ML20072A735: Difference between revisions

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O COMANCHE PEAK STEAM ELECTRIC STATION EMERGENCY RESPONSE GUIDELINES                     __
O COMANCHE PEAK STEAM ELECTRIC STATION EMERGENCY RESPONSE GUIDELINES
                                          ~
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PROCEDURE NO. ECA - 1.0 REVISION NO. 0 zuS,,111eo sY        /3,W OPERATIONS SUPERINTENDENT os1E ,2.44 W
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APPROVED BY             /.                                           DATE /M'' B 7-MANAGER, Pp OPERATIONS
PROCEDURE NO. ECA - 1.0 REVISION NO. 0
                                ~
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6301240115 830118 PDR ADOCK 05000445 A                 PDR
,2.44 os1E zuS,,111eo sY OPERATIONS SUPERINTENDENT W
APPROVED BY
/.
DATE /M B
7-MANAGER, Pp OPERATIONS 6301240115 830118
~
PDR ADOCK 05000445 A
PDR


CPSES                                 ISSUE DATE           PROCEDURE NO.
CPSES ISSUE DATE PROCEDURE NO.
EMERGENCY RESPONSE GUIDELINE                                   JAN 051983         ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP                           REVISION No. O       Page 2 of 5 STEP                   ACTION / EXPECTED RESPONSE                     RESPONSE NOT OBTAINED A. PURPOSE The purpose of this guideline is to add negative reactivity to the core when the control / shutdown banks are not inserted upon demand, to establish and caintain a heat sink for conditions amenable to long term cooling, and to prevent or minimize damage to the fuel and release of excessive radioactivity.
EMERGENCY RESPONSE GUIDELINE JAN 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 2 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED A. PURPOSE The purpose of this guideline is to add negative reactivity to the core when the control / shutdown banks are not inserted upon demand, to establish and caintain a heat sink for conditions amenable to long term cooling, and to prevent or minimize damage to the fuel and release of excessive radioactivity.
B. SYMPTOMS Tollowing are symptoms of an anticipated transient without scram condition:
B. SYMPTOMS Tollowing are symptoms of an anticipated transient without scram condition:
: 1. Reactor trip breakers fail to open
1.
: 2. Rod position indicators show failure of CRDMs to insert
Reactor trip breakers fail to open 2.
: 3. Rod bottom lights not lit
Rod position indicators show failure of CRDMs to insert 3.
: 4. Neutron level not decreasing rapidly corresponding to large negative reactivity insertion h
Rod bottom lights not lit 4.
Neutron level not decreasing rapidly corresponding to large negative reactivity insertion h
l f
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    ..                                  CPSES                                                                                    PROCEDURE NO.
PROCEDURE NO.
        ,          EMERGE!!CY RESPONSE GUIDELINE                                                       ISSUEDdTEJANECA          51983    - 1.0 ANTICIPATED TRANSIENT WIT 110UT TRIP                                                 REVISION No. O         Page 3 of 5 STEP                 ACTIOf4/ EXPECTED RESPONSE                                                 RESPONSE NOT OBTAINED NOTE:     If at any time a reactor trip occurs, icznediately go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.
ISSUEDdTEJAN 51983 ECA - 1.0 CPSES EMERGE!!CY RESPONSE GUIDELINE ANTICIPATED TRANSIENT WIT 110UT TRIP REVISION No. O Page 3 of 5 STEP ACTIOf4/ EXPECTED RESPONSE RESPONSE NOT OBTAINED NOTE:
1             Perform Following Actions From Control Room:
If at any time a reactor trip occurs, icznediately go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.
: a. Try to t rip reactor canually                                         a. Try to canually insert control rods.
1 Perform Following Actions From Control Room:
: b. Try to trip turbine manually                                         b. Try to runback turbine.
: a. Try to t rip reactor canually
2             Check AFW Ptnps Running:
: a. Try to canually insert control rods.
: a. Motor-driven pump breaker                                             a. Manually start pumps, indicator lights - LIT
: b. Try to trip turbine manually
: b. Turbine-driven pump steam                                           b. Manually open valves, supply valves - OPIN 3             Check AFW Valve Alignment:
: b. Try to runback turbine.
: a. AFW valves - PROPER EMERGENCY                                       a. Manually open or close ALIGNMEhT:                                                                 valves as appropriate.
2 Check AFW Ptnps Running:
: a. Motor-driven pump breaker
: a. Manually start pumps, indicator lights - LIT
: b. Turbine-driven pump steam
: b. Manually open valves, supply valves - OPIN 3
Check AFW Valve Alignment:
: a. AFW valves - PROPER EMERGENCY
: a. Manually open or close ALIGNMEhT:
valves as appropriate.
e M0T DRV AUX FW PMP-1 TO SG-1 FLOW CNTR, 1-FK-2453A e M0T DRV AUX FW PMP-1 TO SG-2 FLOW CNTR, 1-FK-2453B e MOT DRV AUX FW PMP-2 TO SG-3 FLOW CNTR,1-FK-2454A e MOT DRV AUX FW PMP-2 TO SG-4 FLOW CNTR, 1-FK-24 54B e TURB DRV AUX FW PMP TO SG-1 FLOW CNTR,1-FK-2459A e TURB DRV AUX FW PMP TO SG-2 FLOW CNTR, 1-FK-2460A e TURB DRV AUX FW PMP TO SG-3 FLOW CNTR, 1-FK-2461A e TURB DRV AUX FW PHP TO SG-4 FLOW CNTR,1-FK-2462A
e M0T DRV AUX FW PMP-1 TO SG-1 FLOW CNTR, 1-FK-2453A e M0T DRV AUX FW PMP-1 TO SG-2 FLOW CNTR, 1-FK-2453B e MOT DRV AUX FW PMP-2 TO SG-3 FLOW CNTR,1-FK-2454A e MOT DRV AUX FW PMP-2 TO SG-4 FLOW CNTR, 1-FK-24 54B e TURB DRV AUX FW PMP TO SG-1 FLOW CNTR,1-FK-2459A e TURB DRV AUX FW PMP TO SG-2 FLOW CNTR, 1-FK-2460A e TURB DRV AUX FW PMP TO SG-3 FLOW CNTR, 1-FK-2461A e TURB DRV AUX FW PHP TO SG-4 FLOW CNTR,1-FK-2462A
 
* e e
          *e
CPSES ISSUE DATE PROCEDURE NO.
* e CPSES                                     ISSUE DATE           PROCEDURE NO.
EMERGENCY RESPONSE GUIDELINE JAN 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 4 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 4
EMERGENCY RESPONSE GUIDELINE                                               ECA - 1.0 JAN 051983 ANTICIPATED TRANSIENT WITHOUT TRIP                     REVISION No. O       Page 4 of 5 STEP         ACTION / EXPECTED RESPONSE                         RESPONSE NOT OBTAINED 4       Check If The Following Trips Have Occurred:
Check If The Following Trips Have Occurred:
: a. Reactor trip                                 a. If not, try to trip reactor 3                                                                             locally:
: a. Reactor trip a.
e REACTOR TRIP BREAKER A
If not, try to trip reactor 3
  ,                                                                            e  REACTOR TRIP BREAKER B f                                                                               e BYPASS BREAKER A e BYPASS BREAKER B e MOTOR BREAKER MG SET 1 p'
locally:
k                                                                            e MOTOR BREAKER MG SET 2 e GEN BREAKER MC SET 1 i
e REACTOR TRIP BREAKER A e
REACTOR TRIP BREAKER B f
e BYPASS BREAKER A e BYPASS BREAKER B e MOTOR BREAKER MG SET 1 k
e MOTOR BREAKER MG SET 2 p'
e GEN BREAKER MC SET 1 i
e GEN BREAKER MG SET 2
e GEN BREAKER MG SET 2
: b. Turbine trip                                 b. If not, try to trip turbine locally:
: b. Turbine trip
: b. If not, try to trip turbine locally:
o CNTR FLUID PMP "A",
o CNTR FLUID PMP "A",
(1-HS-6550) e CNTR FLUID PMP "B",
(1-HS-6550) e CNTR FLUID PMP "B",
(1-HS-6551) e CNTR FLUID PMP "C",
(1-HS-6551) e CNTR FLUID PMP "C",
(1-HS-6552) e LOCAL TRIP VALVE 5       Verify AFW Flow:
(1-HS-6552) e LOCAL TRIP VALVE 5
,                          a. AFW flow indicators - CHECK                 a. Perform actions of steps 2 FOR FLOW                                        and 3 locally.
Verify AFW Flow:
l
: a. AFW flow indicators - CHECK
* CAUTION:       Charging pump miniflow valves must remain open when
: a. Perform actions of steps 2 and 3 locally.
* i
FOR FLOW l
* RCS pressure is greater than (LATER)
* CAUTION:
* p                           *
Charging pump miniflow valves must remain open when
* 5
* RCS pressure is greater than (LATER) i p
5


    ,                              CPSES                                 ISSUE DATE           PROCEDURE NO.
CPSES ISSUE DATE PROCEDURE NO.
EMERGENCY RESPONSE CUIDELINE                         JEd{ 051983       ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP                 REVISION No. O       Page 5 of 5 STEP         ACTION / EXPECTED RESPONSE                       RESPONSE NOT OBTAINED 6       Initiate Rapid Boration of RCS To Obtain Adequate Shutdown Margin:
EMERGENCY RESPONSE CUIDELINE JEd{ 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 5 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 6
Initiate Rapid Boration of RCS To Obtain Adequate Shutdown Margin:
: a. Initiate emergency boration:
: a. Initiate emergency boration:
: 1) Open the Emergency Boration               1) ))[ valve 1-8104 does not Valve:                                         open, THEN open the boric e EMER BORATE VLV (1/1-8104)                   acid to blender valve 1-FCV-110A and manual emergency boration valve 1-8439.
: 1) Open the Emergency Boration
: 1) ))[ valve 1-8104 does not Valve:
open, THEN open the boric e EMER BORATE VLV (1/1-8104) acid to blender valve 1-FCV-110A and manual emergency boration valve 1-8439.
: 2) Start both Boric Acid Transfer Pumps:
: 2) Start both Boric Acid Transfer Pumps:
e BA TRANS PMP 1, (1/1-APBA 1) e    BA TRANS PMP 2, (1/1-APBA 2)
e BA TRANS PMP 1, (1/1-APBA 1)
: 3) Verify PD charging pump running           3) Start PD charging pump.
BA TRANS PMP 2, (1/1-APBA 2) e
: 4) Adjust letdown flow to 120 GPM NOTE: This will require additional charging pumps                                                         (
: 3) Verify PD charging pump running
: 3) Start PD charging pump.
: 4) Adjust letdown flow to 120 GPM NOTE: This will require additional charging pumps
(
to be run in order to maintain PZR level.
to be run in order to maintain PZR level.
: 5) Determine boron addition by observing emergency borate flow:
: 5) Determine boron addition by observing emergency borate flow:
e EMERG BORAT FLOW, (1-FI-183)
e EMERG BORAT FLOW, (1-FI-183)
AND the time duration of the             -
AND the time duration of the emergency boration
emergency boration
: 6) Monitor the following parameters to determine adequate boration:
: 6) Monitor the following parameters to determine adequate boration:
o Control rod bank position e Tave e Neutron flux level Emergency boration flow rate 7       Verify Containment Ventilation               ))[ isolation has NOT occurred, Isolation                                   THEN manually isolate
o Control rod bank position e Tave e Neutron flux level Emergency boration flow rate e
                                                                        . containment ventilation.
7 Verify Containment Ventilation
8       Maintain Adequate Shutdown                   Borate as necessary.
))[ isolation has NOT occurred, Isolation THEN manually isolate containment ventilation.
Margin per OPT-301, CALCULATING                                                               l SHUTDOWN MARGIN.
8 Maintain Adequate Shutdown Borate as necessary.
9       Go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.
l Margin per OPT-301, CALCULATING SHUTDOWN MARGIN.
                                                                -END-
9 Go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.
- _ - - . - . - .                  .--                                                ..          . . . . . . . . _ . . -}}
-END-
........ _.. -}}

Latest revision as of 05:51, 15 December 2024

Anticipated Transient W/O Trip, Rev 0
ML20072A735
Person / Time
Site: Comanche Peak  Luminant icon.png
Issue date: 12/30/1982
From: Rosalyn Jones, Sadil R
TEXAS UTILITIES SERVICES, INC.
To:
Shared Package
ML20072A720 List:
References
ECA-1.0, NUDOCS 8301240115
Download: ML20072A735 (5)


Text

-

)

O COMANCHE PEAK STEAM ELECTRIC STATION EMERGENCY RESPONSE GUIDELINES

~ O. D

n ~~' n r p

d

=

1 l-1<

V V

..memas ANTICIPATED TRANSIENT WITHOUT TRIP SAFETY-RELATED d

PROCEDURE NO. ECA - 1.0 REVISION NO. 0

/3,W

,2.44 os1E zuS,,111eo sY OPERATIONS SUPERINTENDENT W

APPROVED BY

/.

DATE /M B

7-MANAGER, Pp OPERATIONS 6301240115 830118

~

PDR ADOCK 05000445 A

PDR

CPSES ISSUE DATE PROCEDURE NO.

EMERGENCY RESPONSE GUIDELINE JAN 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 2 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED A. PURPOSE The purpose of this guideline is to add negative reactivity to the core when the control / shutdown banks are not inserted upon demand, to establish and caintain a heat sink for conditions amenable to long term cooling, and to prevent or minimize damage to the fuel and release of excessive radioactivity.

B. SYMPTOMS Tollowing are symptoms of an anticipated transient without scram condition:

1.

Reactor trip breakers fail to open 2.

Rod position indicators show failure of CRDMs to insert 3.

Rod bottom lights not lit 4.

Neutron level not decreasing rapidly corresponding to large negative reactivity insertion h

l f

m w - * -*

ene

.M.,,e.-%.,v,,4,,,,,em g,

y

.-ms,,,,

,,*_m___

PROCEDURE NO.

ISSUEDdTEJAN 51983 ECA - 1.0 CPSES EMERGE!!CY RESPONSE GUIDELINE ANTICIPATED TRANSIENT WIT 110UT TRIP REVISION No. O Page 3 of 5 STEP ACTIOf4/ EXPECTED RESPONSE RESPONSE NOT OBTAINED NOTE:

If at any time a reactor trip occurs, icznediately go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.

1 Perform Following Actions From Control Room:

a. Try to t rip reactor canually
a. Try to canually insert control rods.
b. Try to trip turbine manually
b. Try to runback turbine.

2 Check AFW Ptnps Running:

a. Motor-driven pump breaker
a. Manually start pumps, indicator lights - LIT
b. Turbine-driven pump steam
b. Manually open valves, supply valves - OPIN 3

Check AFW Valve Alignment:

a. AFW valves - PROPER EMERGENCY
a. Manually open or close ALIGNMEhT:

valves as appropriate.

e M0T DRV AUX FW PMP-1 TO SG-1 FLOW CNTR, 1-FK-2453A e M0T DRV AUX FW PMP-1 TO SG-2 FLOW CNTR, 1-FK-2453B e MOT DRV AUX FW PMP-2 TO SG-3 FLOW CNTR,1-FK-2454A e MOT DRV AUX FW PMP-2 TO SG-4 FLOW CNTR, 1-FK-24 54B e TURB DRV AUX FW PMP TO SG-1 FLOW CNTR,1-FK-2459A e TURB DRV AUX FW PMP TO SG-2 FLOW CNTR, 1-FK-2460A e TURB DRV AUX FW PMP TO SG-3 FLOW CNTR, 1-FK-2461A e TURB DRV AUX FW PHP TO SG-4 FLOW CNTR,1-FK-2462A

  • e e

CPSES ISSUE DATE PROCEDURE NO.

EMERGENCY RESPONSE GUIDELINE JAN 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 4 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 4

Check If The Following Trips Have Occurred:

a. Reactor trip a.

If not, try to trip reactor 3

locally:

e REACTOR TRIP BREAKER A e

REACTOR TRIP BREAKER B f

e BYPASS BREAKER A e BYPASS BREAKER B e MOTOR BREAKER MG SET 1 k

e MOTOR BREAKER MG SET 2 p'

e GEN BREAKER MC SET 1 i

e GEN BREAKER MG SET 2

b. Turbine trip
b. If not, try to trip turbine locally:

o CNTR FLUID PMP "A",

(1-HS-6550) e CNTR FLUID PMP "B",

(1-HS-6551) e CNTR FLUID PMP "C",

(1-HS-6552) e LOCAL TRIP VALVE 5

Verify AFW Flow:

a. AFW flow indicators - CHECK
a. Perform actions of steps 2 and 3 locally.

FOR FLOW l

  • CAUTION:

Charging pump miniflow valves must remain open when

  • RCS pressure is greater than (LATER) i p

5

CPSES ISSUE DATE PROCEDURE NO.

EMERGENCY RESPONSE CUIDELINE JEd{ 051983 ECA - 1.0 ANTICIPATED TRANSIENT WITHOUT TRIP REVISION No. O Page 5 of 5 STEP ACTION / EXPECTED RESPONSE RESPONSE NOT OBTAINED 6

Initiate Rapid Boration of RCS To Obtain Adequate Shutdown Margin:

a. Initiate emergency boration:
1) Open the Emergency Boration
1) ))[ valve 1-8104 does not Valve:

open, THEN open the boric e EMER BORATE VLV (1/1-8104) acid to blender valve 1-FCV-110A and manual emergency boration valve 1-8439.

2) Start both Boric Acid Transfer Pumps:

e BA TRANS PMP 1, (1/1-APBA 1)

BA TRANS PMP 2, (1/1-APBA 2) e

3) Verify PD charging pump running
3) Start PD charging pump.
4) Adjust letdown flow to 120 GPM NOTE: This will require additional charging pumps

(

to be run in order to maintain PZR level.

5) Determine boron addition by observing emergency borate flow:

e EMERG BORAT FLOW, (1-FI-183)

AND the time duration of the emergency boration

6) Monitor the following parameters to determine adequate boration:

o Control rod bank position e Tave e Neutron flux level Emergency boration flow rate e

7 Verify Containment Ventilation

))[ isolation has NOT occurred, Isolation THEN manually isolate containment ventilation.

8 Maintain Adequate Shutdown Borate as necessary.

l Margin per OPT-301, CALCULATING SHUTDOWN MARGIN.

9 Go to E0P-0.0, REACTOR TRIP OR SAFETY INJECTION, STEP 2.

-END-

........ _.. -