_

,y_.,

_,.,_e.-~r-.-

PAGE 8

SUMMARY

OF OPERATING EXPERIENCE MONTH / YEAR DECEMBER,1986 Listed below in chronological sequence by unit is a summary of operating experiences for this month which required load reductions or resulted in significant non-load related incidents.

UNIT TWO 12-01-86 0000 This reporting period begins with the reactor critical and physics testing in progress.

0646 Manually tripped reactor to reset step counters. Physics testing is complete.

0745 Reactor critical.

12-02-86 2033 Generator on the Une.

2110 Holding power at 30%,220MW's for flux mapping and chemistry.

12-05-86 0345 Commenced power increase at 4%/hr.

0900 Holding power at 50%,370MW's for flux mapping.

2046 Commenced power increase at 4%/hr.

12-06-86 0208 Holding power at 70%,555MW's for flux mapping.

1830 Commenced power increase at 4%/hr.

12-07-86 0007 Holding power at 82%,660MW's, monitoring turbine bearing vibrations.

0410 Commenced power increase at 1-2%/hr. Monitoring "6B" feedwater i

heater level and turbine vibration.

0605 Holding power at 86%,710MW's while working in HPD tank flow.

2118 Commenced power increase at 3%hr.

12-08-86 1120 At 100% power,810MW's.

12-09-86 1420 Reactor trip caused by low-low S/G 1evel in "C" S/G due to the "C" MS trip valve closing.

1430 Station " Notification of Unusual Event" declared, due to main l

condensate piping rupture after reactor trip.

1440 Upgraded Emergency classification to " Alert".

1625 Secured from station " Alert".

12-10-86 0013 RCS < 350 F,450 PSIG.

0703 RCS < 200oF.

12-31-86 2400 This reporting period ends with the unit at CSD on RHR for condensate pipe replacement for feed and condensate pipe replacement.

PAGE 9 FACILITY CHANGES REQUIRING NRC APPROVAL MONTH / YEAR DECEMBER,1986 DC 85-05 Large Bore Snubber Modifications

, Unit 2 This design change replaced four of the pressurizer snubbers with fixed gap restraints; modified the snubber bolts of the steam generator upper restraints; eliminated two of the four-inch bore Bergen-Patterson snubbers on the reactor coolant supports; and modified the remaining steam generator supports and reactor coolan't pump supports.

Summary of Safety Analysis The modifications made to the reactor coolant system equipment supports do not change the design basis, functional requirements, or operation of the reactor coolant system and its associated equipment supports. The modified components have been designed to carry the same loads as required by the original design.

L

PAGE 10 FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL 1

MONTH / YEAR DECEMBER 1986 l

UNIT i

DC 81-103 Class IE Solenoid Operated Valve Replacement 2

This design change removed certain solenoid operated valves (SOV's) whose qualifications have not been demonstrated to be adequate. These valves were replaced with equivalent SOV's which have adequately demonstrated environmental qualification.

This design change was previously reported in September 1983. However, additional valves were added to the scope of the design change and is therefore reported a second time.

Summary of Safety Analysis The modification will provide additional assurance that the SOV's will perform their intended safety function during and following any postulated LOCA or HELB accident.

DC 81-119 NUREG-0696 Short Term I & C Project - Remote Multiplexer 1&2 (A & B)

Installation This design change provides a number of remote multiplexers and buffer units, which are the front-end portions of the Data Acquisition System (DAS). The DAS will collect and transmit required data, vital information, and plant status.

Summary of Safety Analysis The modification does not affect normal station operation j

nor the operation of any safety-related equipment. In the event of an accident or on-site emergency, the independent DAS provides a separate source of plant status

(

and information, therefore increasing overall plant safety.

i l

l 4

i

PAGE 11 FACILITY CHANGES TH AT DO NOT REQUIRE NRC APPROVAL P

MONTH / YEAR DECEMBER 1986 UNIT DC 85-08 Valve Monitoring System PORV and Pressurizer Safety Valves 1

This design change replaces the valve monitoring system fcr the pressurizer power operated relief valves and the safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.

Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.

DC 85-09 Valve Monitoring System PORV and Pressurizer Safety Valves 2

This design change replaces the valve monitoring system for the pressurizer power operated relief valves and the safety valves with equipment which is environmentally qualified as required by Reg. Guide 1.97.

Summary of Safety Analysis The PORV's and SV's will provide more reliable indication of valve position during all modes of plant operation because of the redundant channels and the class IE, environmentally and seismically qualified devices. The replacement devices conform to the previous evaluation of the FSAR.

DC 85-17 Service Water Motor Operated Butterfly Valves Replacement 1

The service water motor operated butterfly valves, MOV-SW-103 A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.

Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.

The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.

PAGE 12

~

FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 UNIT DC 85-18 Service Water Motor Operated Butterfly Valves Replacement 2

TM service water motor operated butterfly valves, MOV-SW-203A, B, C, and D, were replaced with high performance butterfly valves which incorporated enhanced design features to alleviate leakage and bending and were constructed of materials suitable for the service conditions.

Summary of Safety Analysis The changeout of the valves is a one-for-one replacement.

The high performance valves of enhanced design provide improved service in their operating environment. The valves do not alter or affect the system operation or the function of any safety related system. The valves are seismically qualified and seismically installed.

DC 85-33 Black Battery and Building Addition I

This design change installed a pre-engineered, metal" black" Battery Building on concrete foundation, located near the Turbine Building, adjacent to Unit I station transformer area, to house both Units 1 and 2 " black" batteries and associated equipment.

(Unit 2 " black" battery system will be installed under DC-85-35-2). The building will be provided with lighting, fire detection, gaitronics communication, heating, and ventilation systems.

This design change also installed a

" black" (nonsafety-related) 125V DC electrical battery and battery charging system. Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the air side seal oil backup pump (25 hp) will be powered from i

this system rather than the class IE,125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the " black" Battery Building will be powered from this system.

Summary of Safety Analysis This modification involves a nonsafety-related system in nonsafety-related areas, and will have no impact on j

any safety-related systems. It will improve the existing l,

class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design l

Basis Document.

PAGE 13 FACILITY CHANGES THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 UNIT DC 85-35 Black Battery Addition 2

This design change installed a " black" (nonsafety-related) 125V DC electrical battery and battery charging system.

Large nonsafety-related electrical loads such as the emergency turbine oil pump (60 hp) and the air side seal oil backup pump (25 hp) will be powered from this system rather than the class IE 125V DC buses. In addition, part of the electrical heating, ventilation, and lighting loads of the black Battery Building erected under DC 85-33 will be powered from this system.

Summary of Safety Analysis This modification involves a nonsafety-related system in nonsafety-related areas, and will have no impact on any safety-related systems. It will improve the existing class IE,125V DC system by assuming non-class IE loads to the black battery system. The new equipment will be designed, fabricated and installed to meet or exceed the requirements of the applicable sections of the Design Basis Document.

I l

l I

i

PAGEI4 1

TESTS AND EXPERIMENTS REQUIRING NRC APPROVAL MONTH / YEAR DECEMBER,1986 i

NONE DURING THIS PERIOD j

t e

4 j

1 i

}

}

I a

?

I i

i l

i

-._____,_,__t___..__.-____

PAGE 15 1

TESTS AND EXPERIMENTS THAT DID NOT REQUIRE NRC APPROVAL MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD 4

J I

i i

i l

l l

l l

~

PAGE16 4

i OTHER CHANGES, TEST AND EXPERIMENTS 2

MONTH / YEAR DECEMBER,1986 i

i NONE DURING THIS PERIOD I

i i

2' t

i l

J-1 I

.t v

i I

k i

i 1

1 i-I l

i L.-,.____...

PAGE 17 VIRGINIA POWER SURRY POWER STATION CHEMISTRY REPORT Ceber 19 26 00N UNIT NO. 1 UNIT NO. 2 ANALYSIS MAX.

MIN.

AVG.

MAX.

MIN.

AVG.

-2

-1

~1

-3

-2 Gross Radioact., uCi/mi 1.96 2.16 6.52 1.85 2.94 3.59 0.2 0.2 0.2 0.0 0.0 0.0 Suspended Solids, ppe

~1

-1

-2

-2

-2 Gross Tritium, uCi/:a1 1.48 1.20 1.34 5.49 4,49 4,gg

~

-3

-4

-3

~4

-5

~4 Iodine

, uCi/a1 5.81 P.73 3.82 6.34 3.51 1.56 I31 0.14 0.08 0.12 0.13 0.09 0.10 I

/I IAI 21.2 ^I 31.7 26.6 2P.F I

37.8 1.9 Hydrogen, cc/ka 1.56 1.37 1.45 2.67 1.87 2.21 Lithium, ppa 403 163 322 291 211 321 Boron-10, ppm

  • 50.005 10'.005 10.005 13.005 10.005 10.005-0xygen, (DO), ppe 0.010 10.001 0.003 0.010

$0.001 0.002 Chloride, ppa 6.61 5.72 6.17 6.52 5.71 6.01 pH @ 25 degree Celsius

  • Boron-10 = Total Boron X 0.196 REMARKS:

Unit 1:

Unit was shutdown on 12-10-F6 for an instuction/naintenance E total of 226 crans of LiOil was added to Unit One on 12-5-R6.

':te outace.

Ct.T Ded was not niaced in service in reembor.

(t) Str low lNorocon valtrs are due to deaasino after st utdown.

Unit 2: A total of 50 crans of Licil was added to Unit Two on 12-5-96.

':te CAT Cod was placed in service on 12-5-P6 and 12-P-R6.

.- - - =.

PAGE 18 UNIT I

FUEL HANDLING DATE Dec 1986 NEW OR DATE NUMBER OF NEW OR SPENT SPENT FUEL SHIPPED OR ASSEMBLIES ASSEMBLY ANSI INITIAL FUEL SHIPPINC SHIPMENT #

RECEIVED PER SHIPMENT ENRICHMENT CASK ACTIVITY AT ISFSI LEVEL CASTOR V/21 500-11-003 12-4-86 4

A25 NONE 1.87 1

4 A14 NONE 1.87 4

A46 NONE 1.87 4

A33 NONE 1.87 1

i I

i i

L L

-wr--

--w--==me---------a

-y y-w-pi-,-vm

---w-yy

-wery ee-=

e---,-%.

--.---e-m-e-u---- - - -

i----ew----

+-&---mwww--m--

e-

-i+-o-i-e

PAGE 19 i

i UNIT 2

FUEL HANDLING DATE Dec,1986 l

NEW OR DATE NUMBER OF NEW OR SPENT I

SPElff FUEL SHIPPED OR ASSEMBLIES ASSEMBLY ANSI INITIAL FUEL SHIPPINC I

SHIPMENT #

RECEIVED PER SHIPMENT ENRICHMENT CASK ACTIVITY AT ISFSI LEVEL GASTOR V/21 500-11-003 12-04-86 17 L50 NONE 1.86 i

i 17 LO2 NONE 1.86 17 L44 NONE 1.86 17 L30 NONE 1.86 i

17 L52 NONE 1.86 4

17 L37 NONE 1.86 17 Ll4 NONE 1.86 i

17 L47 NONE 1.86 l

17 L40 NONE 1.86 1

}

17 L18 NONE 1.86 i

17 L41 NONE 1.86 I

17 L15 None 1.86 j

17 LO3 NONE 1.86 17 Lil NONE 1.86 17 LOS NONE 1.86 17 L22 NONE 1.86 17 L10 NONE 1.86 i

l l

l l

l. - - -.

PAGE 20 1

i PROCEDURE REVISIONS THAT CHANGED THE i

OPERATING MODE DESCRIBED IN THE FSAR MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD J

f 6

O e

h4 l

f i

PAGE 21 DESCRIPTION OF PERIODIC TEST WHICH WERE NOT COMPLETED WITHIN THE TIME LIMITS SPECIFIED IN TECHNICAL SPECIFICATIONS MONTH / YEAR DECEMBER,1986 NONE DURING THIS PERIOD l

a 1

l l

l l

l l

l l

\\

.i k

I t.,

o VIMOINIA ELucTurc AND POwna COMPANY llIC11M OND, VI HO IN I A 2312 61 January 19, 1987

,,,,,g,,,,,

Vaca I*musinant Nortman Ormwarnown U. S. Nuclear Regulatory Commission Serial No.87-015 Attention: Document Control Desk N0/JDH/rh Washington, D. C.

20555 Docket Nos.

50-280 50-281 License Nos. DPR-32 DPR-37 Gentlemen:

VIRGINIA ELECTRIC AND POWER COMPANY SURRY POWER STATION UNIT NOS. 1 AND 2 l

MONTHLY OPERATING REPORT Enclosed is the Monthly Operating Report for Surry Power Station Unit Nos. I and 2 for the month of December 1986.

Very truly yours, h

W. L. Stewart Enclosure cc:

Dr. J. Nelson Crace Regional Administrator l

Region II Mr. W. E. Holland NRC Senior Resident Inspector Surry Power Station 0

G II