ML14154A324
| ML14154A324 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 06/02/2014 |
| From: | NRC/RGN-II |
| To: | Tennessee Valley Authority |
| Shared Package | |
| ML14155A059 | List: |
| References | |
| 50-259/OL-14, 50-260/OL-14, 50-296/OL-14 | |
| Download: ML14154A324 (58) | |
Text
JPMRO Ala OPERATOR:
RO___
DATE:________
JPMNUMBER:
ROA1a TASK NUMBER:
U-000-NO-47 TASK TITLE:
Electrical Safety Requirements Racking Out a Breaker KJANUMBER: 2.1.26 K/A RATING: RO3.4 TASK STANDARD: Determine the correct procedural section to rack out 480V SD BD 2A Compartment 7A breaker, the verification requirement and the Electrical Safety PPE and Protective Boundary requirement LOCATION OF PERFORMANCE:
Class Room REFERENCES/PROCEDURES NEEDED: 0-GOI-300-2, TI-300 Attachment 1 and TI-300, NPG-SPP-10.3 VALIDATION TIME:
15 minutes PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY UNSATISFACTORY SIGNATURE:_________________
DATh:
EXAMINER 1
JPMRO Ala IMTIAL CONDITIONS:
You are a Reactor Operator INITIATING CUES:
It is required to rack out the compartment 7A breaker on 480V SD BD 2A, determine the dorrect procedural section to perform this task along with ALL the electrical safety requirements for racking this breaker out and the verification requirement.
The breaker is OPEN and the equipment has been removed from service in accordance with the appropriate procedure.
2
JPMRO Ala Class Room INITIAL CONDITIONS:
You are a Reactor Operator INITIATING CUES:
It is required to rack out the compartment 7A breaker on 480V SD BD 2A, determine the correct procedural section to perform this task along with ALL the electrical safety requirements for racking this breaker out and the verification requirement.
The breaker is OPEN and the equipment has been removed from service in accordance with the appropriate procedure.
3
JPMRO Ala START TIME____
Performance Step 1:
Critical X Not Critical Refers to 0-GOI-300-2, Electrical and Illustration 7 for 480V SD BD 2A Compartment 7A.
Illustration 7 (Page 10 of 34) 4KV/480/250 Breaker Application Matrix ELECTRICAL BOARD Compt
{ AK NT)
NT 3A-25}
GO3OO-2RACK-OUTSection
{5.17) 5.13
{5.19}
GOl 300-2 RACK-IN Section
{ 5.18) 5.14 (520) 480v Shutdown Bd 2A IC 7A X
I Standard:
Determines 0-GOI-300-2 section 5.13 SAT UNSAT_ N/A COMMENTS:___
4
JPMRO Ala Performance Step 2:
Critical Not Critical X Refers to section 5.13 which provides the PPE procedure for racking out the breaker 5.19 GE 480V Manually Operated Breakers Type AK-15(25) with Racking Screw racking mechanism, RACK-OUT Checklist NOTE Found on 480V Shutdown, Unit, Common, Lighting boards, and Service Bldg vent boards.
[1]
NOTIFY affected Unit Operator(s) of breaker being racked-out.
[2]
REVIEW Precautions and Limitations listed in Section 3.0.
[3]
OBTAIN personal protective equipment (PPE) in accordance with Health and Safety Manual TI-300 Electrical Safe Work Practices.
Standard:
Determines Electrical Safety requirements are listed in TI-300 SAT UNSAT N/A COMMENTS:______________
5
JPMRO Ala Performance Step 3:
Critical Not Critical Refers to TI-300, Electrical Safe Work Practices C.
Arc-Flash - Annually, 80% of electrical injuries are caused by burns from radiant energy.
Since arc-flashes vary greatly in size and intensity, TVA has put an extensive program in place to quantifi the arc-energy present at each bus in the facility.
1.
Hazardous Arc-Flash - Incident energy in excess of I.2cal/cm2 will result in 2nd or 3rd degree burns. For all 480volt and 4,l60volt equipment within the owner controlled area at Browns Ferry, PPE to protect from this hazard is required.
Different equipment configurations can produce different hazards. Select the PPE for all 480v and 4,160 volt work from the matrix in Attachment 1.
Standard:
Proceeds to TI-300 Attachment, Electrical Safe Work Practices: Arc Flash Personal Protective Equipment / Protective Boundary Matrices SAT_ UNSAT N/A COMMENTS:_________________________
6
JPMRO Ala Performance Step 4:
Critical X Not Critical Electrical PPE Matrix 0
Notes:
q NOTE 1: Class 00 gloves are required when contact w.th 5O-300v is required or 0
when accidental contact is hkely.
0 NOTE 2: CLass 0 gloves with leather protectors are required when within 1 foot E
of exposed 480 vots.
NOTE 3: Class I gloves with feather protectors, OR gloves rated for 50 catIon, 5
are required when within foot of 480V or 4 feet of exposed 4kv.
N a
a NOTE4:ClassVgtoveswithleatherproteotors,OR gloveeratedlor 7fcaIizm 5
E fe Al are required when within 1 foot of 480V or4 feet of exposed 4kv.
E NOTES: Classi gloves are used in 480v apphaatiorm when calcuLated Incident Energy levels are above 50 caIIcrn and the energized ccrnporiere is wtfsn 1 foot, NOTE 6: Hard hat not requwed Eloctrisat PPE. Ref. WA Safety Maresal. 1022 2
1 E
i 0
41 414141 tr
U GENERAL: Exposed, energized 480v arm 4kv hazards that have been U
lx.
E U
temporanly mSulated will, approved materias) are not considered exposed by t
41 o.t 0
0 Exs procedure PRE described or this table may be reduced accordingly.
41 GENERAL: When working in dose procirnity to energtzed or poteribally energized
.xrcuits loose neck tanyards and dosrtietry SHAU. be secured on the ciside of C
Al g the outer layer of clothing (preferred) or reversed on the track In sod, a manner to W
lx.
41 prevent conteOt with those circuits.
g 0
41 41 0
=
CS U
222k Q.
II CornDonentlBodrdlBus
w (S
(5 CS (S
u.
480v Shutdown Board 2A Any task that exposes 480v orworkswithin 1 footof480v.
I 18 64 23 x
x x
x x
x
=
4 Eu U) 0 ICornoartments with no exoosed 480v (250 vdc only).
I Avoid Contact x
x x
x x
I Standard:
Determinesif-within-PPE-Boundary-needs natural fibers, leather shoes, hard hat, safety glasses, earplugs and gloves long gauntlet.
Determines for the person performing the racking needs Gloves Voltage Rated (Class 1) Note 4, and a 100 callcm 2 flash suit.
SAT_ UNSAT N/A COMMENTS:______________________________
7
JPMRO Ala Performance Step 5:
Critical X Not Critical 2.
Work on 480v and 4,160v equipment requires a PPE Boundary be erected to assure other personnel do NOT encroach on the calculated arc-flash. PPE Boundaries are barricaded. See Appendix A for PPE Boundary information.
1.
Boundaries:
Establish a PPE Boundary accordingly.
See Attachment 1 for the size of the boundary Electrical PPE Matrix 0
Notes:
q NOTE 1: Class 00 gloves are required when contact wrth 50-300v is requbed or 0
rwiren acudertlal contact is likeiy NOTE 2: CLosE O gloves with leather protectors ore requed when within I fool of exposed 4811 volts.
NOTE 3: Class 1 gloves with leather proteclor5, OR gloves rated for 50 cal/cm, ore required when within 1 foot of 4BOV or 4 feet of expOsed 4kv.
0 0
NOTE 4: Class 1 gloves with leather protectors, OR gloves rated for 75 cal/crc.
E to to to Al
_toto in are required when withIn 1 foot of 48DV cr4 feel of exposed 4kv fl
NOTE 5: CLossi gloves ore used in 480v appfcations when calculated Incident Energy levels are above 50 cal/cm 2 and the energized orcrrponere 5 wlttsn (foot.
0 0
0 NOTES: Hard hat trot required Electrical PPE. Ref. WA Safety Manual. 1022.
rt U
u GENERAL: Exposed. energized 480v and 4kv hazards that hove been U
IL E
in terrrporanly lesidated with approved material(s) are not considered exposed by
to to to
a this procedure PPE descnbed in Ibis table may be reduced accordogly.
GENERAL: When working in close ptvemity to energized or potentially energized in en g
000 uircuils loose neck Larryards and dosimetry SHALL be secured on the es/dc of the outer layer of clothing (preferred) or reversed on the neck in sutl a manner to UI
- 1
_J l
a) to z
prevenv cotrtact with those ofrourts.
U)
It)
Li.
£ to to ComponentlBoard)Bus
& I
& s c2 s_
l.
Ii 480v Shutdown Board 2A IAnytaskthatexposs48Ovorworkswithin1footof48Ov.
-i 7 7 I Cornoartments with no exoosed 480v 25O vdc only).
[ld contact x
x x
x x T Standard:
Determines that the PPE boundary must be 23 feet SAT_ UNSAT_ N/A _COMMENTS:_______________________________
8
JPMRO Ala Performance Step 6:
Critical X Not Critical Verification Program NPG-SPP-lO.3 3.3.5 Circuit Breakers Circuit breaker verification shall include a local inspection ofthe breaker, control power switches or fuses, and other equipment as outlined below:
A.
To verify a breaker is removed from service, the independent or concurrent verifier shall ensure control power is isolated (if required) by inspecting appropriate switches, fuses or fuse blocks, and ensure the breaker is racked out to the disconnected position, as applicable.
Appendix A (Page 1 of 2)
Systems and Components Requiring Independent or Concurrent Verification SYS BFN 31 Control Bay and Off-Gas Building HVAC (CREV)
Standard:
CV OR IV is required SAT_ UNSAT N/A COMMENTS:_______
END OF TASK STOP TIME 9
BFN Electrical Safe Work Practices Arc Flash Personal Protective EquipmentIProtectiv Boundary Matrices Tl-300 Rev. 0009 Attachment I Page 5 of 10 Electrical PPE Matrix Notes:
NOTE 1: Class 00 gloves are required wten contact with 50-300v is required or when accidental contact is likely.
NOTE 2: Class 0 gloves with leather protectors are required when within 1 foot of exposed 480 volts.
NOTE 3: Class 1 gloves with leather protectors, OR gloves rated for 50 cal/cm, are required when within 1 foot of 480V or 4 feet of exposed 4kv.
NOTE 4: Class 1 gloves with leather protectors, OR gloves rated for 75 cal/cm, are required when within 1 foot of 480V or 4 feet of exposed 4kv.
NOTE 5: Classl gloves are used in 480v applications when calculated Incident Energy levels are above 50 cal/cm 2 and the energized component is within 1 foot.
NOTES: Hard hat not required Electrical PPE, Ref. WA Safety Manual, 1022.
GENERAL: Exposed, energized 480v and 4kv hazards that have been temporarily insulated with approved material(s) are not considered exposed by this procedure. PPE described in this table may be reduced accordingly.
GENERAL: When worlcing in close proximity to energized or potentially energized circuits loose neck lanyards and dosimetry SHALL be secured on the inside of the outer layer of clothing (preferred) or reversed on the neck in such a manner to prevent contact with those circuits.
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xx x
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x 480v Service Building Power Panel I Any task that exposes 480v or works within 1 foot of 480v.
fl1&
5 4
Compartments with no exposed 480v (250 vdc only).
Avoid Contact 480v Service Building Power Panel 2 All workwhich exposes 480v.
7 5
480v Service Building Power Panel 3 All work which exposes 480v.
9 5
480v Service Building Power Panel 4 All work which exposes 480v.
7 5
480v Service Building Power Panel 5 All work which exposes 480v.
9 5
480v Service Building Vent Board I Any task that exposes 480v or works within 1 foot of 480v.
9 5
Compartments with no exposed 480v (250 vdc only).
Avo dContact 480v Service Building Vent Board 2 I
Any task that exposes 480v or works within 1 foot of 480v.
18 7
5 Compartments with no exposed 480v (250 vdc only).
Avo dContact 480v Shutdown Board IA Any task that exposes 480v or works within 1 foot of 480v.
18 65 23 Compartments with no exposed 480v (250 vdc only).
Avo dContact 480v Shutdown Board lB Any task that exposes 480v or works within 1 foot of 480v.
j 18 58 21 Compartments with no exposed 480v (250 vdc only).
Avo dContact 480v Shutdown Board 2A Any task that exposes 480v or works within 1 foot of 480v.
j 18 64 j 23 Corn partments with no exposed 480v (250 vdc only).
Avo d Contact 480v Shutdown Board 2B Any task that exposes 480v or works within 1 foot of 480v.
r.
Compartments with no exposed 480v (250 vdc only).
Avod Contact 2
2 2
x I,
x xx xx x
x x
x xx x
.x__ xx j_
x xX X
X X
XI x
x x
x I
Xx xxx x
x xxx x
I x
x xxx x
x x
xx x
I xx xx x
x x
x x
x x
I xxx xx x
x xx x
x I
xx xx x
x xx x
I xx x
x x
xx x
x I
x 4
4 4
4 4
4 x
x x
x x
x 480v Shutdown Board 3A Any task that exooses 480v or works within 1 foot of 480v.
480v Shutdown Board 3B Any task that exposes 480v or works within 1 foot of 480v.
Compartments with no exposed 480v (250 vdc only).
Avoid Contact 75 Compartments with no exposed 480v (250 vdc only).
25 x
x 74 25 Avoid Contact x
SRO___
DATE:________
JPMNUMBER:
SRO Ala TASK NUMBER:
U-000-NO-47 TASK TITLE:
Electrical Safety Requirements Racking Out a Breaker KJA NUMBER: 2.1.26 KJA RATING: RO 3.4 TASK STANDARD: Determine correct section of O-GOI-300-2 that is required to Rack Out the breaker, the verification requirement, the LCO condition, and the Electrical Safety PPE and Protective Boundary requirement.
LOCATION OF PERFORMANCE:
Class Room REFERENCES/PROCEDURES NEEDED: O-GOI-300-2, TI-3OO Attachment 1 and TI-300 NPG-SPP-lO.3 and Technical Specifications VALIDATION TIME:
15 minutes PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMINER 1
JPM SRO Ala INITIAL CONDITIONS:
You are a Senior Reactor Operator and the all three units are operating in Mode 1 INITIATING CUES:
It is required to rack out the compartment 7A breaker on 480V SD BD 2A, determine the correct procedural section to perform this task along with ALL the electrical safety requirements for racking this breaker out, the verification requirement, and in addition determine any LCO conditions if any.
The breaker is OPEN and the equipment has been removed from service in accordance with the appropriate procedure.
2
JPM SRO Ala Class Room IMTIAL CONDITIONS:
You are a Senior Reactor Operator and the all three units are operating in Mode 1 IMTIATING CUES:
It is required to rack out the compartment 7A breaker on 480V SD BD 2A, determine the correct procedural section to perform this task along with ALL the electrical safety requirements for racking this breaker out, the verification requirement, and in addition determine any LCO conditions if any.
The breaker is OPEN and the equipment has been removed from service in accordance with the appropriate procedure.
3
JPM SRO Ala START TIME Performance Step 1:
Critical Not Critical Refers to 0-GOI-300-2, Electrical and Illustration 7 for 480V SD BD 2A Compartment 7A.
Illustration 7 (Page 10 of 34) 4KV/480/250 Breaker Application Matrix ELECTRICAL.
BOARD Compt
{MP MP (AK NT)
NT 3A-25}
GOl 300-2 RACK-OUT Section (5.17) 513 (5.19)
GOI 300-2 RACK-IN Section (5.18) 514
{ &20) 460v Shutdown Bd 2A 1C 7A X
I Standard:
Determines 0-GOI-300-2 section 5.13 SAT_ UNSAT N/A _COMMENTS:____
4
JPM SRO Ala Performance Step 2:
Critical Not Critical X Refers to section 5.13 which provides the PPE procedure for racking out the breaker 5.19 GE 480V Manually Operated Breakers Type AK-15(25) with Racking Screw racking mechanism, RACK-OUT Checklist NOTE Found on 480V Shutdown, Unit, Common, Lighting boards, and Service Bldg vent boards.
[1]
NOTIFY affected Unit Operator(s) of breaker being racked-out.
[2]
REVIEW Precautions and Limitations listed in Section 3.0.
[3]
OBTAIN personal protective equipment (PPE) in accordance with Health and Safety Manual TI-300 Electrical Safe Work Practices.
Standard:
Determines Electrical Safety requirements are listed in TI-3 00 SAT UNSAT N/A _COMMENTS:_____________
5
JPM SRO Ala Performance Step 3:
Critical Not Critical Refers to TI-300, Electrical Safe Work Practices C.
Arc-Flash - Annually, 80% of electrical injuries are caused by burns from radiant energy.
Since arc-flashes vary greatly in size and intensity, TVA has put an extensive program in place to quantify the arc-energy present at each bus in the facility.
1.
Hazardous Arc-Flash - Incident energy in excess of 1.2cal/cm2 will result in 2nd or 3rd degree bums. For all 480volt and 4,l6Ovolt equipment within the owner controlled area at Browns Ferry, PPE to protect from this hazard is required.
Different equipment configurations can produce different hazards. Select the PPE for all 480v and 4,160 volt work from the matrix in Attachment 1.
Standard:
Proceeds to TI-300 Attachment, Electrical Safe Work Practices: Arc Flash Personal Protective Equipment / Protective Boundary Matrices SAT UNSAT N/A COMMENTS:__________________________
6
JPM SRO Ala Performance Step 4:
Critical X Not Critical Determines if within PPE Boundary needs natural fibers, leather shoes, glasses, earplugs and gloves long gauntlet.
hard hat, safety Determines for the person performing the racking needs Gloves Voltage Rated (Class 1) Note 4, and a 100 callcm 2 flash suit.
SAT_ UNSAT N/A COMMENTS:______________________________
EIectrica PPE Matrix Notes; NOTE 1: Class 00 gLoves are requzed when contact welt S0-300v required or when accidental contact is likely.
NOTE 2: Class 0 gloves with leather protectors are requrred when enthin 1 foot of exposed 480 Yells.
NOTE 3: Class 1 gloves with leather protectors. OR gloves rated for 5(1 cabcnef, we requnred when wrthtn 1 foot of 450V or 4 feet of exposed 4kv, NOTE 4: Class 1 gloves with ather protectors. OR gloves rated for 75 calkmt, we requrred when wlthit, 1 foot of 480V or 4 feet of exposed 4kv NOTES: Classt gloves are used in 480w plrcationls when calculated lnident Energy levels are above 50 calicm 2 aid Ste enrerg.zed coniporrent 15 wltfefl I foot NOTES: Hard hat not requtred Electrical PPE. Ref. WA Safety MarsAaI. l(12.
GENERAL: Exposed, energized 480w arel 4kv hazards tnat have been tetoporarfe etslaated with approved malerief 5) are not considered exposed by dial pmcedure PE described di lids table way be reduced accordingly I3ENERAL: When wattling nt close prontmity to enecgczed or potenbatly energrzed airults loose neck Lanyards anc dosintetry SHALL be secured on the,nlade of the cuter layer of clothing (preferred) or revetsed on the neck in such a roarater to prevent cOntact with those circults.
ComnonentiBoardiBus 4)U 0
4)
U tnt E
La 0
18U 4)£ UI C
4) 0 it,It I
0 I
U C
0
w 0.
18 0.
Z 11 Al itt2
.2 (0
ILO 4
C C0 0.
.2 ItI (0
480v Shutdown Board 2A Any task tflat exposos 480v or works within 1 foot of 480v.
I 18 64 23 x
x x
x x
x
IComoartniertts with no exoosed 480w (250 VIIC only)
Standard:
E 18U 0
U) 4)UIt IL I?
FU It La at U)
It U-I Avoid Contact FU aa at (I)
I, x
xxx xl 7
JPM SRO Ala Performance Step 5:
Critical X Not Critical 2.
Work on 480v and 4,160v equipment requires a PPE Boundary be erected to assure other personnel do NOT encroach on the calculated arc-flash. PPE Boundaries are barricaded. See Appendix A for PPE Boundary information.
- 1. Boundaries:
Establish a PPE Boundary accordingly. See Attachment I for the size of the boundary Determines that the PPE boundary must be 23 feet SAT UNSAT_ N/A COMMENTS:_______
Electrical PPE Matrix No NOTE 1: Closs 00 gloves are reqiared when contact wrth 50-300v s required or when accidental contact is hkely.
NOTE 2: Class gloves with leather protectors are reqidred when thin 1 foot of exposed 480 volts.
NOTE 3 Close 1 gloves with leather protectors. OR gloves rated for 50 calicm, are required when within 1 foot f 450V or4 feet of exposed 4kv.
NOTE 4: Class 1 (poses w,ltt leathe, protectors. OR gloves rated for 75 calloma.
are required when within 1 foot of 480V or 4 feet of exposed 4kv, NOTE 5: ClassI gloves are used in 480v applications when calculated Incident Energy levels are above 50 callo& and the energized component s within 1 foot.
NOTE G: Hard hat rot reqiared ElectrIcal PPE, Ref. WA Safety Maroar. 1022.
GENERAL: Exposed, energized 480v and 4kv hazards that have been temporanly insidated with approved material(s) are not considered exposed by this procedure PPE descobed Ii this table may be reduced accuromgl GENERAL: When *oflcing in close proalmity to energized or poteritialty energioed cimues loose neck larryards and dosrnetry Si-tALl. be secured on the inside of the cuter layer of clDthi% (preferred) or reversed on the rleclc in such a manner to prevent contact with those olecuits.
0 U
N E
Se 0
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Ui 0
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5, 5,
00 0
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A]
tn:!
ii.0 I
(3 a,
a,
.2 a1 4,
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LIII5JLflICIIUi_fl.flhI W 180v Shutdown Board 2A IAnytasktnatexposes480vorworkswhln1footof480v.
18 64 23 x
x
)c x
x x
4 IcomDartments wirn no exDosed 480v (250 vdc only).
Standard:
E C) is.3
.5 4,U5, U
U EU 5,
U a,
at
.5 Cl-I Avoid Contact E
C) a, C)00
£0
.55, IC x
x x
xl 8
JPM SRO Ala Performance Step 6:
Critical Not Critical Verification Program NPG-SPP-lO.3 3.3.5 Circuit Breakers Circuit breaker verification shall include a local inspection ofthe breaker, control power switches or fuses, and other equipment as outlined below:
A.
To verify a breaker is removed from service, the independent or concurrent verifier shall ensure control power is isolated (if required) by inspecting appropriate switches, fuses or fuse blocks, and ensure the breaker is racked out to the disconnected position, as applicable.
Appendix A (Page 1 of 2)
Systems and Components Requiring Independent or Concurrent Verification SYS BFN 31 Control Bay and Off-Gas Building HVAC (CREV)
Standard:
CV OR [V is required SAT_ UNSAT N/A _COMMENTS:___
9
JPM SRO Ala Performance Step 7:
Critical Not Critical 3.7 PLANT SYSTEMS 3.7.4 Control Room Air Conditioning (AC) System LCO 3.7.4 Two Unit 3 control room AC subsystems shall be OPERABLE.
APPLICABILITY:
MODES 1,2, and 3, ACTIONS CONDITION REQUIRED ACTION COMPLETION TIME A. One Unit 3 control room AC subsystem inoperable.
A. 1 Restore Unit 3 control room AC subsystem to OPERABLE status.
30 days Standard:
Determines LCO Condition A is required SAT_ UNSAT_ N/A _COMMENTS:________
END OF TASK STOP TIME 10
AdminRO Ala OPERATOR:___________________________
RO___
DATE:________
JPM NUMBER:
Admin RU Ala TASK NUMBER:
U-000-SU-06 TASK TITLE:
Drain Log Calculation KJANTJMBER: 2.1.7 KJARATING: RU 4.4 SRO4.7 TASK STANDARD: Calculate the correct Drywell Floor and Equipment Sump leakage using 2-SR-2.
LOCATION OF PERFORMANCE:
Unit 2 Simulator REFERENCES/PROCEDURES NEEDED: 2-SR-2 VALDAT1ON TIME: 15 minutes PERFORMANCE TIIVIE:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMINER 1
INITIAL CONDITIONS:
Unit 2 is operating at 100% power after a Refuel Outage last month. The unit has been on line for 10 days. It is Saturday morning and the time is 0800.
INITIATING CUE:
The Unit Supervisor directs you as a Reactor Operator to pump the sumps and complete 2-SR-2 for the Drywell Floor and Equipment Drain Sumps and report results.
Admin RO Ala Unit 2 Simulator INITIAL CONDITIONS:
Unit 2 is operating at 100% power after a Refuel Outage last month. The unit has been on line for 10 days. It is Saturday morning and the time is 0800.
INITIATING CUE:
The Unit Supervisor directs you as a Reactor Operator to pump the sumps and complete 2-SR-2 for the Drywell Floor and Equipment Drain Sumps and report results.
3
AdminRO Ala START TIME____
Performance Step 1:
Critical Not Critical 6.4 Manually Pumping Down Drywell Floor Drain Sump NOTE This section is performed at Panel 2-9-4 in Unit 2 Control Room.
[1]
REVIEW Precautions and Limitations. REFER TO Section 3.0.
Standard:
Reviews P&Ls Section 3.0 SAT_ UNSAT N/A COMMENTS:_______________________________
Performance Step 2:
Critical Not Critical X
[2]
VERIFY OPEN the following valves:
Verifies OPEN 2-HS-77-2B and 2A SAT_ UNSAT_ N/A _COMMENTS:____
4
AdniinRO Ala Performance Step 3:
Critical Not Critical
[3]
PLACE in START RETURN TO AUTO one of the following pumps:
Starts Drywell Floor Drain Sump 2A or 2B SAT_ UNSAT_ N/A COMMENTS:_______________________________
Performance Step 4:
Critical Not Critical
[4]
VERIFY pump started in Step 6.4[3] auto stops on sump low level.
Standard:
Verifies pump in step 6.4[3j auto stops on sump low level.
SAT_ UNSAT_ N/A COMMENTS:________________________________
Performance Step 5:
Critical Not Critical X Completes 2-SR-2 for Drywell Unidentified Leakage for 0800 Saturday morning.
Standard:
Completes 0800 readings for Saturday SAT_ UNSAT N/A _COMMENTS:___
5
AdminRO Ala Performance Step 6:
Critical Not Critical Calculates a current unidentified leakrate of 0.30 gpm Standard:
Calculates a current unidentified leakrate of 0.30 gpm I
v(
P 12 SAT_ UNSAT_ N/A _COMMENTS:_______________________________
Performance Step 7:
Critical X Not Critical Calculates a change in leakrate of 0.01 gpm 7
I Ji)/?j 1
Standard:
Calculates a change in leakrate of 0.01 gpm SAT_ UNSAT_ N/A COMMENTS:_______________________________
Performance Step 8:
Critical Not Critical X 2-01-64 6.6 Manually Pumping Down Drywell Equipment Drain Sump NOTE This section is performed at Panel 2-9-4 in Unit 2 Control Room.
[1]
REVIEW Precautions and Limitations. REFER TO Section 3.0.
Standard:
Reviews P&Ls Section 3.0 SAT_ UNSAT N/A 6
f1 AdminRO Ala
\\jY Performance Step 9:
Critical Not Critical
[2]
VERIFY equipment sump temperature less than high end of operating band on DRYWELL EQPT DRAiN SUMP TEMP, 2-TIS-77-14.
Standard:
Verifies equipment sump temperature less than high end of operating band on 2-TIS-77-14.
SAT_ UNSAT N/A _COMMENTS:_______________________________
Performance Step 10:
Critical Not Critical X
[3]
IF equipment drain sump temperature indicates high out of operating band, THEN VERIFY or PLACE equipment drain sump in recirc. REFER TO Section 6.5, Placing Drywell Equipment Drain Sump in Recirc. (Otherwise N/A)
Standard:
Step is N/A.
SAT_ UNSAT N/A _COMMENTS:_____________________________
Performance Step 11:
Critical Not Critical
[4]
VERIFY OPEN both of the following valves:
Verifies OPEN 2-HS-77-15B and 15A SAT_ UNSAT_ N/A COMMENTS:___
7
AdminRO Ala Performance Step 12:
Critical Not Critical
[5]
IF sump is in RECIRC THEN PLACE, DW EQPT DR SUMP DISCH/RECIRC SEL, 2-HS-77-14C in DISCH.
(Otherwise N/A)
Standard:
Sump is not in recirc, step is N/A.
SAT UNSAT N/A COMMENTS:_______________________________
Performance Step 13:
Critical Not Critical X
[6]
VERIFY DW EQPT DR SUMP DISCHIRECIRC SEL, 2-HS-77-14C RETURN TO AUTO.
Standard:
Verifies 2-HS-77-14C in AUTO SAT UNSAT N/A _COMMENTS:____
8
Admin RO Ala Performance Step 14:
Critical Not Critical
[7] PLACE in START RETURN TO AUTO one ofthe following pumps:
Starts Drywell Equipment Drain Sump 2A or 2B SAT_ UNSAT_ N/A _COMMENTS:______________________________
Performance Step 15:
Critical Not Critical
[8] VERIFY pump started in Step 6.6[7] stops on sump low level.
Standard:
Verifies pump started in Step 6.6[7] stops on sump low level.
SAT UNSAT N/A COMMENTS:_______________________________
Performance Step 16:
Critical Not Critical Completes 2-SR-2 for Drywell Identified Leakage and Total Leakage for 0800 Saturday morning Standard:
Completes 0800 readings for Saturday SAT UNSAT_ N/A _COMMENTS:___
9
AdminRO Ala Performance Step 17:
Critical Not Critical Calculates a current identified leakrate of 0.46 gpm Standard:
Calculates a current identified leakrate of 0.46 gpm SAT_ UNSAT N/A _COMIvIENTS:_______________________________
Performance Step 18:
Critical X Not Critical Calculates a total leakrate of 0.76 gpm Standard:
Calculates a total leak rate of 0.76 gpm SAT_UNSATN/A COMMENTS:
END OF TASK STOP TIME 10
Table 1.2 DRYWELL UNIDENTIFIED LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1, 2 & 3 Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 2-9-4, 2-FQ-77-6 Col. A.1 Col. 8.1 Cal. C.1 Col. D.1 Cal. E.1 Cal. F.1 Col. G.l Cal. H.1 Cal. 1.1 Review mit Current Change in Current Previous Days Gallons Elapsed Time Leakrate Leakrate Preferred reading Point 3 2-FQ-77-6 Pumped Previous Days Cal. D.1 Cal. C.1 Previous Days Col. G.1 imes are 2-FQ-77-6 Reading from Cal. A.1 Time from
- Cal. E.1
÷ Col. F.1 Leakrate from
- Col. HI 1200 and 1600 Reading (gals)
Col. A.1 (gals)
- Cal. 8.1 Current Time Col. D.1 (mm)
(gpm)
Col. G.1 (gpm)
(gpm)
LIMITS Unit Supvr (Notes 1, 2)
(Note 2)
(Nate 2)
(Note 2)
(Nate 2)
(Note 2)
(Note 2, 5)
(Note 2)
(Note 2, 3, 5)
(AC)
UO (Note 4) 114202 113785 417 0800 0800 1440
.29
.29
.00 MS Friday 114344 113926 418 1200 1200 1440
.29
.29
.00 DZ 114484 114060 424 1600 1600 1440
.29
.29
.00 BC Cal. G.1 V 30 0
2 0
Q 5.0 gpm Saturday and Cal. 1.1 2gpm (Nate 3)
Sunday Student Handout Student Handout Student Handout Monday Student Handout Student Handout Student Handout (1)
Manually pump down sump per 2-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 2-SR-3.4.4.1 or 2-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A. I and D. I should be N/Ad.
(3)
Acceptance Criteria for Col. 1.1 is only applicable when in Mode 1 for> 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
(4)
Unit Supervisor shall Independently Verify Inleakage Calculations and verify Inleakage Acceptance Criteria.
(5)
NOTIFY Chemistry to initiate 2-TI-275E when Drywell Unidentified leakage reaches the following trigger values: Drywell Unidentified leakage has reached 0.50 gpm OR Drywell Unidentified leakage has risen by 0.25 gpm in 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
n Table 1.3 DRYWELL IDENTIFIED and TOTAL LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1 2 & 3 Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 2-9-4, 2-FQ-77-16 Ccl. A.2 Col. B.2 CoI. C.2 Cal. D.2 Cal. E.2 Col. F.2 Cal. G.2 Ccl. 11.2 Cal. 1.2 Review mit Current Current Previous Days Gallons Elapsed Time Leakrate Current Total Leakrate Preferred reading Point 4 2-FQ-77-1 6 Pumped Previous Days Cal. D.2 Cal. C.2 Unidentified Cal. G.2 times are 0800, 2-FQ-77-16 Reading from C0I. A.2 Time from
- Cal. E.2
÷ Cal. F.2 Leakrate from
+ Cal. H.2 1200 and 1600 Reading (gals) CoI. A.2 (gals)
- Cal. 8.2 Current Time Ccl. D.2 (mm)
(gpm)
Ccl. 0.1 (gpm) (gpm)
LIMITS Unit Supvr (Notes 1, 2)
(Note 2)
(Note 2)
(Nate 2)
(Note 2)
(Nate 2)
(Note 2)
(Notes 2 & 3)
(Note 2)
(AC)
UO (Note 4) 26890 26310 580 0800 0800 1440
.40
.29
.69 MS Friday 27136 26518 618 1200 1200 1440
.43
.29
.72 DZ 27342 26710 632 1600 1600 1440
.44
.29
.73 BC Saturday Cal. 1.2
<_30.0 gpm Sunday Student Handout Student Handout Student Handout Monday Student Handout Student Handout Student Handout (1)
Manually pump down sump per 2-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 2-SR-3.4.4.1 or 2-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A.2 and D.2 should be N/Ad.
(3)
G. I reading is from Drywell Unidentified Leakage Col. G. I on previous page.
(4)
Unit Supervisor shall independently VeriI Inleakage Calculations and verif Inleakage Acceptance Criteria.
Table 1.2 DRYWELL UNIDENTIFIED LEAKAGE DAY SHIFT WEEK:
to.
APPLICABILITY:
Modes 1 2 & 3 Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 2-9-4, 2-FQ-77-6 Col. A.1 Cal. B.1 Cal. C.1 Col. 0.1 Col. E.1 Col. F.1 Ccl. G.1 Col. H.1 Col. 1.1 Review lnit Current Change in Current Previous Days Gallons Elapsed Time Leakrate Leakrate Preferred reading Point 3 2-FQ-77-6 Pumped Previous Days Ccl. 0.1 Cal. C.1 Previous Days Col. G.1 2-FQ-77-6 Reading from Cal. A.1 Time from
- Cal. E.1
÷ Col. F.1 Leakrate from
- Col. H.1 Reading (gals)
Cal. A.1 (gals)
- Col. B.1 Current Time Col. 0.1 (mm)
(gpm)
Cal. G.1 (gpm)
(gpm)
LIMITS Unit Supvr (Notes 1 2)
(Note 2)
(Nate 2)
(Note 2)
(Nate 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2, 3)
(AC)
UO (Nate 4) 114202 113785 417 0800 0800 1440
.29
.29
.00 MS Friday 114344 113926 418 1200 1200 1440
.29
.29
.00 DZ 114484 114060 424 1600 1600 1440
.29
.29
.00 Col.G.1 BC 5.0 gpm 114627 114202 425 0800 0800 1440
.30
.29
+01 and Saturday ANSWER KEY ANSWER KEY ANSWER KEY Cal. 1.1 2 gpm (Note 3)
Sunday ANSWER KEY ANSWER KEY ANSWER KEY (1)
Manually pump down sump per 2-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of2-SR-3.4.4. I or 2-SR-3.4.4. 1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Cal. A. I and D. 1 should be N!Ad.
(3)
Acceptance Criteria for Cal. 1.1 is only applicable when in Mode 1 for> 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
(4)
Unit Supervisor shall Independently Veri1 Inleakage Calculations and veri1 Inleakage Acceptance Criteria.
(5)
NOTIFY Chemistry to initiate 2-TI-275E when Drywell Unidentified leakage reaches the following trigger values: Drywell Unidentified leakage has reached 0.50 gpm OR Drywell Unidentified leakage has risen by 0.25 gpm in 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
0 Table 1.3 DRYWELL IDENTIFIED and TOTAL LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1, 2 & 3 Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 2-94, 2-FQ-77-16 Col. A.2 Col. B.2 Col. C.2 Col. D.2 Ccl. E.2 Col. F.2 Col. G.2 Ccl. H.2 Col. 1.2 Review Init Current Current Previous Days Gallons Elapsed Time Leakrate Current Total Leakrate Preferred reading Point 4 2-FQ-77-16 Pumped Previous Days Col. D.2 Col. C.2 Unidentified Col. G.2 times are 0800, 2-FQ-77-16 Reading from Col. A.2 Time from
- Ccl. E.2
÷ Col. F.2 Leakrate from
+ Col. H.2 1200 and 1600 Reading (gals) Col. A.2 (gals)
- Col. B.2 Current Time Ccl. 0.2 (mm)
(gpm)
Col. G.1 (gpm) (gpm)
LIMITS Unit Supvr (Notes 1 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Notes 2 & 3)
(Note 2)
(AC)
UO (Note 4) 26890 26310 580 0800 0800 1440
.40 29
.69 MS Friday 27136 26518 618 1200 1200 1440
.43
.29
.72 DZ 27342 26710 632 1600 1600 1440
.44
.29
.73 BC 27550 26890 660 0800 0800 1440
.46
.30
.76 Ccl. 1.2 Saturday ANSWER KEY ANSWER KEY ANSWER KEY 30.0 gpm Sunday ANSWER KEY ANSWER KEY ANSWER KEY (1)
Manually pump down sump per 2-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record ony five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 2-SR-3.4.4.1 or 2-SR-3.4.4.1-a and a note stating such shall be made in the remarks section ofthis SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Ccl. A.2 and D.2 should be N/Ad.
(3)
G. I reading is from Drywell Unidentified Leakage Col. (3.1 on previous page.
(4)
Unit Supervisor shall independently Verify Inleakage Calculations and verify Inleakage Acceptance Criteria
AdminRO Ala OPERATOR:___________________________
RO___
DATE:________
JPM NUMBER:
Admin RO Aib TASK NUMBER:
U-000-SU-06 TASK TITLE:
Drain Log Calculation K/A NUMBER: 2.1.7 K/A RATING: RO 4.4 SRO 4.7 TASK STANDARD: Calculate the correct Drywell Floor and Equipment Sump leakage using 3-SR-2.
LOCATION OF PERFORMANCE: Unit 3 Simulator REFERENCES/PROCEDURES NEEDED: 3-SR-2 VALDATION TIME: 15 minutes PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMiNER 1
Ci
INITIAL CONDITIONS:
Unit 3 is operating at 100% power after a Refuel Outage last month. The unit has been on line for 10 days. It is Saturday morning and the time is 0800.
iNITIATING CUE:
The Unit Supervisor directs you as a Reactor Operator to pump the sumps and complete 3-SR-2 for the Drywell Floor and Equipment Drain Sumps and report results.
AdminRO Ala Unit 3 Simulator INITIAL CONDITIONS:
Unit 3 is operating at 100% power after a Refuel Outage last month. The unit has been on line for 10 days. It is Saturday morning and the time is 0800.
INITIATING CUE:
The Unit Supervisor directs you as a Reactor Operator to pump the sumps and complete 3-SR-2 for the Drywell Floor and Equipment Drain Sumps and report results.
3
AdminRO Ala START TIME____
Performance Step 1:
Critical Not Critical X 3-01-64 6.4 Manually Pumping Down Drywell Floor Drain Sump NOTE This section is performed at Panel 3-9-4 in Unit 3 Control Room.
[1]
REVIEW Precautions and Limitations. REFER TO Section 3.0.
Standard:
Reviews P&Ls Section 3.0 SAT_ UNSAT N/A Performance Step 2:
- Critical X Not Critical
[2]
VERIFY OPEN the following valves:
- OPENs 3-HS-77-2B and verifies OPEN 3-HS-77-2A SAT_ UNSAT N/A COMMENTS:___________
4
AdniinRO Ala Performance Step 3:
Critical Not Critical
[3]
PLACE in START RETURN TO AUTO one of the following pumps:
Starts Drywell Floor Drain Sump 2A or 2B SAT_ UNSAT N/A _COMMENTS:_______________________________
Performance Step 4:
Critical Not Critical
[4]
VERIFY pump started in Step 6.4[3] auto stops on sump low level.
Standard:
VERIFIES pump in step 6.4[3] auto stops on sump low level.
SAT_ UNSAT_ N/A COMMENTS:_____________________________
Performance Step 5:
Critical Not Critical X Completes 2-SR-2 for Drywell Unidentified Leakage for 0800 Saturday morning.
Standard:
Completes 0800 readings for Saturday SAT_ UNSAT_ N/A COMMENTS:____
5
Admin RO Ala Performance Step 6:
Critical Not Critical Calculates a current unidentified leakrate of 0.37 gpm Standard:
Calculates a current unidentified leakrate of 0.37 gpm SAT_ UNSAT_ N/A COMMENTS:______________________________
Performance Step 7:
Critical Not Critical Calculates a change in leakrate of 0.01 gpm Standard:
Calculates a change in leakrate of 0.01 gpm SAT_ UNSAT_ N/A _COMMENTS:_____________________________
Performance Step 8:
Critical Not Critical 3-01-64 6.6 Manually Pumping Down Drywell Equipment Drain Sump NOTE This section is performed at Panel 3-9-4 in Unit 3 Control Room.
[1]
REVIEW Precautions and Limitations. REFER TO Section 3.0.
Standard:
Reviews P&Ls Section 3.0 SAT UNSAT_ N/A COMMENTS:____
6
AdminRO Ala Performance Step 9:
Critical Not Critical
[2]
VERIFY equipment sump temperature less than high end of operating band on DRYWELL EQPT DRAIN SUMP TEMP, 3-TIS-77-14.
Standard:
Verifies equipment sump temperature less than high end of operating band on 3-TIS-77-14.
SAT_ UNSAT_ N/A COMMENTS:___________________________
Performance Step 10:
Critical Not Critical X
[3]
IF equipment drain sump temperature indicates high out of operating band, THEN VERIFY or PLACE equipment drain sump in recirc. REFER TO Section 6.5, Placing Drywell Equipment Drain Sump in Recirc. (Otherwise N/A)
Standard:
Step is N/A.
SAT_ UNSAT_ N/A COMMENTS:____________________________
Performance Step 11:
- Critical Not Critical
[4]
VERIFY OPEN both of the following valves:
- OpEN5 3-HS-77-15B and verifies OPEN 3-HS-77-15A SAT_ UNSAT N/A _COMMENTS:__________________
7
AdminRO Ala Performance Step 12:
Critical Not Critical
[5]
IF sump is in RECIRC THEN PLACE, DW EQPT DR SUMP DISCH]RECIRC SEL, 3-HS-77-14C in DISCH.
(Otherwise N/A)
Standard:
Sump is not in recirc, step is N/A.
SAT_ UNSAT N/A COMMENTS:_______________________________
Performance Step 13:
Critical Not Critical
[6]
VERIFY DW EQPT DR SUMP DISCHIRECIRC SEL, 3-HS-77-14C RETURN TO AUTO.
Standard:
Verifies 3-HS-77-14C in AUTO SAT UNSAT_ N/A _COMMENTS:____
8
AdminRO Ala Performance Step 14:
Critical Not Critical
[7]
PLACE in START RETURN TO AUTO one of the following pumps:
Standard:
Verifies Drywell Equipment Drain Sump 3A or 3B SAT UNSAT N/A _COMMENTS:_______________________________
Performance Step 15:
Critical Not Critical
[8]
VERIFY pump started in Step 6.6[7] stops on sump low level.
Standard:
Verifies pump started in Step 6.6[7] stops on sump low level.
SAT_ UNSAT N/A _COMMENTS:_______________________________
Performance Sten 16:
Critical Not Critical X
[9]
While TACF 3-12-003-077 is in place, CLOSE DW EQPT DRAIN OUTBD ISOL VALVE, 3-HS-77-15B (Otherwise N/A).
Standard:
CLOSES 3-HS-77-1 5B SAT_ UNSAT N/A _COMMENTS:___
9
AdminRO Ala Performance Step 17:
Critical Not Critical X Completes 3-SR-2 for Drywell Identified Leakage and Total Leakage for 0800 Saturday morning Standard:
Completes 0800 readings for Saturday SAT_ UNSAT N/A _COMMENTS:_____________________________
Performance Step 18:
Critical Not Critical Calculates a current identified leakrate of 0.92 gpm Standard:
Calculates a current identified leakrate of 0.92 gpm SAT_ UNSAT N/A COMMENTS:_______________________________
Performance Step 19:
Critical X Not Critical Calculates a total leakrate of 1.29 gpm Standard:
Calculates a total leak rate of 1.29 gpm SAT_ UNSAT N/A _COMMENTS:________
END OF TASK STOP TIME 10
Table 1.2 DRYWELL UNIDENTIFIED LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1 2 & 3 (Refer To P&L Step 3.6A)
Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 3-9-4, 3-FR-77-6 Col. A.1 Col. B.1 Col. C.1 Col. D.1 Col. E.1 Col. F.1 Col. G.1 CoI. H.1 Col. 1.1 Review Init Current Change in Current Previous Days Gallons Elapsed Time Leakrate Leakrate Preferred reading Point 3 3-FQ-77-6 Pumped Previous Days Col. D.1 Col. C.1 Previous Days Col. G.1 T
8 Od (3-FQ-77-6)
Reading from Col.A.1 Time from
-Col. E.1
+ Cot. F.1 Leakrate from
- Col. H.1 Reading (gals)
Col. A.1 (gals)
- Col. B.1 Current Time Col. D.1 (mm)
(gpm)
Col. G.1 (gpm)
(gpm)
LIMITS Unit Supvr (Notes 1 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2, 5)
(Note 2)
(Note 2, 3, 5)
(AC)
UO (Note 4) 24605 24089 516 0800 0800 1440
.36
.36
.00 MS Friday 24780 24260 520 1200 1200 1440
.36
.36
.00 DZ 24961 24436 525 1600 1600 1440
.36
.36
.00 BC Ccl. G.1 5.0 gpm Saturday and Ccl. 1.1 2 gpm (Note 3)
Sunday Student Handout Student Handout Student Handout Monday Student Handout Student Handout Student Handout (1)
Manually pump down sump per 3-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 3-SR-3.4.4. 1 or 3-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A. 1 and D. I should be N/Ad.
(3)
Acceptance Criteria for Col. 1.1 is only applicable when in Mode 1 for> 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
(4)
Unit Supervisor shall Independently Verify Inleakage Calculations and verify Inleakage Acceptance Criteria.
(5)
NOTIFY Chemistry to initiate 3-TI-275E when Drywell Unidentified leakage reaches the following trigger values: Drywell Unidentified leakage has reached 0.50 gpm OR Drywell Unidentified leakage has risen by 0.25 gpm in 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
Table 1.3 DRYWELL IDENTIFIED and TOTAL LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1, 2 & 3 (Refer To P&L Step 3.6A)
Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 3-9-4, 3-FR-77-6 Col. A.2 Col. B.2 Col. 0.2 Col. D.2 Col. E.2 Col. F.2 Col. G.2 Col. H.2 Col. 1.2 Review mit Current Current Previous Days Gallons Elapsed Time Leakrate Current Total Leakrate Preferred reading Point 4 3-FQ-77-16 Pumped Previous Days Col. D.2 Col. C.2 Unidentified Col. G.2 tiflies are 0800, (3-FQ-77-16)
Reading from Col. A.2 Time from
- Col. E.2
÷ Col. F.2 Leakrate from
+ Col. 11.2 an Reading (gals) Col. A.2 (gals)
- Col. B.2 Current Time Col. D.2 (mm)
(gpm)
Col. 0.1 (gpm) (gpm)
LIMITS Unit Supvr (Notes 1, 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Notes 2 & 3)
(Note 2)
(AC)
UO (Note 4) 4999 3755 1244 0800 0800 1440
.86
.36 1.22 MS Friday 5473 4188 1285 1200 1200 1440
.89
.36 1.25 DZ 5897 4600 1297 1600 1600 1440
.90
.36 1.27 BC Saturday Col. 1.2
<_30.0 gpm Sunday Student Handout Student Handout Student Handout Monday Student Handout Student Handout Student Handout (1)
Manually pump down sump per 3-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 3-SR-3.4.4.1 or 3-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A.2 and D.2 should be N/Ad.
(3)
G. I reading is from Drywell Unidentified Leakage Col. G. I on previous page.
(4)
Unit Supervisor shall independently Veri1 Inleakage Calculations and verify Inleakage Acceptance Criteria.
Table 1.2 DRYWELL UNIDENTIFIED LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1 2 & 3 (Refer To P&L 3.6A)
Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 3-9-4, 3-FR-77-6 Cot. A.1 Cot. B.1 Cot. C.1 Cot. 0.1 Cot. E.1 Col. F.1 Cot. G.1 Cot. H.1 Cot. 1.1 Review mit Current Change in Current Previous Days Gallons Elapsed Time Leakrate Leakrate Preferred reading Point 3 3-FQ-77-6 Pumped Previous Days Cot. 0.1 Cot. Cl Previous Days Cot. G.1 tiflies are 0800, (3-FQ-77-6)
Reading from Cot. A.1 Time from
- Cot. E.1
÷ Cot. F.1 Leakrate from
- Cot. H.1 an Reading (gals)
Cot. A.1 (gals)
- Cot. B.1 Current Time Cot. 0.1 (mm)
(gpm)
Cot. G.1 (gpm)
(gpm)
LIMITS Unit Supvr (Notes 1 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2, 3)
(AC)
UO (Note 4) 24605 24089 516 0800 0800 1440
.36
.36
.00 MS Friday 24780 24260 520 1200 1200 1440
.36
.36
.00 DZ 24961 24436 525 1600 1600 1440
.36
.36
.00 Cot. G.1 BC 5.Ogpm 25139 24605 534 0800 0800 1440
.37
.36
+01 and Saturday ANSWER KEY ANSWER KEY ANSWER KEY Col. Li 2 gpm (Note 3)
Sunday ANSWER KEY ANSWER KEY ANSWER KEY (1)
Manually pump down sump per 3-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 3-SR-3.4.4.1 or 3-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A. I and D. I should be NIAd.
(3)
Acceptance Criteria for Col. 1.1 is only applicable when in Mode I for> 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
(4)
Unit Supervisor shall Independently Verify Inleakage Calculations and verify Inleakage Acceptance Criteria.
(5)
NOTiFY Chemistry to initiate 3-Tl-275E when Drywell Unidentified leakage reaches the following trigger values: Drywell Unidentified leakage has reached 0.50 gpm OR Drywell Unidentified leakage has risen by 0.25 gpm in 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
Table 1.3 DRYWELL IDENTIFIED and TOTAL LEAKAGE DAY SHIFT WEEK:
to APPLICABILITY:
Modes 1 2 & 3 (Refer To P&L 3.6A)
Readings are required at all times.
Surveillance Requirements:
3.4.4.1 LOCATION: Panel 3-9-4, 3-FR-77-6 CoI. A.2 Col. B.2 Col. C.2 Col. D.2 Ccl. E.2 Ccl. F.2 CoI. G.2 Col. H.2 Col. 1.2 Review mit Current Current Previous Days Gallons Elapsed Time Leakrate Current Total Leakrate Preferred reading Point 4 3-FQ-77-16 Pumped Previous Days Col. D.2 Col. C.2 Unidentified Col. G.2 times are 0800, (3-FQ-77-16)
Reading from Col. A.2 Time from
- Col. E.2
÷ Col. F.2 Leakrate from
+ Col. H.2 an Reading (gals) Ccl. A.2 (gals)
- Col. 8.2 Current Time Col. D.2 (mm)
(gpm)
Ccl. G.1 (gpm) (gpm)
LIMITS Unit Supvr (Notes 1, 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Note 2)
(Notes 2 & 3)
(Note 2)
(AC)
UO (Note 4) 4999 3755 1244 0800 0800 1440
.86
.36 1.22 MS Friday 5473 4188 1285 1200 1200 1440
.89
.36 1.25 DZ 5897 4600 1297 1600 1600 1440
.90
.36 1.27 BC 6323 4999 1324 0800 0800 1440
.92
.37 1.29 Col. 1.2 Saturday ANSWER KEY ANSWER KEY ANSWER KEY 30.0 gpm Sunday ANSWER KEY ANSWER KEY ANSWER KEY (1)
Manually pump down sump per 3-01-64 prior to reading. To record gallons, disregard the decimal position on integrator. Record only five digits including right-hand dials hash marks as gallons of flow. Example: Record 0065432.1 as 54321.
(2)
May be N/Ad if Surveillance Requirement is being met with the performance of 3-SR-3.4.4.1 or 3-SR-3.4.4.1-a and a note stating such shall be made in the remarks section of this SR. When initial integrator reading is taken and no previous reading exists, all other entries except for Col. A.2 and D.2 should be N/Ad.
(3)
G. I reading is from Drywell Unidentified Leakage Col. G. I on previous page.
(4)
Unit Supervisor shall independently Verify Inleakage Calculations and verify Inleakage Acceptance Criteria
SRO___
DATE:________
JPM NUMBER:
SRO Ala TASK NUMBER:
Conduct of Operations TASK TITLE:
Work Hour Limitations KJANUMBER: 2.1.5 KJA RATING: SRO3.9 TASK STANDARD: Enter data for operators into the Nuclear Fatigue Rule data base. When the data base is opened determines Work Hour limitations were exceeded for one operator and determine actions required due to violations of fatigue rule NPG-SPP 3.21. For the other two operators enters data and determines one operator will not violate the NFR and the other operator can NOT work the additional hours or he will violate NFR.
LOCATION OF PERFORMANCE:
Class Room REFERENCES/PROCEDURES NEEDED: NPG-SPP 3.21, Technical Specifications VALIDATION TIME: 15 minutes PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY UNSATISFACTORY SIGNATURE:__________________
DATE:
EXAMINER 1
JPM SRO Aib INITIAL CONDITIONS:
You are a Senior Reactor Operator and it is Tuesday April 29 th C/L /
-JJ 4Z-(
- 4 INITIATING CUES
Given the attachment enter work hours into the NFR data base. Identify violations in the NFR data base, if any.
L J
/,J
_(
DI 2
JPM SRO Aib Class Room INITIAL CONDITIONS:
You are a Senior Reactor Operator and it is Tuesday April 29 th INITIATING CUES:
Given the attachment enter work hours into the NFR data base. Identify violations in the NFR data base, if any.
3
Performance Step 1:
Critical X Not Critical Logs into the NFR Data Base Standard:
Logs into the NFR Data Base SAT_ UNSAT_ N/A _COMMENTS:_________________________
CUE: When the applicant start to log in have them log into the NFR Data Base, provide them with a password and have them select BFN TEST once in the data base Performance Step 2:
Critical X Not Critical When logged in determines that Operator 3 is in violation ofNFR.
Standard:
Determines Operator 3 is NOT in compliance with Fatigue Rule.
SAT_ UNSAT_ N/A _COMMENTS:_______________________________
CUE: When applicant determines that operator 3 is NOT in compliance with a work hour guideline have applicant identily what guidelines they have violated.
4
JPMSROA1b Performance Step 3:
Critical X Not Critical Applicant goes to violation page and will print the violation page or will describe the violation of Operator 3 Standard:
Prints violation page or describes the cause ofthe violation SAT_ UNSAT N/A COMMENTS:
f CUE: Have applicant print the violation, or screen print the violation page f
CUE: When applicant determines that Operator 3 is not in compliance with the fatigue rule that is currently working a shift, have the applicant determine the required actions to take and how long to restore shift manning to minimum and how long they have to restore.
5
JPM SRO Aib Performance Step 4:
Critical X Not Critical 3.12 Individual 9.
Notifying the appropriate Department Nuclear Fatigue Rule (NFR) Administrator, appropriate Department Head, and Site NFR Subject Matter Expert in the event that a violation has occurred or appears to have occurred.
Standard:
Identifies that Operations Department Nuclear Fatigue Rule (NFR) Administrator, Operations Manager and Site NFR Subject Matter Expert must be notified.
SAT_ UNSAT N/A COMMENTS:_______________________________
Performance Step 5:
Critical Not Critical 3.2.3 Work Hour Scheduling [R.3]
F.
Deviations from 10 CFR 26 overtime limits may occur as the result of administrative errors or unforeseen circumstances. A problem evaluation report (PER) shall be generated, in accordance with NPG-SPP-03.1, Corrective Action Program for each individual when this occurs.
Standard:
Identifies that a problem evaluation report is required.
SAT_ UNSAT_ N/A _COMMENTS:______________________________
6
JPM SRO Aib Performance Step 6:
Critical Not Critical 5.2.2 Unit Staff The unit staff organization shall include the following:
b.
Shift crew composition may be less than the minimum requirement of 10 CFR 50.54(m)(2)(i) and Specifications 5.2.2.a and 5.2.2.f for a period of time not to exceed 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> in order to accommodate unexpected absence of on-duty shift crew members provided immediate action is taken to restore the shift crew composition to within the minimum requirements.
Standard:
Identifies that Operator 3 must be replaced and the SRO has 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> to fill the position.
SAT UNSAT_ N/A COMMENTS:___________________________
CUE: Nave Applicant enter the given work hours for operators 2 and 4 into NFR Performance Step 7:
Critical Not Critical Enters the given work hours into the NFR data base and refreshes the data base Standard:
Enters a 12 hour1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> dayshift for Saturday May 3rd for Unit Operator 2 and 4.
SAT UNSAT_ N/A _COMMENTS:____________________
7
JPMSROA1b Performance Step 8:
Critical Not Critical Once refreshed determines that operator 2 can NOT work on Saturday May 311 and that operator 4 can work on Saturday May 3 rd Standard:
Determines that operator 2 will violate NFR ifthey work on Saturday May 3 id and that operator 4 will be in compliance with NFR for the additional Saturday dayshift.
SAT_ UNSAT N/A COMMENTS:_______________________________
CUE: Have applicant screen print the page showing the operator turning RED in NFR and the other remaining BLACK in NFR.
OR Have applicant print the violation, or screen print the violation page for operator 2 being in violation END OF TASK STOP TIME 8
JPM SRO Aib Enter the following work hours into NFR for Operator 2 and 4 Operator 2 12 hour1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> dayshift on Saturday May 3k.
Operator 4 12 hour1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> dayshift on Saturday May 3 Td*
9
Admin RO A2 OPERATOR:
RO___
DATE:________
JPM NUMBER:
Admin RO A2 TASK NUMBER:
U-066-NO-02 TITLE:
Evaluate Recombiner Performance K/A NUMBER:
2.2.44 K/A RATING: RO 4.2 TASK STANDARD: Evaluate Off-Gas Recombiner Performance. Determine that it does not meet Acceptance Criteria.
LOCATION OF PERFORMANCE: Unit 2 Simulator REFERENCES/PROCEDURES NEEDED:
2-01-66 VALIDATION TIME:
10 minutes MAX. TIME ALLOWED:
PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:_______
EXAMiNER 1
INITIAL CONDITIONS:
You are a Unit Operator.
INITIATING CUE:
The Unit Supervisor has directed you to perform 2-01-66, Section 6.1, Recombiner Performance Evaluation.
2
Admin RO A2 IN-SIMULATOR: I will explain the initial conditions and state the task to be performed. I will provide initiating cues and reports on other actions when directed by you. When you complete the task successfully, the objective for this job performance measure will be satisfied. When your task is given, you will repeat the task and I will acknowledge Thats Correct. (OR Thats Incorrect, if applicable). When you have completed your assigned task, you will say, my task is complete and I will acknowledge that your task is complete.
HITIAL CONDITIONS:
You are a Unit Operator.
INITIATING CUE:
The Unit Supervisor has directed you to perform 2-01-66, Section 6.1, Recombiner Perfonnance Evaluation.
3
Admin RO A2 START TIME____
Performance Step 1:
Critical X Not Critical 6.1 Recombiner Performance Evaluation NOTES 1)
The production of hydrogen and oxygen in the reactor is dependent upon reactor power level and upon the amount of hydrogen injected by the Hydrogen Water Chemistry System if in service. Since the recombination of hydrogen and oxygen is exothermic, the operating temperature of the recombiner is also dependent upon power level and the status of the HWC System.
2)
Following startup, while still at low power, recombiner performance and hydrogen concentration should be closely monitored.
[1]
Perform a Recombiner Performance Evaluation as follows:
[1.11 DETERMINE in-service recombiner inlet temperature, as indicated on applicable temperature indicator, Panel 2-9-53.
- RECOMBINER 2A, iNLET TEMP 2-.TI-66-75A
- RECOMBINER 2B, INLET TEMP 2-TI-66-75B Standard:
Determines Recombiner 2A is in service and records an inlet temperature from 2-TI-66-75A, Panel 2-9-53 of 410 °F to 420 °F SAT_ UNSAT N/A COMMENTS:_______________________________
4
Admin RO A2 Performance Step 2:
Critical Not Critical
[1.2]
DETERMINE in-service recombiner operating (center) temperature as indicated on RECOMBINER 2A/2B TEMPERATURE recorder, 2-TRS-66-77, Panel 2-9-53.
Standard:
Determines the in-service recombiner operating (center) temperature as indicated on Recombiner 2A temperature recorder, 3-TRS-66-77, Panel 2-9-53, channel 6 point 2-TE-66-77AB is from 631 °F to 632 °F SAT_ UNSAT N/A _COMMENTS:_______________________________
Performance Step 3:
Critical Not Critical
[1.3]
CALCULATE the temperature difference (AT) between the values obtained in Steps 6.1[1] and 6.1[2].
Standard:
Calculates Recombiner 2A inlet/center At and determines At is from 211 °F to 222 °F SAT_ UNSAT N/A COMMENTS:_____________________________
Performance Step 4:
Critical Not Critical
[1.4]
DETERMINE the reactor thermal power (MWt) from process computer.
Standard:
Determines reactor thermal power is 3252 MWt SAT_ UNSAT N/A COMMENTS:_______
5
Admin RO A2 Performance Step 5:
Critical Not Critical
[1.5]
USING Illustration 1, PLOT the corresponding point ofreactor power in MWt and AT.
Standard:
Using illustration 1, Plots corresponding point of reactor power (3252 MWth) and AT (211 °F to 222 °F), also may determines At corresponding to 3252 MWT is 227 °F to 228 °F. Calculation: AT = 0.070 °F per MWth 0.070 X 3252 = 227.64 °F SAT_ UNSAT_ N/A COMMENTS:_______________________________
Performance Step 6:
Critical X Not Critical
[1.6]
VERIFY point on illustration 1 is above or equal to the appropriate line (HWC in service or HWC out of service)
Standard:
Detennines from Illustration 1 that calculated At vs MWt plots BELOW the HWC out of Service line. Candidate may also use calculated AT from curve factor to determine that actual AT (211 °F to 222 °F) is BELOW the HWC out of service temperature for 3252 MWt of 227 °F to 228 °F.
SAT_ UNSAT N/A COMMENTS:______________________________
6
Admin RO A2 Performance Step 7:
Critical Not Critical
[2]
IF the in-service recombiner performance is below the minimum allowable, THEN:
[2.1]
CHECK Off-Gas Preheater, Recombiner and SJAEs are in operation in accordance with Section 5.0.
Standard:
Reports to Unit Supervisor that in service recombiner performance is below the minimum allowable.
SAT UNSAT N/A _COMMENTS:_______________________________
END OF TASK STOP TiME 7
Admin RO A2 Illustration I (Page I of I)
Recombine Performance Evaluation
- AT to Reactor Power 0
500 1000 1500 2000 2500 3000 3500 HWC Out of Service HWC In Servicej Evaluation is satisfactory when intersection point of AT to Reactor Power is above the appropriate line.
For 3458mwt HWC in service AT 190°F HWC out of service AT 242°F CURVE FACTORS
-nfl 150 100 0
nperature I MWt Normal Water Chemistry (NWC)
Hydrogen Water Chemistry (HWC)
AT = 0.070°F per MWt AT = 0.055°F per MWt 8
Admin RO A2 OPERATOR:
RO___
DATE:________
JPM NUMBER:
Admin RO A2 TASK NUMBER:
U-066-NO-02 TITLE:
Evaluate Recombiner Performance K/A NUMBER:
2.2.44 K/A RATING: RO 4.2 TASK STANDARD: Evaluate Off-Gas Recombiner Performance. Determine that it does not meet Acceptance Criteria.
LOCATION OF PERFORMANCE: Unit 3 Simulator REFERENCES/PROCEDURES NEEDED:
3-01-66 VALIDATION TIME:
10 minutes MAX. TIME ALLOWED:
PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMINER 1
INITIAL CONDITIONS:
You are a Unit Operator.
INITIATING CUE:
The Unit Supervisor has directed you to perform 3-01-66, Section 6.1, Recombiner Performance Evaluation.
2
Admin RO A2 IN-SIMULATOR: I will explain the initial conditions and state the task to be performed. I will provide initiating cues and reports on other actions when directed by you. When you complete the task successfully, the objective for this job performance measure will be satisfied. When your task is given, you will repeat the task and I will acknowledge Thats Correct. (OR Thats Incorrect, if applicable). When you have completed your assigned task, you will say, my task is complete and I will acknowledge that your task is complete.
B4ITIAL CONDITIONS:
You are a Unit Operator.
INITIATING CUE:
The Unit Supervisor has directed you to perform 3-01-66, Section 6.1, Recombiner Performance Evaluation.
3
Admin RO A2 START TIME____
Performance Step 1:
Critical Not Critical 6.1 Recombiner Performance Evaluation NOTES 1)
The production of hydrogen and oxygen in the reactor is dependent upon reactor power level and upon the amount of hydrogen injected by the Hydrogen Water Chemistry System if in service. Since the recombination of hydrogen and oxygen is exothermic, the operating temperature of the recombiner is also dependent upon power level and the status of the HWC System.
2)
Following startup, while still at low power, recombiner performance and hydrogen concentration should be closely monitored.
[1]
Perform a Recombiner Performance Evaluation as follows:
[1. ij DETERMINE in-service recombiner inlet temperature as indicated on applicable temperature indicator, Panel 3-9-53.
- RECOMBINER 3A, INLET TEMP 3-TI-66-75A
- RECOMBINER 3B, INLET TEMP 3-TI-66-75B Standard:
Determines Recombiner 3A is in service and records an inlet temperature from 3-TI-66-75A, Panel 3-9-53 of 390 °F to 400 °F SAT_ UNSAT N/A _COMMENTS:_______________________________
4
Admin RO A2 Performance Step 2:
Critical Not Critical
[1.21 DETERMINE in-service recombiner operating (center) temperature as indicated on GLY/RECMB/OG MOIST SEP TEMPERATURE recorder, 3-TRS-66-106, Panel 3-9-53.
Standard:
Determines the in-service recombiner operating (center) temperature as indicated on Recombiner 3A temperature recorder, 3-TRS-66-106, Panel 3-9-53, channel 6 point 3-TE-66-77AB is from 611 °F to 613 °F SAT_ UNSAT_ N/A COMMENTS:_______________________________
Performance Step 3:
Critical X Not Critical
[1.3]
CALCULATE the temperature difference (AT) between the values obtained in Steps 6.1[1] and 6.1[2].
Standard:
Calculates Recombiner 3A inletJcenter At and determines At is from 211 °F to 223 °F SAT_ UNSAT_ N/A COMMENTS:_________________________
Performance Step 4:
Critical X Not Critical
[1.4]
DETERMiNE the reactor thermal power (MWt) from process computer.
Standard:
Determines reactor thermal power is 3258 MWt SAT_ UNSAT_ N/A COMMENTS:_______
5
Admin RO A2 Performance Step 5:
Critical Not Critical
[1.5]
USiNG Illustration 1, PLOT the corresponding point ofreactor power in MWt and AT.
Standard:
Using illustration 1, Plots corresponding point of reactor power (3258 MWth) and AT (211 °F to 223 °F), also may determines At corresponding to 3258 MWT is 228 °F.
Calculation: AT = 0.070 °F per MWth 0.070 X 3258 = 228 °F SAT_ UNSAT N/A _COMMENTS:______________________________
Performance Step 6:
Critical Not Critical
[1.6]
VERIFY point on illustration 1 is above or equal to the appropriate line (HWC in service or HWC out of service)
Standard:
Determines from Illustration 1 that calculated At vs MWt plots BELOW the HWC out of Service line. Candidate may also use calculated AT from curve factor to determine that actual AT (211 °F to 223 °F) is BELOW the HWC out of service temperature for 3258 MWt of 228 °F.
SAT_ UNSAT_ N/A COMMENTS:_____________________________
6
Admin RO A2 Performance Step 7:
Critical Not Critical X
[2]
IF the in-service recombiner performance is below the minimum allowable, THEN:
[2.1]
CHECK Off-Gas Preheater, Recombiner and SJAEs are in operation in accordance with Section 5.0.
Standard:
Reports to Unit Supervisor that in service recombiner performance is below the minimum allowable.
SAT_ UNSAT N/A _COMMENTS:______________________________
END OF TASK STOP TIME 7
Admin RO A2 Illustration I (Page 1 of 1)
Recombine Performance Evaluation
- AT to Reactor Power 0
500 1000 1500 2000 2500 3000 MWt HWC Out of Servics
- - HWC In Servic Evaluation is satisfactory when intersection point of AT to Reactor Power is above the appropriate line.
For 3458mwt I-IWC in service AT 190°F HWC out of service AT 242°F CURVE FACTORS Normal Water Chemistry (NWC)
AT = 0.070°F per MWt Hydrogen Water Chemistry (HWC)
AT = 0.055°F per MWt 3500 8
SRO___
DATE:______
JPM NUMBER:
Admin SRO A2 TASK NUMBER:
S-000-AD-9K TITLE:
Maintenance Rule Availability determination for EECW and RHRSW K/A NUMBER:
2.2.37 K/A RATING: SRO 4.6 TASK STANDARD: Determines that a loss ofboth sump pumps in an RHRSW Room makes the three pumps in that room Inoperable and Unavailable. Determines Technical Specification actions condition required 3.7.1 Condition E required actions E. 1.
LOCATION OF PERFORMANCE: Classroom REFERENCES/PROCEDURES NEEDED:
Technical Specification and Bases, 0-TI-346 VALIDATION TIME: 20 minutes MAX. TIME ALLOWED:
PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMINER 1
INITIAL CONDITIONS:
You are the Unit 1 Unit Supervisor. Unit I and 3 are at 100% power, Unit 2 is in Mode 3 currently and headed to cold shutdown at the start of a refueling outage. RHRSW Pump A2 is currently out of service and applicable Technical Specification actions have been addressed. The Outside AUO reports that the D RHRSW Pump Room has 6 to 8 inches ofwater on the floor and neither sump pump is operating or will operate.
11IITIAT1NG CUE:
Determine the effect for the above conditions on Operability of RHRSW and EECW Pumps.
Determine most limiting Techmcal Specification required actionjLaniIn addition System Engineering has requested a peer chek of Maintenance Rule Availability of RHRSW and
/
EECW Pumps im-accordance withTi-346; Maintenance-Rule Perfarmance-Jndicator Monitoring, Trending, and Reporting - 10CFR5O.65 2
JPM SRO A2 Classroom INITIAL CONDITIONS:
You are the Unit 1 Unit Supervisor. Unit I and 3 are at 100% power, Unit 2 is in Mode 3 currently and headed to cold shutdown at the start of a refueling outageSW Pump A2 is currently out of service and applicable Technical Specification actions have been addressed. The Outside AUO reports that the D RHRSW Pump Room has 6 to 8 inches ofwater on the floor and neither sump pump is operating or will operate.
INITIATING CUE:
Determine the effect for the above conditions on Operability of RI{RSW and EECW Pumps.
Determine most limiting Technical Specification required actions, if any. In addition System Engineering has requested a peer check of Maintenance Rule Availability of RHRSW and EECW Pumps in accordance with 0-TI-346, Maintenance Rule Performance Indicator Monitoring, Trending, and Reporting - 10CFR5O.65 3
Performance Step 1:
Critical Not Critical Refers to O-TI-346 and determines that Loss of both sump pumps in any RHRSW room results in unavailability of the RHRSW and EECW pumps in that room.
Standard:
Determines that all D RHRSW Pumps are Unavailable (Pumps Dl, D2 and D3)
SAT UNSAT_ N/A COMMENTS:_____________________________
Performance Step 2:
Critical Not Critical Refers to 0-01-23 RHRSW System and detennines at least one RHRSW pump room sump pump must be operable or the RHRSW/EECW pump in that room must be declared inoperable.
Standard:
Determines that all D RHRSW Pumps are INOPERABLE (Pumps Dl, D2 and D3)
SAT_ UNSAT_ N/A COMMENTS:_______________________________
4
JPM SRO A2 Performance Step 3:
Critical Not Critical Evaluate Technical Specification 3.7.1 Four RHRSW subsystems shall be OPERABLE with the number of OPERABLE pumps as listed below:
2.2 units fueled - six OPERABLE RHRSW pumps.
Standard:
Determines that 3 pumps are currently Inoperable or 5 pumps are Operable. Condition E required action E. 1 completion time 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br />. Condition E most limiting.
SAT_ UNSAT N/A _COMMENTS:_______________________________
Performance Step 4:
Critical Not Critical X Evaluate Technical Specification 3.7.2 The EECW System with three pumps and UHS shall be OPERABLE.
Standard:
Determines that 1 pump is currently Inoperable or 3 pumps are Operable. No required action, a tracking or potential LCO would be required in case a second EECW Pump became Inoperable.
SAT_ UNSAT_ N/A _COMMENTS:__________________________
END OF TASK 5
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Level Switch Power A = 120V l&C Bus A, Ui Panel 9-9 Breaker 218 B = 120V I&C Bus B, Ui Panel 9-9 Breaker 327 OPL1 71.051 Revision 16 Appendix C Page 37 of 39 Level Switch Power A = 120V l&C Bus A, Ui Panel 9-9 Breaker 218 B = 120V l&C Bus B, UI Panel 9-9 Breaker 327 TP-4: RHRSW PUMP ROOMS CID
RHRSW System 3.7.1 3.7 PLANT SYSTEMS 3.7.1 Residual Heat Removal Service Water (RHRSVV) System LCO 3.7.1 NOTE The number of required RHRSW pumps may be reduced by one for each fueled unit that has been in MODE 4 or 5 for 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
Four RHRSW subsystems shall be OPERABLE with the number of OPERABLE pumps as listed below:
1.
1 unit fueled
2.
2 units fueled
3.
3 units fueled
APPLICABILITY:
MODES 1, 2, and 3.
BEN-UNIT 1 3.7-1 Amendment No. 234
EECW System and UHS 3.7.2 3.7 PLANT SYSTEMS 3.7.2 Emergency Equipment Cooling Water (EECW) System and Ultimate Heat Sink (UHS)
LCO 3.7.2 The EECW System with three pumps and UHS shall be OPERABLE.
APPLICABILITY:
MODES 1, 2, and 3.
ACTIONS CONDITION REQUIRED ACTION COMPLETION TIME A. One required EECW A.1 Restore the required 7 days pump inoperable.
B. Required Action and B.1 Be in MODE 3.
12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> associated Completion Time of Condition A not AND met.
B.2 Be in MODE 4.
36 hours4.166667e-4 days <br />0.01 hours <br />5.952381e-5 weeks <br />1.3698e-5 months <br /> OR Two or more required EECW pumps inoperable.
BFN-UNIT 1 3.7-6 Amendment No. 234
BFN Maintenance Rule Performance 0-Tl-346 Unit 0 Indicator Monitoring, Trending, and Rev. 0045 Reporting
- IOCFR5O.65 Page 56 of 177 (Page 1 of 2)
Residual Heat Removal Service Water (RHRSW) System 023 1.0 MAINTENANCE RULE SCOPING FUNCTION DESCRIPTION Specific performance criteria have been developed for the following RHRSW system functions:
1.1 Cooling water for RHR HEX (023-B)
Provide cooling water to support RHR HEX decay heat removal. (Risk Significant) 1.2 Vessellcontainment flooding (023-C)
Vessel/containment flooding by injecting raw river water while in the reactor standby coolant supply (SCS) mode during transient and accident condition. (Risk Significant) 1.3 Sump Pumps (023-D)
Loss of both sump pumps in any RHRSW room results in unavailability of the RHRSW and EECW pumps in that room. (Non-risk Significant) 2.0 PERFORMANCE CRITERIA 2.1 Cooling water for RHR HEX (023-B)
Unreliability
- A System functional failure is defined as the inability to provide cooling water to the assigned RHR HEX. No more than I allowed over a 24 month rolling interval. (Failure of the RHR HEX outlet valve constitutes a failure of the HEX. See Attachment 25 Section 2.2)
Unreliability (component)
- RHRSW pump unreliability shall be no more than 2 pump failures in a 24 month rolling interval.
Unavailability - The RHRSW pumps shall maintain an unavailability factor of less than or equal to 0.050 per each pump A2, B2, C2, and D2, as monitored over a 24 month rolling interval.
Unavailability
- The RHRSW pumps shall maintain an unavailability factor of less than or equal to 0.050 per each pump Al, Bl, Cl, and Dl, as monitored over a 24 month rolling interval. Alignment of these pumps to EECW does NOT count as unavailability since they can be realigned to RHRSW if needed.
BEN Residual Heat Removal Service Water 0-01-23 Unit 0 System Rev. 0094 PagelOofll9 3.0 PRECAUTIONS AND LIMITATIONS 3.1 General Precautions A.
The RHRSW System is common to all three Units and will require the Unit Operators to contact each other whenever changes to the RHRSW System operation are made.
B.
The RHRSW piping downstream of RHRSW Common discharge Isolation valves 2-SHV-023-0060 & 2-SHV-023-0062 is rated for 80 psig. These valves should only be used to provide a pressure boundary from the river side.
2-SHV-023-0060 & 2-SHV-023-0062 should only be closed if the corresponding RHRHX Inlet Valves are closed. (PER 171501)
C.
Lake Wheeler elevation of 538 ft serves as a Secondary Containment boundary allowing work on RHRSW discharge lines without requiring a Secondary Containment Breach Permit.
3.2 Operability and LCOs A.
Standby Coolant supply for Unit 1 is supplied by RHRSW pump Dl or D2; Unit 2 is supplied by Bi, B2, Dl or D2; Unit 3 is supplied by B1 or B2.
REFER TO I -EOl-1, 2-EOl-1 or 3-EOI-1 FLOWCHART for Standby Coolant operation. REFER TO Technical Requirements Manual Section 3.5.2 for operability requirements.
B.
For Units 1, 2 and 3 RATED RHRSW flow through an RHR Heat Exchanger is 4500 gpm. To prevent damage to RHRSW pump, minimum flow is 1350 gpm per pump in service.
1.
During Shutdown Cooling modes of operation, the limitations listed in 1(2)(3)-Ol-74 are applicable.
2.
During a Design Basis Accident with 2 RHR Heat Exchangers in service, the minimum flow through an RHR Heat Exchanger is 4000 gpm.
[SEOPR 96-00-023-0011 C.
At least one RHRSW pump room sump pump must be operable or the RHRSW/EECW pump in that room must be declared inoperable.
D.
If the off-line radiation monitor for a particular loop (either heat exchanger in the loop) is inoperable, then notify Chemistry Laboratory to initiate compensatory sampling. REFER TO Offsite Dose Calculation Manual, Section 1/2.1.1.
E.
Tech Spec Section 3.7.2, Ultimate Heat Sink (UHS) Operability is based on having a maximum water temperature of 95 F. 1(2)(3)-SR-3.7.1.2 is required to be performed every hour when UHS temperature is above 91 degrees F.
JPM RO A4 OPERATOR:___________________________
RO___
SRO___
DATE:________
JPM NUMBER:
A4 TASK NUMBER:
U-000-EM-87 TASK TITLE:
EPIP-5, Appendix B and C Activation of ERO and State Notifications K/A NUMBER: 2.4.43 K/A RATING: RO 3.2 SRO 3.8 TASK STANDARD: Completion of ERO Activation and State Notification in accordance with Appendix B and Appendix C of EPIP-5.
LOCATION OF PERFORMANCE:
Unit 2 Simulator REFERENCES/PROCEDURES NEEDED: EPIP 5 VALIDATION TIME: 20 minutes MAX. TIME ALLOWED: 15 minutes for State Notifications and County Notifications PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:__________________
DATE:
EXAMINER 1
INITIAL CONDITIONS:
You are an Operator. The Shift Manager has declared a General Emergency due to a Security Event that is ongoing.
INITIATING CUES:
The SHIFT MANAGERJSED directs you to:
1.
Complete Appendix C (State ofAlabama Notification) utilizing a completed Appendix A.
2.
Implement EPIP-5, Appendix B, Activation ofthe Emergency Response Organization (ERO) utilizing DRILL STAGING AREA notification.
3.
Appendix A provided NOTE: When attempting to contact anyone by phone dial 5555 and inform the person who answers who you are calling.
TIME Critical
JPM RO A4 Simulator INITIAL CONDITIONS:
You are an Operator. The Shift Manager has declared a General Emergency due to a Security Event that is ongoing.
INITIATING CUES:
The SHIFT MANAGERJSED directs you to:
1.
Complete Appendix C (State of Alabama Notification) utilizing a completed Appendix A.
2.
Implement EPIP-5, Appendix B, Activation of the Emergency Response Organization (ERO) utilizing DRILL STAGING AREA notification.
3.
Appendix A provided NOTE: When attempting to contact anyone by phone dial 5555 and inform the person who answers who you are calling.
TIME Critical NOTE:
Appendix B starts at JPM Step 1. The rest of Appendix B follows Appendix I which starts at JPM step 5 and goes through step 10. Appendix C starts at JPM Step 16 3
Performance Step 1:
Critical X Not Critical APPENDIX B Page 1 of3 Activation of the Emergency Response Organization (ERO) 1.0 Activation of the Emergency Response Organization CAUTION Ongoing or anticipated security events may present a danger to site personnel. Do not conduct the notification of site personnel PA message during an ongoing or anticipated security event. All pertinent site personnel PA messages will be conducted per 0-AOl-100-8 Security Event Response for security events.
[1]
CONDUCT a Plant PA announcement similar to the following:
(Dial 687 to obtain the Plant PA)
Standard:
Operator does NOT read General Emergency message or make a Plant PA announcement.
SAT UNSAT N/A COMMENTS:_____________________
CUE: If Operator request 0-AOI-100-8 or informs you that PA messages will be conducted lAW O-AOI-l00-8, iNFORM Operator another individual is conducting the required PA announcements.
4
Critical X Not Critical
[2]
TVA Enterprise Emergency Notification System (TEENS) DIRECT the ODS at 5-751-1700 or 5-751-2495 to ACTIVATE TEENS utilizing the notification as instructed by the SED EMERGENCY D EMERGENCY STAGING AREA (If events are on-going or anticipated that may present a danger to normal emergency center staffmg such as security related issues.)
DDRILL C DRILL STAGING AREA (If events are on-going or anticipated that may present a danger to normal emergency center staffing such as security related issues AND a drill is in progress).
Standard:
Operator checks DRILL STAGING AREA box as directed by the Shift Manager in the CUE. Operator attempts to contact the ODS.
SAT UNSAT N/A COMMENTS:
Performance Step 3:
[3]
IF unable to establish contact with the ODS THEN continue to perform Step 1.0 [2] for 5 minutes Standard:
Critical Not Critical X Operator proceeds to step 4 SAT UNSAT N/A COMMENTS:
CUE: 5 minutes has elapsed 5
Critical X Not Critical
[4]
IF unable to establish contact with the ODS after 5 minutes THEN IMPLEMENT Appendix I, Activation ofthe Emergency Paging System concurrently with this Appendix beginning at Step 2.0.
Standard:
Operator implements Appendix I SAT UNSAT N/A COMMENTS:
NOTE:
This is the start ofAppendix I. The rest ofAppendix B follows Appendix I at JPM step
- 11. Appendix C starts atJPM Step 16 Performance Step 5:
Critical Not Critical Appendix I NOTE
- The Emergency Paging System (EPS) consists of a dedicated touch screen CRT. Activation of any screen feature requires the user place their fingertip within the boundary of the select button and leave it there for at least 1 second.
The CRT Screen will normally display a large rectangle that indicates that the paging system is available but currently inactive.
- Ifthe EPS fails to operate, contact the SMJSED immediately. Request that the ODS be contacted to initiate the notification system (TEENS is preferred EPS is Alternate) from their location.
1.0 Activate the Emergency Paging System (EPS)
[1]
PRESS the EPS CRT screen once to activate the paging options Standard:
Operator activates the Emergency Paging System using the touch screen.
SAT UNSAT N/A COMMENTS:
6
Critical X Not Critical Appendix I
[2]
PRESS the appropriate option as instructed by the SED
- DRILL
- EMERGENCY
- STAGING AREA Standard:
Operator presses STAGING AREA as directed by the Shift Manager in the cue.
SAT UNSAT N/A COMMENTS:________________________
Performance Step 7:
Critical X Not Critical Appendix I
[3]
PRESS the START button to initiate the option OR PRESS the ABORT button to deny the option request Standard:
Operator Presses the START button.
SAT UNSAT N/A COMMENTS:
7
Critical Not Critical Appendix I
[4]
IF the EPS fails to operate locally THEN CONTACT the ODS at 5-751-1700 or 5-751-2495 AND DIRECT the ODS to activate the notification system (TEENS is preferred:
Standard:
NA SAT UNSAT N/A COMMENTS:___________________________
Performance Step 9:
Critical Not Critical X Appendix I
[5]
IF the EPS FAILS to operate either locally or by the ODS, exit this step and re-enter this Appendix at Step 2.0 Otherwise continue in this procedure.
Standard:
NA SAT UNSAT N/A COMMENTS:
8
JPM RO A4 Performance Step 10:
Critical Not Critical Appendix I
[6]
MONITOR the Paging System Terminal Display NOTE Monitor ERO positions through OSC Document Control. Positions below OSC Document Control are courtesy pages and are not subject to call-out requirements.
1.6.1 IF A NO response is observed, OR The position being paged has not responded promptly or within approximately 20 minutes, THEN UTILIZE the Weekly Duty List and attempt to contact the position representative with available information. (No Fitness for Duty question is required.)
Standard:
Operator determines that all personnel have responded to the TEENS System SAT UNSAT N/A COMMENTS:
CUE:
Provide EPS Printout showing TWENTY Minutes has elapsed and all personnel have responded as required.
9
JPMROA4 Performance Step 11:
Critical Not Critical X Appendix B 2.0 Dose Assessment Evaluation
[1]
CONTACT the Site Emergency Director and determined if a Dose Assessment Evaluation is warranted.
[2]
IF emergency circumstances warrant dose assessment, CONTACT Radiation Protection at 7865 and REQUEST the implementation of EPIP-13 for dose assessment.
Otherwise continue in this Appendix Standard:
Operator continues SAT UNSAT N/A COMMENTS:
CUE:
When SED contacted inform Operator that a Dose Assessment is NOT warranted I
10
JPMROA4 Performance Step 12:
Critical Not Critical X Appendix B 3.0 Notify On Shift Unit Supervisors of the emergency.
Standard:
Operator calls Unit 1 and 3 and notifies the Unit Supervisor of Emergency SAT UNSAT N/A COMMENTS:___________________________
CUE: Acknowledge Notification Performance Step 13:
Critical X Not Critical Appendix B 4.0 Conduct Notification of Site Personnel
[11 OBTAIN a copy of EPIP-5, Appendix A used for the State Notification and available affected Unit Control Room logs
[21 FAX copies to the TSC at 3742
[3]
FAX copies to the CECC at 5-751-1682 Standard:
Operator Faxes copies ofAppendix A to TSC and CECC SAT UNSAT N/A COMMENTS:_____________________
CUE: When Appendix A is placed in FAX, inform Operator FAX is complete 11
)
Performance Step 14:
Critical Not Critical Appendix B
[4]
IF The emergency has been declared based upon a security related event THEN A.
DELAY making notification steps 4.0 [5] through 4.0 [8].
B.
NOTIFY the Shift Manager ofthe delay C.
Periodically MONITOR the event until such time that the Shift Manager determines the present danger has subsided OR The Shift Manager suspends notification steps 4.0 [5] through 4.0 [8].
Otherwise continue in this procedure Standard:
Operator does NOT perform steps 5, 6, 7 and 8 and notifies Shift Manager of Delay SAT UNSAT N/A COMMENTS:_______________________
CUE: Acknowledge Notification and you will inform operator when they may perform steps 5 through 8 12
JPMROA4 Performance Step 15:
Critical Not Critical X 5.0 NotilS Site Emergency Director when Appendix B is completed.
Standard:
Operator Notifies SED Appendix B complete SAT UNSAT N/A COMMENTS:
CUE: Acknowledge Notification 13
I CUE:
Have operator DIAL 5555 Performance Step 16:
Critical Not Critical APPENDIX C Page 1 of 1 State of Alabama Notification 1.0 State Notification NOTE Notification ofthe Risk Counties / State of Alabama is required to be completed within 15 minutes from the time of emergency declaration.
[1]
REPORT the information recorded on completed Appendix A to the BFN Risk Counties A.
Limestone County 9-1-256-232-2631 Person Contacted (after hours) 9-1-256-232-0111 B.
Morgan County 9-1-256-351-4620 Person Contacted (after hours) 9-1-256-353-25 15 Option 0 C.
Lawrence County 9-1-256-974-764 1 Person Contacted (after hours) 9-1-256-974-79 1 1 D.
Lauderdale County 9-1-256-760-6363 Person Contacted (after hours) 9-1-256-760-9117 Standard:
Operator notifies each of the above counties within 15 minutes SAT UNSAT N/A COMMENTS:
I CUE:
Repeat Back information provided in the report 14
JPMROA4 Performance Step 17:
Critical Not Critical
[2]
REPORT the information recorded on completed Appendix A to the State of Alabama A.
FAX a copy of completed Appendix A to the State ofAlabama at 9-1-205-280-2495.
B.
REPORT to the State of Alabama the information on Appendix A utilizing:
24 Hours Primary: 9-1-205-280-2310 Backup: 9-1-800-843-0699 Backup: 9-1-334-324-0076 Name of Person Notified (Name)
Date and Time ofNotification (Date)
(Time)
Standard:
Operator notifies the State within 15 minutes and Faxes a copy of Appendix A to the State.
SAT UNSAT N/A COMMENTS:
CUE:
Repeat Back information provided in the report. When Appendix A is placed in FAX, inform Operator FAX is complete 15
JPMROA4 Performance Step 18:
Critical Not Critical X
[3]
REQUEST that the State representatives repeat back the information you have provided from Appendix A.
Standard:
Operator requests repeat back from state representatives SAT UNSAT N/A COMMENTS:
Performance Step 19:
Critical Not Critical
[4]
Return the completed Appendix C and Appendix A to the SED.
Standard:
Operator returns completed Appendix C and Appendix A to the SED SAT UNSAT N/A COMMENTS:_____
END OF TASK STOP TIME 16
BEN EPIP-5 Unit 0 GENERAL EMERGENCY Rev 0044 Page 8 of 26 APPENDIX A Page 1 of I GENERAL EMERGENCY INITIAL NOTIFICATION FORM This is a Drill Q This is an Actual Event - Repeat - This is an Actual Event
- 2. The SED at Browns Ferry has declared a GENERAL EMERGENCY.
- 3. EAL Designator:
(USE ONLY ONE EAL DESIGNATOR)
Minor releases within federally approved limits 1
Q Releases above federally approved limits 1
Release Information not known (Tech SpecsIODCM)
Minor releases within federally approved limits 1
D Releases above federally approved Iimit&
ci Release information not known Tech SpecsIODCM)
- 5. Event Declared: Time:
C) LA) (Central Time)
Date: To DC)
- 6. The Meteorological Conditions are:
(Use 91 meter data from the Met Tower. If data is not available from the MET tower, contact the National Weather Service by dialing 9-1-256-890-8505 or 9-1-205-621-5650.
The National Weather Service will provide wind direction and wind speed.)
- Consider Issuance of POTASSIUM IODIDE In accordance with the State Plan.
AZ 82, F2 G2 E5,E10, F5, FlO, G5, GlO From 4° -40°
P.2. B2, F2, G2, E5, F5, G5 A2, B2, F2, G2, F5, FlO, G5, Gb, HID From 41°-73°
A2, B2, F2, G2, F5, G5 A2, B2, F2, G2, G5, GlO, H10, 110 From 74° - 92°
P.2, 82, F2, G2, G5 P.2, B2, F2, G2, AS, G5, HI0, 110, J1O, K10 From 93°- 137° P.2, B2, F2, G2, AS, G5 AZ B2, F2, G2, A5, P.10, 110, J10, Kb From 138° 203° =
P.2, B2, F2, G2, A5 P2, B2, F2, G2, A5, AID, B5, BID From 204° - 2820
P.2, B2, F2, G2, A5, B5 P.2, 32, F2, G2, B5, BlO, Gb, D10, E5,Eb0 From 283°-326°
A2, B2, F2, G2, B5, E5 A2, B2, F2, G2, dO, D10, E5,E1D, F5, FlO From 327°-3°
A2, B2, F2, G2, E5, F5 Recommendation 3 SHELTER all sectors CONSIDER Issuance of POTASSIUM IODIDE In accordance with the State Plan.
- 4. RadIological Conditions: (Check one under both Airborne and Liquid column.)
Airborne Releases Offsite Liquid Releases Offsite Wind Direction is FROM:
Q(,
degrees (l5mlnavera Wind Speed:
STEP MUST BE COMPLETED BY THE SITE EMERGENCY DIRECTOR
- 7. Provide Protective Action Recommendation utilizing Appendix H: (Check either 1 or 2 or 3) m.p.h 0 Recommendation I
- EVACUATE LISTED SECTORS (2 mile Radius & 10 miles downwind)
- Shelter remainder of 10 mIle EPZ.
- Consider issuance of POTASSIUM IODIDE In accordance with the State Plan.
m00 m
I WIND FROM DEGREES (Mark wind direction from Step 7) 0 mz I
0 Recommendation 2
- EVACUATE LISTED SECTORS (2 mIle radius & 5 mile downwind)
- SHELTER remainder of 10 mIle EPZ.
Completedby:
SFT (E(?
Peer Checked by ST
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U Cl) 0I
0 0
Emergency Paging System
fl Q
Browns Ferry Nuclear Plant Pager Test START ABORT
0 0
Browns Ferry Nuclear Plant Pager Test PAGING SYSTEM STARTED Current Time STATUS DISPLAY WILL BEGIN IN APPROXIMATELY 30 SECONDS
Browns Ferry Nuclear Plant Drill START ABORT C
Browns Ferry Nuclear Plant Drill PAGING SYSTEM STARTED Current Time STATUS DISPLAY WILL BEGIN IN APPROXIMATELY 30 SECONDS
I
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Browns Ferry Nuclear Plant Staging Area PAGING SYSTEM STARTED: TODAY, 21 MINUTES AGO STATUS DISPLAY WILL BEGIN IN APPROXIMATELY 21 MINUTES AGO
0 TODAY PAGING SYSTEM STATUS DISPLAY Start Time: 21 MIN AGO NOW Browns Ferry Nuclear Plant Page 1 of 4 POSIT ON PAGER PAGE
RESPONSE
CO NUMBER TIME TIME NFIRMED SED STONE 10473 (01) 09:29 09:31 YES TAM THOMAS 30364 (01) 09:29 09:31 YES TSC TAT RX ENGR 60959 (01) 09:29 09:31 YES TSC TAT ICE 30361 (01) 09:29 09:31 YES TSC TAT NSSS 40232 (01) 09:29 09:31 YES TSC TAT BOP 90323 (01) 09:29 09:31 YES TSC TATL THOMPSON 90485 (01) 09:30 09:32 YES TSC RAD MGR HALL 70454 (01) 09:30 09:32 YES TSC CHEM MGR BLACK 40842 (01) 09:30 09:32 YES TSC OPS MGR SELLS 15751 (01) 09:30 09:32 YES TSC OPS SPEC RICE 60252 (01) 09:30 09:31 YES TSC NUC SEC SMITH 70692 (01) 09:30 09:33 YES WESTINGHOUSE WELLS 20700 (01) 09:30 09:33 YES TSC NRCC LUCAS 90944 (01) 09:30 09:33 YES ABORT NEXT PAGE PREVIOUS PAGE
/Th TODAY PAGING SYSTEM STATUS DISPLAY Start Time: 21 MIN AGO NOW Browns Ferry Nuclear Plant Page 2 of 4 TIO PAGER PAGE
RESPONSE
o POSI N
NUMBER TIME TIME C
NFIRMED TSC EP MGR GRAY 30379 (01) 09:30 09:33 YES SVPCARTER 40127 (01) 09:30 09:33 YES OSC COMM SHARP 70670 (01) 09:30 09:33 YES TSC LOGWRITERWHITE 10163 (01) 09:30 09:32 YES OSC EPC WILLiAMS 90470 (01) 09:30 09:32 YES OSC ASST. MGR.
MAY 30950 (01) 09:30 09:33 YES OSC ASST MGR BLACK 30560 (01) 09:30 09:32 YES OSC MGR CUNNINGHAM 90255 (01) 09:30 09:33 YES OSC RAD SUPV WEST 90469 (01) 09:30 09:31 YES OSC MM NELSON 90325 (01) 09:30 09:33 YES OSC MM NIXON 90306 (01) 09:30 09:31 YES OSC EM HECK 90265 (01) 09:30 09:33 YES OSC EM HENLEY 30821 (01) 09:30 09:33 YES OSC IM CORDELL 90347 (01) 09:30 09:30 YES ABORT NEXT PAGE PREVIOUS PAGE
TODAY PAGING SYSTEM STATUS DISPLAY Start Time: 21 MIN AGO NOW Browns Ferry Nuclear Plant Page 3 of 4 PAGER PAGE
RESPONSE
CONF MED POSITION NUMBER TIME TIME IR OSC 1MB ARNOLD 90348 (01) 09:30 09:32 YES OSC PPM COLEMAN 90555 (01) 09:30 09:33 YES OSC NUC SEC SHIFT LT.
90284 (01) 09:30 09:31 YES OSC SAFETY MILLER 40059 (01) 09:30 09:31 YES OSC SAFETY WALKER 70485 (01) 09:30 09:32 YES OSC FIRE OPS RUSSELL 90478 (01) 09:30 09:33 YES TSC CLERK DOLITTLE 40209 (01) 09:30 09:32 YES ftc clerk steve 90473 (01) 09:30 09:34 YES ftc clerk Jackie 40205 (01) 09:30 09:34 YES ftc clerk diane 60381 (01) 09:30 09:34 YES OSC OPS ADV MOSS 10319 (01) 09:30 09:34 YES MEDIA SPECIALIST 40891 (01) 09:30 09:34 YES NRC POWELL 11020 (01) 09:30 09:34 YES nrcBrenda 11023 (01) 09:30 09:34 YES ABORT NEXT PAGE PREVIOUS PAGE
TODAY PAGING SYSTEM STATUS DISPLAY Start Time: 21 MIN AGO NOW Browns Ferry Nuclear Plant Page 4 of 4 PAGER PAGE
RESPONSE
C NFIR ED POSITION NUMBER TIME TIME 0
M NRC HOWARD 11030 (01) 09:30 09:31 YES OSC CLERK SYKES 50779 (01) 09:30 09:33 YES OPS ADV TAT MCKEE 90143 (01) 09:30 09:32 YES OPS ADV TAT TURNER 30487 (01) 09:30 09:32 YES OPS ADV TAT PATTON 10802 (01) 09:30 09:34 YES OSC CLERK PAT 20608 (01) 09:30 09:34 YES osc mgr Robert 90663 (01) 09:30 09:31 YES ABORT NEXT PAGE PREVIOUS PAGE
SRO___
DATE:
JPM NUMBER:
Admin SRO A3 TASK NUMBER:
Radiation Control TASK TITLE:
Radiation Exposure Limits under Emergency Conditions K/A NUMBER: 2.3.4 K/A RATING: SRO 3.7 TASK STANDARD: Determine stay time for an AUO to perform an emergency evolution due to radiation levels and authorize.
LOCATION OF PERFORMANCE:
Class Room REFERENCES/PROCEDURES NEEDED: EPIP 15 VALIDATION TIME: 15 minutes PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY___
UNSATISFACTORY SIGNATURE:_________________
DATE:
EXAMINER 1
\\.
/
INITIAL CONDITIONS:
Unit 2 is in a General Emergency and YOU are currently the Site Emergency Director. Because of the emergency, an emergency exposure in excess of 10 CFR 20.120 1 limits is required to pyc14,cI4magetohe Main Turbine. An AU las ycJunteered to replace bloiiiTh EBOPC control cal extcthMTOT on EL 586 in the Turbine Building. Radiation ProtectiSiiis1on states that the dose rt at thal5hit is i5JEMJhr and travel path dose rates are 10 REM/hr to and from the cabinet. It is estimated that it will take him 12 minutes of total travel time to and from the cabinet. The AUO has received 500 mrem TEDE, year to date, and he has been briefed of the radiological hazards associated with this evolution per appendix A of the applicable EPIP.
iNITIATING CUE:
As the Site Emergency Director YOU, are directed to 1) detennine how much dose can be authorized for the AUO to perform this mission, 2) determine how much time this AUO has to replace the fuses, without exceeding Emergency Dose Limits, and 3) complete all required paperwork to authorize the emergency exposure.
JPM SRO A3 Class Room INITIAL CONDITIONS:
Unit 2 is in a General Emergency and YOU are currently the Site Emergency Director. Because ofthe emergency, an emergency exposure in excess of 10 CFR 20.120 1 limits is required to prevent damage to the Main Turbine. An AUO has volunteered to replace blown fuses in the EBOP DC control cabinet next to the MTOT on EL 586 in the Turbine Building. Radiation Protection Supervision states that the dose rate at the cabinet is 15 REMJhr and travel path dose rates are 10 REM/hr to and from the cabinet. It is estimated that it will take him 12 minutes of total travel time to and from the cabinet. The AUO has received 500 mrem TEDE, year to date, and he has been briefed ofthe radiological hazards associated with this evolution per appendix A of the applicable EPIP.
INITIATING CUE:
As the Site Emergency Director YOU, are directed to 1) determine how much dose can be authorized for the AUO to perform this mission, 2) determine how much time this AUO has to replace the fuses, without exceeding Emergency Dose Limits, and 3) complete all required paperwork to authorize the emergency exposure.
3
START TIME____
JPM SRO A3 Performance Step 1:
Critical X Not Critical Standard:
Determine the radiation dose that he may receive to protect valuable property Determines he may receive 10 REM to protect valuable property SAT UNSAT N/A COMMENTS:
Performance Step 2:
Critical X Not Critical Standard:
Determine the radiation dose that AUO may receive without exceeding 10 REM, based on previous exposure Determines that the AUO may receive 9.5 REM, based on previous exposure of 500 mrem TEDE, year to date, to protect valuable property SAT UNSAT N/A COMMENTS:
CUE: Provide EPIP 15 Appendix B form which is partially completed 4
JPM SRO A3 Performance Step 3:
Critical X Not Critical Determines the amount of time the AUO has to replace the blown fuses without exceeding the 10 REM Emergency Exposure limit to protect valuable property, based on previous exposure and travel time Standard:
Determines that the AUO has 30 minutes to replace the blown fuses, without exceeding Emergency Exposure Limit of 10 REM (Including travel time and previous exposure), If calculated in hours
- 0.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> SAT UNSAT N/A COMMENTS:____________________________
Performance Step 4:
Critical X Not Critical Completes Acknowledgment and Authorization to Exceed Occupational Dose Limits form Appendix B of EPIP 15 Standard:
Determines that as the Shift Manager and acting Site Emergency Director he can authorize the Emergency Dose SAT IJNSAT N/A COMMENTS:___________________________
NOTE: Critical Data on form is the authorized 10 Rem and Approval signature END OF TASK STOP TIME 5
JPM SRO A3 APPENDIX B Page 1 of I ACKNOWLEDGMENT AND AUTHORIZATION TO EXCEED OCCUPATIONAL DOSE LIMITS READ THE FOLLOWING STATEMENT BEFORE SIGNING THIS FORM:
I acknowledge by signature on this form that I am volunteering for exposures in excess of 10 CFR 20.1201 limits and that I have been made aware through training or a briefing of the risks involved. Briefing material was presented from Appendix A of this procedure.
The persons listed below have acknowledged and volunteered to receive dose limits in excess of 1 OCFR2O. 1201 limits. Authorization is required by the Site Emergency Director to administer any emergency exposure limit. Authorization is acknowledged by Site Emergency Director signature on the bottom of this form.
Name Employee Ideiitincaton Si!natiue Dose Limit (Please print Last. First. Ml)
Number (EN)
(Rem) j__AUO that volunteered 123-45-6789 Brief Description of Task:
Authorized by:
Site Emergency Director Time/Dare LAST PAGE 6
BROWNS FERRY EMERGENCY EXPOSURES EPIP1 5 3.3.7 Personnel shall not enter any area where dose rates are unknown or not measurable with instruments and dosimetry immediately available.
NOTE: The value below corresponds to the ratio of external (measured) dose rate to estimate TEDE dose, in accordance with default values in TVAs Dose Assessment model. When accident specific nuclide assessment are available, more definitive dose assessments should be performed to adjust the correction factors.
3.3.8 Until isotopic assessments of airborne radioactivity are available, an administrative correction factor of 2 should be used to estimate TEDE exposures in airborne activity areas:
Estimated TEDE = Dosimeter Reading X 2 3.4 Dose Limits for Workers During Emergencies 3.4.1 Doses to all workers during emergencies should, to the extent practicable be limited to 10 CFR 20.1201 limits. There are, however, some emergency situations for which higher emergency exposures may be justified. Whenever these situations are justified and ALARA considerations have been evaluated the following limits can be administered.
3.4.2 Radiation Protection (RP) considers the to-date annual accrued dose to individuals when establishing the maximum dose limits for workers during emergencies. The to-date annual accrued dose would be subtracted from the applicable emergency dose limit to determine the authorized allowable dose for the emergency.
3.4.3 Dose Limits for the Protection of Valuable Property Dose Limit (Rem)
Receptor 10 Whole Body (TEDE) 30 Lens of the Eye 100 All Other Organs 3.4.4 Dose Limits for Lifesaving Activities and the Protection of Large Populations Dose Limit (Rem)
Receptor 25 Whole Body (TEDE) 75 Lens of the Eye 250 All Other Organs PAGE 3 OF 7 REVISION 0009
JPM SRO A4 OPERATOR:___________________________
SRO___
DATE:______
JPM NUMBER:
SRO A4 TASK NUMBER:
S-000-EM-21 (SRO ONLY)
TITLE:
General Emergency 3.2-G KIANUMBER:
2.4.41 KJA RATING: SRO4.6 TASK STANDARD: The event is classified as a 3.2-G and the Initial Notification appendix is completed with correct information and within required times and notification is completed within required time.
LOCATION OF PERFORMANCE: Simulator or Class Room REFERENCES/PROCEDURES NEEDED:
EPIP 1, EPIP 5 VALIDATION TIME: 30 minutes MAX. TIME ALLOWED: 15 minutes to classify and 15 minutes to notify PERFORMANCE TIME:
COMMENTS:
Additional comment sheets attached? YES NO RESULTS:
SATISFACTORY UNSATISFACTORY SIGNATURE:_________________
DATE:_______
EXAMINER 1
Class Room INITIAL CONDITIONS:
You are the SHIFT MANAGER. Unit 2 was operating at 100% power when it developed an unisolable HPCI steam leak into Secondary Containment. EOI-3 and EOI-1 have been entered and all rods inserted on the scram.
.-BGerathg 1l attempts to isolate the HPCI steam line have failed
-RM-90-24A has gone offscale high due-taraiiation.
2-TE-73-55A is reading 250 °F Gaseous Release Rate in accordance with 0-SI-4.8.B.1.a.1 is 5.4 x iiCi/sec Reactor Coolant activity is reported=a&320 iCi/gm Dose Equivalent 1-13 1 Wind jfriIi 1000 at 5 mph.
INITIATING CUES:
1 Classify the highest event classification and complete initial notification.
Performance Step 1:
Critical X Not Critical Refers to EPIP 1 to classify emergency event.
Standard:
SHIFT MANAGER refers to EPIP 1 and declares a GENERAL EMERGENCY 3.2-G.
Based on an unisolable primary system leak is discharging into Secondary Containment and RM-90-24A (TABLE 3.2) is offscale high due to radiation, and Reactor Coolant activity is reported as 320 iCi/gm Dose Equivalent 1-131 SAT_ UNSAT N/A _COMMENTS:____________________________
TIME Classified Performance Step 2:
Critical Not Critical Implements EPIP-5 GENERAL EMERGENCY.
Standard:
SHIFT MANAGER recognizes/implements a GENERAL EMERGENCY in accordance with EPIP-5.
SAT_ UNSAT_ N/A COMMENTS:_____________________________
3
JPMSROA4 START TIME____
Performance Step 3:
Critical Not Critical X 3.0 EMERGENCY CLASSIFICATION ACTIONS WHEN the TSC SED has assumed the responsibilities from the SM SED THEN CONTINUE in this procedure at Appendix G. Otherwise continue in this procedure.
NOTE Procedure steps can be performed concurrently.
Appendix A, Step 8 CANNOT be delegated, but all other procedure steps within the body ofthis procedure can be delegated.
All procedure steps must be completed Step 3.2 (15 Minutes) are time critical.
CAUTION Ongoing or anticipated security events or severe weather may present a danger to normal staffmg and other Emergency Plan implementation processes. Observed all procedural steps carefully during security related events.
3.1 Activation of the Emergency Response Organization (ERO)
[1]
DIRECT a RO or SRO to implement EPIP-5, Appendix B, Activation of the Emergency Response Organization (ERO) utilizing a notification listed below:
D EMERGENCY D
EMERGENCY STAGING AREA (If events are on-going or anticipated that may present a danger to normal emergency center staffing such as security related issues.)
D DRILL D
DRILL STAGING AREA (If events are on-going or anticipated that may present a danger to normal emergency center staffing such as security related issues AND a drill is in progress.)
Standard:
Checks Drill Box and Directs an RO or SRO to implement EPIP-5, Appendix B SAT_ UNSAT_ N/A COMMENTS:____
CUE: An Operator is implementing Appendix B 4
JPM SRO A4 Performance Step 4:
Critical Not Critical 3.2 BFN Risk County and State of Alabama Notification NOTE Notification ofthe Risk Counties / State of Alabama is required to be completed within 15 minutes from the time of emergency classification declaration.
[1]
DIRECT a qualified SRO Communicator to COMPLETE Appendix A (Initial Notification Form) OR complete Appendix A.
Standard:
Completes Appendix A, critical portion is EAL Designator of 3.2-G, Time and Date Event declared, and Wind Direction. Evaluates Appendix H for Initial Protective Action Recommendations and Checks Recommendation 2 and below the Recommendation 2 column checks the box across from a wind direction of93° - 13 7°.
SAT_ UNSAT N/A COMMENTS:____________________________
5
JPM SRO A4 Performance Step 5:
Critical Not Critical 3.2 BFN Risk County and State of Alabama Notification
[2]
DIRECT a RO / SRO to COMPLETE Appendix C (State of Alabama Notification) utilizing a completed Appendix A OR COMPLETE Appendix C.
Standard:
Notifies the State of Alabama within 15 minutes of classification.
SAT_ UNSAT_ N/A COMMENTS:___________
Time of State NOTIFICATION:
CUE: Acknowledge notification information END OF TASK STOP TIME 6
JPM SRO A4 INITIAL CONDITIONS:
You are the SHIFT MANAGER. Unit 2 was operating at 100% power when it developed an unisolable HPCI steam leak into Secondary Containment. EOI-3 and EOI-l have been entered and all rods inserted on the scram.
SBGT is operating All attempts to isolate the HPCI steam line have failed 2-RM-90-24A has gone offscale high due to radiation 2-TE-73-55A is reading 250 °F Gaseous Release Rate in accordance with 0-SI-4.8.B.1.a.1 is 5.4 x i09 pCi/sec Reactor Coolant activity is reported as 320 j.tCi/gm Dose Equivalent 1-131 Wind is from 1000 at 5 mph.
INITIATING CUES:
Classify the highest event classification and complete initial notification.
7
1.
This is a Drill U This is an Actual Event - Repeat - This is an Actual Event
- 2. The SED at Browns Ferry has declared a GENERAL EMERGENCY.
D Minor releases within federally approved limits 1
Q Releases above federally approved limits 1
Release information not known (Tech SpecsIODCM)
Wind Direction is FROM:
(15 mln average)
- EVACUATE LISTED SECTORS (2 mIle Radius & 10 miles downwind)
- Shelter remainder of 10 mile EPZ.
Minor releases within federally approved limits 1
Releases above federally approved limits Release information not known (Tech SpecsIODCM)
WIND FROM DEGREES (Mark wind direction hxim Step 7)
RecommendatIon 2
- EVACUATE LISTED SECTORS (2 mIle radius & 5 mIle downwind)
- SHELTER remainder of 10 mIle EPZ.
- Consider Issuance of POTASSIUM IODIDE in accordance with the State Plan.
Completed by:
I BFN I
EPIP-5 Rev 0044 j
Unit 0 GENERAL EMERGENCY Page 8 of 26 APPENDIX A Page 1 of 1 GENERAL EMERGENCY INITIAL NOTIFICATION FORM
- 3. EAL Designator
- C, JUSE ONLY ONE EAI.. DESIGNATOR)
- 4. RadIological Conditions: (Check one under both Airborne and Liquid column.)
AIrborne Releases Offsite Liould Releases Offsite
- 5. Event Declared: Time:
f4)
(Central Time)
Date: Tb DC
- 6. The Meteorological Conditions are:
(Use 91 meter data from the Met Tower. If data is not available from the MET tower, contact the National Weather Service by dialing 9-1-256-890-8505 or 9-1-205-621-5650.
The National Weather Service will provide wind direction and wind speed.)
1 0 0 degrees Wind Speed:
I STEP MUST BE COMPLETED BY THE SITE EMERGENCY DIRECTOR
- 7. Provide Protective Action Recommendation utilizing Appendix H: (Check either 1 or 2 or 3) 5 m.p.h
- Consider Issuance of POTASSIUM IODIDE In accordance with the State Plan.
C)0 a
I I
AZ B2, F2, G2, E5,E10, F5, FlO, G5, GlO = From 4° -40°
=
AZ B2, F2 G2, E5, F5, G5 A2, B2, F2, G2, F5, Ff0, G5, GlO, H10
From 41°- 73° AZ B2, F2, G2, F5, G5 A2, B2, F2, G2, G5, GlO, H10, 110
From 740 - 92°
A2, B2, F2, G2, G5 P2, 82, F2, G2, A5, G5, H10, 110, J10, K10 From 93° - 137°
> P2, B2, F2, G2, A5, G5 A2, B2, F2, G2, A5, AlO, 110, J10, Kb
From 1380 - 203° A2, B2, F2, G2, A5 P2, 82, F2, G2, A5, AlO, B5, 810 From 204° -282° P2, B2, F2, G2, A5, B5 AZ 82, F2, G2, 85, BlO. dO, D10, E5,E10
From 283°-326° A2, B2, F2, G2, B5, E5 P2, 82, F2, G2, dO, 010, E5,E10, F5, FlO
From 327° -3° A2, B2, F2, G2, E5, F5
[1 Recommendation 3 SHELTER all sectors CONSIDER Issuance of POTASSIUM IODIDE in accordance with the State Plan.
Peer Checked by,