ML20197A928
| ML20197A928 | |
| Person / Time | |
|---|---|
| Site: | Brunswick  |
| Issue date: | 02/12/1998 |
| From: | CAROLINA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20197A925 | List: |
| References | |
| 0A0P-13.0, AP-13.0, NUDOCS 9803100036 | |
| Download: ML20197A928 (30) | |
Text
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ENCLOSURE 2 BRUNSWICK STEAM ELECTRIC PLANT, UNIT NOS.1 AND 2 DOCKET NOS,50 325 AND 50-324/ LICENSE NOS. DPR-71 AND DPR-62 RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION DIESEL GENERATOR SURVEILLANCE REQUIREMENTS 1
l 0AOP 13,0, REVISION 22 OPERATION DURING llURRICANE, FLOOD CONDITIONS, TORNADO, OR '
EARTFlQUAKE 9903100036 990303 '
PDR ADOCK 050003
l l {pgg CAROLINA POWER & LIGHT COMPANY mum m mmmmann BRUNSWICK NUCLEAR PLANT PLANT OPERATING MANUAL l VOLUME XXI ABNORMAL OPERATING PROCEDURE UNIT " " " ""'
FEB 131998 O
uuem ew.wa R11ElliHEllRBilHillllIH OA0P-13.0 OPERATION DURING HURRICANE, FLOOD CONDITIONS, TORNADO, OR EARTHQUAKE REVISION 22 EFFECTIVE DATE d 3 [
Sponsor f)' f( _ _ _ _ _ , 2 .iv -99 Approval "
-//-Xa Manager - Operations Date OA0P-13.0 Rev. 22 Page 1 of 29
4 PEVISION
SUMMARY
This revision incorporates ESR 97-00598 which provides temporary cooling for the Control Room while the condensing units are being replaced. The revision adds a Technical Specification reference to Attachment 5 and adds steps to the earthquake guidance. This revision also adds a step to secure service water chlorination if the intake canal level reaches 4 feet and makes some clerical corrections.
LIST OF EFFECTIVE PAGES Pane (s) Revision 1-29 22 l
f 4
OAOP-13.0 Rev. 22 Page 2 of 29
4 TITLE: OPERATIONS DURING..NURRICANI ., FLOOD CUNDITIONS. TORNADO, OR SARTMQUAKE 1.0 SYMPTOMS NOTE: The Raleigh Load Dispatcher, Sect.rity or Meteorological Support will notify Unit SCO/ Shift Superintendent when a hurrica..e or tornado warning becomes effective.
(1) U.S. Weather Service issues a watch or warning.
(2) News or weather report indicates possible flooding in the area.
(3) Unstable weather conditions.
(4) Increasing inthke canal level (SCW-LR-285 on XU-2).
(5) INTAKE CANAL LEVEL HIGH (UA-24 6-8) annunciates.
(6) SEIEMIC EVENT (UA-28 6-4) annunc!stes.
NOTE: Additional weather information may be obtained from the Meteorological Support or U.S. Weather Service. Telephone numbers are in Appendix A of the PEP.
w 2.0 AUTOMATIC AC" IONS None applicable 3.0 OPERATOR ACTIONS e
3.1 Isnediate Actions None applicable 3.2 Sucolementarv Actions (1) 1.E this AOP was entered for a Tornado or Hurricane, IHRH REFER to AI-68, Nuclear Project Response to Severe Weather Warnings for additional actions.
i (2) 00 To the app.Topriate Steps.
Hurricane Step (3) , Page 4 Flooding Step (4), Page 7 Tornano Step (5), Page 11 Earthquake Step (6), Page 12 l
OAOP-13.0 Rev.'22 Page 3 of 29
i 4
(3) Hurticane
'a) Hurricane Watch Issued (1) SURVEY all outside areas to determine potential damages and preventive measures.
(2) REVIEW all LCOs for equipment out of service.
(3) EXPEDITE the return of all safety equipment, especially equipment required for loss of of f site power.
(b) Hurricane Warning Issued (1) REVIEW the following abnormal operating procedures with each incoming shift (a) AOP 13.0, Operation During Hurricane, Flood conditions, Tornado, or Earthquake (b) AOP-36.1, Loss of any 4 KV Buses or 480V E buses (c) AOP-36.2, Station Blackout (2) VERIFY all doors on transformer cubicles, switchyard cubicles, fire hose cubicles, other cubicles and l panels in outside areas are properly closed.
(3) VERIFY all gas bottles and fire extinguishers are
.roperly secured.
(4) ENSURE all outside cranes are secure.
(5) SWITCH on all outside lights.
Switch Locations:
MCC-SYA, Compt. B23 - Switch to Manual MCC-SYB, Compt. CC3 - Switch to Manual U1 TB, 70' between Dist Panel 1E-480V and S/E Hotside entrance - Switch to ON U2 TB, 70, between Dist Panel 2E-480V and N/E Hotside entrance - Switch to Manual /ON (6) CLOSE all outside windows and doors hgp FN3URE severe weather doors are closed and co elete Attachment 3.
(7) USE Attachments 1 and 2 to track hurricane path and record estimated time to arrival of hurricane force winde (greater than 73 mph) as information is provided by Meteo;ological Support or U.S. Weather Service.
0AOP-13.0 Rev. 22 Page 4 of 29 I
a , -~
4 (8) 1E recommended by Engineering, perform an equalizing charge of all station batteries prior to storm arrival, THEN return batteries to float.
I NOTE: MUD tank transfer should not top off the CSTs such that normal Radwaste processing to the CSTs will be restricted.
(9) TRANSFER available water from MUD Tank to CST.
(10) MAKE preparations to take both units to cold shutdown. The units must be in cold -? :down at least 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> prior to arrival of ; .ane force winds. Maintain plant conditions t. 'ow going to mode 3 during storm, if necessary. ,,vas of all AC power would cause loss of all low pressure cooling water injection capability.)
s
'CAQTION i'
.)
LoadtestingofEDGsshouldnotbeperformedduring[periodsofpotential grid' inst' ability..
(11) START 6HD bOAD TEST each diesel generator that has not been load tested in the previous 7 days (OPT 12.0).
(12) 1E flood conditions are expected at the site or Caswell Scach, IHEH PERFORM Step 4, Flooding (page 7) , concurrently with this section.
(13) TERMINATE all unnecessary activities.
..sTE:
Drywell precoure changes will occur as the eye of the hurricane ipproaches and derirts the site.
(14) Within eight hours of the anticipated arrival of the hurricane, PERtORM the following at Caswell Beacht (a) ENSURE all equipment is stowed and secure.
(b) VERIFY all controls in remote.
(c) BACKWASH lube water strainers.
(d) lE recommended by Engineering, perform ar equalizing charge of all station batteries prior to storm arrival, THEN return batteries to float.
(e) PLACE all available lube water pumps in operation.
OAOP-13.0 Rev. 22 Page 5 of 29
__.m._. __ . .___ _.. _ _ _ . _ . _ _ _ _ _ _ _ _ _ . _ _ _ -
4 b
. i i
. . r l (f) MONITOR discharge canal level.
(15) ASSIGN at least one man dedicated to the Diesel Generator Building and one to the Service Water Building prior to conditions preventing or delaying ,
access. Adequate food supplies should be available if extended stay is expected. ,
i I
(16) MAKE arrangements with diesel fuel suppliera for
- q. deliveries following passage of the hurricane, j i (c) Hurricane Conditions 4 1
[ (1) MAINTAIN communications with Load Dispatcher and Meteorological Support for weather conditions away from the plant site.
(2) IE off-site power is lost, IHEH ENTER AOP-36.1, Loss of any 4 KV Puses or 480V E Buses.
1 I (3) MONITOR the intake canal water level.
(4) II the intake canal water level reaches 15 feet, 3
IEEH LOG canal level at least once per two hours &HD
- CONSULT Technical Specification 3/4.7.3. >
E 1
(5) 1E the intake canal water level drops to -5 feet MSL, IHEH MAINTAIN greater than 63 psig in the NSW ,
headers. RBCCW and/or RHR service water flows may be reduced as necessary to maintain NSW pressure.
(6) II the intake canal water level drops to -7.5 feet [
MSL, IHEN STOP circulating water pumps as required i to maintain intake canal level above -7.5 feet MSL. !
(7) IE flooding at the site or Caswell Beach Pumping Station occurs, IHEH PERFORM appropriate actions in ftep 4, Flooding (page 7).
(8) If the Caswell Beach substation is lost, IHEH OPEN the 23 Ky feeder hHQ PLACE under clearance. ,
i t
0AOP-13.0 Rev. 22 Page 6 of 29 i
(4) Flooding (a) Site (1) LE flooding is expected at the site, IHEN PERFORM the followings (a) VERIFY all doors on transformer cubicles, switchyard cubicles, fire hose cubicles, other cubicles and panels in outside areas are properly closed.
(b) VERIFY all gas bottles and fire extinguishers are properly secured.
(c) ENSURE all outside cranes are secure.
(d) SWITCH on all outside lights.
Ev>tch Locations:
MCC-CYA, Compt. B23 - Switch to Manual MCC-SYD, Compt. CC3 - Switch to Manual l U1 TD, 70' between Dist Panel 1E 4BOV and S/E Hotside entrance - Switch to ON U2 *iB, 70, between Dist Panel 2E-480V and N/E Hotside entrance - Switch to Manual /ON (e) CLOSE all outside windows and doors AND ENSURE severe weather doors are closed and complete Attachment 3.
(f) VERIFY the proper operation of sump pumps 6H2 PLACE their control switches in AUTC .
(g) INSTALL portable pumps at locations where the normal sump pumps may not be able to cope with the flood. (These pumps should be powered from sources above the predicted crest level of the flood).
(h) VERIFY or INSTALL a temporary gas or diesel driven pump and a temporary electric sump pump at the Storm Drain Collection Basin per 00P-54.
The maximum pressure on the discharge header ahall not exceed 50 psig.
0AOP 13.0 Rev. 22 Page 7 of 29 i
s
l e
4 (i) CLOSE the seal openings to the Diesel Oenerator Building and fuel oil four day tank vaults.
(j) Contact tru for caulking the mancover seams on the following electrical manhole covers: Mill CW, Mil 2SW, MH3SW, Mil 4 8 W. MH6SW, MH7SW, MH8SW, Mil 1NW ,
Mil 2NW, Mil 3NW, Mil 4NW (Ref F 03343 Sh. 1).
(k) ASSIGN at leae*. one dedicated man to the Dicael Generator Building and one to the Service Water Building prior to conditions preventing or delaying access. Adequate food supplies should be available if extended stay to expected.
(1) 1E the intake canal level reaches 4 feet, IHEH SECURE service water chlorination to prevent carryover to the screen wash system. !
(m) 1E the intake canal level reaches 15 feet, IHER LOG canal level at least once per two houre 6HD CONSULT Technical Specification 3/4.7.3. l l
(n) If the flood is expected to reach 20 feet above MSL, IHEU COMMENCE a plant shutdown with sufficient time to be in cold shutdown at least 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> before the 20-foot level is reached.
(2) 1E flooding exists at the site, IRES PERFORM the followings >
(a) 1E the intake canal level reaches 15 feet. THFN LOG canal level at least once per two houre 6HD CONSULT Technical Specification 3/4.7.3.
(b) CONTACT the Meteorological Support, U.S. Weather Service, or boad Dispatcher to determine the predicted flood crest time and level.
(c) VERIFY the proper operation of sump pumps.
(d) OPERATE sump pumps and portable pumps, as required, to control water level inside the buildings. MONITOR UA-12, UA-28, and the flood status panel on XU-51 in conjunction with local tours to determine if any areas are being flooded.
(e) OPERATE the temporary gas / diesel pump and the temporary electric sump pump as required to pump down the Storm Drain Collection Basin. Encure E&RC is notified for sampling prior to operation of temporary pumps. The maximum pressure on the discharge header shall not exceed 50 psig. The temporary pumps shall not be allowed to run without sufficient water volume in the basin to prevent dry operation of the pumps.
1 OAOP-13.0 Rev. 22 Page B of 29
4 NOTE: Releasing water directly to the discharge canal through the storm drain basin overflow valven is prohibited by the NPDES permit except Where unavoidable to prevent loss of life or severe property damage.
Where excessi ve storm drainage or run of f would damage any facilities r.acessary of the NPDES permit.
IF Step 4.a.2.f is used, it must be reported to E&RC immediately and the Environmental Compliance Unit within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. Reference 00I.01.07 for NRC (4 Hour) report if off-site agencies are to be notified.
(f) lE flooding occurs at the storm drain basin, 7 HEN MAINTAIN level por 00P-54 Section B.2.
(3) Recovery From Site Flooding (a) VERIFY from the Meteorological Support, U.S.
Weather Service, or Dispatcher that the flood has created and is not likely to reoccur.
(E) WHEN the flood has receded and areas are accesuible, THEN PERFORM the following actions:
(1) INSPECT all areas and equipment submerged by water.
(2) CLEAN all areas and flush piping, sumps, etc., as required.
(3) WHEN.all the sump levels are normal, DIEJ REMOVE all portable pumps.
(4) MEGGER all electrical equipment, power and control cables submerged by water; INITIATE appropriate maintenance procedures, such as heating, drying, etc.,
to restore their insulation values.
(5) IE storm drain basin overflow valves were opened to maintain level, THEN. ENSURE closed per 00P-54 Section 8.2.
(6) Refer to 00P-54 for removal of the temporary gas / diesel pump and the temporary electric sump pump and the temporary check valve to restore the Storm Drain Collection Basin discharge header to normal configuration.
0AOP-13.0 Rev. 22 Page 9 of 29
l
- 1. EHEN the flood has receded below 17' 6' (see Technical Specification 3/4.7.3),
IHEN REFER to GP-01 to restore plant j operation.
l (b) Caswell Beach (1) -1E within eight hours of the anticipated arrival of the flood, IHEH PERFORM the following at Caswell Beach:
(a) ENSURE all equipment is stowed anc secure.
(b) VERIFY all controls in remote.
(c) BACKWASH lube water strainers.
(d) IE recommended by Engineering, perform an equalizing charge of all station batteries prior to storm arrival, IHEH return batteries to sioat.
(e) PLACE all available lube water pumps in
( operation.
(2) 1E flooding occurs at Caswell Beach, IHEH PERFORM the followings (a) ATTEMPT to restart any lost pump (s).
(b) IE unable to restart any lost ocean discharge pump (s) , IHEN STOP circulation water intake pump (s ) , as necessary, to maintain discharge canal level.
(C) ATTEMPT to keep at least one ocean discharge pump running on each ocean discharge pipe..
(d) 1E the Caswell Beach Substation is lost, IHEN
-OPEN the 23 KV feeder &HQ PLACE under clearance.
(c) SHUT DOWN the plant &HD PLACE in a safe condition.
(f) 1E Caswell Beach pumping station is lost, THEH MAINTAIN the condenser available as a heat-sink as long as possible.
(3) Recovery From Caswell Beach Flooding (a) HHEH Caswell Beach is accessible, IHEH PERFORM the following actions:
(1) INSPECT all equipment submerged by water.
(2) CLEAN all aveas ahd flush piping, sumps, etc. , as required.
0AOP-13.0 Fev. 22 Page 10 of 29
(3) WHEN all the sump levels are normal, THEN REMOVE all portable pumps.
(4) MEGGER all electrical e@ipment, power and control cables submerged by water &HD
- 'NITIATE
. appropriate maintenance procedures, such as heating, drying, etc.,
to restore their insulation values.
(5) REPLACE QB REPAIR all damaged equipment, its parts, instruments or controls.
(6) RESTART Caswell Beach equipment as conditions permit.
(5) Tornado (a) Tornado Watch (1) SURVEY all outside areas to determine potential damages and preventive measures.
(2) REVIEW all LCOs for equipment out of service.
(3) EXPEDITE the retu.n to service of all safety equipment, especially equipment required for loss of off-site power.
(4) If time permits, IEEH PERFORM the followings (a) VERIFY all doorc on transformer cubicles, switchyard cubicles, fire hose cubicles, other cubicles and panels in outside areas are properly closed.
(b) VERIFY all gas bottles and fire extinguishers are properly secured.
(c) ENSURE all outside cranes are secure.
(d) SWITCH on all outside lights.
NOTE: A Control Operator key can be used to unlock SYA and SYB Cabinet doors. Notify security prior to unlocking these doors.
Switch Locations:
MCC-SYA, Compt. B23 - Switch to Manual MCC-SYB, Comnt. CC3 - Switch to Manual U1 TB, 70' between Dist Panel 1E-480V and S/E Hotside entrance - Switch to ON U2 TB, 70' between Dist Panel 2E-480V and N/E Hotside entrance - Switch to Manual /ON d
(e) CLOSE all outside windows and doors AND ENSURE severe weather doors are closed and complete Attachment 3.
0AOP-13.0 Rev. 22 Page 11 of 29
s 1 1
i l
. . l f ($) 1E time permito, IEEH REVIEW the following abnormal l operating procedures with the shifts (a) AOP-13.0, operation During Hurricane, Flood Conditions, Tornado, or Earthquake.
(b) AOP-36.1, Loss of any 4 KV Buses or 480V E Buses.
(c) AOP-36.2, Station Blackout.
(b) Tornado Warning (1) TERMINATE all unnecessary activities, i
l (2) 1E off-site power is lost, IHEN ENTER AOP-36.1, Loso of any 4 KV Buses or 480V E Buses.
(3) 1E control Room Air Conditioning Units have been lost
- And Control Room temperature is >1231E increasing, l then initiate compensatory actions per Attachment 5.
(6) Earthquake (a) DISPATCH an operator to determine the earthquake f acceleration per Attachment 4. l 4
l (b) CHECK the following plant parameters to provide a quick-
! check on the status of the units:
4 (1) Reactor Power i
i (2) Reactor Pressure ,
l.
- (3) Reactor Level
- l. (4) Area Radiation Monitors I .
]
(5) Feedwater Flow I' (6) Generator Load 1
(7) Condenser Vacuum J (8) Turbine vibration and Bearing Temperature I
(9) CHECK for changes in the following parameters, which may indicata core shroud movement at the top guide
- j. support ring reinforcing brackets:
- (a) Power / Flow relationship (b) Flux _ variations (determined by.the nuclear 4.-
engi neer) e t
i 0AOP-13.0 Rev. 22 Page 12 of 29 re , v, we m-m co- --,g.m ..,.v - - ,, .2w .u m ,w-,.r-, -%s v - or w.w-. , -
.n,,,+,,,. . - , . , er f, ,-m,c-v.,. . . . - - . , ,,--s,-r-~
9 (c) Rising suction temperature in one or both recirculations loops (10) 1E any of the Control Room high radiation alarms annunciate, IHfJi DON SCBAs until integrity of the control Room pressure boundary is verified.
(11) VERIFY the integrity of the temporary boundaries at the evaporative coils for the control Room supply fans.
(c) CHECK the klectrical Distribution System, Stitchyard, and Grid System for indications of power losses.
(d) CHECK all annunciator panels (including local panels) for indications of abnormal situations.
(e) CHECK the following leak detection systems for indications of abnormal situations:
(1) Main Steam Leak Detection (2) RWCU System Leak Detection (3) RCIC System Leak Detection (4) HPCI System Leak Detection i
(5) RHR System Leak Detection 1
(6) ADS Leak Detection i
(7) Radwaste equipment area leak detection (8) Reactor recirculation pump leak detection (f) IE .he plant cannot operate in a safe condition QE the acccietation exceeded 0.08g, IHEH PERFORM the following:
(1) INITIATE a controlled shutdown of boch units per GP-05.
(2) INITIATE an LCO for secondary containment integrity per 00I-01.08, due to possible link seal failure. I (3) INITIATE a WR/JO to inspect the core shroud in the area of the core shroud brackets for evidence of shifting or movement.
(g) IE the acceleration did HQI exceed 0.08g, THEN INITIATE an LCO for secondary containment integrity per 00I-01.08 (evaluation for link seals should be included with secondary containment).
0AOP-13.0 Rev. 22 Page 13 of 29
. . . - ._-.. _ - - . . . - - . - ..- - - - _ _ - - _ .. _ . - . . . - - - ~_
4 4
(h) INITIATE a plan to inspect all plant equipment and evaluate damage as soon as practical.
(1) 1E damage is suspected on any system, THEN PERFORM the appropriate testing to ensure operability as soon as practical.
(j) IE HQI already confirmed, IHEH wNFIRM the $ccurrence of the seismic event by contacting the National Earthquake Center at 1-303-273-8500.
(k) 1E a seismic event is confirmed, IHEH INITIATE a WR/JO to remove the record plates from the peak shock recorders so that chey may be sent to the vendor for evaluation.
(1) 1E an actual seismic event occurred, IHEH PERFORM the following MST's within five days of the events (1) OMST-SEIS21R !
(2) 2MST-SEIS22R (m) 1E Control Room Air Conditioning Units have been lost add Control Room temperature is >104*F increasing, then initiate compensatory actions per Attachment 5.
4.0 GENERAL This abnormal operating procedure partially fulfills the requirements of Regulatory Guide 1.33, Quality Assurance Program Requirements (Operation)
(November 1972) and PegulaLory Guide 1.155, Station Blackout.
Brunswick is geographically located in close proximity to the Atlantic coastal storm track and has an approximate grade elevation of 20 feet above mean sea level (MSL). Hurricanes and tropical storms are therefore, the most extreme weather phenomena that affect the site area.
Potential subsequent flooding should be considered even though the plant structures were designed to compensate, via installed sump pumps, for a maximum site flooding depth of'22 feet above MSL during the maximum probable hurricane. Tornados shou'd also be a concern since they are frequently observed to be associated with hurricanes and tropical storms.
Transformers, switchyard equipment, and transmission lines are very vulnerable to high speed wind conditions. Therefvre, a loss of off-site power *hould be expected. Other equipment and structures in the outside areas are likely to be damaged and supplemental precautionary measures should be taken.
Brunswick Units have been designed to mee a Design Basis Earthquake (DBE) of 0.16g ground acceleration at the Reactor Building F0undation.
This correlates to an earthquake with a magnitude of ~6.0 .n the Richter Scale. An ei ethquake with a magnitude of -7.0 on the Ricater Scale
. occurred in Charleston, S.C., on August 31, 1886.
0AOP 13.0 Rev. 22 Page 14 of 29
5.0 REFERENCES
(1) Regulatory Guide 1.33, Quality Assurance Program Requirements (Operation) (November 1972), Appendix A, Item F.24 (2) Regu)atory Guide 1.155, Station Blackout (3) ANSI Standard N18.7-1976, Administrative Controls and Quality Assurance for the Operational Phase of N. clear Power Plants, Sect on 5.3.9.2, Item (11)
(4) NUMARC-87-00, Guidelines and Technical Bases for NUMARC Initiatives Addrescing Station Blackout at Light Water Reactors (5) PEP-02.1 (6) AI-68, Nuclear Project Response to Severe Weather Warnings 1
(7) EER 90-0084, Consolidation of Previous EERs Re. SWS (8) AOP 36.1, Loss of any 4 KV Buses or 480V E Buses (9) AOI-16.2, Station Blackout (10) Technical Manual FP-9527-01-7578-1, Operating Instructions for Magnetic Tape Playback (11) Technical Manual FP-9527-01-7578-2, Operating Instructions for Strong Motion Acclerograph System (12) OMST-SEIS21R, SMA 3 Seismic Monitoring System Channel Calibration (13) 2MST-SEIS22R, Peak Shock Recorder Seismic Monitoring System Channel Calibration (14) EER 93-0536, Evaluation of Unit 1 Core Shroud Indications and Operability Assessment of Units 1 and 2 (15) PM 93-038, Unit 1 Core Shroud Modification (16) PM 94-007, Unit 2 Core Shroud Modification (17) OE&RC 2009, Radioactive Liquid Effluent Releases and Reports (18) 8S42-P-101, BNP Station Blackout Coping Analysis Report (19) 00P-54, Storm Drain Collector Basin Operating Procedure (20) 00I-01.07, Conduct of Operations Manual - Notifications OAOP-13.0 Rev. 22 Page 15 of 29
e 6.0 DIAGRAMS /ATTAC10MNTS (1) Attachment 1, !!urricane Tracking Data (2) Attachment 2, !!urricane Tracking Map (3) Attach.nent 3, severe Weather Doors (4) Attachment 4, Earthquake Acceleration Determination (5) Attachment 5, compensatory Actions for control Room lleat Removal OAOP-13.0 Rev. 22 Fage 16 of 29
ATTACID4Elfr 1 HURRICANE TRACKING DATA I Date Time Longitude Latitude Estimated Time To Arrival at SSEP*
- Required only after Hurricane Warning issued.
0AOP-13.0 Rev. 22 Page 17 of 29
ATTAC104ENT 2
}{URRICANE TRACKING MAP q y, . . . . . .
4j 9 s "
5
( ., o#,o<>Cape Hatteras
[ : :35*+ + G J
. . o . . . . .
. . . . o . . . . .
h H
L o . . . . o . . . . .
t nah
'l e o . . . . o . . . . .
Jacksonville
- O : 230 +- : O : +30 : : 4-( 80 o . . . . o . . . . .
Cape Canaveral o . . . e o . . . . .
75 FT. each . . o . . . .
c:d Myer 1[,
la i , ,o , , , , , , ,
Nassau O c=, r
. e e e Os p o . . . e e Key West
. . . . . 4's* Bahama
. lands . . . .
0AOP-13.0 Rev. 22 Page 18 of 29
4 ATTACHMENT 3 SEVERE WEATHER DOORS Doors required to be closed during severe weather. Doors not required to be closed for the. type of severe weather expected may be marked N/A, Verify other doors are closed and initial /date.
R" BLDG Q1SCRIPTION ELEVATION gg1T DOOR NO REMARY.S INITIAL Railroad Doors 20 ft. 1 209 l
l Railroad Doorn 20 ft. 1 210 Airlock West Wall 20 ft. 1 203 L Airlock. West Wall 20 ft. 1 204 I
Airlock West Wall ") ft. 1 301 Airlock West Wall- 50 ft. 1 302 Airlock-South Wall 50 ft. 1 303 Airlock-South Wall 50 ft. 1 304 1
Airlock 80 ft. 1 402 Airlock 80 ft. 1 403 Airlock 167 ft. 1 801 Roof Hatch 179 ft. 1 901 Railroad Doors 20 ft. 2 209 Railroad Doorn 20 ft. 2 210 Airlock-West Wall 20 ft. 2 203 Airlock, West Wall 20 ft. 2 204 Airlock-West Wall 50 ft. 2 301 Airlock-West Wall 50 ft. 2 302 Airlock-North Wall 50 ft. 2 303 ___
Airlock-North Wall- '50 it. 2 304.
0AOP-13.0 Rev. 22 Page 19 of 29
ATTAC104ENT 3 (Cont'd)
RX BLDG pgggRIPTION ELEVATION UNIT DOOR !!Q R EHisRKS INITIAL Airlock 80 ft. 2 402 Airlock 80 ft. 2 403 Airlock 167 ft. 2 801 Roof Itatch 179 ft. 2 901 CONTROL BLDG DESCRIPTION Cable Spread Area-West Wall 23 ft. 2 101A (Tornado Only)
Cable Spread Area-West Wall 23 ft. 2 101B (Tornado Only)
Cable Spread Area-West Wall (Tornado Only) 23 ft. 1 104A __
cable Spread Area-West Wall 23 ft. 1 104B (Tornado Only) o South Stair-West Wall 23 ft. -
102 (Tornado Only)
North Stair-West Wall 23 ft. - 103 (Tornado only)
Cable Spread Area-East Wall 23 ft. 1 105 (Tornado Only)
Cable Spread Area-East Wall 23 ft. 2 106 (Tornado Only)
Sout ole Access way 23 ft. 107 (Tornado Only)
Norto Cable Access Way 23 ft. -
111 (Tornado Only)
South Stair-West Wall 45 ft. -
201 (Tornado Only)
North Stair West Wall 45 ft, -
202 (Tornado Only)
Control Room East Entrance 49 ft. -
203 South Cable Access Way 49 ft. -
205 OAOP-13.0 Rev. 22 Page 20 of 29
_ . _ _ _ . . _ . _ _ _ . . . . . . _ - _ . _ . . . . _ . . . . . . _ . _ _ . _ _ _ . . ~ . . _ . _ _ _ _ _ _ _ _ _ . . _ _ _ . . . -
l J
ATTACHMENT 3 (Cont'd) i CONTROL BLDG DESCRIPTION ELEVATION Eql lo0R NO EIMAnns INITIAL North Cable
- Access Way 49 ft. - 218 Elevator Room 70 ft. -
301 INAC Equipment Puom South Entrance 70 ft. - 302A INAC Equipment Room South Entrance 70 ft. -
302B INAC Equipment Room East Wall 70 ft. -
304A
}NAC Equipment Room East Wall 70 ft. - 304B DIESEL GENERATOR DLDG DESCRIPTION South Stairs 20 ft. -
101 South Interior 23 ft. -
103 Roll Up, Exterior 23 ft. -
126 Roll Up, Interior 23 ft. -
104 North Stairs 20 ft. - 114 North Interior 23 ft. - 113 4 Day Tank Room, South 23 ft. -
124 4 Day Tank Room, North 23 ft. - 119 AOG BLDG DESCRIPTION Northeast Exterior 22 ft. -
101 Northeast Interior 22 ft. -
102 (Tornado Only)
East Interior 21 ft. -
114 (Flood Only)
West Interior 21 ft. -
112 (Flood Only)
OAOP-13.0 Rev. 22 Page 21 of 29
, - , - - - .-_. .- - , - , . = . . _ - , .
ATTACHMENT 3 (Cont'd)
AOG BLDG DESCRIPTION ELEVATION Eqt DOOR f70 BJttARKS INITIAL Northwest Exterior 22 ft. - 104 Northwest Interior 22 ft. - 103 (Tornado Only)
Northwest 37 ft. - 201 Southwest Exterinr 20 ft. - 106 Southwest Interior 22 ft. -
105 (Tornado Only)
Southeast Exterior 20 ft. -
107 Southeast Interior 22 ft. -
108 (Tornado Only) l CAD Room 49 ft. - 301 l
CAD Room 49 ft. - 302 (Tornado Only)
East Floor Plate CAD Room 49 ft. -
303 (Tornado Only)
West F:oor Plate SERVICE WATER BLDG DESCRIPTION North Entrance 23 ft. - 2 South Entrance 23 ft. -
1 RADWAETE BLDG DESCRIPTION Loading Dock 23 ft. -
106 South Pipe Tunnel -3 f t -
013 (Flood Only)
North Pipe Tunnel 3 i. -
011 (Flood Only)
/
Time Date Initials Name (print)
OAOP-13.0 Rev. 22 Page 22 of 29 l
ATTACHMENT 4 EARTHQUAKE ACCELERATION DETERMINATION PURPOSE To provide instructions for operacia.. the Strong Motion Accelerogr. 5 System (SMA-3) and the Magnetic Tape Playbac. System (SMP-1) for retrieval 4 analysis of the magnitude of earthquak acceleration immediately following a seismic event.
PROCEDURE Initials NOTE: This procedure requires the following equipment:
From the 9S Kevlocker Key #79 i Two blank Kinemetrics tape cassettes (Kinemetric Part No. 700030; 1 CP&L Part No. 733-815 43, Location IBB3J4).
1 From the Tool Room:
One stopwatch,
- 1. VERIP'1 the Event Alarm light on the strong motion accelerograph panel is off.
NOTE: Steps 2.a through 2.g of this procedure are time sequenced.
The times should be stopwatch accurate; therefore, turn the key switch with as close to a snap action as possible.
- 2. RECORD a calibration record on the magnetic tape cassettes as follows:
- a. TURN the key switch (clockwise) to test for ten seconds,
- b. TURN the key switch (clockwise) to CALIBRATE E HOLD for two seconds (or less).
- c. TURN the key switch (clockwise) to NATURAL FREQUENCY M HOLD for two seconds (or less).
- d. TURN the key switch back (counterclockwise) to CALIBRATE AND HOLD for two seconds.
- e. TURN the key switch back (counterclockwise) to TEST E HOLD for ten seconds,
- f. TURN the key switch (counterclockwise) to OFF M WAIT 20 seconds for the time delay to reset.
9 TURN the key switch to OPERATE AND REMOVE the key.
- h. VERIFY the AC ON indicator lamp is on.
0AOP-13.0 Rev. 22 Page 23 of 29 j
ATTACHMENT 4 (Cont'd) Initials
- 1. VERIFY the Event Alarm light is off.
- j. VERIFY the Event Indicator is black.
- 3. REMOVE one of the magnetic tape cassettes from the recorou.
and replace with a new blank cassette 6HD ENSURE that the tape is wound up past the light colored leader portion to ensure that all of any ensuing events are completely recorded.
l- 4. RECORD accelerograph location and the time and date of removal on the removed cassette.
- 5. LOAD the cassette into the magnetic tape playback unit, label s34s out.
l l 6. PLACE / VERIFY the Power Select switch in AC RUN. (BATTERY RUN may be selected if AC power is not available.)
- 7. 71501 the cassette tape Transport On/Off switch to ON &EQ
- ENSURE that the tape runs smoothly.
8 REWIND the tape by pulling down and to the left on the slide handle.
- 9. TURN the cassette tape Transport On/Off svitch to OFF.
- 10. T1501 the Stylus Drive On/Off switch to ON.
- 11. PLACE hED HOLD the Stylus Drive RUN/ CAL /ZERO switch to ZERO and use the position control-to center the stylus. This is best done with the Chart Drive switch in 25 mm/see to overcome stylus friction.
- 12. RELEASE the Stylus Drive RUN/ CAL /ZERO switch.
- 13. TURN / VERIFY the Oain Factor switch to 10.
- 14. TURN the Channel Select switch to Channel 1 to playback the signal from the longitudinal axis of the accelerometer.
- 15. TURN the Chart Drive switch to the desired speed.
- 16. TURN the cassette tape Tran9 port On/Off switch to ON.
- 17. EHEN the recording is over (timing marker on right hand side of chart paper stops marking), THEN REWIND the tape by pulling the slide handle down to the left.
- 18. 71501 the cassette tape Transport on/Of f switch to OFF.
- 19. TURN the Channel Select switch to Channel 2 to playback the
_ signal from the traverse axis of the accelerometer.
0AOP 13.0 Rev. 22 Page 24 of 29 u -
ATTACHMENT 4 (Cont'd) Initials
- 20. TURN the cassette tape Transport on/Off switch to ON.
- 21. EHEU the record is over, THEN REWIND the tape by pulling the slide handle down and to the left.
- 22. Tindi the cassette tape Transport on/Of f switch to OFF.
- 23. TURN the Channel Select switch to Channel 3 to playback the signal from the vertical axis of the accelerometer.
- 24. TURN the cassette tape Transport On/Off switch to ON.
- 25. WHEN the record is over, THEN REWIND the tape by pulling the slide handle down and to the left.
- 26. 71501 the cassette tape Transport On/Off switch to OFF.
- 27. 115U1 the Chart Drive switch to OFF.
, NOTE: The centerline on the chart is 0.00g. With a gain factor of 10, each dark demarcation on the chart paper is 0.029 (Full scale deflection is 0.10g.)
- 28. REVIEW the charts recorded from the cassette to determine the earthquake acceleration.
i
- 29. IE acceleration exceeded 0.08g, THEN PERFORM the appropriate supplemental actions in Section 3.0 of this procedure.
- 30. If acceleration exceeded 0.10g (off scale), IHEU PERFORM the following steps:
- a. TURN the Gain Factor switch to 4.
- a. REPEAT StepL 14 through 27 of this attachment.
NOTE: The centerline of the chart is 0.00g. With a gain factor of 4, each dark demarcation on the chart paper is 0.05g. (Full scale deflection is 0.25g.)
- c. REVIEW the charts to determine the actual earthquake acceleration for evalua' ion and classification of the event.
- 31. If tne acceleration did not exceed 0.08g, THEN PERFORM the following:
- a. REMOVE the cassette frc~ the magnetic tape playback unit.
- b. REPEAT Steps 3 through 5; 7 through 9, and 13 through 30 of this attachment for the other tape.
- c. PERFORM the appropriate supplemental actions in Section 3.0 of this procedure.
0AOP-13.0 Rev. 22 Page 25 of 29
ATTACHMENT 4 (Cont'd)
Initials
- 32. WHEN operation of the magnetic tape playback unit is no longer required, THFN PERFORM the followl..g:
- a. ENSURE the cassettes are removed from the magnetic tape playback unit 6HQ FORWARD to Engineering for disposition,
- b. TURN the Stylus Drive On/Off switch to OFF.
- c. PLACE the Power Select switch to OFF.
Comments:
i Name (Print) Initials Performed by Reviewed by:
Unit SCO Date Shift Superintendent Date OAOP-13.0 Rev. 22 Page 26 of 29
ATTACHMENT 5 COMPENSATORY ACTIONS FOR CONTROL ROOM HEAT REMOVAL PURPOSE To provide guidance for removing heat from the Control Room via the smoke removal dampers located in the Control Building Mechanical Equipment room in the event of long term loss of Control Room Air Conditioning Units.
PROCEDURE l
HOTE: The following actions will require consideration of several items prior to implementing.
- 1. Effect of a chlorine hazard. The chlorine tank car shall be isolated as a minimum and should be removed from s'te.
- 2. This procedure opens Security doors, Security requirements must be in place.
- 3. Environmental Conditions - CONTACT E&RC for any additional monitoring requirements.
- 4. This procedure opens Fire doors. CONTACT LPU prior to securing doors open.
- 5. REFER to Technical Specification 3.7.2, Control Room Emergency Ventilation System.
- 1. OPEN the following doors in the Control Room (49' elevation) hED SECURE them open:
WCC North entrance door 2-CTB-DR-ELO49-203 2-CTB-DR-ELO49-204 NOTE: If necessary, the 49' elevation doors listed below may be opened to increase flow.
2-CTB-DR-ELO49-201 1-CTB-DR-ELO49-202 2-CTB-DR-ELO49-208 1-CTB-DR-ELO49-215
- 2. OPEN the following doors in the Control Building Mechanical Equipment room (70' elevation) AND SECURE them open 2-CTB-DR-ELO70-302A 2-CTB-DR-ELO70-302B 2-CTB-DR-ELO70-303 2-CTB-DR-ELO70-304A 2-CTB-DR-ELO70-308B OAOP-13.0 Rev. 22 Page 27 of 29
.- . . . - - . _ ..-. _ . . . - _ . - - - _ _ . _ . . -. - - . - - - - - _ -~ ~
i
- i a
j ATTACHMENT 5 (Cont'd) Initials 1
, CAUTION l The access door must be opened prior to closing damper, i
CAUTION I
i OPENING the access door will result in a rush of air directly toward the.
l Operator. s J
) 3. REMOVE insulation covers from the access doors located l directly above 1 (2)VA-ISOL-DMP-CB.
l i 4. OPEN the access doors to 1-VA-ISOL-DMP-CB and v .-VA-ISOL-DMP-CB.
i
2-VA ISOL-DMP-CB by turning the crank mechanism that is located on the side of each damper.
l PESTOPATION
- 1. OPEN damper 1-VA-ISOL-DMP-CD 6HD OPEN damper j 2-VA-ISOL-DMP-CB by turning the crank mechanism that is ind.ver located on the side of each damper.
l I
! 2. CLOSE the access doors to 1-VA ISOL-DMP-CB and /
j 2-VA-ISOL DMP-CD :nd.ver
- 3. REPLACE insulation covers en the damper access doors.
l
- 4. CLOSE the following doors on 70' elevations
! 2-CTB DR-ELO70-302A 2-CTB-DR-ELO70-302B 2 CTB-DR-ELO70-303 2-CTB-DR-ELO70-304A
,! 2-CTB-DR-ELO70-308B l 5. CLOSE the following doors on 49' elevation:
1 i 2-CTC-DR-ELO49-201 i 1-CTB-DR-ELO49-202 l 2-CTB-DR-ELO49-203 2-CTB-DR-ELO49-204
{ 2-CTB-DR-ELO49-208 1-CTB-DR-ELO49-215
.'s A
OAOP-13.0 Rev. 22 Page 28 of 29
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. - . , - , . , , - . . , , n --. - ,.
4 i
ATTACIIME!1T 5 (Cont'd) t Comments:
W.
flame (Print) Initials Performed by: _,
Revieued by Unit SCO Date Shift Superintendent Date i
OAOP-13.0 Rev. 22 Page 29 of 29
_ _ - - ._ _ - ._ ._ _ _ . . _ - - . , . .