ML19341A028: Difference between revisions

From kanterella
Jump to navigation Jump to search
(Created page by program invented by StriderTol)
(StriderTol Bot change)
 
Line 17: Line 17:


=Text=
=Text=
{{#Wiki_filter:REFUEI.ING INFOR!fATION The following refueling information is included in the Monthly Report as requested in a letter to Mr. G. C. Andognini dated January 18, 1978:
{{#Wiki_filter:REFUEI.ING INFOR!fATION The following refueling information is included in the Monthly Report as requested in a letter to Mr. G. C. Andognini dated January 18, 1978:
For your convenience, the information supplied has been enumerated so that each nu=ber corresponds to equivalent notation utilized in the request.
For your convenience, the information supplied has been enumerated so that each nu=ber corresponds to equivalent notation utilized in the request.
: 1. The name of this facility is Pilgrie Nuclear Power Station, Docket Nu=ber 50-29 3.
1.
: 2. Scheduled date for next Refueling Shutdown:     September, 1981           .
The name of this facility is Pilgrie Nuclear Power Station, Docket Nu=ber 50-29 3.
: 3. Scheduled date for restart following refueling:
2.
Scheduled date for next Refueling Shutdown:
September, 1981 3.
Scheduled date for restart following refueling:
4.
4.
: 5. Due to their si=ilarity, requests 4, 5, & 6 are responded to collectively:
5.
: 6. The fuel, which had been loaded during the 1980 scheduled refueling outage, is of the new P8x8R design, consisting of approximately 64 PSDR3282 asse=blies and 120 ?SDRB265 assemblies.
Due to their si=ilarity, requests 4, 5, & 6 are responded to collectively:
: 7.   (a) There are 580 fuel assemblies in the core.
6.
The fuel, which had been loaded during the 1980 scheduled refueling outage, is of the new P8x8R design, consisting of approximately 64 PSDR3282 asse=blies and 120 ?SDRB265 assemblies.
7.
(a) There are 580 fuel assemblies in the core.
(b) There are 764 fuel asse=blies 'in the spent fuel pool.
(b) There are 764 fuel asse=blies 'in the spent fuel pool.
: 8.   (a) The station is presently licensed to store 2320 spent fuel assemblies.
8.
(a) The station is presently licensed to store 2320 spent fuel assemblies.
The actual spent fuel storage capacity is 1770 fuel asse=blies at p re sent.
The actual spent fuel storage capacity is 1770 fuel asse=blies at p re sent.
(b) The planned spent fuel storage capacity is 2320 fuel asse=blies.
(b) The planned spent fuel storage capacity is 2320 fuel asse=blies.
: 9. With present spent fuel in storage, the spent fuel pool new has the capacity to acco==odate an additional 1006 fuel asse=blies.
9.
8101210 473
With present spent fuel in storage, the spent fuel pool new has the capacity to acco==odate an additional 1006 fuel asse=blies.
8101210473


O I
O I
OPERATING DATA REPORT DOCKET NO. 50-293 DATE ni/nA/At COMPLETED BY       G.G. Whitney TELEPHONE 6 L 7-746-7900 OPERATING STATUS 8#                   '"
OPERATING DATA REPORT DOCKET NO.
50-293 DATE ni/nA/At COMPLETED BY G.G. Whitney TELEPHONE 6 L 7-746-7900 OPERATING STATUS 8#
: 1. Unit Name:
: 1. Unit Name:
: 2. Reporting Period:                           Decembe r,       1980
: 2. Reporting Period:
Decembe r, 1980 1998.
: 3. Licensed Thermal Power (MWt):
: 3. Licensed Thermal Power (MWt):
1998.
678.
: 4. Nameplate Rating (Gross MWe):                 678.                                                                    -
: 4. Nameplate Rating (Gross MWe):
: 5. Design Electrial Rating (Net MWe):           655.                                               ,  J                   "
: 5. Design Electrial Rating (Net MWe):
: 6. Maximum Dependable Capacity (Gross MWe): 690.
655.
: 7. Maximum Dependable Capacity (Net MWe):       6 70.
J 690.
: 6. Maximum Dependable Capacity (Gross MWe):
6 70.
: 7. Maximum Dependable Capacity (Net MWe):
: 8. If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report. Give Reasons:
: 8. If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report. Give Reasons:
None
None
: 9. Power Level To which Restricted. If Any (Net MWe):             None
: 9. Power Level To which Restricted. If Any (Net MWe):
None
: 10. Reasons For Restrictions. If Any:
: 10. Reasons For Restrictions. If Any:
N/A This Month         Yr..to.Date         Cumulative I1. Hours in Reporting Period                                  744.0             8784.0                 70o80.0
N/A This Month Yr..to.Date Cumulative 744.0 8784.0 70o80.0 I1. Hours in Reporting Period
: 12. Number Of Hours Reactor Was Critical                       744.0             5203.7                 50184.6
: 12. Number Of Hours Reactor Was Critical 744.0 5203.7 50184.6
: 13. Reactor Reserve Shutdown Hours                               0.0                 0.0                   0.0
: 13. Reactor Reserve Shutdown Hours 0.0 0.0 0.0
: 14. Hours Generator On.Line                                   744.0             4954.4                 48506.9
: 14. Hours Generator On.Line 744.0 4954.4 48506.9
: 15. Unit Reserve Shutdown Hours                                   0.0                 0.0                   0.0
: 15. Unit Reserve Shutdown Hours 0.0 0.0 0.0
: 16. Gross Thermal Energy Generated (MWH)                   147A9s?.0         9198264.0             82289376.0           .
: 16. Gross Thermal Energy Generated (MWH) 147A9s?.0 9198264.0 82289376.0
: 17. Gross Electrical Energy Generated (MWH)                 515560.0     _
: 17. Gross Electrical Energy Generated (MWH) 515560.0 3164530.0 27329364.0
3164530.0             27329364.0
: 18. Net Electrical Energy Generated (MWH) 496382.0 3044484.0 26250607.0
: 18. Net Electrical Energy Generated (MWH)                   496382.0         3044484.0       ,
: 19. Unit Service Factor 100.0 56.4 68.6
26250607.0
: 20. Unit Availability Factor 100.0 56.4 68.6
: 19. Unit Service Factor                                         100.0               56.4                   68.6
: 21. Unit Capacity Factor (Using MDC Net) 99.6 51.7 55.4
: 20. Unit Availability Factor                                   100.0               56.4                   68.6
: 22. Unit Capacity Factor (Using DER Net) 10 1.9 52.9 56.7
: 21. Unit Capacity Factor (Using MDC Net)               _._
: 23. Unit Forced Outage Rate 0.0 8.7 10.5_
99.6               51.7                   55.4
: 22. Unit Capacity Factor (Using DER Net)                       10 1.9               52.9                   56.7
: 23. Unit Forced Outage Rate                                       0.0                 8.7                 10.5_
: 24. Shutdowns Scheduled Over Next 6 Months (Type. Date, and Duration of Eachi:
: 24. Shutdowns Scheduled Over Next 6 Months (Type. Date, and Duration of Eachi:
None Unit Operating
None
: 25. If Shut Down At End Of Report Period. Estimated Date of Startup:
: 25. If Shut Down At End Of Report Period. Estimated Date of Startup:
: 26. Units in Test Status (Prior to Commercial Operation):                       Forecast           Achieved l   .
Unit Operating
: 26. Units in Test Status (Prior to Commercial Operation):
Forecast Achieved l
INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (4/77)
INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (4/77)


          .                                        AVERAGE DAILY UNIT POWER LEVEL DOCKET NO.     50-293 Pilgrim I UNIT 01/0 /81 DM COMPLETED BY         C*C' hhit"*Y TELEPHONE     617-746-7900 December, 1980 MONTH DAY       AVERAGE DAILY POWER LEVEL                         DAY       AVERAGE DAILY POWER LEVEL (MWe-Net)                                                   (Mwe-Net)                       .
AVERAGE DAILY UNIT POWER LEVEL DOCKET NO.
I                  671.                                    g7              672.
50-293 UNIT Pilgrim I 01/0 /81 DM COMPLETED BY C*C' hhit"*Y TELEPHONE 617-746-7900 December, 1980 MONTH DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe-Net)
2                   671.                                   13'             669.
(Mwe-Net) 671.
3                   A'1                                     19             669.
672.
4                    666.                                   20               669.
I g7 2
5                   672.                                   33 670, 6                    670.                                   ::              6 70.
671.
669.                                   ,J             671.
13' 669.
3                   6 15.                                 24             671.
3 A'1 19 669.
  ;          9                   037.
666.
* J             6 70.
20 669.
10 669.                                   26             669.
4 5
II 670.                                   g             ggo.
672.
g;                   671.                                    23             670.
33
13 671.                                   ;9             671.
: 670, 670.
14                    670.                                   30             660 gg 671.                                                   670.
6 6 70.
3 16 670.
669.
l P00R ORIGINAL INSTRUCTIONS                 -
,J 671.
On th:s format.!ist the average datly umt power leve! in MWe Net for each day in the reporting month. Campute to the nearest wnoie meg 2 watt.
3 6 15.
24 671.
9 037.
J 6 70.
669.
10 26 669.
II 670.
g ggo.
671.
g; 23 670.
671.
13
;9 671.
670.
14 30 660 671.
670.
gg 3
16 670.
P00R ORIGINAL l
INSTRUCTIONS On th:s format.!ist the average datly umt power leve! in MWe Net for each day in the reporting month. Campute to the nearest wnoie meg 2 watt.
(o/TT )
(o/TT )
,                                                                                                                                  l


    %                                  Mm                                     Z w                                                                           -:
Mm Z
w e a
w w
                                        ='*=
e a
                                        . e.
= ' * =
                                        =n
. e.
                                        = C-T;'NIS H0 H00d             ;
=n
i.
=
    =.-- 09=>x                                                               Type 1 0 0 s.
C-T;'NIS H0 H00d i.
            =. o *n *n E.=    u       g-
=.--
    =   n = n oc = =. =. 5
09=>x 1
    .n. u - u = n . . -
Type 0 0 s. 6 *
                - . . - n=
* E.= g
                      .                                                                                              i Ci     rEE          =E'-=      ER                                    Duration                                     j
=. o n n u
    -=.     u   3x
= n = n oc = =. =. 5
            --                  E-(Hours)                                     l
.n. u - -.. -
    .=.
n.
    - . nue    =. .n2 =.,.ux=
u =
i l
n=
:      ==                  a=
i Ci r E E
E-"
=E' E R Duration j
          -    Us -.                                                                 %
-=.
O       a.9.                 =,                                   Reason-
-=
        -s
u 3x E-(Hours) l
                -g
.=. ue. 2 =. x
          =. n.
-. n =. n
E-   E                     -&                                Method ot' a
,.u i
                                      =-
=
Sh utt m"e   -                     2 i
a=
u Down Reactor'                         =
 
                =                                                 2 m
==
                =.
Us -.
                =                                                 o                           2             :=
O a.9.
u                                                 z                           -            -
E =,
2                                                 m                           .e                 d.
Reason-
5                                                         "n md >-           N
-s
                                                                                              ~
-g
x
=.
                                                                            &"e=
n.
                                                                            -: Kn        - s m              1 2
E-E Method ot'
a                 2               @
=-
2             >
a Sh utt m" e
2
-i Down Reactor'
=
u=
m
=.
2
=
o 2
:=
u z
2 m
e d.
5
" m >-
x n
~
d N
&"e=
m 1
-: K
- s 2
a n
2 2
2
2
                                                                                                              -e.
-e.
uww. 3 - . ,
uww. 3 Sy stem C
Sy stem             -            -
2 O> Era-Code4 n
O>             Era-                                             4 C
z' ' '
n            2
=u--
                          =u-- u                                           Code              e            z' ' '
=-
n: = =x=-                                                                  -
e u
z
n: = =x z
                    --    = c . --
EL
EL o            r-m" x            w                                                               1
= c. --
                                                                                                              =
r-m" w o
                    =   .w pr ;;
1
: c.                                     Component            -
=
u           -                                                                            x.
: x. pr c.
                    =c=   u -
= w ;;
Coae<              -
Component x.
                                                                                                              ~
u Coae<
                          =                                                                    cc           -
=c=
o            2 m
~
  .          .n                               a                                                   m e     n             -
u -
=
cc o
2m
.n a
m e
n E.
ommem
ommem
                    -a                    ,
;i m'
                                                                          ;i a
.- x
m'     --
.=
E.      .-
.e;,; r -
x 2n : -                                                n      .=     .e;,; r -       2x E
2x
        =
-a a
CE~75                                                 E?f; xn =            H ~m           C r:
2n : -
m I
n E
xn WS -u
CE~75 E?f; H ~m C r:
                                          =                                   =  n.     3 ., ,. _ 2 m t
I
=
x WS =
x = n.
3.,,. _ 2 m m
n
-u n =
- n -
.n.
t
~, >, > 2 n
r.
=
= - u.
2m-E l
m
m
                        - n -
=
                          =-u. r.
= r-2
                                          .n.                             n
" =:
                                                                          = r-
;; -R-m -e m m.~
                                                                                  =       ~
=
2m-E
-r-E
                                                                                                  , >, > 2 l                          =
-=!O Q-E g
: 1. =
n n
2 O O 'O u
% 6.
~
~
>* O
=
wkgY =-
M O N l
C 00 N
. = -
=
e e;
=J 3 8-4
@ et @
2
2
        -                -r-    " =: =                                  ;;
# 5 w
                                                                          -    -R-        m -e m m .~
2 1
E                -=!O                                            E        Q-g                -
'oo*a 6
: 1. ="
a-.
n        n        2      O O 'O u
g~
                        % 6.                                                              ~      .  ~    >* O
Q r"?
        =                wkgY            =-                                                M      O N
PM C
* l
U O
        ;*              . = -            =
rb A
                                                                                            $      e  C 00 N e;              =J 3        8-                                                    4          @ et @
6 2                                                          #
                                                                                            >      5 'oo*aw 2                                                                  1    >*  a-.
                        -                                                                  Q     r"?       PM g~                                                                C U
                        -                                                                  O      rb A
O'<
O'<


P       ,
P R
.                            R                                               _
E L
E                                               _
D E
L                                               _
T
D                                               _
_= m _D iOCC 3:L A
E                                               _
m 0
T                           3 A          m
I 8
_= m _D       :L iOCC 0                     I               -
C 9
C 8
O r
9 1
C G
O S
S 1
r    - C               G S
SA
A r                               -
,r e
e b
bn iec eD r
i n
Nr i
e c
Oe t
e                                      -
t I g g
D                                                      .
n Tn o
r i                Nr t
Cn M
t Oe                                                g I g n               Tn o               Cn M                 Ar   i r     _
Ar i
Er Vn         _
r Er Vn I
I Tr         _
Tr Cn Er Ru Rr Oa Cp nT E
Cn Er Ru Rr Oa Cp n
N C O N I
T E
A E
N C O N I         A       E T N               C A E               N T T             A                                         _
T N C
S N             N I      E RM E        I T
A E N
N W                I           E N
T T A
O D            A                                                e P E              f O
S N N
T f
I E
N R A A      L E      E L      R C
R M T
U      Y N      T E
M F              E O
I        A      S R S              U G                A L R              C I        O P        J A
M                                       ^
N
.                  O I              -
T C
N U
F L
A M
T N
E N
E N
O P
I W
M O
E I
e N
O D A
O P E f
f T
N R A A L E E L R CU Y N T E M F E
O I
A S
R S U
G A
L R C
I O
P J
AM
^
NO I
TCNUF L
AM TN ENO PM O
C l
C l
          -    E'         .                                          .
E' T
T i
i


            ._    _m           .      . _              ..                .__ _ .                _    _                    _.. _._..                _ . . _ ..
_m BOSTON EDISON COMPANY PILGRIM NUCLEAR POUER STATION '
BOSTON EDISON COMPANY PILGRIM NUCLEAR POUER STATION '
Summarv of Operations for December 1980 i
Summarv of Operations for December                   ,    1980 i
Maintained 100% power until 0001 Tuesday, December 9, when the power was reduced to 50% to backwash the condenser. Returned to 100% power by 0800 Tuesday, December 9 and maintained 100% power for the remainder of the month, f
Maintained 100% power until 0001 Tuesday, December 9, when the power was reduced to 50% to backwash the condenser. Returned to 100% power by 0800 Tuesday, December 9 and maintained 100% power for the remainder of the month, f
e 4
e 4
m e
m e
                                                                                                                                                                            ?
?
e 4
e 4
4 I
4 I
4 l
4 l
    --,                          ,- -    -v-,-   ,      -, - - -    ,,,        e- ..-,--,,--s     ,  ,-,---w-- - ,- .--            n .--- - -- -            . - - -}}
-v-,-
e-
..-,--,,--s
,-,---w--
n
. - - -}}

Latest revision as of 17:39, 24 December 2024

Monthly Operating Rept for Dec 1980
ML19341A028
Person / Time
Site: Pilgrim
Issue date: 01/06/1981
From: Whitney G
BOSTON EDISON CO.
To:
Shared Package
ML19341A026 List:
References
NUDOCS 8101210473
Download: ML19341A028 (5)


Text

REFUEI.ING INFOR!fATION The following refueling information is included in the Monthly Report as requested in a letter to Mr. G. C. Andognini dated January 18, 1978:

For your convenience, the information supplied has been enumerated so that each nu=ber corresponds to equivalent notation utilized in the request.

1.

The name of this facility is Pilgrie Nuclear Power Station, Docket Nu=ber 50-29 3.

2.

Scheduled date for next Refueling Shutdown:

September, 1981 3.

Scheduled date for restart following refueling:

4.

5.

Due to their si=ilarity, requests 4, 5, & 6 are responded to collectively:

6.

The fuel, which had been loaded during the 1980 scheduled refueling outage, is of the new P8x8R design, consisting of approximately 64 PSDR3282 asse=blies and 120 ?SDRB265 assemblies.

7.

(a) There are 580 fuel assemblies in the core.

(b) There are 764 fuel asse=blies 'in the spent fuel pool.

8.

(a) The station is presently licensed to store 2320 spent fuel assemblies.

The actual spent fuel storage capacity is 1770 fuel asse=blies at p re sent.

(b) The planned spent fuel storage capacity is 2320 fuel asse=blies.

9.

With present spent fuel in storage, the spent fuel pool new has the capacity to acco==odate an additional 1006 fuel asse=blies.

8101210473

O I

OPERATING DATA REPORT DOCKET NO.

50-293 DATE ni/nA/At COMPLETED BY G.G. Whitney TELEPHONE 6 L 7-746-7900 OPERATING STATUS 8#

1. Unit Name:
2. Reporting Period:

Decembe r, 1980 1998.

3. Licensed Thermal Power (MWt):

678.

4. Nameplate Rating (Gross MWe):
5. Design Electrial Rating (Net MWe):

655.

J 690.

6. Maximum Dependable Capacity (Gross MWe):

6 70.

7. Maximum Dependable Capacity (Net MWe):
8. If Changes Occur in Capacity Ratings (Items Number 3 Through 7) Since Last Report. Give Reasons:

None

9. Power Level To which Restricted. If Any (Net MWe):

None

10. Reasons For Restrictions. If Any:

N/A This Month Yr..to.Date Cumulative 744.0 8784.0 70o80.0 I1. Hours in Reporting Period

12. Number Of Hours Reactor Was Critical 744.0 5203.7 50184.6
13. Reactor Reserve Shutdown Hours 0.0 0.0 0.0
14. Hours Generator On.Line 744.0 4954.4 48506.9
15. Unit Reserve Shutdown Hours 0.0 0.0 0.0
16. Gross Thermal Energy Generated (MWH) 147A9s?.0 9198264.0 82289376.0
17. Gross Electrical Energy Generated (MWH) 515560.0 3164530.0 27329364.0
18. Net Electrical Energy Generated (MWH) 496382.0 3044484.0 26250607.0
19. Unit Service Factor 100.0 56.4 68.6
20. Unit Availability Factor 100.0 56.4 68.6
21. Unit Capacity Factor (Using MDC Net) 99.6 51.7 55.4
22. Unit Capacity Factor (Using DER Net) 10 1.9 52.9 56.7
23. Unit Forced Outage Rate 0.0 8.7 10.5_
24. Shutdowns Scheduled Over Next 6 Months (Type. Date, and Duration of Eachi:

None

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

Unit Operating

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

Forecast Achieved l

INITIAL CRITICALITY INITIAL ELECTRICITY COMMERCIAL OPERATION (4/77)

AVERAGE DAILY UNIT POWER LEVEL DOCKET NO.

50-293 UNIT Pilgrim I 01/0 /81 DM COMPLETED BY C*C' hhit"*Y TELEPHONE 617-746-7900 December, 1980 MONTH DAY AVERAGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe-Net)

(Mwe-Net) 671.

672.

I g7 2

671.

13' 669.

3 A'1 19 669.

666.

20 669.

4 5

672.

33

670, 670.

6 6 70.

669.

,J 671.

3 6 15.

24 671.

9 037.

J 6 70.

669.

10 26 669.

II 670.

g ggo.

671.

g; 23 670.

671.

13

9 671.

670.

14 30 660 671.

670.

gg 3

16 670.

P00R ORIGINAL l

INSTRUCTIONS On th:s format.!ist the average datly umt power leve! in MWe Net for each day in the reporting month. Campute to the nearest wnoie meg 2 watt.

(o/TT )

Mm Z

w w

e a

' *

. e.

=n

=

C-T;'NIS H0 H00d i.

=.--

09=>x 1

Type 0 0 s. 6 *

  • E.= g

=. o n n u

= n = n oc = =. =. 5

.n. u - -.. -

n.

u =

n=

i Ci r E E

=E' E R Duration j

-=.

-=

u 3x E-(Hours) l

.=. ue. 2 =. x

-. n =. n

,.u i

=

a=

==

Us -.

O a.9.

E =,

Reason-

-s

-g

=.

n.

E-E Method ot'

=-

a Sh utt m" e

2

-i Down Reactor'

=

u=

m

=.

2

=

o 2

=

u z

2 m

e d.

5

" m >-

x n

~

d N

&"e=

m 1

-: K

- s 2

a n

2 2

2

-e.

uww. 3 Sy stem C

2 O> Era-Code4 n

z' ' '

=u--

=-

e u

n: = =x z

EL

= c. --

r-m" w o

1

=

x. pr c.

= w ;;

Component x.

u Coae<

c

~

u -

=

cc o

2m

.n a

m e

n E.

ommem

i m'

.- x

.=

.e;,; r -

2x

-a a

2n : -

n E

CE~75 E?f; H ~m C r:

I

=

x WS =

x = n.

3.,,. _ 2 m m

n

-u n =

- n -

.n.

t

~, >, > 2 n

r.

=

= - u.

2m-E l

m

=

= r-2

" =:

-R-m -e m m.~

=

-r-E

-=!O Q-E g

1. =

n n

2 O O 'O u

% 6.

~

~

>* O

=

wkgY =-

M O N l

C 00 N

. = -

=

e e;

=J 3 8-4

@ et @

2

  1. 5 w

2 1

'oo*a 6

a-.

g~

Q r"?

PM C

U O

rb A

O'<

P R

E L

D E

T

_= m _D iOCC 3:L A

m 0

I 8

C 9

O r

C G

S 1

SA

,r e

bn iec eD r

Nr i

Oe t

t I g g

n Tn o

Cn M

Ar i

r Er Vn I

Tr Cn Er Ru Rr Oa Cp nT E

N C O N I

A E

T N C

A E N

T T A

S N N

I E

R M T

E N

I W

E I

e N

O D A

O P E f

f T

N R A A L E E L R CU Y N T E M F E

O I

A S

R S U

G A

L R C

I O

P J

AM

^

NO I

TCNUF L

AM TN ENO PM O

C l

E' T

i

_m BOSTON EDISON COMPANY PILGRIM NUCLEAR POUER STATION '

Summarv of Operations for December 1980 i

Maintained 100% power until 0001 Tuesday, December 9, when the power was reduced to 50% to backwash the condenser. Returned to 100% power by 0800 Tuesday, December 9 and maintained 100% power for the remainder of the month, f

e 4

m e

?

e 4

4 I

4 l

-v-,-

e-

..-,--,,--s

,-,---w--

n

. - - -