ML20199E173
| ML20199E173 | |
| Person / Time | |
|---|---|
| Site: | Crystal River  |
| Issue date: | 01/24/1998 |
| From: | Wilson I FLORIDA POWER CORP. |
| To: | |
| Shared Package | |
| ML20199E131 | List: |
| References | |
| EOP-14, NUDOCS 9802020103 | |
| Download: ML20199E173 (293) | |
Text
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ENCLS REV 02 (IC 01) E0P 14 l EMERGENCY OPERATING PROCEDURE ENCLOSURES 1 SP0 Post Trip Actions 2 PPO Post Event Actions 3 Dry OTSG Recovery 4 Letdown Recovery 5 MSly Recovery 6 OTSG Blowdown Lineup L
h[Qy 7 EFP 2 Management ONi.y 8 MFW Restoration 9 OTSG Contaminated Waste Water Management 10 Alternate OTSG Feedwater Supply 11 EDG A Load Management 12 OTSG TRACC isolation 13 High PRESS Aux Spray Lineup 14 Station Blackout Main Generator Purging i 15 E0P Temperature-Log 16- RCP Recovery 17 Control Complex Emergency Ventilation 18 fontrol Complex Chiller Startup 19 ECCS Suction Transfer 20 Boron Precipitation Coni.rol 21 RB Hydrogen Monitor Log 22 Secondary Inventory Management Approved by HNPO #
' fledhud I Date / N / //
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( E0P 14 PAGE 1 of 293 ENCLS 9eo2020 PDR A g [ M M 02 PDR, '
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s E0P-14 REV 02 (IC 01) PAGE 2 of 293 ENCLS
[BCLOSURE 1 SPO POST-TRIP ACI1QNS
( --.
C) ACTIONS DETAILS 1.1 E steam is available from 1 Ensure ASV-18 " Units 1 or 2 Unit 1 or 2, Supply Iso" is open IllW ensure correct lineup (119 ft TB NW wall).
and operation of AS components. 2 Open ASV 16 " Units 1 or 2 Supply Iso" (119 ft TB by AS Hdr).
3 _ Ensure ASV-26 " Units 1 or 2 Supply Control" maintains 125 to 180 psig indicated on AS 25-PI "AS PRESS" (119 ft TB by AS Hdr).
4 Ensure ASV-27 "MS to AS Hdr Control" is closed (119 ft TB by AS Hdr).
1.2 Ensure main turbine drain
- TDV-104 "TDV-5 Iso"
, ,' isolation valves are open
! ; (119 ft TB under high
- TDV-105 "TDV-10 1so" t
PRESS turbine).
1.3 E CX demin area is 1 1E automatic off line sequence accessible, is available, 1112 reduce to 2 operating J11G depress *0FF LINE CYCLE IN CX Demins (95 ft 18). PROGRESS" " START" push button for Demins to be removed from service.
2 Ensure inlet and outlet valves are closed for Demins removed from service.
3 Ensure flow 2: 2000 gpm/Demin through 2 Domins.
(--
L.)
E0P-14 REV 02 (IC 01) PAGE 3 of 293 ENCLS l
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E0P-14 REV 02 (IC 01) PAGE 4 of 293 ENCLS
Di(1QSURE.1 SPO POST-TRIP ACTIONS (CONT'D) ,
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- ACTIONS DETAILS I
1.4 Perform post trip DFT' e Close HVV 103 "Deaerator Vent i
i e Close HDV 47 "FWHE 2A Heater to :
Deaerator Level Control Iso". .
e Close HDV-48 "FWHE 2B Heater to Deatrator Level Control Iso". ,
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1.5 . Notify Control Room of i
completed. actions.
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REV 02 (IC 01) PAGE'6 of 293 ENCLS
.NCLOSURE 2 PPO POST EVENT ACTIONS ACTIONS DETAILS 2.1 _. Energize DHV 3 e Unlock and close ES MCC 3Al-3C "DHV-3, DH Suction from RCS" (95ftAB).
'2.2 Energize HPI recirc to e Unlock and close DPDP BA 4 sump valves. "MUV 543, MUV-544" (A ES 4160V-SWGR Room).
l 2.3 Energize PZR vent valves, o Unlock and close DPDP'8A-13 "RCV-159, RCV-160" (A ES 4160V SWGR Room).
2.4- Energize WS valves for H, o Unlock and close DPDP 8A-14 analyzers. "WSV-28, 30, 34, 42"
2.5 Ensure A DC cooling e Ensure'"DH COOLER 3A OUTLET TEMP.
control is aligned to -
CONTROL-LOCATION" switch
-Control Room. "DCV-177-MS" is selected to " CONTROL ROOM' (A ES 4160V SWGR Room).
O E0P-14 REV 02=(IC 01) PAGE 7 of 293 ENCLS
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d ENCLOSURE 2.0 PPO POST EVENT ACTIONS (CONT'D)
- (). ACTIONS DETAILS 2.6 Energize HPI recirc to e Unlock and close DPDP 8B 8 :
sump valves. "MUV-545, MUV-546" (BES4160VSWGRRoom). ,
2.7 Energize WS valves for H, e Unlock and close DPDP 88 21 analyzers. "WSV-26, 32, 38, 41" (BES4160VSWGRRoom). .
2.8 Ensure B DC Cooling
- Ensure "DH COOLER 3B DUTLET TEMP.
control is aligned to CONTROL LOCATION" switch Control Room. "DCV-178 MS" is selected to " CONTROL ROOM" (B ES 4160V SWGR Room).
2.9 Energize A loop HPVs.
2.10 Energize WS valves for H, -
e Unlock and close DPDP SA 2 analyzers. "WSV-29, 31, 35, 43" (A ES 480V SWGR Room).
2.11 Energize B loop HPVs.
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ENCLOSURE 2 PPO POST EVENT ACTIONL(CWIfQ1 Af_USN1 DETAILS 2.12 Energize WS valves for H, e Unlock and close DPDP 58-27 analyzers. "WSV-27, 33, 39, 40" (BES480VSWGRRoom).
s HQIE Which H, analyzer to be used should be based on pre existing (standby) status of analyzers and their power supplies. If VBXS-1A is not on its normal power supply, A analyzer should not be considered available. If VBXS-1B is not on its normal power supply, B analyzer should not be considered available.
2.13 Notify SSOD to choose H, o Check selected H, analyzer and analyzer and containment sample points:
sample points to be used.
4 A Analyzer B Analyzer
( RB Dome RB Dome RB Recirc RB Recirc Duct Duct 2.14 IE B H, analyzer is to be placed in service, Iti18 GO TO Step 2.19 in this enclosure.
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E0P-14 REV 02 (IC 01) PAGE 11 of 293 ENCLS
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ENCLOSURE 2 PPO POST EVENT ACTIONS (CONT'D)
ACTIONS REIAILS i
STATUS The A H, analyzer is to be placed in service.
2.15 Open Containment Monitor
- If RB Dome was selected..
H, Sampling Valves for JE h open the following valves:
sample point selected- l (A EFIC Room, RELAY RACK WSV-30 " CONTAINMENT MON. H, i RR4A). SAMPLING VALVE" I
WSV-31 " CONTAINMENT MON. H, SAMPLING VALVE" 1E RB Recirc Duct was selected.
JE H open the following valves:
WSV 28 " CONTAINMENT MON. H, SAMPLING VALVE" V WSV-29 " CONTAINMENT MON H, SAMPLING VALVE" 2.16 _ ,, Open the A H, analyzer .* WSV-42 " CONTAINMENT MON. H, return valves (A'EFit SAMPLING VALVE" Room, RELAY RACK RR4A).
e WSV-43 " CONTAINMENT MON. H, SAMPLING VALVE" V(\.
[_ E0P-14 REV 02 (IC 01)- PAGE 13 of 293 ENCLS
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ENCLOSURE 2 PPO POST EVENT ACTIONS fCONT'D) 4 A
3 f(j ACU.0hi DETAILS 2.17 Energize the A H a @ 4r e Sel'ct " System Power" switch to "0N" (A EFIC . Room, RELAY rd.J on WS-Il-CS " CONTAINMENT MONITOR RR4A). MAIN SYSTEM CONTROL".
2.18 Notify Control Room that-
- PP0 post event actions are compiete with the A H 2
, analyzer in service:and i EMT this enclosure, t
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- ENCLOSURE 2 PPO POST EVENT ACTIONS fCONT'D)
() ACTIONS DETAlls STATUS The B H, analyzer is to be placed in service.
2.19 Open Containment Monitor
- If RB Dome was selected, H Sampling Valves for IEEN open the following valves:
sample point selected (B EFIC Room, RELAY RACK WSV-38 " CONTAINMENT MON. H RR48). SAMPLING VALVE" WSV-39 " CONTAINMENT MON. H, SAMPLING VALVE" e IE RB Recirc Duct was selected, IHEN open the following v3.1ves:
WSV-26 " CONTAINMENT MON. H, SAMPLING VALVE"
()
WSV-27 " CONTAINMENT MON. H 2 SAMPLING VALVE" 2.20 Open the B Ha analyzer .* WSV-41 " CONTAINMENT MON. H return valves (B EFIC SAMPLING VALVE" Room, RELAY RACK RR4B).
- - e WSV-40 " CONTAINMENT MON. H SAMPLING VALVE" 4
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E0P-14 REV 02 (IC 01) PAGE 17 of 293 ENCLS T
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O E0P-14 REV 02 (IC 01) PAGE 18 of 293 ENCLS
l ENCLOSURE'2 PPO POST EVENT ACTIONS (CONT'D)
ACTIONS DETAILS
'2.21 Energize the B H analyzer e._ Select " System Power" switch to "0N" (B EFIC Room.-RELAY RACK on WS-10-CS " CONTAINMENT MONITOR- ,
RR4B). MAIN SYSTEM CONTROL".
'l 2.22- Notify Control Room that PPO post event actions are complete with the B H analyzer in' service and
. EXIT this enclosura..
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O E0P-14 REV 02 (IC 01) PAGE 19 of 293 ENCLS
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ENCLOSURE 3 DRY OTSG RECOVERY ACTIONS DETAILS
3.1- 1E only 1 OTSG isLdry, l M does fiQI have integrity,--
Itim notify-TSC to consider' tube to shell AT and EXIT this enclosure.-
M both do fl01 have integrity,.
Ilim notify TSC to consider tube to.shell AT
- .and EXIT this enclosure.
~ E 1 OTSG does llQI have shell AT and provide guidance i Mtegrity, . .
for feeding the OTSG without "TN obtain_TSC guidance.: integrity. 4 ce continue in this enclosure, e - Continue in this enclosure to feed the OTSG with integrity.
O E0P REV 02 (IC 01) PAGE 21 of 293 ENCLS
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EE10SURE 3 DRY OTSG RECOVERY (CONT'D)-
ACTIONS -DETAILS fl0lf The following steps are only to be used to feed OTSGs with integrity.
3.4 E power is-available to e Isolate loads on each dry OTSG:
isolation valves,
., DFT >;s y MSV-Ino GS MSV-58 MSV-t<p
, MSR MSV-30 MSV-29 MSV-32 ___ MSV-31 (3
g' e E the A GTSG is dry, IllM notify SP0 to close MSV-107 "MS Supply to FWP-2A" (145 ft TB by A MFWP).
. o E the B OTSG is dry,
. 1t18 notify SP0 to close MSV-108 "MS Supply to FWP-2B" (145 ft TB by B MFWP).
E power is 1101 available e Close MSIVs for affected 0TSG:
to dry 0TSG isolation valves, THEN close MSIVs for A OTSG B OTSG affected OTSG.
MSV-412 MSV-413 1
MSV-411 MSV-414
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E0P-14 REV 02 (IC 01) PAGE 23 of 293 ENCLS
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. EOP-14 REV 02 (IC 01) PAGE 24 of 293 ENCLS e
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ENCLOSURE 3 DRY OTSG RECOVERY ~fCONT'D)
ACTIONS DETAILS 3.5 E EFW is RQI available, M GO TO Step 3.8 in this enclosure.
3.6 Establish continuous EFW 1- H adequate SCM exists, flow to each available dry M HPI PORY cooling is in OTSG. progress, E feed each available dry 0TSG with continuous EFW flow within the following limits:
Cooldown rate' minimized while recovering OTSG level Flowrate < 300 gpm to-each dry OTSG 4
See Table 3 2 , E adequate SCM exists, E HPI PORV cooling is EQI in progress, 4
M-feed each available -dry OTSG with continuous ~ EFW flow within the following limits:
, Cooldown rate within limits See Table -1
' Flowrate < 300 gpm to each dry 0TSG See Tabic ;
3 E adequate SCM does NOT exist, E feed each available dry OTSG at inadequate SCM flow rate.
See Table 3
[ Rule 3, EFW Control]
, E0P-14 ?.EV 02 (IC 01) PAGE 25 of 293 ENCLS
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. EP: CLOSURE 3. DRY OTSG RECOVERY (CONT'D) q(.s j ACTIONS' DETAILS 3.7 WHEH-level in available OTSGs is > 12%-in, IHEH EXIT-this enclosure.
3.8- If AFW is HQI' available,.
Iti[H GO TO Step 3.14 in this enclosure.
3.9 Prepare AFW for operation. e Notify SP0 to open AFW isolation valves to OTSGs (119 ft IB by. east door):
FWV-222 "AFW Discharge Iso to-A OTSG" FWV-223 "AFW Discharge Iso to N B OTSG" J
3.10 Verify 4160V REACTOR AUX BUS 3 is energized.
IE: 4160V REACTOR AUX BUS 3 1 Open Bkr 3223
- is HQI energized, IEEH energize 4160V 2' Select MTDG-1 to "RUN".
REACTOR AUX BUS 3 3 Verify "RUN/MTDG-1" light (red) is lit.
4 Close Bkr 3225 4
5 Verify 4160V REACTOR AUX BUS 3 voltage is stable.
E0P-14' REV 02 (IC 01) PAGE 27 of 2f3 ENCLS a
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O E0P-14 REV 02 (IC 01) PAGE 28 of 293 ENCLS
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ENCLOSURE 3 DRY OTSG RECOVERY (CONT'D)
-() ACTIONS DETAILS 3.11 Start FWP 4 d
a 3.12 WHIH FWV-222' 1 If adequate SCM exists,
-AND FWV-223 are open, AND HPI PORV cooling is in IHEN establish- AFW flow to progress, each available dry OTSG. IHEN feed each- available dry OlSG with continuous AFW flow
-within the following limits:
Cooldown rate minimized' while recovering 0TSG level 1
Flowrate < 300 gpm to each dry OTSG See Table 3 2 If adequate SCM exists,
-88Q HPI PORV. cooling is HQI in O
\~sI progress, 18f8 feed each available dry OTSG with continuous AFW flow within the-following limits:
Cooldown rate within limits See Table 1 l Flowrate < 300 gpm to each dry OTSG See Table 3 See Table '2 3 IE adequate.SCM does NOT exist, IHEN feed each available dry OTSG at inadequate SCM flow rate.
See Table 3 See Table 2 7
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(ml E0P-14 REV 02 (IC 01) PAGE 29 of 293 ENCLS
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O E0P-14 REV 02 (IC 01) PAGE 30 of 293 ENCLS
1 ENCLOSURE 3 DRY.OTSG REC 0VERY fCONT'D) 2 n,
d ~ ACTIONS DETAILS l
3.13 M level' in available i 4-OTSGs=is > 12%';in, M EXIT this enclosure.
IE MFW is available, 3.14 e Ensure the following valves are M close FW valves to -closed on_each dry OTSG:
each dry OTSG.
styff A OTSG- B-0TSG
-LLBV- ,FWV-31 FWV-32 l MBV FWV-30 FWV-29 SUCV FWV-40 FWV-39 LLCV FWV-37 -FWV-38 f
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-EOP-14 REV 02-(IC 01) PAGE 32 of 293 ENCLS
ENCLOSURE 3 DRY OTSG RECOVERY fCONT'D)
ACTIONS. DETAILS 3.15 E MFW is s '150'F, 1 Ensure SUBVs are closed for each dry ItiEN establish MFW OTSG:
flowpath to each available dry OTSG via EFW nozzles.
- e. .A OTSG B OTSG SUBV FWV-36 FWV-33 2 _,__ lE the A OTSG is dry, E available, IHEN notify PPO to energize emergency block valve (A ES 4160V SWGR Room):
DPDP 8A-9 "FWV-35 Motor Power" f
DPDP 8A-10 '"FWV-35 Control Power" 3 JE the B OTSG is dry, E available, x . ItiEN notify FF0 to energize
' emergency block valve (B ES 4160V SWGR Room):
DPDP 8B-11 "FWV-34 Motor Power"
')PDP 88-12 "FWV-34 Control .
Power" l 4 Opon emergency block valve for each available dry OTSG:
I ', -A OTSG B OTSG Emergency Block FWV-35 FWV-34 1
E0P-14 REV 02 (IC 01) PAGE 33 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 34 of 293 ENCLS
ENCLOSUREJ DRY OTSG RECOVERY (CONT'D)
ACTIONS DETAILS 3.16- 1E MFW TEMP is > 150'F, e Open SUBV for each available dry-ItH establish MFW OTSG:
flowpath-to each available-dry OTSG via normal nozzles. W# A OTSG B OTSG-SUBV FWV-36 FWV-33 3.17 Feed each available dry e Feed each available dry OTSG using
-OTSG with continuous MFW applicable SUCV:
flow within thc following -
limits:
Cooldown rate within
~ ,#
w~ A OTSG B OTSG limits SUCV. FWV-40 FWV-39 Flowrate < 0.15 X 10' "O lbm/lir to each available dry OTSG 3.18 EEN level ii. available .
OTSGs is > 12k in, ILE EXIT thi anclosure. 4 E0P-14 REV 02 (IC 01) PAGE 35 of 293 ENCLS
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0 E0P-14 REV 02 (IC 01) PAGE 36 of 293 ENCLS
-. . - - . - . . . . . ~ . .- . _ . - - .. - .- - - . . - . . . - -
ENCLOSURE 4 LETDOWN RECOVERY
. ACTIONS DETAILS 4.1 Ensure letdown is 1 Close MUV-49 isolated.
2 E MUV-50 ha; power, M close MUV-50 3 E MUV-50 does NQI have power, M notify PPO to close MUV-45
" Block Orifice Outlet Iso" (119 ft AB Block Orifice Room).
4 Close MUV-51 4.2 E RBIC actuation has e E MUHE-1A, occurred, QB MUHE-1C is to be placed in M ensure SW valves to service, letdown coolers to be M notify PP0 to depress the placed in service have following "0 PEN" push buttons been reset. (95 ft AB Triangle Room):
C
\
"SWV-47, A&C LETDOWN COOLER SUPPLY" "SWV-50, A&C LETDOWN COOLER RETURN" e E MUHE-1B is to be placed in service, M notify PPO to depress the following "0 PEN" push buttons (95 ft AB Triangle Room):
"SWV-48, B LETDOWN COOLER SUPPLY" "SWV-49, B LETDOWN COOLER RETURN" O
E0P-14 REV 02 (IC 01) PAGE 37 of 293 ENCLS l
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ENCLOSURE 4 LETDOWN RECOVERY (CONT'D)
AC110NS DETAILS 4.3 Ensure SW valves are open for letdown coolers to be MUHE-1A MUHE-1B MUHE-lC placed in service.
SWV-47 SWV-48 SWV-47 SWV-50 SWV-49 SWV-50 3
4.4 Ensure M valves are open for letdown coolers to be MUHE-1A MUHE-10 MUHE-lC placed in service. -
MUV-38 MUV-39 MUV-498 MVV-40 MU /-41 MUV-567 EJV-567 MVV-567 9 4.5 E power is available to 1 Ensure MUV-124 is open.
MU Demin bypass valves, JHW bypass MU Demins. 2 Open M'JV-200 3 Ensure MUV-117 is open.
4 Close MVV-116 5 Ensure MUV-133 is closed.
E power is NOT available to MU Demin bypass valves, JJiG notify PP0 to open MUV-126 "MU Demin Bypass" (119 ft AB Block Orifice Room).
O E0P-14 REV 02 (IC 01) PAGE 39 of 293 ENCLS
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ENCLOSURE 4 LETDOWN RECOVEP_Y (CONT'D)
O
, V ~ ACTIONS DETAILS c
4.6 - Establish a letdown 1 If a pre-filter is HQI in flowpath, service, IBEM ensure MUV-194 is open.
2 Ensure a post-filter is in service.
3 If a post-filter is HQI in service, IEEH ensure MUV-100 is open.
'4.7 Establish letdown flow. 1 If recovering frdm high TEMP, IHEN select "MUV-49 HIGH TEMP.
- - BYPASS" switch to " BYPASS".-
2 0 pen'MUV-49 3 Throttle open MUV-51 to
() establish desired letdown tlowrate.
1 4 Open MUV-50 4 5 If MVV-45 is closed, IBEN notify PPO to open MVV-45
" Block Orifice Outlet Iso" (119 ft AB Block Orifice Room).
6 Throttle MVV-51 to obtain desired letdown flocrate.
4.8 NHEN letdown TEMP is
< 130"F, IBEH select "MUV-49 HICH TEMP. BYPASS" switch to
" NORM.".
~.)
E0P-14 REV 02 (IC 01) PAGE 41 of 293 ENCLS se , , -
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E0P 14 REV 02 (IC 01) PAGE 42 of 293 ENCLS
ENCLD50_I_1 LETDOW R[f,pVERY f CGIT'D) l i
ACTIONS DETAILS i 4.9 1E MUtti 1A is to be placed 1 ___ Ensure MUV-124 is open. l in service, '
AND power is available, 2 open MOV-116 ,.
J11[N align MUDM 1A ,
, 3 ___ Close MUV-200 ;
i 4 Ensure MUV-201 is closed.
5 Close MUV-117 6 IE MUV-126 'MU Demin Bypass" was opened in Step 4.5, INEN notify PPO to close MVV 126 .
(119 ft AB Block,0rifice Room). !
4.10 1E MUDM-1B is to be placed 1 __ Open MUV-133 in service, AND power is available, 2 Ensure MOV 117 is open.
3 INEN align MUDM 1B 3 _ Close MUV-200 4 Ensure MUV 201 is closed. ,
5 ___ Close MUV-124 6 11 MUV-126 'MU Demin Bypass" was opened in Step 4.5, IN[N notify PPO to close MUV-126 ,
(119 ft AB_ Block Orifice Room).
4 I
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O E0P-14 REV 02 (IC 01) PAGE 43 of 293 ENCLS i
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a E0P-14 REV 02 (IC 01) PAGE 44 of 293 ENCLS
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( ,
l ACTIONS DETAILS EII This enclosure only opens MSIVs associated with TBVs.
5.1 Prepare MS lines for e Close valves on MS lines associated repressurization. with MSIVs to be opened:
MSV-411 MSV 41?
TBVs MSV-9. 10 MSV 11, 14 GS < a; . .__ MSV-57 MSR MSV 62 MSV-59 MSV-32 MSV-29 DFT . N- @ MSV-180 e J MSV-411 is to be opened, jfNnotifySP0toclosethe ,
rollowing valves:
O O
MSV-21 "MSV-9 V) stream Iso" (119 ft TB sout1 of B hotwall)
MSV 22 "MSV-10 Upstream Iso" (119 ft TB south of B hotwell)
MSV-107 "MS Supply to FWP-2A" A MFWP) (145 ft TB by e ;I MSV-413 is to be opened,
- BLN notify SPO to close the following valves
MSV-23 "MSV-11 Upstream Iso" (119 ft TB south of A hotwell)
MSV-24 "MSV-14 Upstream Iso" (119 ft TE south of.
A hotwell)
MSV-108 "MS Supply to FWP-2B" r~'s - B MFWP) (145 ft TB by b.
E0P-14 REV 02 (IC 01) PAGE 45 of 293 ENCLS
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O E0P 14 REV 02 (IC 01) PAGE 46 of 293 ENCLS
t ENCLOSURE 5 MSIV RECOVERY (CONT'D)
ACTIONS DETAILS 5.2 ._, Ensure proper operation of e _.,if MSV-411 is to be opened, '
MSDTs on affected MS M notify SPO to ensure the lines. following MSDTs are drained of water and in service:
__ MSDT-4 (95 ft TB south of FWP-1A)
MSDT-8 (95 ft TB west of SCHE-18) e If MSV-413 is to be opened, M notify SPO to ensure the following MSDTs are drained of water and in serv' ice:
MSDT-2 (95 ft TB southwest ;
corner) ,
MSDT 6 (119 ft TB under high '
PRESSturbine)
O 9
b E0P-14 REV 02 (IC 01) PAGE 47 of 293 ENCLS
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O E0P 14 REV 02 (IC 01) PAGE 48 of 293 ENCLS
ENCLOSURE 5 MSIV RECOVERY (CONT!D1 ACTIONS DETAILS l
5.3 ___ Pressurize MS lines
- _ If MSV-411 is to be opened, downstream of MSIVs to be M notify SP0 to perform the opened. following:-
Unlock and open CGV 38 "MSV 411 Bypass Root Iso" (119ftIBunderMSV-411). I
__ Open CGV-47 "MSV-411 Bypass Spool Iso" (119 ft IB under MSV-411).
Open MSV-490 "MSV-411 Bypass Spool Iso" (119 ft IB-top of !
MS line north'of MSV-411). !
e if MSV.413 is to be opened, M notify SP0 to perform the following:
Unlock and open CGV-36 "MSV-413 Bypass Root Iso" C)
V (119 ft IB under MSV-413).
Open CGV-49 "MSV-413 Bypass
-Spool Iso" (119 ft IB under MSV-413).
Open MSV-500 "MSV-413 Bypass Spool Iso" (119 ft IB top of MS line north of MSV-413).
5.4 Determine AP across
- If A OTSG PRESS is < 800 psig, affected MSIV. M notify SP0 to use MS Il9-PI "A2 Steam Line PRESS" to determine MSV 411 downstream PRESS (119 ft TB by MSV-10).
- If B OTSG PRESS is < 800 psig, M notify SP0 to use MS 120-PI "B1 Steam Line PRESS" to determine MSV-413 downstream PRESS (119 ft TB by MSV-ll).
-Q V
LOP 14- REV 02 (IC 01) PAGE 49 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 50 of 293 ENCLS
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ENCLOSURE 5 MSIV RECOVERY fCONT'D)
AG.TlDNS DETAILS 5.5 Wtl[i AP across affected MSI/ is < 200 psid, IHEN continue in this enclosure.
5.6 Open affected MSIVs. I_ 1E affected OTSG PRESS is
< 725 psig, 113 dearess "< 725 PSI STM GEN-PU.SS ErlC ACT BYPASS" push buttons:
Channel A 4
Channel B Channel C channel D 2 Depress " TEST /RESULTS RESET" p push buttons for MSLI channels A g and 8 for the affected 0TSG.
3 Select affected "MSly TEST-NORMAt-RESET" switch to
" RESET":
MSV-411-SV1 MSV-413-SV1 4 Open affected MSIVs:
MSV-411 MSV-413 ID V
E0P-14 REY 02 (IC 01) PAGE 51 of 293 ENCLS ,
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E0P-14 REV 02 (IC 01) PAGE 52 of 293 ENCLS
i IE10SURE 5 MSIV RECOVERY (CONT'D1 l
ACTIONS DETAILS 5.7 _ M desired MSIVs are e if MSV-411 is open, l open, M notify SP0 to perform the M isolate MSIV bypass following:
lines.
Close and lock CGV-38 "MSV-411 Bypass Root Iso" (119 ft IB under MSV-411).
Close CGV-47 "MSV-411 Bypass Spool Iso' (119 ft IB under MSV-411).
Close MSV-498 "MSV-411 Bypass Speol Iso" (119 ft 18 top of MS lirie north of
, MSV-411),
e If MSV-413 is open, E notify SfD to perform the following:
Close and lock CGV-36 "MSV-413 Bypass Root Iso"
-(119 ft IB under MSV 413).
Close CGV-49 "MSV-413 Bypass Spool Iso" (119 ft IB under MSV-413).
Close MSV-500 "MSV-413
' Bypass Spool Iso" (119 ft IB top of MS line north of MSV-413).
fx G ,
E0P-14 REV 02 (IC 01) PAGE 53 of 293 ENCLS
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E0P 14 REV 02 (IC 01) PAGE 54 of 293 ENCLS
ENCLOSURE 5 MSIV RECOVERY (CONT'D) l' ACTIONS DETAILS 1 5.8 Restore MS line isolation
- IE MSV-411 is open, valves to normal. ItlEN notify SP0 to open MS line isolation valves downstream of '
MSV-411:
MSV-21 "MSV-9 V) stream Iso" (119 ft TB sout1 of B hotwell)
MSV-22 "MSV-10 Upstream Iso" (119 ft TB south of Bhotwell) e IE MSV-413 is open, IllEN notify SP0 to open MS line isolation valves downstream of MSV-413:
MSV-23 "MSV-11 Upstream Iso" (119 ft TB south of A hotwell)
MSV-24 "MSV-14 Upstream Iso"
\
(119 ft TB south of A hotwell)
O b
E0P-14 REV 02 (IC 01) Pl.GE 55 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 56 of 293 ENCLS l
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ENCLOSURE 5 MSIV RECOVERY fCONT'D)
ACTIONS DETAILS l
CAUIIM Initiating steam flow in a line without proper operation of associated steam trap could result in equipment damage.
5.9 Notify SP0 to verify proper operation of MSDTs on any lines that were depressurized.
I O
-O E0P 14 REV 02 (IC 01) PAGE 57 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 58 of 293 ENCLS
[RCLOSURE 6 OTSG BLOWDOWN LINLUP ACTIONS DETAILS i
CAUTION Initiating blowdown from an OTSG with tube leakage will increase radiation dose rates near associated piping and valves.
l t
HQII l The following items are required to perfom this evolution:
1 yellow hose and fittings for MSV-524 (on hose reel at 95 ft TB west l of CX Demin Panel)
- 1 medium pipe wrench I small valve wrench 1 medium valve wrer.ch 1 yellow hose and fittings for MSV-542 l 6.1 Notify Control Room to e MSV-130 ensure OTSG blowdown isolation valves are
- MSV-148 closed.
6.2 Ensurc blowdown isolation
- MSV-518 "0TSG Blowdown / Drain to at hotwell is closed. Condenser Iso" (95 ft TB east of hotwell)
O E0P-14 REV 02 (It 01) PAGE 59 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 60 of 293 ENCLS
ENCLOSURE 6 OTSG BLOWDOWN LINEUP (CONTfD)
(T U ACTIONS DETAILS 6.3 Fill and vent OTSG 1 Connect hose between the following blowdown line, valves:
CXV-358 " Regen DW Inlet Line Drain" (95 ft TB west of Demins)
MSV-524 "0TSG Blowdown / Drain Line Fill / Drain Iso" (95ftTBeastofhotwell) 2 Ensure blowdown flow control valves are closed (95 ft TB east of hotwell):
MSV 516 "0TSG Blowdown / Drain Hand Control" MSV-517 OTSG Blowdown / Drain Hand Control Bypass" 3 Ensure MSV-514 "0TSG Blowdown / Drain Iso" is open
(_).
s.
T (95 ft TB south of SCPs in overhead).
4 Fill blowdown Hdr by opening:
l MSV-524 CXV-358 5 Remove cap from MSV-542 "0TSG Blowdown / Drain Line Vent" (119 ft IB south of Ventilation MCC 3A overhead).
6 Install connectors and drain hose on MSV-542 (E08-1).
7 Vent blowdown Hdr by opening MSV-542 8 WD{ lines are full, Ilim close MSV-542 9 Close CXV-358
[v] 10 Close MSV-524 E0P-14 REV 02 (10 01) PAGE 61 of 293 ENCLS-
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E0P-14 REV 02 (IC 01) PAGE 62 of 293 ENCLS
ENCLOSURE 6 OTSG BLOWDOWN LINEUP (CONT'D)
ACTIONS DEIALLS i
6.4 Notify Control Room to i open affected OTSG A OTSG B OTSG blowdown isolation valve. l MSV-130 MSV-148-l 6.5 Warm up OTSG blowdown line 1 Open MSV-518 "0TSG (95 ft TB east of Blowdown / Drain to Condenser hotwell). Iso".
J 2 _ _ Throttle MSV 517 "0TSG Blowdown / Drain Hand Control Bypass" I turn open.
6.6 Notify Control Room of completed actions and request desired flowrate.
6.7 Wit @ notified by Control e Throttle blowdown flow at s 500 gpm Room, indicated on MS-Il7-FI to avoid IllB throttle blowdown water hammer:
flow control valves as required (95 ft TB east of MSV-516 "0TSG Blowdown / Drain hotwell). Hand Control" M3V-517 "0TSG Blowdown / Drain Hand Control Bypass" O
v E0P_-14 REV 02 (IC 01) PAGE 63 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 64 of 293 ENCLS
ENCLOSURE 7 EFP-2 MANAGEMENT ACTIONS DETAILS i
7.1 If Unit 1 or 2 steam is 1 _, Throttle ASV-15 "AS Iso to available EFP 2" l_ turn open (119 ft TB NW f 1
A!iD 95 ft IB is stairs).
accessible, E notify SP0 to perform 2 M steam PRESS is equalized warmup and pressurization around ASV-15, of AS line to EFP 2 M open ASV-15 l 3 Blowdown condensate from ASDT-2 by opening ASV-Il0 "ASDT-2 Blowdown" as required (95 ft TB behind Atmospheric Drain Tank).
1 4 ._._ E AS lines are warmed and free of condensate, l M notify Control Room.
7.2 If Unit 1 or 2 steam is e Blowdown condensate from MSDT-21 by m available, throttling open MSV-290 "MSDT-21 6 tid AS lines are warmed (v') and pressurized, Blowdown" (95 ft IB by EFP 2),
Ill[li notify PPO to blowdown MSDT-21 7.3 If at any time, all of the 1 Open EFP-2 steam supply valves:
following conditions exist: ASV-204 FWP-7 is RQ1 available- ASV-5 OTSG PRESS.is 2 Depress "EFW INITIATE" push
> 500 psig buttons on EFIC channels A and B.
EFP-2 has been stopped due to 1ow supply PRESS (Rule 3, EFW Control)
M start EFP-2 L) .
E0P-14 REV 02 (IC 01) PAGE 65 of 293 ENCLS
Applicable carry over steps:
(v ) 7.3 If FWP 7 is RQI available, OTSG PRESS is > 500 psig. AtiD EFP-2 has been stopped due to low supply PRESS, IE W start EFP-2.
)
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E0P-14 REV 02 (IC 01) PAGE 66 of 293 ENCLS
_. _ _ _ . . _ . .. . _ - _ . . _ . . _ . _-. _- .. _ . _ _ . . _ . ~ . _ - . - . _ . _ _ _.
l
{
ENCLOSURE 7 EFP 2 MANAGEMENT (CONF'D)
I ACTIONS DETAILS l mu l EfP-1 is not considered available if stopped for EDG A load management.
7.4 __._. E EFP 1 is availaole, '
b30 is RQI running, M start EFP 1
[ Rule 5 EDG Control) 7.5 E EFP-1 is HQI available, M GO 10 Step 7.10 in this enclosure.
7.6- M OTSG PRESS s 250 psig, M continue this enclosure.
O E0P-14 REV 02 (IC 01) PAGE 67 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 68 of 293 ENCLS
ENCLOSURE 7 EFP-2 MANAGEMENT (CONT'D)
( ACTIONt DETAILS 7.7 JE Unit 1 or 2 steam is 1 Ensure MSDT-21 is free of available, condensate and close MSV-290 MQ AS is ready to be "MSDT-21 Blowdown" aligned to EFP-2, (95 ft IB by EFP-2).
E notify PPO to align Unit 1 or 2 steam to EFP-2 2 Open ASV-23 " Units 1 or 2 Steam t'oEFP-2" (95 ft IB by EFP 2).
7.8 IE Unit 1 or 2 steam is 1 M OTSG PRESS is at 200 psig 1101 available, (180to220 psi)
M stop EFP-2 M ensure add $tional 140 KW margin exists on EDG A.
(Rule 5, EDG Control]
2 Depress " MANUAL PERMISSIVE" push buttons on EFIC channels A and B.
<m 3 Close ASV-204 4 Close ASV-5 5 Notify PPO to do-energize EFP-2 steam supply valves:
DPDP 8A-17 "ASV-204 Motor Power" (A ES 4160V:SWGR Room)
DPDP 88-5 "ASV-5 Motor Power" (B E3 4160V SWGR Room) 6 E steam supply valves are de-energized.
M depress "EFW-INITIATE" push buttons on EFIC channels A and B.
[ Rule 3,EFWControl) 7.9 EXIT tnis enclosure.
1
- tg%
-E0P-14 REV 02 (IC 01) PAGE 69 of 293 ENCLS
__ _.-.___..-._...-,m._
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- E0P-14 -l- REV 02 (IC 01) PAGE 70 of 293 ENCLS-
< INCLOSURE,7 EFP-2 MANAGENENT fCONT'D)
Q' ACTIONe- DETAILS STATUS EFP-2 is the only. available EFV pump 7.10- JE Unit 1 or 2 steam is HQI available QR 95 ft IB is {
NQI accessible, IHf3 GO TO Step 7.13 in this enclosure.
l 7.11- inifh OTSG PRESS is 'l Ensure MSDT-21 is free of i s 250-psig,-- condensate and close-MSV-290 6@ AS is ready to be "MSDT-21 Blowdown" aligned to EFP-2, '(95 ft IB-by EFP-2).
p IHEN notify PP0 to align v Unit-1 or 2' steam tu EFP-2 2 Opn ASV-23 " Units 1 or 2 Steam to EFP-2" (95 ft IB by EFP-2).
I 7.12 EXIT this enclosure.
=
E0P-14 REV 02 (IC 01) PAGE 71 of 293 ENCLS 1
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i E0P-14 REV 02 (IC 01) PAGE 72 of 293 ENCLS l -.
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ENCLOSURIL2_ EFP-2 MANAGEMENT (CONT'D)
ACTIONS DETAILS STATUS o EFP-2 is the only EFW pump running.
e Unit 'I or 2 steam is not available.
7.13 M OTSG PRESS is s 250 psig, E continue in this enclosure.
7.14 _ IE FWP-7 is available, M GO TO Step 7,22 in this enclosure.
O 7.15 Attempt to restore an l additional OTSG feedwater l
source.
7.16- Jf 0TSG PRESS is
- Control 0TSG PRESS using TBVs 'and s 200 psig, ADVs.
8_NQ adequate primary to secondary heat transfer exists, M stop RCS cooldown.
s E0P-14 REV 02 (IC 01) PAGE 73 of 293 ENCLS
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-E0P-14 REV 02 (10 01) _PAGE 74 of 293 ENCLS
ENCLOSURE 7 EFP-2 MANAGEMENT (CONT'D)
O
'V ACTIONS DETAILS 7.17 . _, )L4EH OTSG PRESS is at 1 Depress " MANUAL PERMISSIVE" push
-160psig-(140to- buttons on EFIC channels A 180psig), and B.
JJ1EN stop EFP-2 ..
2 Close EFP-2 steam supply valves:
.i ASV-204
- ASV-5 3 Close All ADVs and MSIVs:
- MSV-25 MSV-26 MSV-412
~
_ ,MSV-413 MSV-414
(( __
-411 1
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E0P-14 REV 02 (IC 01) PAGE 75 of 293 ENCLS
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ENCLOSURE _.Z EFP-2 Mr.MAGEMENT (CONT'D1
~
ACTIONS DETAILS STATUS EFP-2 has been stopped due to low supply PRESS.
7.18 E at any time, OTSG PRESS e Depress "EFW INITIATE" push buttons is > 500 psig,. on EFIC channels A and B.
l
-j A@ EFP-2 was stopped due !
to low supply PRESS, [ Rule 3, EFW Control] !
IllB start EFP-2 7.19 E at any time, OTSG PRESS 1 _, Depress " MANUAL PERMISSIVE" push is at 160 psig (140 to buttons on EFIC channels A 180 psig), and B.
1113 stop EFP-2 2 Close EFF-2 steam supply valves:
ASV-204 ASV-5 7.20 Attempt to restore an OTSG feedwater source.
7.21 WB G any of the following conditions exists:
EFP-1 available FWP-7 available Unit 1 or 2 steam available I!!G GO TO Step 7.1 in this enclosure.
E0P-14 REV 02 (IC 01) PAGE 77 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 78 of 293 3-ENCLS
ENCLOSURE 7 EFP-2 MANAGEMENT (CONT'D) l
) ACTIONS DETAILS STATUS e EFP-2.is-running, e FWP-7 is available.
e Unit 1 or-2 steam is not available.
7.22- Verify 4160V REACTOR AUX BUS 3 is energized.
__ E 4160V REACTOR AUX BUS 3 1 Open Bkr 3223 is HQI energized, IHEN energize 4160V 2 Select MTDG-1 to "RUN".
REACTOR AUX BUS 3 3 Verify "RUN/MTDG-1" light (red) is lit.
4 Close Bkr 3225 5 ' Verify 4160V REACTOR AUX BUS 3 voltage.is stable.
7.23 Start FWP-7 O
E0P-14 REV 02 (IC 01) PAGE 79 of 293 ENCLS
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ENCLOSURE 7 EFP-2 MANAGEMENT (CONT'D)
ACTIONS DETAILS 7.24 Prepare AFW for operation.
_. FWV-222 "AFW Discharge Iso to A OTSG" FWV-223 "AFW Discharge Iso to B OTSG" 7.25 Wii@ OTSG PRESS is at 1 Depress " MANUAL PERMIdSIVE" push 200 psig (180 to buttons on EFIC channels A 220 psig), and B.
It[@ stop EFP-2 2 Close EFP-2 steam supply valves:
ASV-204 ASV-5 l CAUTION Simultaneous feeding with EFW and AFW could cause OTSG tube damage due to tube cross flow limitations.
-m 7.26 W
_113 FWV-222 SE FWV-223 are open, e Control 0TSG level with AFW control valves:
THEN establish AFW flow.
FWV-216 FWV-217 See Table 2 7.27 EXIT this enclosure.
O E0P-14 REV 02 (IC 01) PAGE 81 of 293 ENCLS
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ENCLOSURE 8 MFW RESTORATION ACTIONS DETAILS STATUS e Neither OTSG is isolated.
e At least 1 MFWP and 1 MFWBP is available.
e Controlled primary to secondary heat transfer exists.
8.1 IE MFW is available, 1 Ensure all MFW block and control MQ HQI running, valves are closed:
IllEN prepare MFW system for feeding OTSGs.
Valve A Train B Train LLBV FWV-31 O MBV FWV-30 FWV-32 FWV-29 SUBV FWV-36 FWV-33 SUCV FWV-40 FWV-39 LLCV FWV-37 FWV-38 2 Notify PPO to obtain keys 11, 74 and 75 from Control Room.
3 Notify PP0 to ensure EFIC MFW isolation pump trip key switches are selected to "BOTH":
"EFIC CHANNEL A MAIN FW ISOLATION MAIN FW PUMP TRIP" (CRD Room, AUX RELAY CAB. RR3A)
"EFIC CHANNEL B MAIN FW ISOLATION MAIN FW PUMP TRIP" (B EFIC Room, AUX RELAV CAB RR5B1) 4 ) RIES EFIL MFW isolation pump trip key switches are selecttd to "BOTH",
It!ER ensure FWV-28 is open.
E0P-14 REV 02 (IC 01) PAGE 83 of 293 ENCLS l
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O E0P .- REV 02 (IC 01) PAGE 84 of 293 l ENCLS "Y
ENCLOSURE 8 NEW_RESTORAT10N (CONT'D)
' ~
l e, .ACTI0NS- QEMILE
.i 8.2'. _ - E 1 MFWBP is running, JELN 60-T0 Step 8.23 in.
-this enclosure.
8.3- -lE FWP-1A is jiQI available, IBilf GO TO Step 8.14 in-this enclosure.
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O E0P-14 REV 02-(IC 01) PAGE 85 of 293 ENCLS
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DCLOSURE_.8 MFW REST 0ftATION (CONT'D)
ACTIONS DETAILS STATUS FWP-1A startup is desired.
8.4 - Notify SPO to prepare' e- Eneure cooling water aligned to FWP-1A for startup. lube' oil coolers.-
e Ensure normal levels in lube oil sump and_ motor bearings.
4 8.5' Ensure FWP-1A startup e Ensure FWV-8 is closed, alignment, o Select FWV-47 to "AUT0"'.
- Ensure FWV-1 is open.
O A.z:
- 8.6 Ensure FWP-6A is~ running.
8.7 :1E DFT TEMP is > ambient,-
- Notify SP0 to ensure the following-iltlEN warm up FWP-1A- valves are open (95_ ft TB above Nitrogen Storage Area):
FWV-143 "FWP-1A; Warmup _ Iso" FWV-149 "FWP-1A Warmup Throttle"
- P O
E0P-14 REV 02 (IC-01) PAGE 87 of 293 ENCLS
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O E0P-14 REV 02 (IC 01) PAGE 88 of 293 ENCLS
ENCLOSURE 8 MFW RESTORATION (CONT'D)
ACTIONS DETAILS 8.8 Verify FWP-1A permit lights (white) are lit. LUBE OIL PRESS FWV-1 OPEN FWV-8 CLOSE 8.9 Start FWP-1A 8.10 Open FWV-8 8.11 Stop FWP-6A S 8.12 Ensure FWP-1A warmup line e Notify SP0 to ensure the following
, isolated. valves are closed (95 ft TB above Nitrogen Storage Area):
FWV-149 "FWP-1A Warmup Throttle" FWV-143 "FWP-1A Warmup Iso" 8.13 GO TO Step 8.23 in this enclosure.
O E0P-14 REV 02 (IC 01) PAGE 89 of 293 ENCLS
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[MCLOSyRLB MFW RESTORATION (CONT'D)
O V ACTIONS DETAILS STATUS FWP-1B startup is desired.
8.14 Notify SP0 to prepare o Ensure cooling water aligned to FWP-1B for startup. lube oil coolers, e Ensure normal levels in lube oil sump and motor bearings.
8.15 Ensiire FWP-1B startup e Ensure FWV-7 is closed, alignment, e Select FWV-48 to "AUT0".
- Ensure FWV-2 is open.
L, I
l 8.16 Ensure FWP-6B is running.
8.17 J1 DFT TEMP is > ambient, e Notify SP0 to ensure the following ItiEN warm up FWP-1B valves are open (95 ft TB above Nitrogen Storage Area):
FWV-144 "FWP-1B Warmup Iso" FWV-150 "FWP-1B Warmup Throttle" E0P-14 REV 02 (IC 01) PAGE 91 of 293 ENCLS i
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ENCLOSURE 5 MFW RESTORATIM fCON1'D)
ACTIONS DETAILS-8.18- Verify FWP-1B permit--
lights-(white)arelit. -LUBE OIL PRESS ~
FWV-2 OPEN FWV-7 CLOSE 8.19- Start FWP-18 8.20- Open FWV -
8.21 Stop FWP-6B 8.22' Ensure FWP-1B-warmup line
- Notify SP0 to ensure the following .
isolated. valves are. closed (95 ft TB'above Nitrogen Storage Area):
FWV-150 "FWP-18 Warmup Throttle" <
FWV-144 "FWP-1B Warmup Iso" E0P-14 REV-02 (IC 01) PAGE 93 of 293 ENCLS
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ENCLOSURE 8 MFW RESTORATION (CONT'Dl.
ACTIONS DETAILS II61MS At least 1 MFW8P is running.
2 8.23 E 1 MFW pump is running,.
IE H GO TO Step 8.52 in this enclosure.
8.24 E FWP-2A is HQI available, IEN GO TO Step 8.39 in this enclosure, t
i 8.25 Notify SP0 to ensure cooling water aligned to FWP-2A lube oil coolers.
-8.26 Ensure at least 1 FWP-2A lube oil pump is running. FWP-3A FWP-4A 8.27' Ensure FWP-2A startup e Select FWV-18 to "AUT0".
alignment.
e Ensure FWV-14 is open.
e Notify SPO to ensure FWV-145 "FWP-2A Warmup Recirc Iso" is open (145 ft TB by DFT).
E0P-14 REV 02 (IC 01) PAGE 95 of 293 ENCLS
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ENCLOSURE 8 MFW RESTORATION fCONT'D) 4
~
ACTIONS DETAILS 8.28 __. Ensure FWP-2A is on-
- IE necessary to place FWP-2A on turning gear, turning gear, TEEN perform the following:
Verify all "TG MOTOR-PERMISSIVES" lights (white)-
lit.
Select FWM-1A to " ENGAGE".
Verify FWP-2A turning gear.
" Engage" and " Motor" lights lit..
Notify SPO td ensure FWP-2A on turning gear.
8.29 Notify SP0 to ensure e TDV-27."TDV-26 Inlet Iso" FWP-2A manual turbine drain valves are open.- *- TDV-34 "TDV-32' Inlet-Iso" u
L . 8.30 Open FWP-2A turbine drain
- valves. -TDV-26 TDV-16 o
TDV-32
- 8.31 Ensure Speed Governor at- e FWP-2A." GOV SPEED CNTRL"
' minimum. indicating light -(green) lit e FWP-2A Bailey selected to " HAND" and demand set to "0" E0P REV 02 (IC 01) PAGE 97 of 293 ENCLS 5
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E0P 14 REV 02 (IC 01) PAGE 98 of 293 ENCLS
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ENCLOSURE 8 MFW RESTORATION fCONT'D)
'() ACT104E DETAILS 8.30 Verify high PRESS and low e Verify the following:
PRESS trip valves are closed. ASV-3 closed m_ ASV-1 closed
" TRIP" light lit 8.33 Start FWP 2A 1 Ensure FWP 2A has been on turning gear or rotating for at least 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> prior to start.
2 Depress and hold "FWP-2A MISSING SIGNAL BYPASS START" push button.
3 Verify all perinit lights (white) are lit.
(~'
( s' 4 Select " RESET / TRIP" switch to
" RESET".
5 Verify ASV-3 and ASV-1 open.
6 Increase Governor Speed Control to a 1000 RPM.
7 WHEN > 100 RPM is indicated, IliEN release " MISSING SIGNAL BYPASS START" push button.
8 Verify tha following:
Turning gear disengages Turning gcar motor steps 9 Ensure FWV-18 opens.
,r-E0P-14 REV 02 (IC 01) PAGE 99 of 293 ENCLS
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l ENCLOSURE 8 MfW RESTORATION (CONT'D)
( ACTIONS DETAILS
-8.34 ,__ Open FWV-22 L
8.35 Maintain turbine at a e Record time at 1000 RPM. !
minimum speed of = 1000 l RPM for at 30 minutes for hrs i warmus period.
t 8.36 Verify turbine vibration, e No alarms. ,
shaft eccentricity, and '
r shaft position are within limits. #
8.37 increase turbine speed to e Adjust with " GOV SPEED CNTRL" (red O' = 3.550 RPM. lightlit).
8.38 GO TO Step enclosure.l8.52inthis I
a M
O E0P-14. REV 02 (IC 01) PAGE 101 of 293 ENCLS
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E0P-14 l REV 02 (IC 01) PAGE 10T of 293 l ENCLS
INCLOSURE 8 MFWRESTORATION(CONT'D) 4
() ACTIONS DETAILS STATUS e At least 1 M. BP is running.
e FWP-2B startcp is desired. [
i I 8.39 Notify SP0 to ensure 4
cooling water aligned to FWP-2B lube oil coolers. I 8.40 Ensure at least 1 FWP-2B lube oil pump is' running. FWP-3B ,
___ FWP-4B 7
8.41 Ensure FWP-28 startup e - Select FWV-19 to "AUT0".
alignment, e Ensure FWV-15 is open.
e Notify SP0 to ensure FWV-146 "FWP-2B Warmup Recirc iso" is open (145 ft TB by DFT).
E0P-14 REV 02 (IC 01) PAGE 103 of 293 ENCLS
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-_EOP-14' _REV 02 (IC 01)- PAGE 104 of-293 ENCLS
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ENCLOSURE.8 MfW RESTORATION (CONT T p
() - ACTIONS DETAILS 8.42 Ensure FWP-28 is on
- 11 necessary to place FWP 2B on turning gear. turning gear, 111@ perform the following:
_, Verify all "TG MOTOR PERMISSIVES" lights (white) lit.
Select FWM-1B to " ENGAGE".
Verify FWP 28 turning gear
" Engage" and " Motor" lights
's i t .
Notify SP0 td ensure FWP-28 on turning gear.
8.43 Notify SP0 to ensure
- TDV-24 "TDV-23 Inlet Iso" FWP-2B manual turbine drain valves are open, e TDV-35 "TDV-33 Inlet-Iso" 8.44 Open FWP-2B turbine drain valves. TDV-23 TDV-30 TDV-33 8.45 Ensure Speed Governor at
- FWP-2B " GOV SPEED CNTRL" minimum, indicating light (green) lit e FWP 2B Bailey selected to " HAND" and demand set to "0" O
E0P 14 REV 02 (IC 01) PAGE 105 of 293 ENCLS
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ENCLOSURE 8 MrW RESTORAT10f! (CONT'D)
ACTIONS DETAILS 8.4G Verify high PRESS and low e Verify the following:
PRESS trip valves are closed. ASV-4 closed ASV-2 closed
" TRIP" light lit
, '8.47 Start FWP 1 Ensure FWP 28 has been on turning '; ear or rotating for at least 3 aours prior to start.
- 2. Depress and hold "FWP 28 MISSING SIGNAL BYPASS START" push button.
3 Verify all permit lights (white) are lit.
O 4 Select " RESET / TRIP" switch to-
'b " RESET".
5 Verify ASV-4 and ASV-2 open.
6- Increase Governor Speed Control to = 1000 RPM.
7 MtiEN > 100 RPM is indicated, IliEN release "MISS:NG SIGNAL-BYPASS START" push button.
8 Verify the following:
Turning gaar disengages-Turning gear motor stops 9 Ensure FWV-19 opens.
O E0P-14 REV 02 (IC 01) PAGE 107 of 293 ENCLS
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.E0P.14- REV 02-(IC 01) PAGE 108 of 293 ENCLS. t
ENCLOSURE 8 MfW RESTORATION (CONT'D)
- (T -
,q_,! ACTIONS DETAILS 1
8.48 Open FWV-23 8.49- Maintain turbine at a e Record time at 1000 RPM.
minimam speed of = 1000 RPM for at 30 minutes for hrs warmup period.
1 i
8.50 Verify turbine vibration.- e No alarms, shaft eccentricity, and '
shaft position are within limits.
8.51' increase turbine speed to e Adjust with "G0V SPEED CNTRL" (red
= 3,550 RPM. lightlit).
(}
O E0P-14 REV 02 (IC 01) PA9E 109 of 293 ENCLS
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[E.LOSURE 8 MFW RESTORATION (CONT'DJ 1 ACTIONS DETAILS STA1US e At least 1 MFWBP and 1 MFWP is running.
e OTSG feed is desired.
8.52 E desired to feed A OTSG, 1 Open FWV-36 E establish FW flow to A OTSG. 2 ,_,_ Ensure running'MFWP is controlling at = 80 psi AP. ;
3 Throttle FWV-40 for desired '
flow.
4 M A OTSG is at desired level, E select FWV-40 to "AUT0".
O 8.53 E desired to feed B OTSG, 1 Open FWV-33 M establish FW flow to B OTSG. 2 Ensure running MFWP is controlling at = 80 psi AP.
3 Throttle FWV-39 for desired flow.
4 M B OTSG is at desired level, E select FWV-39 to "AUT0".
f).
g E0P-14 REY 02 (IC 01) PAGE 111 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 112 of 293 ENCLS
-t ENCLOSURE 8 MFW RESTORATION ICONT'D)
ACTIONS DETAIL _S .
i 8.54 E MFW is controlling 1 Bypass or reset HPI channels.
OTSG' level, MD EFW requires shutdown, 2 jf an EFIC 4ctuation signal M restore EFW to exists, standby. E depress " MANUAL PERMISSIVE" push buttons on EFIC channels A i and B.
l 3 1E an EFIC actuation signal does HQI exist, M depress "TES'i RESULTS/ RESET" push buttons on EFIC channels A and B.
4 Stop EFP-1 5 Close EFP-2 steam supply valves:
ASV-204
. ASV-5 3, 6 Notify PPO to reset EFIC trip modules:
._ Cabinet A, Module A 4-10 EF-100-ZY (A EFIC Room)
Cabinet B, Module B-4-10, EF-200ZY(BEFICRoom) 7 Select EFIC Control valves to "AUT0":
EFV-58 EFV-57 EFV-56 EFV-55 O
E0P-14 REV 02 (IC 01) PAGE 113 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 114 of 293 ENCLS
l Q(LOSURE8 MfW RESTORATION (CONT'D)
&CTIONS DETAILS
OTSG level, AE AFW requires shutdown, _,FWV-216 Iti@ restore AFW to standby. FWV-217
)
2 _ Stop FWP-7 3 Notify SP0 to close AFW isolation valves to OTSGs (119 ft.IB by east door):
FWV-222 "AFW D13 charge Iso to A OTSG" ,
FWV-223 "AFW Discharge 150 to B OTSG" O
9 O
E0P-14 REV 02 (IC 01) PAGE 115 of.293 ENCLS
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ENCLOSURE 9 OTSG CONTAMINATED WASTE WATER MANAGEMENT 4
i v ACTIONS DETAILS
-9.1 Align FSP recirc Hdr to 1 _ Ensure FSV-28 "FST-1B Inlet Iso" FST-1B is open (119 ft Berm between FSTs).
4 2 Close FSV El "FST-1A Inlet Iso" (119 ft Berm between FSTs).
3 Open FSV-24 "FSP Recirc Line to FST Iso" (119 ft FSPH northwest wall).
9.2 .__ Verify FSP-28 is available.
- E FSP-28 is HQI.
available, 1[l@ GO TO Step 9.8 in this enclosure.
V 9.3 Ensure FSV-41 "FSF Suction Hdr Cross-Tie" is closed (119 ft FSPH north wall).
- 1 E FSP-1 is if01 available, 9.4 1118 GO TO Step 9.10 in this enclosure.
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t ENCL 0SURE 9 OTSG CONTAMINATED WASTE WATER MANAGEMENT fCQKIfD1 ALJ1QR1 DETAILS STATUS e rsP-?.s is available to support FS.
e FSP-1 is to be used to transfer FST-1A to FST-1B. I 9.5 Establish recirc flow to 1 Throttle open FSV-18 "FSP-1 FST-1B Recirc Iso" (119 ft FSPH south wall) to establish 2000 gpm (1800 to 2200 gpm) as indicated on FS-12-FIS -
2 Verify FSP-1 is running.
3 Notify Control Room that FST-1A transfer is in progress and request to be notified when FST-1A level is 5 ft (4 to 6 ft).
9.6 Wil@ notified by Control 1 .__ Close FSV-18 "FSP-1 Recirc Iso" Room that FST-1A level is (119 ft FSPH south wall).
5 ft (4 to 6 ft),
IEN stop recirc flow. .2 Stop FSP 1 (119 ft FSPH) 3 Close FSV-24 "FSP Recirc Line to FST Iso" (119 ft FSPH northwest wall).
'9.7' 04 TO Step 9.12 in this enclosure.
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[NCLOSURE 9- OTSG CONTAMINATED WASTE WATER MANAGEMENT (CONT'D)
() ACTIONS DETAILS ,
STATUS :
- e FSP-28 is not available, o FSP-1 is available to support FS.
e FSP-2A is to be used to transfer FST-1A to FST-18. *
, 9.8 Open FSV-41 "FSP-Suction Hdr Cross-Tie" (119 ft FSPH north wall). -
i 9.9 Close FSV-13 "FSP Suction Hdr Cross-Tie" (119 ft .
FSPH north wall).
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ENCLOSURE 9 OTSG CONTAMINATED WASTE WATER MANAGEMENT fCONT'D)
ACTIONS DETAILS STATUS e FS support is provided by TSP-28 or by FSP-1 with suction aligned to FST-1B.
)
- FSP-2A is to be used to transfer FST-1A to FST-18. l l
9.10 Establish recirc flow to 1 Notify Control Room to start FST-1B FSP-2A 2 Verify FSP-2A is running (119 ft FSPH).
3 _, Throttle open FSV-23 "FSP-2A Recirc Iso" (119 ft FSPH southeast wall) to establish 2000 gpm (1800 to 2200 gpm) as indicated on FS-12-FIS
,O 4 Notify Control Room that FST-1A
( transfer is in progress and request to be notified when FST-1A level is 5 ft (4 to 6 ft).
9.11 E notified by Control 1 Close FSV-23 "FSP-2A Recirc Iso" Room that FST-1A level is (119 ft FSPH southeast wall).
5 ft E s(4top torecirc 6 ft), flow. 2 Select FSP-2A " Start Mode Selector Switch" to "0FF" (119 ft FSPH).
3 M FSP-2A stops, M select FSP-2A " Start Mode Selector Switch" to "AUT0" (119 ft FSPH).
4 Close FSV-24 "FSP Recirc Line to FST Iso" (119 ft FSPH northwest wall). .
E0P-14 REV 02 (IC 01) PAGE 123 of 293 ENCLS
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O E0P-14 REV 02 (IC 01) PAGE 124 of 293 ENCLS
ENCIOSURE 9 OTSG CONTAMINATED WASTE WATER MANAGEMENT (CONT'D1 b,m ACTIONS DETAILS STATUS FST-1A level is 5 ft (4 to 6 ft) and FST transfer is complete.
9.12 Align FSP suctions to 1 Ensure the following pumps are FST-1B stopped (119 ft FSPH):
FSP-1 FSP-2A 2 _ Close FSV-3 "FST-IA Outlet Iso" (119 ft Berm behind FST-1A).
3 Open FSV-41 "FSP Suction Hdr Cross-Tie (119 ft FSPH north wall).
p 4 Ensure FSV-13 "FSP Suction Hdr v Cross-Tie" is open (119 ft FSPH north wall).
i 9.13 Notify Control Room of ,e FST-1A is pumped down and FST-1A status. isolated.
3 FST-1A and CDT-1 are to be cross-tied.
O E0P-14 REV 02 (IC 01) PAGE 125 of 293 ENCLS
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l ENCLOSURE 9 OTSG CONTANINATED WASTE WATER MANAGEMENT (CONT'D) t
. q i
ss _f ACTIONS DETAILS 9.14 Cross-tie FST-1A to CDT-1 1 Close CDV-290 "CDT-1 to EFP Suction" (119 ft Berm in covered valve box by FST-1A).
3 Open CDV-289 "FST to CDT-1 Cross-Tie Iso" (119 ft Berm by FST-1A).
4- Open FSV-918 "FST to CDT-1 Cross-Tie Iso" (1,19 ft Berm by FST-1A).
5 Open CDV-103 "CDT-1 to EFP Suction" (119 ft Berm by CDT-1).
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ENCLOSURE 10 ALTERNATE OTSG FEEDWATER SUPPLY ;
I ACTIONS DETAILS 10.1 Prepare AFW for operation.
4 FWV-222 "AFW Discharge Iso to A OTSG" FWV-223 "AFW Discharge Iso to B OTSG"
!=
4 10.2- - Verify 4160V REACTOR _ AUX BUS 3 is energized.
~
If 4160V REACTOR AUX BUS 3 1 Open Bkr 3223 is HQI energized, IEER energize 4160V 2 Select MTDG-1 to "RUN".
REACTOR AUX BUS 3 3 Verify "RUN/M DG-1" light (red) 1( is lit.
g 4 Close Bkr 3225 5 Verify 4160V REACTOR AUX BUS 3 voltage is stable.
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ENCLOSURE 10 ALTERNATE OTSG FEEDWATER SUPPLY ACILQN.S DETAILS i
10.3 Start FWP-7 i CAUTION Simultaneous feeding with EFW and AFW could cause OTSG tube damage !
due to tube cross flow limitations.
10.4 1018 FWV-222
Itim "stablish AFW flow.
FWV-216 FWV-217 See Table 2
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E0P-14 REV 02 (IC 01) PAGE 132 of 293 ENCLS
ENCLOSURE 11 EDG A LOAD MANAGEMENT ACTIONS DflALLS STATUS EDG A is supplying the A ES 4160V Bus.
, 11.1 lE B ES 4160V Bus is enernized, IllEti GO To step 11.11 in this enclosure, i
!!QlE -
The following steps cross-tie EFWPs to allow shutdown of EFP-1 for EDG A load management, 11.2 Verify EFP-1 is running.
O ;1E EFP-1 is !!QI running, IliEll notify TSC.
11.3 Verify EFP-2 is running.
- H EFP-2 discharge block valves are open, IliEN verify EF-62-FI indicates flow, e E EFP-2 discharge block valves are NOT open, IBEli verify the following:
ASV-204 indicates open ASV-50 is not tripped (Annunciator H-08-04 not lit) lE EFP-2 is NOT running, IllEN notify .TSC and EXIT this enclosure.
E0P-14 REV 02 (IC 01) PAGE 133 of 293 ENCLS
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- ENCLOSURE 11 EDG A LOAD MANAGEMENT ICONT'D)
ACTIONS DETAILS 11.4 Ensure EFP-2 normal 1 Depress " MANUAL PERMISSIVE" push discharge path.is buttons on EFIC channels A isolated. and B.
2 Close EFP-2 discharge block valves:
EFV-Il l
l EFV-32 3 Notify PP0 to open EFP-2 discharge block valve switches (A ES 480V SWGR Room):
DPDP 8C-1 "EFV-11' Motor Power" DPDP 8C-3~"EFV-32 Motor Power" a
11.5 ' Ensure level in available O- OTSGs is at or trending
'd toward required level with EFP-1
[ Rule 3, EFW Control]
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1 ENCLOSURE 11 EDG A LOAD MANAGEMENT (CONT'D)
ACTIONS DETAILS 11.6 Notify PPO to cross 1 Unlock and close EFV-12 switches connect EFW trains. (A ES 480V SWGR Room):
DPDP 80-5 "iFV-12 MOTOR POWER" DPDP 8C-6 "EFV-12 CONTROL POWER" 2 Depress the open push button for EFV-12-MST (A ES 480 SWGR E Room).
3 M EFV-12 is open, E open and lock EFV-12 switches
DPDP 8C-E "EFV-12 MOTOR POWER" DPDP 8C-6 "EFV-12 CONTROL P0WER" 4 Notify Control Room that EFV-12 is open.
O 11.7 M EFP-2 is aligned to supply EFW to OTSGs, ll!Pi select EFP-1 to
" PULL TO LOCK".
11.8 Depress both "EFW INITIATE" push buttons on EFIC channels A and B.
11.9 Ensure EFW flow is controlled.
[ Rule 3, EFW Control]
11.10 EXIT this enclosure.
O E0P-14 REV 02 (IC 01) PAGE 137 of 293 ENCLS j
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_0SURE 11 EDG A. LOAD MANAGEMENT (CONT'D)
ACTIONS DETAILS SISLUS B ES 4160V Bus is energized, 11.11 Verify SWP-18 and RWP-2B -
are running. SWP-1B RWP-2B IE SWP-18, QB RWP-2B is NOT running, It!1tl notify TSC and EXIT this enclosure.
G. 11.12 Select SWP-1A to
" PULL TO LOCK".
11.13 Select RWP-2A to
" PULL TO LOCK".
11.14 Defeat EFP-1 500 psig
- Select "EFP-1 TRIP DEFEAT" switches trip. to " DEFEAT" position (ES cabinets):
ACT. CHAN. CAB. #1 ACT. CHAN. CAB #2 ACT. CHAN. CAB #3 O
E0P-14 REV 02 (IC 01) PAGE 139 of 293 ENCLS l
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4 E0P.-14 REV 02 (IC 01) PAGE 140 of.293 I ENCLS-
ENCLOSURE 12 OTSG TRACC ISOLATION ACTIONS DETAILS tl01E -
The following criteria is to be used during isolation determination:
e High OTSG 1evel-(Isolate any OTSG that can not be maintained -
$ 90% due to tube rupture.).
. e- Low BWST level-(Isolate any OTSG with tube rupture.)
- Atmospheric steaming time limit -(Isolate the OTSG with the largest primary to secondary leak rate.)
12.1 E blowdown is available,
- Notify SP0 to throttle blowdown flow M maintain 0TSG level at s 500 gpm indicated on MS-117-FI-s 90% using OTS" blowdown (95 ft_TB east of hotwell):
lines.
MSV-516 "0TSG Blowdown / Drain Hand Control" 1
-.f3O MSV-517 "0TSG Blowdown / Drain-Hand Control Bypass" e
a L12.2 E either OTSG PRESS
< 725 psig, -
EFIC ACT. BYPASS" push buttons:
M bypass _EFIC isolation actuations. Channel A p Channel B Channel C Channel- D 12.'3 E adequate SCM exists, a!iQ HPI bypass permits exist, JBER bypass HPI.
See Table 3 E0P-14 REV 02 (IC 01) PAGE _141 of_ 293 ENCLS
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ENCLOSURE 12 OTSG-TRACC ISOLATION (CONT'D)
() ACTIONS DETAILS MQIf Emergency cooldown limits apply when RCS TEMP is > 500*F.
12.~ 4 If RCS TEMP is > 480'F,
cooldown.
See Table 1 12.5 Isolate MSDTs on affected
l MSV-29) "MSDT-22 Root Iso" s
MSV-299 "MSDT-23 Root Iso"
'V
MSV-301 "MSDT-24 Root Iso" MSV-303 "MSDT-25 Root Iso" 12.6 MBEM RCS TEMP s 480*F, o Use any of the following to control IHEN ensure RCS PRESS RCS PRESS:
s 950 psig.
PZR spray PORV PZR HPVs Letdown flow l
('~)
\~ /
E0P-14 REV 02 (IC 01) PAGE 143 of 293
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ENCLOSURE 12 OTSG TRACC ISOLATION (CONT'D)-
ACTIONS DETAILS 12.7 1E EFIC is actuated, I!!EN depress " MANUAL PERMISSIVE" push buttons on EFIC channels A and B.
-12.8 Isolate all feedwater e Close the following valves on sources to affected OTSG. affected 0TSG:
+
AFW .
Control FWV-216 FWV-217 EFW EFV-14 EFV-33 Blocks EFV-11 EFV-32 Emergency Blocks FWV-35 FWV-34 (f )j LLBV FWV-31 FWV-32 MBV FWV-30 FWV-29
-SUBV FWV-36 -FWV-33
.12.9 Close MS supply valve to EFP-2 from affected 0TSG. A OTSG B OTSG MSV-55 MSV-56 A
4 E0P-14 REV 02 (IC 01) PAGE 145 of 293 ENCLS
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ENCLOSURE 12 OTSG TRACC ISOLATION (CONT'D)
'( ACTIONS DETAILS i-
-12.10 idlEN RCS PRESS controlled 1 Close MSIVs on affected 0TSG:
s 950 psig, IBEN complete: isolating-affected 0TSG. A OTSG B OTSG MSV-412 MSV-413 MSV-411 MSV-414
'2 Select ADV to " HAND" and closed on affected 0TSG:
- MSV-25 __ MSV-26 3 Close blowdown line isolation on affected OTSG
, MSV-130 MSV-148
PZR spray PORV PZR HPVs Letdown flow 12.12 IE both OTSGs are unavailable for heat transfer, ;
JBEN GO TO E0P-04, '
Inadequate Heat Transfer, beginning with Step 3.1 1 O
E0P-14 REV 02 (IC 01) PAGE 147 of 293 ENCLS
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ENCL 0SURE 12- OT50 TRACC ISOLATION (CONT'D) l;TIONS DETAILS 12.13 Control RCS TEMP using
OTSG.
12.14 De-energize MS-supply to 1 E MSV-55 is closed, EFP-2 from affected 0TSG. E notify PP0 to open DPDP 8B-13 "MSV-55 MOTOR POWER"
L 2 E MSV-56 is closed, E notify PPO to open
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ENCLOSURE 12 OTSG TRACC ISOLATION (CONT'Q1 ACTIONS- DETAILS 12.15 De-energize EFW block
- H A OTSG was isolated, valves for. affected 0TSG. ItiEH notify PPO to open the ,
following switches:
'DPDP 8C-1 "EFV-11 Motor Power" (A ES 480V SWGR Room)
DPDP 80-1 "EFV-14 Motor Power" (B ES 480V SWGR Room) e E B OTSG was isolated, IllEH notify PPO to open the l
(
following switches:
DPDP 8C-3 "EFV-32 Motor Power" (A ES 480V SWGR Room)
DPDP 8D-3 "EFV-33 Motor Power" (B ES 480V SWGR Room) f)
' \,m> -12.16- E EFIC is actuated,-
It!EN depress "EFW INITIATE" push buttons.on
.EFIC channels A and B.
12.17 EXIT this enclosure.
L).
E0P-14 REV 02 (IC 01) PAGE 151 of 293 ENCLS
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ENClESURE 13 HIGH PRESS _ AUX SPRAY LINEUP O) ACTIONS DETAILS
)
13.1 Isolate Aux spray line DH 1 Ensure DHV-91 is closed.
piping.
2 _ Notify PPO to ensure DHV-92 "DH l to PZR Spray Root Iso" is open (75 ft AB A DH Room).
13.2 Align MV system to supply 1 Close RCV-53 Aux spray.
2 Close RCV-13 3 Notify PP0 to perform the following (119 ft AB penetratidn area):
Ensure MUV-520 "MU to DH High PRESS Aux Spray Drain" is closed.
Open MUV-273 "MU to DH High
, PRESS Aux Spray Iso".
U/ Open DHV-95 "MU to DH High PRESS s,
Aux Spray Iso",
Throttle DHV-126 "MU to DH High PRESS Aux Spray Throttle" J = 2 turns open.
13.3 Manually control seal injection flow rate.
- Select MUV-16 to " HAND".
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ENCLOSURE 13 HIGH PRESS AUX SPRAY LINEUP (CQt(L'Q}
r3 V 6CTIONS DETAILS HQlE Aux spray flow is determined by subtracting individual seal flow from total seal flow.
l 13.4 MdB directed by the e Throttle RCV 53 to maintain l
controlling procedure, continuous high PRESS Aux spray ldB throttic flows as flow to limit PZR thermal l desired. cycles.
- Throttle MUV-16 to maintain desired individual seal injection flows.
e if necessary to obtain additional Aux spray flow, IHQ notify PPO to throttle DHV-126 "MU to DH High PRESS Aux
/
,- Spray Throttle" (119 ft AB V) penetration area).
13.5 1E at any time, additional 1 Throttle RCV-53 closed until flow is required, total seal injection flowrate IBG bypass seal injection lowers.
filters.
2 Open MVV-452 3 _ 11 MVV-452 does HQI have power, IHQ notify PPO to manually open MU'.' 452 " Seal Injection Filter Bypass" (119 ft AB by penetration area).
4 _ Throttle RCV-53 to maintain
. continuous high PRESS Aux spray flow to limit PZR thermal cycles.
5 Throttle MVV-16 to maintain c
desired individual seal injection flows.
E0P-14 REV 02 (10 01) PAGE 155 of 293 ENCLS
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Applicable carry over steps:
(' 13.511 additional flow is required 11113 bypass seal injection filters. l l
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ENCLOSURE 13 }ilGH PRESS AUX SPRAY LINEUP (CONT'D)
ACTIONS DETAILS 13.6. E high PRESS Aux spray 1 Throttle MUV 16 as necessary to is no longer required, maintain desired individual seal M align MU and DH injection flows, systoms for normal operation. 2 _ Throttle RCV-53 closed to stop high PRESS Aux spray flow.
3 E D 53 is fully closed, M notify PPU to close the following valves (119 ft AB penetrationarea):.
MUV-273 "MU to DH High PRESS Aux-Spray Iso" ,
DHV-126 "MU to DH High PRESS Aux Spray' Throttle"
__ DHV-95 "MU to DH High PRESS Aux Spray 1sf 4 Ensure MVV-452 is closed.
(~' 5 M high PRESS Aux spray is isolated, _
AND desired individual seal injection flowrates are established, E select MVV-16 to "AUT0".
t O
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ENCLOSURE 11 STATION BLACKOUT MAfri GENERATOR PURGIN.G ACI M DETt.ILS M
e Unless other locations are providd, valves and PRESS indicator (TB-156-PI) used in this enclosure are located on 95 ft TB by the Hydrogen Panel, e The venting process should take = 20 min.
14.1 Vent main generator H,. 1 Close H, isolation valves:
11YV-28 "H2 Supply, to Generator" GGV-213 "H2 Supply to Controller" GGV-220 " Generator Gas Manifold Inlet Iso" 2 Open H, vent valves:
L GGV-232 " Generator Vent" GGV-274 " Vent Iso" 3 Verify main generator PRESS lowering on TB-156-PI " Main Generator PRESS".
la.2- Eli@ main generator PRESS e GGV-233 " Carbon Dioxide Feed lowers to = 0 psig Line Iso" indicated on TB-156-Fi
" Main Generator PRESS",
t E0P-14 REV 02 (IC 01) PAGE 159 of 293 ENCLS
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ENCLOSURE 14 STATION BLACKOUT MAIN GENERATOR PURGING ACTIONS DETAILS 1
- 14. 3 ,__ Begin N purge of main 1 Ensure both Na tank outlet valves generator, are open (119 ft Berm at Na tanks):
NGV-260"LPN2 Tank (North) Iso" NGV-261 "LP N2 Tank (South) Iso" l 2 Record N tank levels:
NG 97-LI "LP N2 Tank (South)
Level": in NG-98-LI "LP N2 Tank (North)
Level": i.n 3 Open Na purge supply valves (119 ft TB west of Cardox tank):
NGV-325 "NG to GG Crost Tie Root Iso" NGV-326 "NG to GG Cross-Tie Iso" 4 Record purge start time:
hrs
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ENCLOSURE 14 STATION BLACK 0UT MAIN GENERATOR PURGING (CONT'D) i
.c ACTIONS
- DETAILS
'14.4 E main generator has 1 Record N, tank levels:
been purged for 1.5 Lours using both N tanks QB a total of 20" of N, NG 97-LI "LP N2 Tank (South)
Level": in has been used, M isolate purge lineup. NG-98-LI "LP N2 Tank (North) i' Level": in 2 Record purge stop time:
hrs 3 Close the following valves:
NGV-325 "NG to GG Cross-Tie Root Iso"
. (119 ft TB west of Cardox tank)
NGV-326 "NG to GG Cross-Tie Iso" (119 ft TB west of Cardox tant)
GGV-232 " Generator Vent" (95 ft TB by Hydrogen Panel)
U GGV-233 " Carbon Dioxide Feed Line Iso" (95 ft TB by Hydrogen Parel)-
GGV-234 " Carbon Dioxide Iso" (95 ft TB by Hydrogen Panel)
GGV-274 " Vent 1so" (95 ft TB by Hydrogen Panel) 14.5 Notify Control _ Room that main generator aurge is complete and TB)-3 may be stopped.
14'.6 De-energize TBP-10 1 Open DPDP 3B-17 "TBP-10 Control
-(119 ft TB north of Power".
FWHE-3A).
2 Open DPDP 3B-13 "TBP-10 Motor Power".
E0P-14 REV 02-(IC 01) PAGE 163 of 293 ENCLS
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ENCLOS'JRE 15 E0P TEMPERATURE LOG
[
v et Maximum interval between readings is 30 min.
l 1
RCS Heatup or Cooldown Rate d
TiU' a Time (min) RCS TEMP A RCS TEMP A RCS TEMP / % hr (Note 1) (Note 2) (Note 3) (Notes 4 and 5) to + : N' '
tl t2 t3 14 ,
15 t6 19-I t10 til t12 tl3 Notes:
- 1. Example: A Time - Time,i - Time,.
S. A positive number indicates a heatup and a negative number indicates a cooldown.
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INCLOSURE 15 E0P TEMPERATURE LOG (CONT'D)
PZR Heatup and Cooldown Limits PZR TEMP Normal Heatup/Cooldown Rate OTSG Tube Rupture Cooldown Rate
> 520'F < 100'F/hr < 130'F/15 inin s 520'F < ICO'F/hr < 100'F/hr PZR Heatup or Cooldown Rate Time A Time (min) PZP. TEMP A PZR TEMP A PZR TEMP / hr (Note 1) (Note 2) (Note 3) (Notes 4 and 5) to '!N WW J- ,
- Y' tl
__t2 '
t3 t4 t5 16 Nn 18 t9 t10 til tl2 tl3 Notes:
1..
Maximiim interval between readings 15 1,5 min until PZR TEMP < 520'F, then interval may be increased to 30 min.
- 2. Excmple: A Time - Time,i - Time,,
- 3. Example: A PZR TEMP = PZR TEMP,i - PZR TEMPOi
- 4. . _ A PZR TEMP /hr = : o PZR TEMP - x l A Time (min)
L
- 5. A positive number indicates a heatup and a negative number indicates a es cooldown.
U E0P-Is REV 02 (IC 01) PAGE 167 of 293 EN(.LS
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ENCLOSURE.16 RCP RECOVERY ACTIONS DETAILS STATUS Adequate SCM exists.
g.
l 16.1.__ JL HPI PORV cooling is in 1 If adequate.SCM has fl01 been progress, lost, M determine if RCP ANQ adequate SCM exists on both start conditions'are met, hot legs.
M GO TO Step 16.5 in this enclosure.-
L See Table 3 ,
2 If OTSGs have been fed while performing HPI.PORV cooling, M GO T0 Step 16.3 in this-enclosure.
3 1E OTSGs have liDI been fed while
' performing HP! PORV cooling.
M GO T0' Step 16.4 in this:
enclosure.-
16.2 1E adequate SCM has HQI -
been lost, M GO-TO Step 16.5 in
- this enclosure.
- See' Table 3
_, _ -= - - - - =
==
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ENCLOSURE 16 RCP RECOVERY (CONT'D) i ACTION.S DETAILS 16.3- Milti the following oxist:
, Stable, subcooled 2 loop Nat Circ '
> 60 min Adequate SCM plus 30'F See Table 3 RCS PRESS > 260 psig.
, QB the following exist:
_ _ Adequate SCM plus 25'F .
See Table 3 RCS PRESS > 210 psig Stable, - subcooled single-loop Nat Circ and HPI-flow exists for minimum time:
Flow (gpm) Minimum Time a 1000 > 3 hr 30 min k 900 > 4 hr k 800 > 4 hr 30 min k 700 > 5 hr 15 min k 600 > 5 hr 30 min a 500 > 6 hr 45 min a 400 > 8 hr 30 min k 305 > 11 hr 30 min k 200 > 19 hr It[G GO T0' Step 16.5 in this enclosure.
O E0P 14 REV 02 (IC 01) PAGE 171 of 293 ENCLS
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ENCLOSURE 16 RCP RECOVERY (CONT'D1 ACTIONS DETAILS 16.4 .)n B RCS PRESS is
- < 415 psig, IlO continue in this
- enclosure, f
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E0P REV 02 (IC 01) PAGE 173 of 293 Ef;CLS l 3
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ENCLOSURE 16 RCP RECOVERY (CONT'D)
ACTIONS DETAILS STATUS RCS conditions exist fot' RCP restart.
16.5 IE RCP seal services (seal injection and SW c3oling) have been maintained, IllEd GO TO Step 16.20 in this enclosure.
CAUTION lsolation of CB0 on a running RCP could result in RCP seal damage.
( 16.6 If seal injection has RQI been maintained, RCP CB0 Valve IHG ensure CB0 valves are closed for idle RCPs. RCP-1A MUV-258 RCP-1B MUV-259 RCP-lC MUV-260 RCP-lD MUV-261 16.7 Ensure SW isolation valves are open. RCP-1A SWV-80 SWV-84 RCP-1B SWV-79 SWV-83 RCP-lC SWV-82 SWV-86 RCP-10 SWV-81 SWV-85 O
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ENCLOSURE 16 RCP RECOVERY (CONT'D)
ACTIONS DETAILS 16.8__. IE SW cooling, 680 seal injection was lost for > 30 minutes, IH[H GO 10 Step 16.18 in this enclosure.
16.9 If seal injection has been maintained to RCFs, 1818 GO 10 Step 16.20 in this enclosure.
16.10 1E CB0 for idle pumps was isolated within 1% min of loss of seal injection, IEEN GO TO Step 16.20 in this enclosure.
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ENCLOSyltL.16 RCP RECOVERY (CONT'D1 ACTIONS DETAILS 16.11 _ Verify RCP third stage 1 Calculate RCP third stage seal seal integrity. PRESS limit ( k 80% RCS PRESS):
psig X 0.8 = psig (RCS PRESS) (limit) 2 Record RCP third stage seal PRESS:
RCP-1A psig RCP-1C psig RCP-1B psig RCP-ID psig
.%1L ins order of the following iteps minimizes the time that CB0 valves are open without seal injection in serv La.
16.12 1E RCP third stage seal .* Ensure MUV-253 is open.
PRESS verified in Step 16.11 is k 80% RCS .* Ensure open:
PRESS.
111@ open CB0 valves.
RCP CB0 Valve RCP-1A MUV-258 RCP-1B MVV 259 RCP-1C MUV-260 RCP MVV-261
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ENCLOSURE 16 RCP REC 0VERL(CONT'D1 ACTIONS DETAILS 16.13 Record kCP seal PRESS for 1__. Record third stage seal PRESS of RCPs with open CB0 valves. RCPs with CB0:
RCP 1A psig RCP-1C psig RCP-1B psig RCP-10 ___ psig l-2 Record second stage seal PRESS of RCPs with CB0:
RCP 1A psig' RCP-1C psig RCD-1B psig RCP-10 psig CAUTION Isolation of CB0 on a running RCP could result in RCP seal damage.
16.14 1 CEO valves for id1 RCP CB0 Valve RCP-1A _._ MUV-258 RCP-1B MUV-259 RCP-1C MUV-260 RCP-1D MUV-261 O
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Y ENCLOSURE 16 PCP RECOVERY (CONT'D)
{
ACTIONS- DETAILS 16.15 ' Calculate acceptable e Calculate RCP third stage seal ranges for RCP seal '/RESS. PRESS acceptable range (= 20%
and s-65% of RCS PRESS):- '
psig A 0.2 = psi (RCS PRESS) (lowerlimit)g psig X 0.65 - psi (RCS PRESS) (upper limit) g
- Calculate RCP second stage seal PRESS acceptable range (a 40%
and s 80% of ~ RCS PRESS):
psig X 0.4 y psi
-(RCS PRESS) (lowerlimit)g l isig X 0.8 - psi (RCS Pi:ESS) -(upperlimit)g
- 'r - 16.lG Determine F.CP seal 1 Compare RCP seal staging PRf5S integrity. recorded in Step 16.13 with the l~ 1 acceptable ranges calcubted in Step 16.15 2 Record PCPs with acceptable second and third stage seal PRESS
RCP Acceptable RCP-1A RCP-1B RCP-lC
_RCP-lD l 16.17 IE any RCP seal integrity is acceptable, IllEN GO TO Step 16.20 in this enclosure.
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ENCLOSURE 16 RCP RECOVERY (CONT'D)
ACTIONS DETAILS 16.18 Restore seal injection. 1_,, Ensure MUV-16 is closed.
'2 Ensure a MVP is running.
3 Ensure MUV-18 is open.
4 Throttle open MVV-16 to establish .soal injection flow rate of 3 gpm/ pump over a two minute time period.
l Time 3 gpm established :
5 Wi[EN 10 minutes have elapsed with seal inject' ion of-3 gpm/ pump, IllEN increase seal: injection flow to 6 gpm/ pump.
Time 6 gpm established :
6 O WHEN 10 minutes have elarsed with seal injection of 6 gpm/ pump, IllEN increase seal injection flow to 10 gpm/ pump.
A_)
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- ENCLOSURE 16 RCP RECOVERY (CONT'D)
ACTIONS DETAILS 16.19 JE Any of the following conditions exist:
SW and seal injection was lost for > 30 min
-RCP seal integrity does HQI exist it1EN EXIT this enclosure.
16.20 Ensure NPSH exists for RCP e Operate PZR heaters a's necessary to start. establish RCS TEMP Ocd PRESS for RCP NPSH.
See Figure 1 l
See Figure 2 O)
-16.21 ellen all the following '
conditions exist:
6900V bus power RCP start pe; missives
. (seal injection and CB0 may be exceptions)
Adequate.RCP NPSH See Figure 1 See' Figure 2 ItiEN continue in this enclosure.
-(
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ENCLOSURE lj RCP RECOVERY fCONT'D) j l
. ACTIONS DETAILS 16.22._. E at any time, adequate ;1 Depress "HPI MAN ACT" push SCM -is lost, button-on Train A and B.
Itg ensure full HPI.
2 Ensure HPI is controlled.
-iee Table 3 (Rule 2, HPI Control]
16.23 E at any time, adequate 1 Trip all RCPs.
SCM is lost, AE MI recovered within 2 1E seal injection does NOT 2 min, exist, ItB trip all RCPs and II H ensure all CB0 valves are GO TO E0P-03 closed within 1 min of tripping RCPs, See Table 3 3 GO TO E0P-03, Inadequate Subcooling Margin, beginning.at Stap 2.1 4
.EOP-14. REV 02 (IC 01) PAGE 189 of 293 ENCLS
Applicable carry-over steps:
._16.22.lf adequate SCM is lost, IJim ensure full HPI. '
16.23.1E-adequate-SCM is lost, 8NQ fiQI recovered within 2 min, ljiB trip all-RCPs and-GO TO E0P-03 L
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~ _
ENCLOSURE 16 RCP RECOVERY fCONT'D) m C ACTIONS DETAILS IfQIE If adequate SCM is lost during RCP restart, Rule 1 performance may be delayed for a maximum of 2 min.
16.24 Start RCPs based on the 1 Ensure MUV-253 is open.
following:
2 Ensure.CB0 valves are open for NPSH affected RCPs:
0TSG heat transfer MUV-25C Seal integrity MUV-259 MUV-260
_ MVV-261 gi 3 lE all start permissives are met gd except seal injection, IllEli bypass RCP start permissives using key 50 4 Jf HPI flow does NOT exist, ItEli ensure full makeup flow just prior to RCP start.
5 Start first RCP (loop with OTSG heat transfer.is preferred).
6 -1E OTSG heat transfer exists, IHEN start second RCP based on available RCS NPSH and RCP seal integrity (2/0pumpcombination preferred).
See Figure 1 See Figure 2 I
O.
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ENCLOSURE 16 RCP P.ECOVERY fCONT'D)
()
f^
ACTIONS D.fI81LS
-16.25_ _. Ensure operating RCP 1 Verify operating RCP seal TEMP normal seal parameters are progressing to normal ranges.
restered.
2 Verify operating RCP parameters continue to normal ranges:
Seal PRESS Seal leakage Pump vibration 3 1E any RCP seal parameters are HQI in the normal range, Ili@ stop affectsd RCP and close the associated CB0 valve.
16.26 IE seal injcetion has been maintained to RCPs, It[W EXIT this enclosure.
- 16.27__. MG opers ting RCP seal-perfor anc.e is normal, QB RCPs are stopped,
]113 continue in this enclosure.
b -'
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ENCLOSURE 16 RCP RECOVERY fCONT'D) eCTIONS pfJAILS 16.28 Restore seal injection. 1 Ensure MUV-16 is closed.
2 Ensure a MVP is running.
3 Ensure MUV-18 is open.
4 Throttle open MUV-16 to "
establish seal injection flow rate of 3 gpm/ pump over a two minute time period.
Time 3 gpm established : :
5 10iEE 10 minutos have elapsed with seal inject ~ ion of 3 gpm/ pump, IBfB increase seal injection flow to 6 gpm/ pump.
Time 6 gpm established : __
y w. WilEN 10 minutes have elapr91 with seal injection of 6 gpm/ pump, IllEH increase seal injection
, flow to 10 gpm/ pump.
16.29 EXIT this enclosure.
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ENCLOSURE'17 CONTROL-COMPLEX EMERGENCY'VENTILAT10N ACTIONS DETAILS 17.1L Align control: complex e Select " CONTROL COMPLEX HVAC ISOLATE ventilation in recire. RESET" switches to "IS0":
A Train !
B Train
.17,2 Varify control complex is e Verify the following dampers are isolated. closed:
AHD-12 -
l AHD-120 AHD-2C l AHD-2E
[J
'Y AHD-1C AHD-lE i
17.3 Ensure ventilation fans are shutdown. A Train- B Train i AHF-17A AHF-178-AHF-19A AHF-198 n
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i plCLOSURE 17 CONTROL C M LEX EMERGENCY VENTILATION ICONT'D)
' ACTIONS Dilbj.L1 f
E
= Performance of the next step ensures adequate EDG load margin wallable-to start all fans required by this enclosure.
-17.4 11 EDG Bkrs are closed, ItiEN verify EDG load is Max Allowable Load 3280 KW'
< max allowable load. (BSPrunning)
Max Allowable Load 2960 KW (BSP shutdown) ,
A EDG Load- ; - KW -
B EDG Load KW
~
O B Train fans are preferred for EDG load concerns.
17.5 Establish CCiventilation 1- . Ensure AHD-3 is open.
inLemergency recire. -
2 Ensure only one train of CC- I ventilation running:
A-Train- B Train AHF-18A AHF-18B $-
AHF-19A AHF-19B o
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ENCLOSURE 17 -CONTil0L COMPLEX EMEkcFNCY VELTILATION (LGNT'D)
ACI]ONS -DETAILS
~ 37.5 -Ensure'l EFIC fan running.
.
- IE startingLAHF-54A, M perform the following:
. , *- Select " TEMP CONT VV,
.CHV-113"' switch to " MOD" position..
__ Start ~AHF-54A i
- . IE starting ARF-548, M perform the following:
-Select " TEMP CONT. VV, s' CHV-100" swithh to "M00" position.' '
Start AHF-54B
~
17.7 Establish ventilation for :
o Ensure only one train ofJventilation '
chemistry sampling. -running.
A' Train. B' Train +
AHF-20A, AHF-20B
-in " SLOW" 'in " SLOW" AHF-44A AHF-44B I
O _
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ENCLOSUREJ2 CONTROL _ COMPLEX EMERGENCY VENTILATION (CONT'D)
ACTIONS CETAILS mt e If both CC coolers are isolated, the CC chiller may trip on low chill water flowrate.
e If both CC coolers are in service, the chill water pump may trip on overcurrent.
17.8 Notify PP0 to ensure chill e If AHF-18A is running, water-is aligned to M ensure chill water aligned:
running fan.
CHV-4 "CC Cooler A Outlet Iso" is open (164 it CC l
between AHHE-5A and-AHHE-58)
CHV-2 "CC Cooler B Outlet Iso" is closed (164 ft CC by l
Ventilation Room door) e JE AHT-188 is running, E ensure chill water aligned:
L CHV-2 "CC Cooler B Outitt Iso" is open (164 ft CC by
~ Ventilation Room door)
CHV-4 "CC Cooler A Outlet Iso" is closed (164~ft CC between AHHE-5A and AHHE-5B)
'E0P-14 REV 02 (IC 01) PAGE 203 of 293 ENCLS i
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E0P-14 REV 02 (IC 01) PAGE 204 of 293 ENCLS
O t IMAGE EVALUATION
\yNNNg7p n$ f/ TEST TARGET '('MT-3) /jjgyp// \ [4,d4>4 y
k$
O l.0 $ 222 yljEla 1.I 5"E I.8 v '+'
=
1.25 1.4 1.6
=
150mm -
< 6" >
4 <$
d *%, /##
- g,gh//77 ,,,,,
_ _ = , _ _ <$A,.;,4 WEBSTER NE YORK 14580 (716) 265-1600
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ENCLOSURE 18 CONTROL COMPLEX CHILLER STARTUP ACTIONS DETAILS B Train chiller is preferred for EDG load concerns.
i F
18.1 Notify Control Room to close selected chiller CHHE-1A L Bkr. -
CHHF-1B L
18.2 IE CHHE-1A is selected, 1 _ _ Ensure SWV-60 "SW Iso to IBEH ensure cooling water CHHE-1B" is closed.
[ is aligned to CHHE-1A L (164 ft CC above 2 Ensure SWV-59 "SW Iso to chillers). CHHE-1A" is op'n.
O
. 18.3 IE CHHE-1B is selected, 1 Ensure SWV-59 "SW Iso to JBl.H ensure cooling water CHHE-1A" is closed, is aligned- to CHHE-1B a
(164 ft CC above 2 Ensure SWV-60 "SW Iso to chillers). CHHE-18" is open.
m M
g e
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ENCLOSURE 18- CONTROL COMPLEX CHILLER STARTUP (CONT'D)
ACTIONS DETAILS 18.4 Prepare desired chiller e Ensure " TEMPERATURE CONTROL unit for startup. POINT" is'at marked setpoint.
o Ensure " MAX LOAD ADJUSTMENT IN %" is at 100 e Ensure "PRER0TATION VANES" switch is selected to "AUT0".
e Ensure " AUX. OIL P!!MP" switch is selected to "AUT0".
e Record "0ll PRESSURE":
psig 1
e Verify "0IL HEATER" light
(
(white) is lit.
e Ensure " PURGE UNIT" switch is selected to "0FF".
}fi e Verify "0IL/ MOTOR TEMP" light
'd ' (red) is off.
18.5 Start chill water pump. 1 Notify Control Room to ensure adequate EDG margin exists to start chill water pump.
[ Rule 5, EDG Control]
2 Start selected unit chill water pump:
CHP-1A "A Chilled Water Pump" CHP-1B "B Chilled Water Pump" 3 Verify "CH WATER FLOW" light (amber) is off.
O E0P-14 REV 02 (IC 01) PAGE 207 of 293 ENCLS 4
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REV 02 (IC-01) PAGE 208 of 293 ENCLS i-l' .
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ENCLOSURE 18 CONTROL COMPLEX CHILLER STARTUP fCONT'D) t ACTIONS DETAllJ 18.6 Start chiller unit 1 Notir'y Control Room to ensure compressor. adequate EDG margin exists to start chiller.
[ Rule 5, EDG Control] j 2 Depress *LJMPRESSOR START" push 5 button.
3 Verify " AUX. OIL PUMP" light (white)islit.
4 Verify "0!L PRESSURE" increases-to a-35 psig above prestart "0ll PRESSURE" add ricord:
psig 5 Verify compressor auto starts after = 30 see time delay.
6 Verify " AUX. OIL PUMP" light
(~]-
s (white);is off = 3 mins after-
-v compressor starts.
7 Verify "0ll PRESSURE" stabilizes between 60-and 75 psig.
18.7 Verify chiller operating e "0IL PRESSURE" 60 to 75 psig conditions.
e- " CONDENSER PRESSURE" I to 14.5 psig
- " COOLER PRESSURE" 14 to
-17 in Hg-VAC
" SYSTEM RUN" licht (isite) lit e " ANTI-RECYCLE" light (amber) lit
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ENCLOSURE 19 ECCS SUCTION TRANSFER ACTI_0M DETAILS
- l. CAUTION DHV-34 and DHV-35 must be closed prior to BWST level < 7 ft.
N
^
19.1 __, 11 1 LPI pump is aligned for DHR, JE B GO TO Step 19.17 c this enclosure.
19.2 Ensure LPI pumps and 1 Ensure BWST to DHP valves are open:
required cooling water systems are running. DHV-34 l
[ Rule 5, EDG Control] DHV-35 2 Ensure LPI pumps and required p cooling water pumps are running:
V !
DCP-1A DCP-1B l
RWP-3A RWP-3B 1 DHP-1A DHP-1B l
I 3 Ensure LPI control valves in "AUT0" l and set for 3000 gpm: '
DHV-110 DHV-111 l 4
19.3 Adjust LPI flowrate for RB e Throttle and maintain each LPI train sump operation. to achieve maximum flowrate without exceeding 2200 gpm/ train using the following:
DHV-5 DHV-6 J
E0P-14 REV 02 (IC 01) PAGE 211 of 293 ENCLS 1
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- _ . . -.. . . . . ~ . . - . - . . - - - . - - - . . . - . .
ENCLOSURE IS ECCS SUCTION TRANSFER (CONT'D)
ACTIONS DETAILS
- 19.4 M BWST level is
- Select 1200 gpm and " LOCAL" for BSP
< 15 ft, discharge valves:
M adjust BS for RB sump operation. BSV-3 B3V-4 19.5 Align LPI pump discharge.
- H DHP-1A is running, to MVP suction. E open DHV-11 e H DHP-1B is runn,ing, E open DHV-12 CAUTION Aligning ECCS to RB sump may cause high radiation in AB.
+h,. /
19.6 Align ECCS pump suction to e Open RB sump to DHP valves:
Dt!-42 DHV-43 19.7 Isolate BWST from LPl.
- Close BWST to DHP valves:
DHV-34 DHV-35 E0P-14 REV 02 (IC 01) PAGE 213 of 293 ENCLS I
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1EOP-14 REV 02-(IC 01)- PAGE.214 of 293 ENCLS
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ENCLOSURE 19 ECCS SUCTION TRANSFER (CONT'D)
ACTIONS DETAILS 19.8 Isolate flow to-MUT.
- Close the following valves:
MUV-49 MUV-253-19.9- .lf adequate SCM exists, i i It B stop All RCPs.-
RCP-1A-l
.See Table 3- RCP-lC-
-[ Rule 4, PTS) -RCP-1B RCP-ID.
l ,
-- 10 10 lE no RCPs are running, y/ It[EN close MUV-18 19.11 IE MdP recirc valves,are. 1 Open HPI-recirc to sump-valves:
open, -
ItB align recire flow to- MUV-543-RB sump.
MUV-544 MUV-545 MUV-546
- 2 Close MVP recirc-to MUT valves:
MUV-53' MUV-257 t
4 E0P-14. REV 02 (IC 01) PAGE 215 of 293 ENCLS
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! E0P-14: REV 02 (IC 01) PAGE 216 of 293 ENCLS
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i ENCLOSURE 19 ECCS SUCT194 TRANSFER (CONT'D) i L(~'N
(,_) ACTIONS DETAILS j 19.12 Stop any MVP not aligned e ___ If DHP-1A is NQI running, l to a running LPI pump. QB DHV-Il is HQI open, I IHfH stop the A ES selected MVP. I e IE DHP-1B is HQI running, DB DHV-12-is HQI open, IHEN stop the B ES selected MVP.
- i
_ 19.13 If AB is accessible, e Notify PPO to close MUV-64 "MUT IHEN isolate MUT. Outlet" (95 ft AB outside.RC evaporator). ,
19.14 Isolate BWST from HPI. I Notify PID to bypass MUT low level !
interlocks:
,- s Obtain key 47 for remote
\J,. -shutdown transfer cabinet.
Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-58" switch to=" BYPASS" (B ES 4160V SWGR Room "RS AUX B" cabinet).
1 Select "BWST ISOL. VALVE -
INTERLOCK BYPASS MVV-73" switch i:' to " BYPASS" A ES 4160V SWGR Room "RS AUX (A" cabinet).
2 iBEH MUT low level interlocks have
)sen bypassed, IBEH close BWST to MUPz valves while observing MVPs for signs of cavitation:
-MUV-73 MUV-58 1-w r
i
^
E0P REV 02 (IC 01) PAGE 217 of 293 ENCLS
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- E0P-14 REV 02-(IC 01) PAGE 218 of 293 ENCLS
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ENCLOSURE 19 ECCS SUCTION TRANSFER fCONT'D)
ACl]Qti! - DETAILS 19.15 Notify Chemistry to periodically perform CH-632D, Sampling and Analysis of the Reactor Building Sump.-for boron concentration.-
19.16- . EXIT this enclosure..
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E0P-14 REV 02 (IC 01) PAGE 219 of 293 ENCLS
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ENCLOSURE _19 ECCS SUCTION TRANSFER (CGNT'D).
( ACT10Hi DETAILS STATUS e HPI or LPI flow exists.
e 1_LPI pump is aligned for DHR.
19.17 IE DHP-1B is aligned for.
DHR, !e Iliffi GO TO Step-19.31 in this enclosure.
19.18 Ensure DHP-1B and required 1 Ensure DHV-35 is open, cooling water systems are running. 2 Ensure LPI pump.and required cooling water pumps are running:.
[ Rule 5. EDG Control)
DCP-1B RWP-3B DHP-lB d
\
19.19 Adjust LPI flowrate for RB- e Throttle and maintain DHV-6 to sump _ operation. achiste maximum flowrate without '
- e. exceeding 2200 gpm.
E0P-14 REV 02 (IC 01) PAGE 221 of 293 ENCLS
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ENCLOSURE 19 ECCS SUCTION TRANSFER-(CONT'D1
.' ACTIONS DETAILS 19.20 M BWST level is
- Select 1200 gpm and " LOCAL" for -
<-15 ft, BSV-4 M adjust BS for RB sump operation.
19.21.___ Open DHV-12 CAUTION Aligning ECCS to RB sump may cause high radiation in AB.
19.22 Open DHV-43 19.23 Close DHV-35
.19.24 Isolate flow to MUT.
- Close the following valves:
MVV-49 MUV-253 O
'd E0P-14 REV 02 (IC 01) PAGE 223 of 293 ENCLS
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- EOP-14-- REV 02 (IC 01) PAGE 224 of 293 ENCLS N-- N -.--.s- - - - - - - ---
ENCLOSURE 19 ECCS SUCTION TRANSFER ICONT'D)
I ACTIONS DETAILS 19.25 'I adequate SCM exists,-
.lHEHstopAllRCPs. RCP-1A See Table 3 RCP lC (Rule 4,LPTS) RCP-1B-RCP-ID
.19.26 ;f no RCPs-are running, '
R close MUV-18
.19.27 If MVP recirc valves are 1 Open HPI recirc to sump valves:
o)en, lien align recirc flow to MUV-543 RB sump.
p_ MUV-544
-V MOV-545 MUV-546 2 Close MVP recirc-to flVT valves: i MUV-53 MUV-257
- (~m
<f E0P-14 REV 02 (IC 01) PAGE 225 of 293 ENCLS 1
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ENCLOSURE 19 ECCS SUCTION TRANSFER fCONT'D)
ACTIONS DETAILS 19.28 ;Il AB is- accessible, e Notify PPO to close MUV-64 "MUT H S . isolate MUT. Outlet" (95 ft AB outsitie RC evaporator).
-19.29 Isolate BWST from HPI. 1 Notify PPO to bypass MUT low level interlock:
Obtain key 47 for remote-shutdown transfer cabinet. '
Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-58" switch B ES 41f0V SWGR to " BYPASS" (B" cabinet).
Room "RS AUX 2 MW MUT low level interlock has
>een bypassed, W close MUV-58 while observing MVP for signs of cavitation. ,
O
-19.30 EXIT this enclosure. !
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E0P-14 REV 02 (IC 01) PAGE 227 of 293 ENCLS l
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E0P-14 REV 02 (IC 01) PAGE 228 of 293- ENCLS
ENCLOSURE 19 ECCS SUCTION TRANSFER (CONT'D)
ACTIONS DETAILS STATUS e HPI or LPI flow exists.
e DHP-1B is aligned for DHR.
19,31 Ensure DHP-1A and required- 1 Ensure DHV-34 is open.
cooling wat e systeres are running.- 2 Ensure LPI pump and required cooling ,
water pumps are running:-
(Rule 5.-EDG Control]
DCP-1A RWP-3A DHP-1A 19.32 Adjust LPI flowrate for RB-
- Throttle and maintain DHV-5 to sump operation. achieve maximum flowrate without exceeding 2200 gpm.
. i E0P-14 ..REV 02 (IC 01) PAGE 229 of 293 ENCLS
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[NCLOSURE 19 ECC5 SUCTION TRANSFER (CONT'D) ,
I ACTIONS DETAILS 19.33 101@ BWST level is e Sele:t 1200 gpm and " LOCAL" for
<.15 ft, BSV-3 111@ adjust BS for RB sump operation.
19.34 Open DHV 'l CAUTION Aligning ECCS to RB sump may cause high radiation in AB.
19.35 Open DHV-42 19.36 Close DHV-34 19.37__ Isolate flow to MUT.
- Close the following valves:
MUV-49 MVV-253
(
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. E0P REV 02:(IC 01)- PAGE 232 of.293 ENCLS t
ENCLOSURE 19 ECCS SUCTION TRANSFER (CONT!D)
ACTIONS DETAILS 19.38 1 adequate SCM exists, j j] H stop All RCPs. RCP 1A See Table 3 _ RCP 1C (Rule 4. PTS] RCP-1B RCP ID i0.39 If I.o RCPs are running,
.11 M close MVV-Id Ms.
19.40 lf MVP recirc valves are 1 Open HPI recirc to sump valves:
o )en, I D align recire flow to __ MVV-543 RB sump.
MVV-544 MVV-545 MVV-546 2 Close MVP recirc to MUT valves:
MVV-53 MVV-257 i
O E0P-24 REV 02 (IC 01) PAGE 233 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 234 of 293 ENCLS
ENCLOSURE.19 ECCS SUCTION TRANSFER fCONT'D)
() ACTIONS DETAILS 19.41 r AB is accessible, e Notify"PPO to close MUV-64 "MUT
'3[H isolate-MUT. Outlet (95 ft AB outside RC evaporator).
13.42 Isolate BWST from HPI. 1 Notify PPO to bypass MUT low level interlock:
Obtain key 47 for remote shutdown transfer cabinet.
Sele-t "BWST ISOL. VALVE INTERLOCK BYPASS MUV-73" switch to " BYPASS" (A ES 4160V SWGR Room "RS AUX A" cabinet).
2 iBEN MUT low level interlock has
)een bypassed, Id;N close MUV-73 while observing MU) for_ signs of cavitation.
i 19.43 EXIT this enclosure.
I
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, fBCl050RE 20 DORON PRECIPITATION CONTRQL ACTIONS DETAILS STATUS e Adequate SCM does not exist.
e ECCS pun suction transfer to RB sump is complete.
e TSC has deters:ined that boron precipitation control is required.
20.1 IE TSC has directed use of Aux spray from LPI for boron precipitation Control, 1][H C0 TO Step 20.24 in t11s enclosure.
t 20.2 }{t!EU average Tww.
- Determine average Tww from any of
< 286'f. the following:
O IBElf continue in this enclosure. SPDS
._ Average of all operable inputs to Tww recorders.
20.3 lE B Train ES equipment is aligned as follows:
DHP-1B running.
B ES selected HPI pump running or available BSP-1B running or available Itilli GO TO Step 20.14 in this enclosure.
O
( E0P-14 REV 02 (IC 01) PAGE 237 of 293 ENCLS
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ENCLOSURE 20 BORON PRECIPITATION CONTROL (CONT'D1 ACTIONS DETAILS STATUS e DHP-1A is running with suction aligned to RB sump.
e - A ES selected HPI pump is running or available, e BSP-1A is ronning or available.
e B Train ECCS will be aligned from drop line to RB sump, o DHV-3 is energized.
20.4 - Verify A ES selected HPI pump is running. MVP-1A MVP 1B IE A ES selected HP1 pump 1 , LPI flow is > 2200 gpm,
/~N is )QI running, throttle and maintain LPI
'Q lill) start the A ES .1 ow at 2000 gpm (1800 to selected HP1 pump. 2200 gpm) using DHV-5 2 Open DHV-ll 3 Open at least 1 HPI valve.
'4 Start A ES selected HPI pump.
(Rule 5, EDG Control) 5 Open all HPI valves.
20.5 IE BSP-1B is running, 1 Close BSV-3 6f} BSP 1A is ((01 running, 113 start BSP 1A 2 Select 1200 gpm and " LOCAL" for BSV-3 3 Start BSP-1A
[ Rule 5, EDG Control)
G E0P-14 REV 02 (IC 01) PAGE 239 of 293 ENCLS hin is. i- . -
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EOF-14 REV.02 (IC 01) PAGE 240 of 293 ENCLS in i i - i
ENCLOSURr 20 BORON PRECIPITATION CONTROL (CONT'D1
( ACTIONS DETAILS 20.6 _ ' Align B Train ES for drop 1 ,__. Stop the B ES selected HPl pump.
2 -Close DHV-12 3 Stop the following:
DHP 1B
__ BSP-1B 4 Notify PPO to open DC knife switches for B ES pumps (B ES 4160V SWGR Room):
4160V Bus 3B 6 'MUP-1B, B Makeup Pump (B Feed)"
._,4160V Bus 3B 5 "MVP-1C, C Hakeup Pump" 4160V Bus 38 11 "DHP-18 B Decay Heat Pump" p ,_ 4160V Bus 3B-7 "BSP-1B,
,g B Building Spray Pump" 5 Select BSV-4 to " MAN" and closed.
6 _.__ Select DHV-111 to " MAN" and closed.
7 Ensure the following valves are closed:
DHV-35 DHV-43 DHV-7 DHV-6 4
4 E0P-14 REV 02 (IC 01) PAGE 241 of 293 ENCLS 1
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O E0P-14 REV 02 (IC 01) PAGE 242 of 293 ENCLS
ENCLOSURE.20 BORON PRECIPITATION CONTROL fCONT'D)
(3 V ACTIONS DETAILS 20.7 Ensure DHV 39 is closed.
20.8 Defeat DHV-43 seal-in e Notify Electric Shop personnel to - -
circuits, o)en the following sliding links for DiV-43 seal-in circuits (inside MCB i behind ES B panel bottom section):
, TB6-18 (open seal in) i 1
._ TB6-16 (close seal-in).
20.9 - Adjust DHP-1A low amp 1 __' Unlock setpoint.
alarm finside MCB on i DH-56-;!R). 2 Adjust-potentiometer setting to :
a value slightly lower than the operating amperage, i D 3 Lock setpoint.
.Q 20.10' W B DHV-43 seal-in 1- Open DHV-4 circuits are defeated, M(Q DHP-1A low amp alarm 2 _. Open DHV is adjusted
. Eff estab1Ish drop line 3 Open DHV-40~
4 _ Select DHV-43 to "0 PEN" posi+, ion for 6 seconds and release.
5 W G at least 2 min have elaased, IRf verify DHV-43 open ,
indication light (red) is not '
lit.
6 DHV-43 open indication light
) is lit.
EXIT'this enclosure and notify TSC for further guidance.
7 _,Open DHV-3
.p g.
E0P-14 REV 02 (IC 01) PAGE 243 of 293 ENCLS
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REV 02 (IC 01) PAGE 244 of 293 - ' ENCLS l I
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ENCLD50RE_20 BORON PRECIPITATION CONTROL fCONT'D)
ACTIONS QfJAILS 20.11___ if at any time AD): of the 1oilowing condltions exists s
DHP-1A motor atts fluctuating BSP-1A motor amps fluctuating
._ A Train LPI flowrate fluctuating A Train BS flowrate fluctuating ,
II H close DHV 43 20.12 If at any time A Train LPI is lost, p)-
'~'
1))[H stop A ES selected HPl pump and GO TO Step 20.39 in this enclosure.
20.13 . Notify TSC for further -
guidance and EXIT this enclosure.
Q E0P-14 REV 02 (IC 01) PAGE 245 of 293 ENCLS 4
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ENCLOSURE 20 BQBQllfjlEC.1211Al10tLCONIROL fCONT'D)
) ACJ10E DETAILS STATUS
e- B ES selected HPI pump is running or available, e BSP-1B is running or available.
e A Train ECCS will be aligned from drop line to R8 sump.
e DHV-3 is energized.
20.14 Verify B ES selected HPI pump is running. MVP-1B
,_ MVP-lC IE B ES selected HPl pump 1 LPI flow is > 2200 gpm, CT is
-lti[ M running, throttle and maintain LPI V
). start B ES selected t ow at 2000 gpm (1800 to ilPl pump. 2200 gpm) using DHV-6 2 Open DHV-12 3 Open at least 1 HPI valve.
'4 Start B ES selected HPI pump.
[!:ule 5, EDG Control) 5 Open all HPI valves.
20.15 .lf BSP 1A is running, 1 _ Close BSV-4 gElBSP-1BisHQ1 running,
.in W start BSP-1B 2 Select 1200 gpm and " LOCAL" for
,SV-4 3 Start BSP-1B
[ Rule 5, EDG Control)
E0P 14- REV 02 (IC 01) PAGE 247 of 293 ENCLS
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ENCLOSURE 20 BOR0lf PRECIPITATION CONTRDL (CONT'D)
ACTIONS DETAILS 20.16_, Align A Train ES for drop 1 ,_ Stop the A Es selected HPI pump.
2 Close DHV Il 3 Stop the following:
._ , DHP 1A BSP-1A 4 Notify PPO to open DC knife switches for A ES pumps (A ES 4160V SWGR Room):
4160V Bus 3A 10 ",MVP 1A, A Makeup Pump"
__ 4160V Bus 3A 9 "MVP 18, 8 Makeup Pump (A Feed)"
4160V Bus'3A 4 "DHP-1A, A Decay Heat Pump"
~ 4160V Bus 3A-8 "BSP 1A, A Building Spray Pump" 5 .,_ Select BSV-3 to " MAN" and closed.
6 __ Select DHV-Il0 to " MAN" and
-closed.
7 Ensure the following valves aro closed:
DHV-34 DHV-42 DHV-8
__ DHV 5 O
E0P-14 REV 02 (IC 01) PAGE 249 of 293 ENCLS 4
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=
INCLOSURE 20 BORON PRECIPITATION CONTROL-(CONT'D)
ACTIONE DETAILS 20.17 Ensure DHV 40 is closed. 5 20.18._ Defeat DHV-42 seal-in
- Notify Electric Shop personnel to circuits, o>en the 'ollowing slidin DiV 42 seal in circuits (g links inside for MCB behind ES A panel bottom section):
TB168(openseal-in) '
1816 6 (close seal-in) 20.19_ Adjust DHP 1B low amp 1 Unlock setpoint.
alarmjinsideMCBon-DH 57-LR). 2 _ Adjust potentiometer setting to
-a value slightly lower than the operating amperage.
3 Lock setpoint.
.-O-20.20 M DHV 42 seal-in 1 Open DHV-4 circuits are defeated.
A M DHP 1B low amp alarm 2 _,Open DHV-41 )
is adjusted XIfestab1Ishdropline 3 __ Open DHV-39 1 Tow- to RB sump.
4 Select DHV-42 to "0 PEN" position for 6 seconds and release.
5 M at least 2 min have ela) sed, E i verify DHV-42 open
'ndication light (red) is not lit.
6 lE DHV-42 open indication light
.(red is lit,
.tEW)EXITthisenclosureand notify TSC for further guidance.
7 Open DHV-3 E0P-14-- REV-02 (IC 01) PAGE 251 of-293 ENCLS
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O E0P 14! REV 92 (IC.01)- .PAGE 252 of 293- ENCLS
ENCLOSURE 20 BORON PRECIPITATION CONTROL (CONT'D)
ACTIONS DETAILS 20.21
- fatanytimeIttonsADX 10110 wing cond of the exist
__ DHP 1B motor amps fluctuating BSP-1B motor amps fluctuating B Train LPI flowrate fluctuating B Train BS flowrate fluctuating ,
Ilim close DHV 42 l
20.22 1E at any time, B Train LPI is lost, t' g @ stop B ES selected
-( HP1 pump and GO TO Step 20.49 in this enclosure.
20.23 Notify TSC for further
- guidence and EXIT this enclosure.
4 Gl E0P-14 REV 02 (IC 01) PAGE 253 of 293 - ENrLS
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' E0P -
- REV 02 (10.01) . PAGE 254 ' of 293 - ENCLS-4 E k
- 1. 4 "er,.-4--we<* t-M Lu e eme nr e wi s-rw--s-'~s-t v- --as , -u o + - r.* n e eerew ww---e_ __w--e%. r e-w egw e=.Wr vew eew w ww rv
ENCLOSURE 20 BORON PRECIPITATION C0KTROL fCONT'D)
ACTIONS DETAILS sIm Aux spny from LFI is required for boron precipitation control.
20.24 W11[8 LPI flow exists in any tajection line, IlifB continue in this 6nclosure.
20.25 / DHP-1A is HQI running,
._lEff O TO Step 20.31 in this enolosure, n
v 4.
[0P 14 REV 02 (IC 01) PAGE 255 of 293 ENCLS m_m___-_um___._u__ _. _ _ _ _. __-_
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E0P-14 REV 02 (IC 01) PAGE 256 of 293 ENCLS
__.______..m_____ _ _ _ _ _ - - -
ENCLOSURE 20 BORON PRECIPITATION CONTROL iC0hT'D)
ACTIONS DETAILS STATUS DHP-l' is running.
20.26 Throttle and maintain LPI 1100 to flow 1300 at gpm) 1200 gpm using DH(V 5 20.27 Ensure MUV-18 is closed. .
20.28._, Open DHV-91 20.29 Open RCV-53 4
20.30 Notify TSC for further guidance and EXIT this enclosure.
E0P-14 REV 02 (IC 01) PAGE 257 of 293 ENCLS
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REV 02-(IC 01)D PAGE 258 of 293 ENCLS w ,
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[ELOSURE 20 BORON PRECIPITATION CONTROL (CONT'D) i ACTIONS DETAllS STATUS e DHP-1B is running, e DHP-1A is not running.
'20.31 Throttle and maintain LPI flow at 1200 gpm (1100 to 1300 gpm) using DHV-6 20.32._. Stop BSP-1A 20.33._ Disable A ES pumps, e Notify PPO to open DC knife switches for A ES pumps (A ES 4160V SWGR Room):
4160V Bus 3A-10 "MVP-1A, A Makeup Pump" 4160V Bus 3A-9 *MVP-1B, B Makeup Pump (A Feed)"
4160V Bus 3A-4 "DHP-1A, A Decay Heat Pump" 4160V Bus 3A-8 "BSP-1A, A Bui Hing Spray Pump" 20.34 Select BSV-3 to " MAN" and closed.
20P-14 -REV 02 (10 01) PAGE 259 of 293 ENCLS l
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E0P REV.02-'(IC'01) PAGE 260 of 293 ENCLS.
ENCLOSURE 20 BORON PPECIPITATION CONTROL fCONT'G)
ACTIONS DETAILS 20.35 Align A Train for Aux 1 Ensure the following valves are spray from DHP-1B closed:
DHV-34 DHV-39 DHV-42 DHV-5 DHV-11 2 Open DHV-8 3 Select DHV-110 to' " MAN" and open.
20.36 Ensure MUV-18 is closed.
O 20.37 Establish Aux spray flow 1 Open DHV-7 from DHP-1B 2 Oper DHV-91 3 Open RCV-53 20.38 Notify TSC for further guidance and EXIT this enclosure.
O E0P-14 REV 02 (IC 01) PAGE 261 of 293 l ENCLS
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E0P-14 REV 02 (IC 01) PAGE 262 of 293 ENCLS
ENCLOSURE 20 BORON PRECIPITATION CONTROL fCONT'D)
ACTIONS DETAILS STATUS
- e. A Train LPI-failed.
e B Train LPI is aligned for drop line flow to RB sump, e -No core cooling is in progress. j, llQIf The following steps realign B Train for LPI.
20.39 Isolate drop line flow to 1- Close DHV-3 RB sump.
2 Close DHV-4 3 -Close DHV-41
, 4 Close DHV-40
'b # 5 Ensure DHV-111 in " MAN" and 5
Closed.
20.40 ~1f RB PRESS is < 10 psig, It[G open DHV-35 20.41 Ensure DHV-43 is full open.
20.42 Ensure ES actuations are e Auto bypassed or' reset.
e Manual
-v E0P-14 REV 02 (IC 01) PAGE 263 of 293 ENCLS
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~
ENCLOSURE 20 BORON PRECIPITATION CONTROL (CONT'D) -
~
ACTIONS DETAILS
. 20.43 Ensure control >ower is -o Notify PPO to close DC knife ~ switch
- available for DF-1B; for 4160V ES Bus 38-11 "DHP-1B, c
B. Decay Heat' Pump" (B ES.4160V:SWGR- .
Room).
J
'20.44 _Close'DHV-35, e
'20.45 Open DHV .
-20.46 : Start DHP-18:and. required.
cooling water systems._. DCP-1B
- (Rule 5, 'EDG Control). - RWP-3B'-
DHP-1B-
. 20 .'4 7' Establish B Train LPI'- 1 Open DHV-111 to establish-fl ow.- ,1000 gpm~(800 to:1200 gpm) flow
- .while monitoring;for cavitation.
2 1E no-indication of cavitation-exists,
- N!iopenDHV-111toincrease low"to -2000. gpm :(1800 to .
'2200 gpm).
20.48 Notify TSC for further-
-guida.nce and EXIT this:
- enc 1osure.
l u- .EOP-14 1REV 02 (IC 01) PAGE 265 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 266 of 293 ENCLS
- . . . - - . . ... . . . - . . . _ . . - . . . - . ~. -
h ENCLOSURE.20 BORON PRECIPITATION CONTROL fCONT'D)
ACTIONS Q1TMLS STATUS e B Train LPI failed.
e A Train LPI is aligned for drop line flow to R8 sump.
e No core cooling is in progress.
HDIE
- The following steps realign A Train for LPI.
20.49 Isolate drop line flow to .
2 Close DHV-4 3 Close DHV-41 4 Close DHV-39 V 5 Ensure DHV-Il0 in " MAN" and closed.
I -20.50 'If RB' PRESS is < 10 psig, J11B open DHV-34
-20.51 Ensure DHV-42 is full open.
20.52 Ensure ES actuations are * -Auto bypassed or reset.
- Manual O
- o
- -E0P-14 REV 02 (IC 01) PACE 267 of 293 ENCLS
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ENCLOSURE 20 BORON PRECIPITATION CONTROL (CONT'D) y ACTIONS DETAILS 20.53 Ensure control power is
- Notify PPO to close DC knife switch available for DHP-1A for 4160V ES Bus 3A-4 "DHP-1A, A Decay Heat Pump" (A ES 4160V SWGR.
Room).
20.54 Close DHV-34 20.55 Open DHV-5 20.56 Start DHP-1A and required cooling water systems. DCP-1A '
[ Rule 5, EDG Control) RWP-3A
-DHP-1A
-20.57 Establish A Train LPI- 1 Open DHV-110 to establish fl ow. 1000 gpm (800 to 1200 gpm) flow while monitoring for cavitation.
2 IE no indication of cavitation exists, 3 open DHV-110 to increase flow to 2000 gpm (1800 to 2200 gpm).
.20.58 Notify TSC for further guidance and EXIT this enclosure.
f%
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.E0P-14 REV 02 (1C 01) PAGE 269 of 293 ENCLS
f3 CLOSURE 20- DORON PRECIPITATION CONTROL (CONT'D)
( -
-ACTIONS DETAILS 20.53 Ensure control power is
- Notify PPO to close DC knife switch available for DHP-1A for 4160V ES Bus 3A-4 "DHP-1A, A Decay Heat Pump" (A ES 4160V SWGR Room).
20.54 Close DHV-34 20.55 Open DHV-5 20.56 Start DHP-1A and required cooling water systems. DCP-1A
[ Rule' 5, EDG Control] RWP-3A DHP-1A
%)
20.57- Establish A Train LPI 1 -Open DHV-110 to' establish
- flow. 1000 gpm (800 to 1200 gpm) flow while monitoring for cavitation.
2 lE no indication of cavitation exists,.
JJiEN open DHV-110 to increase flow to 2000 gpm (1800 to 2200 gpm).
20.58 _ Notify TSC for further guidance.and EXIT this enclosu. e.
E0P-14 REV 02 (IC 01) PAGE 269 of 293 ENCLS
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5 ENCLOSURE 21 ?RB HY3ROGEN. MONITOR LOG O' il0IE Maximum interval between readings is 4 hrs. Only one-sample point is
- ' required. -
[j; DST Time- - A Analyzer A Analyzer 'B' Analyzer B Analyzer-
@h? :
Dome Sample . Duct Sample Dome Sample- Duct Sample 4s% (% Hz)- _ (% Hz) (% Hz) (% Hz) to tli
.ty:
t3 t4:
- t5 t6l t7.[
t8 t9-
~
t10' til-tl2i _
tl31 t14 t 15 -'
t 16 ..
t17 tl8 k ,
E0P-14 REV 02 (IC'01) PAGE 271 of 293 ENCLS
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ENCLOSURE 22 SECONDARY TNVENTORY MANAGEMENT ACTIONS DETAILS 22.1 EllB EFT-2, 1 Close A1.1 MSIVs:
QB CDT-1 level is s 9 ft, liiG break condenser MSV-412 vacuum.
MSV-413 MSV-414 MSV-411 2 control OTSG PRESS with ADVs.
3 Select condenser ARPs to
" PULL TO LOCK":
ARP-1A ARP-1B 4 Open condenser vacuum Bkrs:
ARV-48 ARV-49 O
E0P-14 REV 02 (IC 01) PAGE 273 of 293 ENCLS
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INCLOSURE 22 Sff0NDARY INVENTORY MANAGEMENT (CONT'D)
ACTIONS DETAILS 22.2 ;f at any time, EFT-2 1 IE desired to stop EFP-1, evel s 8.5 ft, Iti@ select EFP-1 to " PULL TO IllEli ensure only 1 EFWP in LOCK".
operation at reduced flow.
2 IE desired to stop EFP-2, IllB perform the following in order:
Depress " MANUAL PERMISSIVE" push buttons on EFIC channels A and 3.
Close ASV-204 Close ASV-5 3 ;f EFP-2 is stopped,
..t!Eli notify PP0 to de-energize EFP-2 steam supply valves:
DPDP 8A-17 "ASV-204 Motor Power" (A ES 4160V SWGR-Room)
DPDP 8B-5 "ASV-5 Motor Power (B ES 4160V SWGR Room) 4 If EFP-2 is stopped 111G perform the following in ,
order:
' Ensure EFP-2 steam supply valves are de-energized.
Depress "EFW INITIATE" push buttons on EFIC channels A and B..
5 Maintain total EFW flow s maximum allowable flow based on hotwell TEMP.
See Figure 3 O
E0P-14 REV 02 (IC 01) PAGE 275 of 293 ENCLS l
Applicable carry-over steps:
22.2 If EFT-2 level s 8.5 ft, Ill[3 ensure only 1 EFWP...
O 9
E0P-14 REV 02 (IC 01) PAGE 276 of 293 ENCLS
ENCLOSURE 22 SECONDARY INVENTORY MANAGEMENT fCONT'D)
ACTIONS DETAILS 22.3 Isolate N, to EFT-2 e Notify SPO to close NGV-243 "N2 to EFT-2" (119 ft TB by FWHE-28).
22.4 E hotwell TEMP is
> 140'F, QB hotwell level < 72 in, M GO TO Step 22.11 in this enclosure.
CAUTION Transfer to hotwell must be completed prior to EFT-2 level < 2 ft or CDT-1 level < 5 ft.
22.5 JE at any time, CDT-1 1 Verify hotwell at atmospheric level s 7 ft, PRESS.
O M align FWP-7 suction from hotwell. 2 Notify SP0 to open EFV-36 "EFW &
AFW Suction Iso from Hotwell" (95 ft TB between C & D inlet-waterboxes).
3 M EFV-36 is open, M notify SP0 to align FWP-7 suction from hotwell in the following order:
Open FWV-213 "FWP-7 Suction from Hotwell" (95 ft TB by FWP-7).
Close FWV-214 "FWP-7 Suction from CDT-1" (95 ft TB by FWP-7).
4 E FWP-7 is running, M maintain total FWP-7 flow s maximum allowable flow based on hotwell TEMP.
See Figure 3 O
E0P-14 REV 02 (IC 01) PAGE 277 of 293 ENCLS
Applicable carry-over steps:
22.2 E EFT-2 level s 8.5 ft, Ilim ensure only 1 EFWP...
22.5 E CDT-1 level s 7 ft,1118 align FWP-7 suction from hotwell. #
O O
E0P-14 REV 02 (IC 01) PAGE 278 of 293 ENCLS
ENCLOSURE 22 SECONDARY INVENTORY MANAGEMENT.(CONT'Q1 h ACIIONS DLTejig i
CAUTION Transfer to hotwell must be completed prior to E5I-2 level < 2 ft or CDT-1 level < 5 ft.
22.6 E at any time, EFT-2 1 Verify hotwell at atmospheric level s 6 ft, PRESS.
ItiG align EFWP suctions from hotwell. 2 Notify SP0 to ensure EFV-36 "EFW
& AFW Suction Iso from Hotwell" is open (95 ft TB between C & D inlet waterboxes).
3 )M M EFV-36 is open, M notify PPO to align EFP-1 suction from hotwall in the following order:
Open EFV-2 'EFP-1 Suction from Condenser" (95 ft IB by EFP-1).
Close EFV-3 "EFD-1 Suction from EFT-2" (95 ft IB by EFP-1).
4 Eti$ EFP-1 suction is aligned, JJiB notify PP0 to align EFP-2 suction from hotwell in the following order:
Open EFV-1 "EFP-2 Suction from Condenser" (95 ft IB by EFP-2).
Close EFV-4 "EFP-2 Suction from EFT-2" (95 ft IB by EFP-2).
5 E either EFWP is running, J113 maintain total EFW flowrate s maximum flowrate based on hotwell TEMP.
See Figure 3 O
E0P-14 REV 02 (IC 01) PAGE 279 of 293 ENCLS
J Applicable carry-over steps:
[ 22.2l If EFT-2 -level s 8.5 ft, E ensure only 1 EFWP...
22.5- IE COT-1 level s 7 ft, E align FWP-7 suction from hotwell.
22.6 IE EFT-2 level s 6 ft, E align EFWP suctions from hotwell.
4 O
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.EOP-14 REV 02 (IC 01) PAGE 280 of 293 ENCLS
.ENCLOStlRE 22 SECONDARY INVENTORY MANAGEMENT fCONT'D)
( ACTIONS DETAILS 22.7 MHf3 hotwell level is 1 Close CDV-288 "FST to CDT-1 s 36 in, Cross-Tie Drain" (119 ft Berm by Inf3 notify SPO to FST-1A).
cross-tie FSTs to CDT-1 and EFT-2 2 Open CDV-289 "FST to CDT-1 Cross-Tie Iso" (119 ft Berm by FST-1A). >
3 Open FSV-918 "FST to CDT-1 Cross-Tie Iso" (119 ft Berm by FST-1A).
CAllTION
~
Transfer to EFT-2 and CDT-1 must be completed prior to hot'well level s 24 in.
22.8 - HilfE hotwell level is 1 Notify SP0 to align FWP-7 suction s 26 in, from CDT-1 in the following order:
p' IHfE align suction from t
EFT-2 and CDT-1 Open FWV-214 "FWP-7 Suction from CDT-1" (95 ft TB by FWP-7).
Close FWV-213 "FWP-7 Suction from Hotwell" (95 ft TB by FWP-7).
2 WH3 FWP-7 suction is aligned, Itil notify PPO to align EFP-1 suction from EFT-2 in the following order:
Open EFV-3 "EFP-1 Suction from EFT-2" (95 ft IB by EFP-1).
Close EFV-2 "EFP-1 Suction from Condenser" (95 ft IB by EFP-1).
3 E:B EFP-1 suction is aligned, 1:n notify PP0 to align EFP-2 suction from EFT-2 in the following order:
0)en EFV-4 "EFP-2 Suction from E T-2" (95 ft IB by EFP-2).
Close EFV-1 "EFP-2 Suction from Condenser" (95 ft IB by EFP-2).
E0P-14 REV 02 (IC 01) PAGE 281 of 293 ENCLS
Applicable carry-over steps: _
'22.2 IE EFT-2 level s 8 5 ft,- M ensure only 1 EFWP...
22.5: E CDT-1 level -s :7 'ft, M align FWP-7 suction from hotwell.
22.6 If EFT-2 level . s 6 ft, M align EFWP suctions from hotwell.
9 O
O E0P-14 REV 02-(IC 01) PAGE 282 of 293 ENCLS
. CLOSURE 22 SECONDARY INVENTORY MANAGEMENT fCONT'D)
ACTIONS DETAILS 22.9 E additional secondary inventory is required, JE H notify SPO to open FSV-41 "FSP Suction Hdr Cross-Tie" (119 ft FSPH north wall),
1 22.10 EXIT this enclosure,
__-]
G 9
e E0P-14 REV 02 (IC 01) PAGE 283 of 293 ENCt.S m
Applicable carry-over steps:
g 22.2 jf EFT-2 level s 8.5 ft, IlB ensure only 1 EFWP...
0 0
E0P-14 REV 02 (IC 01) PAGE 284 of 293 ENCLS
i LENCLOSURE 22 SEC0lOARY.._ INVENTORY .MNAGEMENLiC0KIID)
ACJJQM DETAILS STATUS
- Hotwell-is unavailable due to TEMP > 140*F cr level < 72 in, us;T *L 22.11 Notify SP0 to cross-tie 1 __,Close CDV-288 "FST to CDT-1 FSTs to Cbi-1 and EFT-2 Cross-Tie Drain" (119-ft Berm by FST-1A).
2 Open CDV-289 "FST to CDT-1 Cross-Tie Iso" (119 ft Berm by FST-1A).
3 Open FSV-918 "FST to CDT-1 .
Cross-Tie Iso" (119 ft Berm by FST-1A).
4 JE additional secondary inventory is required, pfB notify-SP0 to open FSV-41 i6P Suction Hdr Cross-Tie" (119'ft FSPH north wall).
22.12- EXIT-this enclosure.
E0P-14 REV 02 (IC 01) PAGE 285 of 293 ENCLS
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sE0P-14 REV 02 (IC 01) PAGE 286 of 293 ENCLS i
1 4.0 FIGURE 1 ~RCS PRESS AND TEMP (WIDE RANGE) f)
v , , ,
Unacceptable i
- r. Region y __
l l i )
2500 /
/,
2300
/
/
f
, / l NW#NM VOT LMNT j' # }
.P >
_ 2100 y' 8
W i '* / / !
/
k )I )f I g1700
/ ,
/ /
I Ig 1500 / ,
/
/
/'
1
- . Y 3
330o ___
\
1
)f, r
) II!
Adeques. scu __
m
,g -l
[ ,
$ **, *1
- *
- Laa 1100 ,
l / Y
/ / ; soeurotion f u _
F Curve
> g / /l /7 . 4 .i
\ l \ / /
,g ) _
jf _
f l
_[ { ll [ . ,
[ 'I l RCP NPSH llll 500 l /l !r ,
250 300 350 400 450 500 550 600 650 RCS TEMP (*F) See Note 1 Note 1: Use Tc for NDT limit when no Tc anomaly exists. Use Tince for all O other RCS TEMP.
E0P-14 REV 02 (IC 01) PAGE 287 of 293 ENCLS
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E0P-14 REV 02 (IC 01) PAGE 288 of 293 ENCLS
= - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
4.0 FIGURE 2 RCS PRESS AND TEMP (LOW RANGE)
O -
I I J l Unsoceptable j i 500 -
R*8 " l l I
4 ' ' '
NDT UMIT J
- - - - / /
j/
4o0 7I 1 1
{ / O /
- u / i // [
/. l!
, 9. A i I j
j u-RCP NP8H
- w. ,n f j l > l >
Above and io the ten 44m ! ! ! !- \-j[ / --_/
[ f J[
goo !il i Illi \l i / h / /
i< dfis * "
-~
J!! >iiiiiiiiiif
.!ill %1-% 7 g
[4 : - -- - - -- -- -
,g s\ sisisst i 4 } -7 j
- [ / ' -
Abov7.nei.*mt.n / '
100 I II III I /
j/
/ /
/l
/
50 A l !seturstion curve]
O 60 100 150 200 250 000 350 400 450 500 RCS TEMP (*F) See Note 1 Note 1: Use Tc for NOT limit when no Te anomaly exists. Use Twwe for all other RCS TEMP.
O E0P-14 REV 02 (IC 01) FAGE 289 of 293 ENCLS I
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O'H E0Pel4: - REV 02 (IC 01)- PAGE 290 of 293 ENCLS
+-
4.0 FIGURE 3 TOTAL FEEDWATER FLOW VERSUS HOTWELL TEMP
(%]
L ooo N
\
\
\
\
550 \ $
k
\ .
I \
i \
1 li 5# \
D t V j i \
F s- NA 450
-6 l
<w 90 100 110 120 130 140 Hotwell TEMP. ('F)
._s E0P REV 02--(IC 01) PAGE 291 of 293 ENCLS 4
.__ _____________________________..__________.____._____________._.______._.__.__________________J -
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E0P-141 REV 02 (IC 01) PAGE 292 of 293
- ENCLS
p3 RCP RCS TEMP Normal Emergency Q Status a 1 RCP > 500'F s 50'F/% hr s 240'F/hr s 500 to > 280'F s 50*F/% hr s 50*F/% hr Table 1:
Cooldown limits s 280 to > 150'F s 25'F/4 hr s 25'F/% hr No RCPs > 500'F s 25'F/% hr s 240'F/hr s 500 to > 280'F s 25'F/% hr s 25'F/% hr s 280 to > 150'F s 25'F/% hr s 25'F/% hr Ono OTSG Two OTSGs Inadequate SCM > 450 to < 600 gpm > 250 to
< 300 gprg/0TSG Table 2:
AFW flow limits Adequate SCM < 300 gpm < 300 gpm/0TSG s 12 in Adequate SCM < 600 gpm < 300 gpm/0TSG
> 12% in
(
Note: See Figures 1 and 2 when Tut margin monitors and SPDS are unavailable.
RCS* SCM A qua SCM > 1500 psig a 30*F s 1500 to > 350 psig a 50*F s 350 psig SPDS s 160'F N/A L)
_ PAGE 293 of 293 (LAST PAGE) ENCLS l
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