ML101590390

301 Simulator Scenarios (Section 4)

ML101590390
Person / Time
Site:	Turkey Point
Issue date:	03/28/2010
From:	NRC/RGN-II
To:
References
Download: ML101590390 (131)

Text

Appendix D Scenario Outline Form ES-D-1 Facility: Turkey Point Scenario No.: 1 1 Op Test No.: 2007-301 Examiners: Candidates: US RD RO BOP Initial Conditions: Mode 1, 1 75% Power, MOL, MDL, Awaiting permission from plant management to increase power back to 100%. 3-GOP-301 in use complete through step 5.96 for return to 100% power following a turbine valve test.

Turnover: Equipment OOS:DOS: 3B EDG due to failed fuel pump (OOS (DOS 22 days; next 0-OSP-023.3 AU 1 &

Att 1 & 9 in 4 hrs); B AFW Pump due to bearing failure (OOS (005 4 hrs; ETR 24 hrs; both trains verified operable);

3B CSP due to failed 1ST -low- low discharge pressure (OOS (DOS 12 hr; ETR 36 hr)

Perform 3C ICWP isolation valve cycling test per step 7.1.3 of 3-0SP-019.3.

3-OSP-01 9.3. Steps 7.1.1 && 7.1.2 for 3A and 3B ICWP are not scheduled for this shift.

Known tube leak in 3A S/G SIG (2 gpd) - unchanged for last week. Chemistry samples are being taken per 3-0NOP-071.2, 3-ONOP-071 .2, Attachment 1. The current sample, just completed indicates no significant change in leak rate. MOV-3-1403 remains open at management direction due to small size and stability of tube leak rate.

Event Type*

Event Type* Event Description No.

I 1 (N) SRO/BOP 3-OSP-019.3 step 7.1.3.

3C ICWP discharge isolation valve cycling test per 3-0SP-019.3 2 (I) RO/BOP Power range NI channel N-42 upper detector fails high. The crew responds TFN1P2AH = = T per 3-0NOP-059.8.

TSI SRO (TS,I) 3 See event 4a PT-3-1 604 fails low. The crew responds per 3-ARP-097.CR for annunciator PT-3-1604 TFS1ML3LT TFS1ML3L =T below 0-7/4.

D-7/4.

4 (C) BOP 3-ONOP-004.4. TS are Loss of 3C 4kV bus. The crew responds per 3-0NOP-004.4.

TFE2Z52S = = T evaluated for loss of the A SSGFWP.

(C TS) SRO (C,

4a (R) SRO/BOP PT-3-1 604 failure and requires manual action Automatic runback fails due to PT-3-1604 to reduce power < 60 % b-b level. The crew

% to avoid reactor trip on s/g 10-10 I RO (I) RD 3-ONOP-089.

responds per 3-0NOP-089.

TVFACN3O.1 TYFACN3 = 0.1 < 60% power, a 3C SG feed break occurs 5 (M) ALL Once reactor power stabilized <

TFW98M=T inside containment. A manual reactor trip is required before any SG level TCF1009M =

TCF1D09M = F drops < < 10% since the automatic reactor trip is failed. 3-EOP-E-0 is TFL2XASE = = T MOV-3-1 409 breaker trips &

performed. The MOV-3-1409 & FCV-3-498 fails to close leaving TFL2XBSE = = T an uncontrolled feed path to 3C SG if 3A SGFP started.

6 (C) ALL C AFWP trips on overspeed prematurely at 6300 RPM (from setup). The trip TAFXSRPC =

= can not be reset. B B AFWP is OOS.

DOS. A AFWP starts, but runs out of steam eaoo.o 6300.0 pressure from the 3C feed line fault. Efforts to realign A AFWP to train 2 2 TCF5MTC == TT TCF5MTC steam are prevented by AFSS-3-007 stuck closed. SSGFW can not be used due to loss of 3C 4kV bus and a dead battery on B SSGFWP. The crew transitions to 3-EOP-FR-H.1 when AFW flow < 345 gpm and is eventually required to initiate feed && bleed since all SGs << 32% narrow range with adverse containment conditions.

(R)eactivity, (I)nstrument, (N)ormal, (R)eactlvlty, (M)ajor (l)nstrument, (C)omponent, (M)aJor 1

1

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 ScenarioNo.:

Scenario No.:_1_ 1 EventNo.:

Event No.:_1_ Page 1 Page_1_

j_ofof_1_j_

EventDescription:

Event

Description:

30 ICWP 3C CWPdischarge dischargeisolation isolationvalve valvecycling cyclingtest testperper3-0SP-019.3 3-OSP-01 9.3 step step 7.1.3.

7.1.3.

=

Time Time J Position Position J Directs BOP Applicants Actions Applicant's Actions or or Behavior Behavior US US Directs BOP to to have have NSONSO cyclecycle 3C30 ICWP CWP discharge discharge isolation isolation valve, valve, 3 50-332 per 50-332 per 3-0SP-019.3, 3-OSP-019.3, sectionsection 7.1. 7.1.

Directs BOP Directs BOP start start 3B 3B ICWP ICWP && sid s/d 3C3C ICWP ICWP per per 3-0P-019 3-OP-Ol 9 section section 5.3.

5.3.

BOP BOP Obtains copies Obtains copies ofof 3-0SP-019.3, 3-OSP-019.3, section section 7.1 7.1 && 3-0P-019, 3-OP-019, section section 5.3.

5.3.

Perform s actions as Performs actions as follows: follow s:

1.

1. Starts 3B Starts 3B ICWP ICWP && stops stops 3C 3C ICWPICWP per per 3-0P-019 3-OP-019 section section 5.3 5.3 a.

a. Verifies NSO Verifies NSO understands understands ICWPs ICWPs to to be be started/stopped started/stopped

b. Directs NSO Directs NSO verify oil in 3B ICWP ICWP sightglass sightglass & & 3B 3B ICWP ICWP discha dischargerge valve open

c. Starts 3B ICWP & checks VPA ammeter> ammeter> zero

d. Directs NSO locally check 3B ICWP visible packing packing leakoff leakoff

e. Stops 30 3C ICWP & checks ammeter VPA ammet er ==zero

f. Directs NSO NSO locally do do post-st post-stopop check 2.

2. Has Has RO record 30 3C ICWP ICWP as as inoper inoperable.

able.

3.

3. Directs Directs NSONSO perform perform stepssteps 7.1.3.3 7.1.3.3 thru thru 7.1.3.6 7.1.3.6 NOTE NOTE:: NSO NSO has has signof signoff f proced procedure ure copycopy inin field field and and will will perform perform steps steps 7.1.3.3 7.1.3.3 thru thru 7.1.3.6 7.1.3.6 and and will will notify notify BOP BOP when when these these steps steps are are done.

done.

4.4. Starts Starts 30 3C ICWP ICWP per per 3-OP-0 3-0P-019 section 5.3 19 section 5.3 toto verify verify operab operability.

ility.

a.

a. Verifie Verifiess NSO NSO unders understands tands ICWPs ICWPs to to be be started started/stopped

/stopped b.b. Directs Directs NSO NSO verify verify oil oil inin 30 3C ICWP ICWP sightgl sightglass 3C ICWP ass && 30 ICWP discha rge valve discharge valve open open c.c. Starts Starts 303C ICWP ICWP && checks checks VPA VPA ammet ammeter> zero er> zero d.d. Directs Directs NSO NSO locally locallycheck check 30 3C ICWP ICWPvisiblevisible packin packing leakoff g leakoff 5.5. Has Has RO RO record record 30 3C ICWP ICWPas asback backininservice service. .

6.6. Since Sincethisthisisisthe thelast lastIOWP ICWPdischa discharge valvetotobe rge valve becycled cycled, stops

, stops 3B or 30 ICWP per 3B or 3C ICWP per 3-0P-019 3-OP-0 section5.3.

19 section 5.3.

a.a. Stops Stops3B 3Boror303CICWPICWP&&checks checksVPA VPAammetammeter er =zero zero b.b. Directs DirectsNSONSOlocally locallydo dopost-st post-stop check op check RO RO Record Records s 30 3CICWP ICWPOOS OOSand andreturn returntotoservice servicewhenwhenadviseadvised byBOP.

d by BOP.

11

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_ 1 Event Event No.:No.: _2_ 2 Page Page _1_ 1 ofof_2_2 Event

Description:

Event

Description:

Power range Power range NI NI channel channel N-42 N-42 upper upper detector detector fails fails high.

high. The The crew crew responds per responds per 3-0NOP-059.8.

3-ONOP-059.8.

Time

[_Time Position Position ApplicanVs Actions Applicant's Actions or or Behavior Behavior RO RO Recognizes // reports Recognizes reports PRNI PRNI channel channel N-42 N-42 upper upper detector detector failed failed high.

high.

• . annunciator B-2/2, annunciator B-2/2, 3/6, 3/6, 5/5, 5/5, 6/1, 6/1, 6/3, 6/3, 6/4, 9/2 && G-5/1, 6/4, 9/2 G-511, 5/2 5/2

• . N-42 power N-42 power range range channel channel indication indication on on console console fails fails high high

• . N-42 axial N-42 axial flux flux indication indication on on console console fails fails high high

• . N-42 upper N-42 upper detector detector indication indication on on NIS NIS racks racks fails fails high high NOTE: There NOTE: There are are no no immediate actions actions for for this this failure failure N-42 N-42 US 3-ONOP-059.8 Directs response per 3-0NOP-059.8 RO!

RO/ Performs subsequent actions of 3-0NOP-059.8 3-ONOP-059.8 as directed by US:

BOP 1. Places dropped rod mode switch for N-42 in BYPASS.

2. Places right rod stop bypass switch to bypass N-42.

3. Transfers upper section comparator defeat switch to N-42.

4. Transfers lower section comparator defeat switch to N-42.

5. Transfers right power mismatch bypass switch to bypass N-42.

6.

6. Transfers comparator channel defeat defeat switch switch to N-42.

N-42.

7.

7. Pulls Pulls instrument instrument powerpower fuses from N-42 N-42 drawer drawer BB US US Evaluates Evaluates impactimpact per per TS TS 3.3.1.

3.3.1. Table Table 3.3-13.3-1 units units 2, 2, 5, 5, 66 &1

& 17 apply.

7 apply.

Actions Actions 22 (6hr),

(6hr), 77 (lhr)

(1 hr)& & 1313 (6hr)

(6hr) all all in in effect.

effect.

Conducts Conducts crew crew brief brief regarding regarding effects effects of of N-42 N-42 failure failure and and of of tripping tripping bistables bistables as as directed directed in in 3-ONOP-059 3-0NOP-059.8 .8 BOP BOP Obtains Obtains keys, keys, opens opens doordoor toto and and trips trips following following bistables bistables inin protection protection channel channel II,II, rack rack 11:

11:

.* BS-3-422B1 BS-3-422B1 (OPiT (OPilT trip) trip)

.* BS-3-422B2 BS-3-422B2 (OPIiT (OPilT rod rod stop) stop)

.It BS-3-422C1 BS-3-422C1 (OTtT (OTilT trip) trip)

.* BS-3-422C2 BS-3-422C2 (OThT (OTilT rod rod stop) stop)

Closes Closes protection protection rackrack door doorwhen when done.done.

22

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-30 1 Scenario No.:

Scenario No.: _1_

1 EventNo.:

Event No.: _2_2 Page.....L Page 2 ofof_2_

2 Event

Description:

Event

Description:

Power range Power range NINI channel channel N-42N-42 u[2[2er upperdetector detectorfails fails high.

high. The The crew crew responds per 3-0NOP-059.8.

res[2onds [2er 3-ONOP-059.8.

Time

,.... Position Dosition Applicants Actions Applicant's Actions oror Behavior Behavior RD RO Monitors bistable Monitors bistable status status lights lights and and annunciator annunciator panels panels forfor expected expected indications while bistables being indications while bistables being tripped.tripped.

US US 1. Directs notification

1. Directs notification ofof I&e l&C

2. Directs

2. Directs STA STA monitor monitor QPTR QPTR perper 3-0SP-059.1 3-OSP-059.100(reactor (reactor power power approx. 75%)

approx. 75%)

3. Directs

3. Directs wee WCC generate generate clearance clearance for for tripped tripped bistables bistables 33

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: _1_ 1 No.: --l. Page Page _1_

Event Event No.: j of_1_

of ..i.

Event

Description:

Event

Description:

PT-3-1 604 fails PT-3-1604 fails low.

low. The The crew crew responds responds per per 3-ARP-097.CR 3-ARP-097.CR for for annunciator D-7/4.

annunciator D-7/4.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Acknowledges alarm Acknowledges alarm D-7/4.

D-7/4.

Perform actions Perform actions of of 3-ARP-097.CR 3-ARP-097.CR for for annunciator annunciator D-7/4.

D-7/4.

1.1. Recognizes/reports CV-3-2011 Recognizes/reports CV-3-201 1 openopen andand PT-3-1604 PT-3-1 604 failed.

failed.

2.

2. Determines no Determines other automatic no other automatic actions actions have have occurred.

occurred.

3. Determines reactor Determines reactor power increased due to CV-3-2011 CV-3-201 1 failure failure but still but still << 100%

100%

4. Determines SGFP suction pressure> pressure > 260 psig.

5. When directed by US, closes CV-3-2011. CV-3-201 1.

6. CV-3-1 900 closed.

Directs NSO verify CV-3-1900

7. Determines 2 HDPs running as required since turbine load>

450 MWe RO Reads 3-ARP-097.C 3-ARP-097.CR R for annunciator D-7/4 Observes decrease in Tavg & & increase in reactor power due to CV-3-2011 failure US US Directs Directs closure of CV-3-201 CV-3-20111 once once itit has has been been determined determined thatthat SGFP SGFP suction suction pressure>

pressure> 260 260 psig psig Determines Determines effects of PT-3-1 effects of PT-3-1604 failure (e.g, 604 failure (e.g, no no turbine turbine runback runback on on loss loss of of SGFP).

SGFP).

Conducts Conducts crewcrew brief brief regarding regarding effects effects of of PT-3-1 PT-3-1604 failure.

604 failure.

Directs Directs WCC WCC have I&C investigate have l&C investigate // fix fix PT-3-1604 PT-3-1604 failure.

failure.

IfIf QPTR QPTR directed directed in in event event 2,2, then then allows allows power>

power> 75%

75%

44

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_1 Event No.:

Event No.: 4/4a 4/4a Page Page_1_1 of of2 2 Event

Description:

Event

Description:

Loss of Loss of 3C 3C 4kV 4kV bus.

bus. 3B3B SGFP SGFP isis lost.

lost. Automatic Automatic run back fails runback fails due due toto PT-3-1 604 failure PT-3-1604 failure and and requires requires manual manual action action to to reduce power << 60 reduce power 60 % %

to avoid reactor trip to avoid reactor trip on S/9 on b-b s/g 10-10 level. The level. The crew crew responds responds per per 3-0NOP-3-ONOP-089 and 089 and 3-0NOP-004.4.

3-ONOP-004.4. TS TS are are evaluated evaluated for for loss loss ofof the the AA SSGFWP SSGFWP..

Time_J Position I II I It:: Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports loss Recognizes/reports loss of of 3B 3B SGFP SGFP

• • Annunciator D-6/2 Annunciator D-6/2 (B(B SGFP SGFP low low flow) flow)

• . Annunciators C-5/1 Annunciators 0-5/1 thru thru 5/3 5/3 (SG (SG steam>

steam > feed feed flow) flow)

• . Annunciators D-6/1 D-6/1 thru 6/3 6/3 (SG (SG level level deviations)

• • 3B SGFP breaker open indication indication with ammeter =0

• . Indicated feedwater flow < < steam flow for all SGs

• . Slowly dropping level in all SGs Notices absence absence of runback and takes 3B SGFP control switch to to trip. Recognizes/reports Recognizes/reports failure of turbine to runback.

US US Directs performance of immediate actions per 3-ONOP-089 3-0NOP-089 including manual turbine runback to << 60% turbine load or as needed to reduce steam flow << available feedwater flow.

Verifies automatic automatic actions actions per per 3-ONOP-089 3-0NOP-089::

BOP BOP 1.

1. Manually Manually reduces reduces turbine turbine load load 2.

2. Performs Performs fast fast load load reduction reduction to to << 60%

60% turbine turbine load or as load or as needed needed to to reduce reduce steam steam flow flow << available available feedwater feedwater flow.flow.

3.

3. Verifies Verifies condenser condenser steam steam dumps dumps openopen as as necessary necessary based based on on Tavg-Tref mismatch.

Tavg-Tref mismatch.

4.

4. Verifies Verifies main main FW FW regulating regulating valves valves throttle throttle as as necessary necessary to to return return SG SG level level to to program program (60%).

(60%).

RO RO Verifies Verifies automatic automatic actions actions per per 3-ONOP-089 3-0NOP-089:  :

1.1. Verifies Verifies autoauto rod rod insertion insertion inin response response to to turbine turbine load load reduction reduction toto reduce reduce Tavg/Tref Tavg/Tref mismatch mismatch 2.2. Verifies Verifies PZR PZR level level && pressure pressure control:

control:

a.a. Charging Charging pump pump speed speed changes changes toto maintain maintain PZR PZR level level b.b. PZR PZR heaters heatersI /normal normalspraysprayfunction function as asneeded neededtoto maintain maintain PZR PZR pressure pressureapprox approx22352235 psig psig 55

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_1 Event Event No.:No.: 4/4a 4/4a Page Page _2_ 2 of of _2_

2 Event

Description:

Event

Description:

Loss of Loss of 3C 30 4kV 4kV bus.

bus. 3B3B SGFP SGFP is is lost.

lost. Automatic Automatic runback runback fails fails due due to to PT-3-1 604 failure PT-3-1604 failure and and reguires requires manual manual action action to reduce 120wer to reduce power << 60 60 %%

to avoid to avoid reactor reactor tril2 trip on on s/g b-b level.

s/q 10-10 level. The The crew crew resl20nds responds l2er per 3-0NOP-3-ONOP-089 and 089 and 3-0NOP-004.4.

3-ONOP-004.4. TS TS are are evaluated evaluated for for loss loss ofof the the AA SSGFWP.

SSGFWP.

Time__[

Time Position Position ApplicanVs Actions Applicant's Actions or or Behavior Behavior US US Directs subsequent Directs subsequent actions actions perper 3-0NOP-089.

3-ONOP-089.

BOP BOP Performs remainder Performs remainder of of subsequent subsequent actionsactions per per 3-0NOP-089.

3-ONOP-089.

1. Verifies SG levels and pressures stabilized

2. Verifies steam dumps closed.

3. Marks control room charts with date/time/cause date/time/cause of runback Performs remainder of subsequent actions per 3-0NOP-089. 3-ON OP-089.

RO 1. Verifies Tavg matches Tref

2. Verifies PZR level & pressure stabilized.

3. Marks control room charts with date/time/cause date/time/cause of runback BOP Determines loss of 3B SGFP due to loss of 30 3C 4kV bus US Directs actions per 3-ONOP-004 3-0NOP-004.4 .4 BOP Performs actions as directed by US per 3-ONOP-004 3-0NOP-004.4: .4:

1.

1. Stabilizes plant following manual turbine runback run back 2.

2. Determines Determines 3A 3A && 3B3B 4kV 4kV buses buses both both energized energized

3. Determines

3. Determines 3C 3C 4kV 4kV busbus lockout lockout tripped NOTE: Attempts Attempts mademade to to reset lockout lockout will be unsuccessful will be unsuccessful..

4. Directs

4. Directs FS/NSO FS/NSO locally locally investigate investigate 3C 3C 4kV 4kV busbus us US Directs Directs WCC WCC have have Electrical Electrical maint.

maint. investigate investigate 30 3C 4kV 4kV bus bus lockout.

lockout.

Determines Determines no no further further actions actions perper 3-ONOP-004 3-0NOP-004.4 can be

.4 can be performed performed until 3C 4kV until 30 4kV busbus lockout lockout reset.

reset.

Directs Directs SMSM to to review review 0-ADM-01 0-ADM-0111 to to see see ifif ERT ERT should should be be activated.

activated.

Directs Directs System System && DOS DCS 0-ADM-115 0-ADM-115 notification notification about about runback.

runback.

Directs Directs Ohemistry Chemistry notification notification to to sample sample ROSRCS (15% (15% power power change) change)

Determines Determines TS TS 3.7.1.6 3.7.1.6 Action Action a. a. (30 (30 days) days) applies applies forfor AA SSGFWP SSGFWP (if (iftime time permits this evaluation).

permits this evaluation).

Conducts Conducts crew crew brief brief regarding regarding effects effects ofof loss loss ofof 30 3C 4kV4kV bus.

bus.

66

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_ 1 No.: ~

Event No.:

Event ..... Pagelof_4_

Page .1... of 4 Event

Description:

Event

Description:

Once reactor Once reactor [:2ower power stabilized stabilized << 60% power, aa 3C 60% [:2ower, 30 SG SG feedfeed break break occurs inside containment.

occurs inside containment. AA manual manual reactor reactor tri[:2 trip isis reguired required beforebefore ani any SG level SG level dro[:2s drops << 10%

10% since since thethe automatic automatic reactor reactor tri[:2 trip isis failed.

failed. 3-EOP-3-EOP-E-0 isis [:2erformed.

E-O performed. The The MOV-3-1409 MOV-3-1 409 breaker trips &

breaker tri[:2s & FCV-3-498 FCV-3-498 fails fails to to close leaving close leaving an an uncontrolled uncontrolled feed feed [:2ath path to to 3C 30 SGSG ifif 3A3A SGFP SGFP started started..

.....Time Position lillie Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes and Recognizes and reports reports dropping dropping 3C 3C SGSG levels levels and and feedwater feedwater flows flows

• . Annunciators C-5/1 Annunciators 0-5/1 thruthru 5/3 5/3 (SG (SG steam>

steam > feed feed flow)flow)

• . Annunciators D-6/1 Annunciators D-611 thruthru 6/3 6/3 (SG (SG level level deviations) deviations)

• . Indicated feedwater Indicated feedwater flow flow << steam steam flow flow for for all all SGs SGs

• . Slowly dropping level Slowly level in in all all SGs SGs Recommends manual rx Recommends rx trip before any SG level drops < 10% NR.

US US Determines a loss of FW flow is occurring and directs RO to Critical Critical manually trip the reactor before any SG level drops < < 10% NR.

Directs crew perform 3-EOP-E-0 immediate actions & & foldout page.

RD RO Performs immediate actions of 3-EOP-E-0:

1. Verifies reactor trip

. Rod bottom lights on & & RPIs RPls at zero

.* Rx trip && bypass bkrs open

.* Neutron Neutron flux decreasing decreasing 2.

2. Determines Determines SI SI eventually eventually actuates actuates on on SG SG pressure pressure txP>100 LlP>1 00 psi psi BOP BOP Performs Performs immediate immediate actions actions of of 3-EOP-E-0:

3-EOP-E-0:

1.

1. Verifies Verifies turbine turbine tripped tripped

.

• Turbine Turbine stop stop valves valves closed closed

.* Closes Closes MSRMSR mainmain steam steam stop stop MOVs MOVs

.* Mid Mid &&East East GCBs GCBs open open 2.2. Verifies Verifies power power to to emergency emergency 4kV 4kV buses buses 3.3. Determines Determines both both 3A3A &&3B 3B 4kV 4kV buses buses energized energized with with 3D 3D 4kV 4kV bus energized bus energized from from 3B 3B 4kV 4kV bus bus RD RO Trips Trips RCPs RCPs ififsubcooling subcooling << 25[65]°F 25[65]OF per per 3-EOP-E-0 3-EOP-E-0 foldout foldout page.

page.

77

Appendix 0D Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_ 1 Event No.:

Event No.: _5_ 5 Page -2 Page 2 of_4_

of 4 Event

Description:

Event

Description:

Once reactor Once reactor power power stabilized stabilized << 60% 60% power, power, aa 3C30 SGSG feed feed break break occurs inside occurs inside containment.

containment. A A manual manual reactor reactor trip trip is is required before any required before any SG level SG level drops drops << 10%

10% since since the automatic reactor the automatic reactor trip trip is is failed.

failed. 3-EOP-3-EOP-E-0 is E-O is performed.

performed. The MOV-3-1409 MOV-3-1 409 breakerbreaker trips trips & & FCV-3-498 FCV-3..498 fails to leaving an close leaving an uncontrolled uncontrolled feed path path to 3C 30 SGSG ifif 3A 3A SGFP SGFP started.

Time e Position Position j Applicants Actions or Behavior Applicant's Behavior BOP Performs 3-EOP-E-0 foldout page actions when directed by US US

1. Isolates AFW to 3C (faulted) SG

2. Opens ADVs on 3A & 3B SG SG to stabilize RCS hot leg temp.

US Directs BOP verify prompt actions per 3-EOP-E-0 Attachment 3.

Directs RO continue performance of 3-EOP-E-0 subsequent actions.

BOP Verifies prompt actions per 3-EOP-E-0 Attachment 3:

1. Determines 3A, 3B, 3C, 30, 3D & 3H 480V LCs LOs energized

2. Determines status of MSIVs MSIV5 (still open) and closes them if any MS isolation signal actuated (should not be).

3. Verifies FW isolation:

a. Determines FCV-3-498 not closed. Attempts unsuccessfully unsuccessfully to close valve using controller. Determines other 2 main FW regulating valves closed.

b. Determines all main FW regulating bypass valves closed.

c. Closes MOV-3-1 MOV-3-1407 407 & 1408.

1408. Determines MOV-3-1 MOV-3-1409 409 has no power. Directs NSO to locally close valve.

d. Determines A SSGFWP not available & BB SSGFWP SSGFWP off.

4. Verifies at least 2 ICWPs running, POV-3-4882 & 4883 closed with lOW ICW headers tied together.

5. Verifies 33 CCWHXs in service, 3A & 3B CCWPs running, COW CCW headers headers tied together & & MOV-3-626 MOV-3-626 open. open.

6. Determines Determines 22 ECCs ECCs & & all all 33 ECFs running.

7.

7. Determines Determines allall 44 HHSIPs HHSIPs & & 22 RHRPs running

8. Determines RCS pressure> 1600 1600 psig (no(no HHSI HHSI flow) 9.

9. Shuts down both Shuts down both unitunit 44 HHSIPs HHSIPs 10.

10. Determines Determines allall containment isolation isolation phase phase A valvesvalves closed.

closed.

88

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 11 No.: ~

Event No.:

Event 5 Page -..2..

Page 3 ofof ~ 4 Event

Description:

Event

Description:

Once reactor Once reactor power power stabilized stabilized << 60% 60% power, power, aa 3C 3C SG SG feedfeed break break occurs inside occurs inside containment.

containment. AA manual manual reactor reactor trip trip isis required required before before any any SG level SG level drops drops << 10%

10% since since thethe automatic automatic reactor reactor trip trip isis failed.

failed. 3-EOP-3-EOP-E-O performed. The E-0 isis performed. The MOV-3-1409 MOV-3-1 409 breaker breaker trips trips && FCV-3-498 FCV-3-498 fails fails to to close leaving an uncontrolled close leaving an uncontrolled feed feed path path toto 3C 30 SG SG ifif 3A3A SGFP SGFP started.

started.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Continues prompt Continues prompt action action verification verification perper 3-EOP-E-0 3-EOP-E-0 AttachmentAttachment 3: 3:

1 1. Determines

11. Determines all all SI SI valves valves in in proper proper injection injection alignment alignment

12. Resets

12. Resets SI SI && containment containment isolation isolation phase phase A. A.

13. IfIf RCPs

13. RCPs running, running, opens MOV-3-1417 MOV-3-1417 & & 1418 1418 then then resets/starts resets/starts all available all available NCCs.

14. Determines containment pressure remained < 20 psig.

15. Determines containment ventilation isolated and control room ventilation in proper emergency recirculation alignment.

16. Directs NSO place PAHMS in service per 3-0P-094. 3-OP-094.

17. Verifies 3A & both U4 EDGs running (3B EDG is OOS).

18. Determines 3A, 3B & 3D 4kV buses still energized.

19. Notifies US that prompt action verification complete.

RO Performs subsequent actions of 3-EOP-E-O as directed:

1.

1. Determines no AFWPs will be running.

a. A AFWP slowly losing steam supply as 30 3C SG depressurizes through the the FW FW break break into into containment.

b. BAFWPOOS

b. BAFWP OOS c.

c. C C AFWP AFWP started, started, increased increased speedspeed but but then then mechanically mechanically tripped. Directs Directs NSO NSO investigate investigate C AFWP and C AFWP and attempt attempt toto reset reset trip trip (3-ONOP-07 (3-0NOP-075 Att. 44 may 5 Att. may be be used used for for guidance).

guidance).

2.

2. Determines Determines AFW AFW valvevalve alignment alignment proper proper 3.

3. Recognizeslr Recognizes/reports eports SGs SGs levels levels & & AFW AFW flow flow 4.

4. Determines Determines RCP RCP thermal thermal barrier barrier alarms alarms off.off.

5.

5. Determines Determines RCS RCS temptemp dropping dropping due due toto feed feed break.

break. Limits Limits AFW AFW flow flow toto 345

=345 gpmgpm ifif directed directed to to reduce reduce cooldown.

cooldown.

6.

6. Determines Determines PZR PZR PORVs, PORVs, normalnormal spray, spray, auxaux spray spray && excess excess letdown letdown isolation isolation valves valves closed.

closed.

7.7. Stops RCPs ifif running Stops RCPs running && triptrip criteria criteria met met 8.8. Determines Determines 3C 3C SGSG faulted.

faulted.

99

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _1_

1 No.: _5_

Event No.:

Event 5 Page~of_4_

Page 4 of 4 Event

Description:

Event

Description:

Once reactor Once reactor l20wer power stabilized stabilized << 60% power, aa 3C 60% l2ower, 30 SG SG feed feed break break occurs inside occurs inside containment.

containment. AA manual manual reactor reactor tril2 trip isis reguired before an~

required before any SG level SG level drol2s drops << 10% since the 10% since the automatic automatic reactor reactor tril2 trip is is failed.

failed. 3-EOP-3-EOP-E-0 is E-O is l2erformed.

performed. The The MOV-3-1409 MOV-3-1 409 breaker breaker tril2s trips && FCV-3-498 FCV-3-498 fails fails to to close leaving close leavinq anan uncontrolled uncontrolled feed feed l2ath path to to 3C 30 SGSG ifif 3A3A SGFP SGFP started.

started.

Time Position Position Applicants Actions or Applicant's or Behavior Behavior US 1.

1. If all SG levels <

If < 6[32]% and AFW flow < < 345 gpm at 3-EOP-E-O step 8, directs transition to 3-EOP-FR-H.1.

3-EOP-FR-H.1.

2. Determines 3C SG faulted

3. Directs STA monitor CSFSTs (red path on Heat Sink CSF)

4. 3-EOP-FR.H.1 Directs transition to 3-EOP-FR.H.1 10 10

Appendix D Appendix D Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.: _ 1_

Scenario No.: 1 No.: _6 Event No.:

Event 6_ Page _1_

Page 1 of of --2...

2 Event

Description:

Event

Description:

CC AFWP AFWP tril2s trips on on oversl2eed overspeed I2rematurely prematurely at at 6300 RPM (from 6300 RPM (from setul2}.

setup). TheThe trip can tril2 can not not be reset. BB AFWP be reset. AFWP is is OOS.

OOS. A A AFWP AFWP starts, starts, but but runs runs out out ofof steam I2ressure steam pressure from from the the 3C 3C feed feed line line fault.

fault. Efforts Efforts to to realign realign A A AFWP AFWP to to train 22 steam train steam are are I2revented prevented by by AFSS-3-007 AFSS-3-007 stuck closed. SSGFW SSGFW can not be used due to loss of 3C 4kV bus and a dead batte!y battery on B B SSGFWP. The crew transitions to 3-EOP-FR-H.1 when AFW flow < < 345 qpm and gl2m and is eventually eventually reguired required toto initiate feed & & bleed since since all SGs <<

all SGs narrow range 32% narrow range with adverse adverse containment containment conditions.

Time Position Applicants Actions or Behavior Applicant's US Directs response per 3-EOP-FR-H.1.

Performs actions per 3-EOP-FR-H.1 as directed by US:

RCO 1. Determines RCS pressure> intact SG pressure

2. Determines RCS Tavg >350°F BOP Performs actions per 3-EOP-FR-H.1 as directed by US:

1. Per step 2 Caution, informs US that all SG narrow range level << 32%

US Since all narrow range SG levels << 32%, directs immediate transition to steps 11-19 of 3-EOP-FR-H.1.

Critical Directs initiation of feed & & bleed per steps 11-19 of 3-EOP-FR-H.1.

RO Performs actions of 3-EOP-FR-H.1 as directed by US:

1.

1. Determines SI & containment isolation phase A already initiated Critical 2. Stops all running RCPs

3. Determines 2 HHSIPs HHSIPs running & SI valves in proper injection alignment

4. Determines PORV block MOVs open and energized Critical 5.

5. Opens bothboth PORVs PORVs for adequate adequate RCS bleed bleed path.

path.

6.

6. Determines Determines CV-3-2803 CV-3-2803 open (IA to containment) containment) 7.

7. Determines Determines SI SI &

& containment isolation isolation phase A already already reset.

8.

8. Determines Determines both unit 33 HHSIPs both unit running &

HHSIPs running & both both unit unit 44 HHSIPs HHSIPs already already stopped and in stopped and in standby.

standby.

11 11

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 11 Event No.:

Event No.: _6_ 6 Page--L Page 2 of of--L 2

Event

Description:

Event

Description:

CC AFWP AFWP tril2Strips on on oversl2eed overspeed I2rematurely prematurely at at 6300 6300 RPMRPM (from (from setul2).

setup).

The trip can not be reset.

The tril2 can not be reset. BB AFWP AFWP isis OOS.

OOS. AA AFWPAFWP starts, starts, but but runs runs out of out of steam steam I2ressure pressure fromfrom the the 3C 3C feed feed line line fault.

fault. Efforts Efforts to to realign realign AA AFWP to AFWP train 22 steam to train steam are are I2revented prevented by by AFSS-3-007 AFSS-3-007 stuck stuck closed.

closed.

SSGFW can SSGFW can not not be be used used due due toto loss loss of of 3C 3C 4kV4kV bus bus and and aa dead dead battery battery on BB SSGFWP.

on SSGFWP. The The crew crew transitions transitions toto 3-EOP-FR-H.1 3-EOP-FR-H.1 when when AFW AFW flow flow

<<345 gpm and 345 gl2m and isis eventually required to eventually reguired to initiate feed &

initiate feed & bleed bleed since since all all SGs << 32%

SGs 32% narrow narrow range range with with adverse adverse containment containment conditions.

conditions.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Performs actions Performs actions of of 3-EOP-FR-H.1 3-EOP-FR-H.1 as as directed directed by by US:

US:

11 . Reverifies

. Reverifies SI SI && phase phase A A equipment equipment actuated actuated using using 3-EOP-E-0 3-EOP-E-0 Attachment 33 (performed Attachment (performed withwith same same results results as in as in event event 5).

5).

2. Determines status of Determines placing PAHMS of placing PAHMS in in service (directed (directed NSONSO to do this in event 5). Completes PAHMS alignment in control room 3-OP-094 if NSO reports field actions complete.

per 3-0P-094 US Determines RCS heat removal adequate.

TERMINATING TERMINATING CUE Scenario terminated when feed & bleed alignment complete (3-CUE EOP-FR-H.1 step 22).

12 12

Appendix 0D Appendix Scenario Outline Scenario Outline Form Form ES-O-1 ES-D-1 Facility:

Facility: Turkey Point Turkey Point Scenario No.:

Scenario No.: 11 Op Test No.:

Op Test No.: 2007-301 2007-30 1 Examiners:

Examiners: Candidates:

Candidates: US US RO RO BOP BOP Initial Conditions:

Initial Conditions: Mode 1, Mode 1, 75%

75% Power, Power, MOL, MOL, Awaiting Awaiting permission permission from from plant plant management management to to increase increase powerpower back back to 100%.

to 100%. 3-GOP-301 3-GOP-301 inin use use complete complete through through stepstep 5.96 5.96 for for retum return to to 100%

100% power power following following aa turbine valve turbine valve test.

test.

Turnover:

Tumover: Equipment OOS:

Equipment OOS: 3B EDG due 3B EDG due to to failed failed fuel fuel pump pump (OOS (OOS 22 days; days; next next performance performance of of O-OSP-0-OSP-023.3 in 023.3 in 44 hrs);

hrs); BB AFW AFW PumpPump due due to bearing failure to bearing failure (OOS (OOS 44 hrs; hrs; ETR ETR 24 24 hrs);

hrs); 3B3B CSP CSP due due to to failed 1ST failed 1ST -low

- low discharge discharge pressure pressure (OOS (OOS 12 12 hr; hr; ETR ETR 36 36 hr) hr)

Perform 3C Perform ICWP isolation 3C ICWP isolation valve valve cycling cycling test test per perstep 7.1.3 of step 7.1.3 of 3-0SP-019.3.

3-OSP-019.3. Steps Steps 7.1.1 7.1.1 && 7.1.2 7.1.2 for 3A andand 3B ICWPICWP were completed completed by by the offgoing offgoing shift.

Known tube Known tube leak leak inin 3A 3A S/G S/G (2 (2 gpd) gpd) - unchanged unchanged for for last last week.

week. Chemistry Chemistry samples samples are are being being taken per taken per 3-0NOP-071.2, 3-ONOP-071 .2, Attachment Attachment 1. 1. The The current current sample, sample, just completed completed indicates indicates no no significant change in leak rate. MOV-3-1403 remains open at management direction direction due due to small stability of tube leak size and stability leak rate.

rate.

Event Event Type*

Event Type* Event Description No.

No.

1 1 (N)SRO/BO (N) SRO/BOP P 3C ICWP discharge isolation valve cycling test per 3-0SP-019.3 3-OSP-019.3 step 7.1.3.

22 (I) RO/BOP Power range NI channel N-42 upper detector fails high. The crew responds TFN1P2AH = T TFN1P2AH T (TSI)SRO per 3-0NOP-059.8.

(TS,I) SRO 33 See See event 4a PT-3-1 604 fails low. The crew responds per 3-ARP-097.C PT-3-1604 3-ARP-097.CR R for annunciator TFS1 ML3L = T TFS1ML3L T below D-7/4.

0-7/4.

44 (C) BOP Loss of 303C 4kV bus. The crew responds per 3-ONOP-004 3-0NOP-004.4. .4. TS are TFE2z525 TFE2Z52S == TT evaluated for loss of the A SSGFWP.

(C (C, TS) SRO 4a 4a (R) SRO/BOP Automatic runback fails due to PT-3-1 PT-3-1604 604 failure and requires manual action (I to reduce power << 60 % to avoid reactor trip on slg b-b on s/g 10-10 level. The crew (I) RO responds per 3-ONOP-089 3-0NOP-089..

55 TVFACN3O.1 TVFACN3 = 0.1 (M) ALL Once reactor power stabilized << 60% power, aa 3C SG feed break occurs TFW98M TFW98M=T = T inside containment. A manual manual reactor trip is is required before any any SGSG level level TCF1009M=F TCF1D09M = F drops drops << 10%

10% sincesince the the automatic automatic reactor trip trip is is failed. 3-EOP-E-0 3-EOP-E-0 is is TFL2XAS TFL2XASE ==T T performed. The The MOV-3-1 MOV-3-1409 409 breaker breaker trips trips && FCV-3-498 fails to to close close leaving leaving TFL2xBsE=T TFL2XBSE = T an an uncontrolled uncontrolled feed path path to to 303C SGSG ifif 3A 3A SGFP SGFP started.

started.

66 (C)

(C) ALL ALL CC AFWP AFWP tripstrips onon overspeed overspeed prematurely prematurely at at 6300 6300 RPM RPM (from (from setup).

setup). The The trip trip TAFXSRPC TAFXSRPC =

= can can not not be reset. BB AFWP be reset. AFWP is is OOS.

OOS. A A AFWP AFWP starts, starts, but but runs runs outout ofof steam steam 6300.0 6300.0 pressure pressure fromfrom thethe 303C feed line fault.

feed line fault. Efforts Efforts to to realign realign A A AFWP AFWP to to train train 22 TcF5MTC=T TCF5MTC = T steam steam areare prevented prevented by by AFSS-3-007 AFSS-3-007 stuck stuck closed.

closed. SSGFW SSGFW can can not not bebe used used due to loss due to loss ofof 303C 4kV 4kV bus and aa dead bus and battery on dead battery on BB SSGFWP.

SSGFWP. The The crew crew transitions transitions to to 3-EOP-FR-H 3-EOP-FR-H.1 .1 when when AFW AFW flowflow << 345 345 gpm gpm andand is is eventually eventually required required to to initiate feed && bleed initiate feed bleed since since all all SGs SGs << 32% 32% narrow narrow range range withwith adverse adverse containment containment conditions.

conditions.

(N)ormal, (N)ormal, (R)eactivity, (R)eactlvity, (l)nstrument, (I)nstrument, (C)omponen (C)omponent, t, (M)ajor (M)aJor 11

TP-2007-301 Scenario TP-2007-301 Scenario #1 #1 Event Event Description Description Turkey Point Turkey Point 2007-301 2007-301 Scenario Scenario #1 #1 Event 11 --30 Event ICWP discharge 3C ICWP discharge isolation isolation valve valve cycling cycling test per 3-0SP-019.3 test per 3-OSP-019.3 step step 7.1.3 7.1.3 Event 22 - Power Event - Power range range NI NI channel channel N-42 N-42 upper upper detector detector fails fails high.

high. The The crew crew responds responds per per 3-3-

ONOP-059.8.

ONOP-059.8.

Event 33 - PT-3-1604 Event - PT-3-1604 fails fails low.

low. The The crew crew responds responds per per 3-ARP-097.CR 3-ARP-097.CR for annunciator 0-7/4.

for annunciator D-714.

Event 44 - Loss Event - Loss ofof 3C 4kV bus.

30 4kV bus. The The crew crew responds responds per 3-ONOP-004.4. TS per 3-0NOP-004.4. TS are are evaluated evaluated for for loss loss of the of the AA SSGFWP.

SSGFWP.

Event 4a Event 4a - Automatic run

- runback back fails due to PT PT-3-1 604 failure and requires manual action to 1604 reduce reduce power <

< 60 % avoid reactor

% to avoid reactor trip on slgs/g 10-10 b-b level.

level. The crew crew responds responds per per 3-0NOP-3-ONOP-089.

Event 55 - Once Event - Once reactor power stabilized <<60% 60% power, a 3C 30 SG feed break occurs inside containment. A containment. A manual reactor trip is required before any SG level drops < 10% since the automatic reactor trip is failed. 3-EOP-E-0 is performed. The MOV-3-1409 automatic MOV-3-1 409 breaker trips & FCV-FCV 3-498 fails to close leaving an uncontrolled feed path to 3C 3-498 fails 30 SG if 3A SGFP started.

Event 66 - C Event - C AFWP AFWP tripstrips on overs overspeed peed prematurely at 6300 RPM (from setup). The trip can not be reset.

be reset. B B AFWP AFWP is is OOS. A AFWP starts, but runs out of steam pressure from the 3C 30 feed line fault. Efforts fault. Efforts toto realign A AFWP to train 2 steam are prevented by AFSS-3-007 stuck closed.

SSGFW SSGFW can not be used due to loss of 3C 4kV bus and a dead battery on B SSGFWP. The crew transitions transitions to 3-EOP-FR-H 3-EOP-FR-H.1 .1 when AFW flow << 345 gpm and is eventually required to initiate feed & bleed since all SGs <

initiate < 32% narrow range with adverse containment conditions.

22

TP-2007-301 Scenario TP-2007-301 Scenario #1 Event Description

1. 1 Event Description Scenario XXIII NRC Scenario NRC 1I Simulator Operating Simulator Operating Instructions Instructions Setup 10-16 (75%

IC-16 (75% MOL)MOL)

Place simulator Place simulator in run in run Trigger lesson steps:

SETUP - AUTO REACTOR TRIP FAIL (actuates

- (actuates TFL2XASE TFL2XASE == T, T, TFL2XBSE TFL2XBSE == T,T, TFL2XASE TFL2XASE == FF when when IML2CRXT && TFL2XBSE == FF when IML2CRXT)

IML2CRXT ML2CRXT)

SETUP - 3B EDG

- EDG OOS DOS (actuates (actuates TA05LRSB TAQ5LRSB == OFF OFF (0)

(0) && TA05B20P TAQ5B2OP == RACKOUT RACKOUT (3)) (3))

SETUP - B AFWP OOS

- DOS (actuates TAFK244 == 0.0, TAFK002 TAFKOO2 == 0.0, TAFF01B TAFF01 B == 0.0, TCF5MTB == T)

SETUP - 3A SG 2 GPO

- GPD LEAK (actuates TVHHSGA = 0.0000013)

SETUP - 3B CSP OOS (actuates

- (actuates TAM1DPOB TAM1 DPOB == RACKOUT RACKOUT (3) (3) & TCM1 D41 M

& TCM1D41 M == FALSE)

FALSE)

SETUP - C AFWP OVERSPEED

- OVERSPEED TRIP (actuates (actuates TAFXSRPC =6300.0, TCF5MTC == Twhen T when F50SlAFC F50SAFC EQ 6290)

EO Start 3A ICWP and stop 3B ICWP. (Leave 3A & 3C 30 ICWP running). Start train A chilled water and secure train B chilled water (CR HVAC panel).

Acknowledge annunciators F-9/2 Acknowledge F-912 & F-9/5 (3B EDG) and place simulator in freeze.

Place clearance info tags on 3B EDG normal start switch, B AFWP T& T&T T valve control switch & 3B CSP control switch.

Remove AFW train 2 orange tag from B AFWP tachometer just below ann. panel X.

3-ONOP-071 .2 Att 1.

Provide shift turnover checklists and 3-0NOP-071.2 Select 3A QSPDS to page 211 (SAT) and 3B QSPDS to page 212 (RVL). Set ERDADS on VPA to Tavg/Tref (TAV) and at the RCO desk to ENVRN (ED3).

Fill in blender & shutdown boron addition placards at console blender station. Data for each IC may be found in the ECC & Shutdown Guidelines Book in the simulator I/F.

Event I1 - 3C ICWP discharge isolation valve test Initiated from shift turnover immediately after shift turnover.

The crew will start 3B 38 ICWP & & stop 3C ICWP per 3-OP-019 3-0P-019 section 5.3, then NSO begins performing 3-OSP-019.3 3-0SP-019.3 step 7.1.3.

Respond Respond as as NSO NSO ifif directed directed to perform perform pre-start checks checks for 3B 3B ICWP ICWP & post-shutdown

& post-shutdow n checks for 30 ICWP. Report 3C ICWP. Report all conditions normal.

Step 7.1.3.1 Step 7.1.3.1 - Done

- Done byby securing 30 3C ICWP.

ICWP.

Step Step 7.1.3.2 7.1.3.2 - Call

- as NSO Call as NSO andand request RD RO loglog 3C3C ICWP ICWP inoperable.

inoperable.

Step Step 7.1.3.3 7.1.3.3 - Trigger

- Trigger lesson lesson step step EVENT EVENT I1 - REMOVE 3AD05

- 3AD05 CLOSE CLOSE CKT CKT FUSES FUSES (actuates (actuates TFK2GO5A TFK2G05A == T)T) 33

TP-2007-301 Scenario TP-2007-301 Scenario #1 #1 Event Event Description Description Step 7.1.3.4 Step 7.1.3.4 - Trigger

- Trigger lesson lesson step step EVENT EVENT 1I - CLOSE

- CLOSE 3-50-332 3-50-332 (actuates (actuates TAKB332 TAKB332 == 0.00.0 on on 60 60 ramp), then trigger lesson step sec ramp), then trigger lesson step EVENT 1I - OPEN sec EVENT - OPEN 3-50-332 3-50-332 (actuates (actuates TAKB332 1.0 on TAKB332 == 1.0 on 60 60 sec ramp).

sec ramp).

Step 7.1.3.5 Step 7.1.3.5 - Trigger

- Trigger lesson lesson step EVENT 1I - INSTALL step EVENT - INSTALL 3AD05 3AD05 CLOSECLOSE CKT CKT FUSES FUSES (actuates TFK2G05A (actuates TFK2GO5A == F). F).

Step 7.1.3.6 Step 7.1.3.6 - NSO

- NSO field field verification verification of lights on of lights on 3AD05.

3AD05.

Step 7.1.3.7 - Respond Step 7.1.3.7 - Respond as as NSO NSO when when directed directed to to do do pre-start pre-start checks checks on on 3C 3C ICWP ICWP and and report pump report pump ready.

ready. Respond Respond as NSO when as NSO when directed directed to to do post-start checks and do post-start checks and report report pump running pump running normally.

normally.

Step 7.1.3.9 Step 7.1.3.9 - Respond

- Respond as as NSO NSO whenwhen directed directed to to perform perform post-shutdown post-shutdown checks checks on on ICWP just shutdown.

ICWP just shutdown. Report pump Report pump shutdown shutdown satisfactorily.

satisfactorily.

Event 2 - PRNI N-42

- N-42 upper upper detetctor fails high 3-OSP-019.3 step 7.1.3 complete, trigger lesson step EVENT 2 - PRNI N-42 Once 3-0SP-019.3 -

UPPER DET FAILS HIGH (actuates P2AH =

(actuates TFN1 P2AH T).

= T).

This actuates annunciators 8-2/2, B-2/2, 3/6, 5/5, 6/1, 6/3, 6/4, 9/2 The crew responds per 3-0NOP-059.8 3-ONOP-059. 8 and takes PRNI N-42 out of service per steps 5.1.1.1 thruthru5.1.1.7.

5.1.1.7.

Step 5. 5.1.1.1

1. 1. 1 actuates 8-8/4. B-8/4.

Step 5.1.1.2 clears 8-6/3. B-6/3.

Step 5.1.1.3 clears 8-2/2. B-2/2.

Step 5. 5.1.1.6

1. 1.6 clears 8-6/4.B-6/4.

Step 5.1.1 .7.a - Respond as AOM/I&C if asked whether or not to pull instrument fuses.

5.1.1.7.a -

Reply that fuses should be pulled. All annunciators clear except 8-6/1, B-6/1, 6/5 & 8/4.

Step 5.1.1 .7.c - Tripping bistabies 5.1.1.7.c bistables actuates B-3/5,8-3/5, 3/6 & & reflash ref/ash for B-5/5.

8-5/5.

Step 5.1.1.8 - Respond as WCC/I&C

- WCC/l&C when called regarding N-42 failure.

Step 5.1.1.9 5.1.1.9 - Respond as Rx Engineering Engineering I STA when directed directed to perform aa QPTR Step 5.1.1.10 - Not applicable.

Step 5.1.1.11 Step 5.1.1.11 - Respond Respond as as WOO WCC ifif directed directed to generate generate ECO ECO for tripped tripped bistables.

Event 33 - PT-3-1 Event -

PT-3-1604 604 fails low low After PRNI After PRNI N-42 N-42 takentaken outout of of service, service, trigger trigger lesson lesson step step EVENT EVENT 3- 3 - PT-3-1604 PT-3-1604 FAILS LOW FAILS LOW (actuates (actuates TFS1 TFS1 ML3L ML3L = T).

T).

PT PT-3-16041604 failure cause cause CV-3-20 CV-3-2011 11 to to automatically automatically open open and and itit is is failed that that way way to to prevent prevent closure closure from from thethe console console control control switch.

switch. The The crew crew responds responds per per 3-ARP-097.

3-ARP-097.CR CR for annunciator for annunciator 0-7/4. D-7/4.

Respond Respond as as NSO NSO ifif directed directed to to verify verify CV-3-1 CV-3-1900 closed. Click 900 closed. Click on Schema~

on Schema>

FEEDWATE FEEDWATER R HEATING HEATING~HIGH >HIGH PRESS PRESS FW FW HEATERS HEATERS && RHTR RHTR && HTR HTR DRAINDRAIN TANKS>r TANKS~report eport CV-3-1 CV-3-1900900 position position (see (see farfar right right side side of of mimic).

mimic).

Crew should Crew should determine determine SGFP SGFP suction suction pressure pressure> 260 psig

> 260 psig with with 22 HDP5 HOPs running running so so fast fast load load reduction reduction isis not not required.

required.

44

TP-2007-301 Scenario TP-2007-301 Scenario #1 Event Description

1. 1 Event Description Event 44-- Loss Event Loss of of 3C3C 4kV4kV bus bus The plant The plant is is stabilized stabilized following following CV-3-2011 CV-3-2011 failure failure open, open, trigger trigger lesson step EVENT lesson step EVENT 4 LOSS OF 3C 4KV BUS 4 - LOSS OF 3C 4KV BUS (actuates TFE2Z52S == T).

- (actuates TFE2Z52S T).

This causes This causes aa loss loss of of 383B SGFP.

SGFP. The The crew crew may may take the 38 take the 38 SGFP SGFP control control switch switch to to STOP which STOP which ordinarily ordinarily would would openopen thethe breaker breaker and and initiate initiate automatic turbine runback.

automatic turbine runback.

Since the Since the PT-3-1604 PT-3-1604 failure failure inin event event 33 also also defeats defeats the automatic loss the automatic loss ofof SGFP SGFP turbine turbine runback, the runback, the crew crew must must manually manually run run back back power power to to << 60%

60% per 3-ONOP-089. The crew per 3-0NOP-OS9. The crew should also respond should also respond per per 3-0NOP-004.4 3-ONOP-004.4 due due to loss of to loss the 3C of the 3C 4kV 4kV bus.

bus. TSTS are are evaluated for evaluated for the the loss loss ofof the the AA SSGFWP.

SSGFWP.

Respond ifif called Respond called as as NSO NSO to investigate 3C to investigate 3C 4kV 4kV bus.

bus. After After 1-3 1-3 min, mm, report report that that the the lockout relay has actuated lockout relay has actuated and the bus and the bus enclosure enclosure smells smells of of overheated overheated insulation.

insulation, IfIf directed to reset directed reset 3C 4kV bus 3C 4kV lockout relay, bus lockout relay, report report that that the the lockout will will not not reset.

reset.

Respond if called as WCC/Electrical WCC/Electrical to investigate 3C 4kV bus lockout. lockout. Do not fix this malfunction before the end of the scenario.

malfunction Respond if called as System & Duty Call Supervisor per O-ADM-115.

Respond O-ADM-1 15.

Respond if called as SM to review O-ADM-011 O-ADM-O1 I regarding need for an ERT.

Respond if called as Chemistry about RCS sampling following a a>> 15% power change.

Respond as NSO if directed to cross-tie E MCCs MCC5 per 3-OP-007 3-0P-007 sect 7.1. No further action required during this scenario.

Event 55 - 3C SG main feed line failures After the plant is stabilized <60% < 60% power, at lead examiner direction, trigger lesson step EVENT 5 - 3C FW step EVENT 5 - 3C FW LINE FAIL LINE FAIL (actuates TVFACN3 ==0.1, (actuates TVFACNS TFVV98M ==TT && TOF1 0.1, TFVV98M DO9M =F).

TCF1D09M F). A main main feed break break occurs on 3C feed line inside containment. A manual manual reactor trip is required before before any any SGSG level level drops << 10% 10% since since thethe automatic automatic reactor trip is is failed. 3 EOP-E-0 EOP-E-O is performed.

performed. The MOV-3-1409 breaker breaker trips && FCV-3-498 FCV-3-49S fails to close. This creates a feed path path toto the faulted 3C 3C SG SG should should feed be be restored.

restored.

55

TP-2007-301 Scenario TP-2007-301 Scenario#1#1 Event EventDescription Description Events 66 - Loss Events Loss of ofAFWAFWII Heat Heat sink sink Entered upon Entered upon completion completion of of3-EOP-E-O 3-EOP-E-O steps steps 1-4.

1-4.

C AFWP trips on oversp eed C AFWP trips on overspeed prematurely at premat urely at6300 6300RPM RPM(from (from setup).

setup). TheThe trip trip can can not notbebe reset. BB AFWP reset. AFWPisis OOS. OOS. AA AFWPAFWP starts, starts, butbutrunsruns out outof ofsteam steampressure pressure from from the feed the feed line fault line fault onon 3C3C feed feedline.

line. Efforts Efforts to to realign realign AA AFWP AFWP toto train train 22 steam steam isisprevented preventedby by AFSS-3-007being AFSS-3-007 being stuck stuck closed.

closed. SSGFW SSGFWcan can notnotbebe used used due due toto aa dead deadbattery battery on on BB SSGFWP (A SSGFWP (A SSGFWP SSGFWP not not available available due due to to loss loss of 3C 4kV bus). The crew transitions to of3C 4kV bus). The crew transitions to 3-EOP -FR-H .

3-EOP-FR-H. 1 when AFW I when AFWflow flow << 345 345 gpmgpm and and isis eventually eventuallyrequired required to to initiate initiate feed feed &&

bleed since bleed since SG SG levels levels areare <<32% narrowrange 32% narrow range withwith adverse adverse containment con tainment conditions.

conditions.

IfIf asked asked as as NSO NSO to locally reset to locally reset CC AFWP AFWP overspeed overspeed trip trip (3-0NOP-075 (3-ONOP-075 Attachment Attachment 4), 4),

respon d that the C AFWP respond that the C AFWP overspeed trip oversp eed trip can can not not be be reset.

reset.

asked as IfIf asked as NSO NSO to to align align train train 22 steam steam to to the the AA AFWP AFWP by by opening opening AFSS-3-007, AFSS-3-007, report report that AFSS-that AFSS-3-007 3-007 willwill not not open.

open. Request Request mechanical mechanical maintenance maintenance assistance.

assistance.

Respond as Respond WCC/Mechanical Maintenance as WCC/Mechanical Maintenance ifif asked asked to troubleshoot/fix troubleshootlfix C C AFWP AFWP mechanical trip mechanical trip and and AFSS-3-007.

AFSS-3-007.

Respond as Respond as NSO NSO if asked to locally close MOV-3-1409 MOV-3-1 409 or 3-20-333. 3-20-333. Delay local closure closure of these valves of these valves until after feed & bleed initiated

& initiated then trigger lesson step EVENT EVENT 66 - -

LOCALLY CLOSE LOCALLY CLOSE MOV-3-1409 MOV-3-1409 (actuates TFFVV09C TFFvv09C == T) and report when complete. complete.

3A SGFP 3A SGFP should should not be started since an uncontrollable uncontrollable feed path exists to 3C SG. SG. With With level [33%]

level < [33%J

< wide range, feed flow must be limited to 100 gpm to the faulted SG SG (3-(3-EOP-F EOP-FR-H. R-H. 1 1 step 4 caution 2).

Respo Respond nd as NSO when directe directed d to place PAHM PAHMS S in service on unit 3. After 8-12 minute minutes, s, trigger trigger lesson step EVEN EVENT T 66 - PLAC

- PLACE PAHMS E U3 PAHM IN SERV S IN SERVICE ICE (actuates (actuates TAC2V02A = 1.0, TAC2V02B =1.0, TAC2VO2A = 1.0, TAC2VO2B = TAAAV21 ==1.0, 1.0, TAAAV21 1.0, TAAAV22 TAAAV22 == 1.0 TACA005 ==0.0).

&TACAOO5 1.0 & Report when 0.0). Report compl complete. ete.

66

I NRC-I NRC-i t,,~...~~~.. '"

O 1> l OPERATIONS SHIFT OPERATIONS SHIFTTURNOVERTURNOVER REPORT REPORT

t

..s;, ~..

"Olear 1.'\0 ONCOMING CREW ONCOMING CREWASSIGNMENTS ASSIGNMENTS Shift Mgr:

Shift Mgr: Inside InsideSNPO:

SNPO:

FieldSupv.:

Field Supv.: Outside OutsideSNPO:

SNPO:

AdminRCO:

Admin RCO: ANPO:

ANPO:

Unit 33 Unit Unit Unit 44 UnitSupv.:

Unit Supv.: Unit UnitSupv.:

Supv.:

RCO:

RCO: RCO:

RCO:

NPO:

NPO: NPO:

NPO:

Plant Status Plant Status Unit 33 Unit Unit Unit 44 Mode:

Mode: 11 Mode: 1 Mode:

Power:

Power: 75 75 Power: 100 Power: 100 MWe: 557 557 MWe: MWe:

MWe: 759 759 Gross Leakrate:

Gross Leakrate: 0.03 0.03 Gross Gross Leakrate:

Leakrate: 0.04 0.04 RCS Boron RCS Boron Cone: Conc: 825 825 RCS Boron Cone: 600 Conc: 600 Operational Concerns:.i<

Operational Concerns: .**.. .' .. ..f!: I 3 AFWP

.~ .~ APWP OOS (bearing OOS (bearing failure; failure; OOS 4 hr; ETR 24 hr) 3B EDG 3B EDG OOS OOS (fuel (fuel pump failed; OOS 2 days; next 0-OSP-023.3 pump failed; O-OSP-023.3 in 4 hr) 3B CSP OOS (failed 3B CSP OOS (failed IST -low discharge 1ST low discha rge pressu re; OOS 12 hr; ETR 36 hr) pressure; Train A is Train A is protected protect ed 22 gpd gpd tube tube leak leak in in 3A 3A S/G S/G - unchan unchangedged for past week (Chem istry sampli (Chemistry sampling 3-0NOP-071.2, ng per 3-ONO Attachment 1.)

P-07 1.2, Attach ment 1.)

U3 Antici pated U3 Anticipated LCO Actions: LCO Action s:

Curren Current: t:

BB AFWP APWP - TS -

TS 3.7.1.2 3.7.1.2 Action Action 33 (trains (trains verifie verifiedd operab operable le just just before before turnov turnover; 30 days er; 30 days toto repair) repair) 3B EDG -TS 3B EDG - TS 3.S.1.1.b.l 3.8.1.1 .b.1 Action Actions s bb && dd (0-OSP -023.3 Att (0-OSP-023.3 Att 11 && 99 every every 8S hr; hr; 3/4-OS 3/4-0SP-023.1 start of P-023.1 start of other other EDGs not reqd; 3-OP-0 23 sect 7.7 EDGs not req'd; 3-0P-023 sect 7.7 due next shift due next shift if OOS >> 72 ifOOS 72 hr; hr; repair repair in in 14 14 days) days) 3B3B CSP CSP- TS -

TS 3.6.2.1 3.6.2.1 Action Action aa (Fix (Pix inin 72 72 hr) hr)

Anticip Anticipated: ated: None None Train A Train A isis protect protected. ed. OLRM OLRM isis green green (CDF (CDP ==2.06E-2.06E-6; LERP ==9.28E-6; LERF 9.2SE-S).

8).

U4 Anticip ated U4 Anticipated LCO Actions: LCO Action s:

Curren Current: t:

BBAFWPAPWP -TS -

TS 3.7.1.2 3.7.1.2Action Action 33 (trains (trains verifie d operab verified operablele just justbefore beforeturnov turnover; 30 days er; 30 days toto repair) repair) 3B EDG 3B EDG - TS 3.8.1.1-TS 3.S.1. i.b.1

.b.l Action Actions s bb && dd(0-OSP -023.3 Att (0-OSP-023.3 Att 11&& 99every every8Shr;hr; 3/4-OS 3/4-0SP-023.1 startof P-023.1 start ofother other EDGs not reqd; fix in 14 EDGs not req' d; fix in 14 days) days)

Anticip Anticipated:ated: None None Train TrainAAisisprotect protected. ed. OLRM OLRMisisgreen green(CDF (CDP==2.OOE 2.00E-6; LERP =9.28E-

-6; LERF 9.2SE-S).

8).

Result s of Offgoi Results of Offgoing Focus Area: ng Focus Area:

See g:\Ops\Common\0900

~. See g :\0p s\Common\0900

Unit 3 3 Stat Status us

!~-~

Reac tor Oper Operator Mode: 1I RCS Leakrate Power: Accumulator Accum Ref Levels 75 Gross: 0.03 gpm MWe: A 6615 557 Unidentified Tavg: 567 Chargi ng Pps:

0.02 gpm 0.01 gpmgpmj

( B 6640 C 6625 RCS Pressure: 2235 RCS Boron Cone:Conc: 825

,.Abbd Ahnnr 'r.ll1al.Ahliunciai m1 Annnn ~rs::V!;.,:;,!\',i;t~.,:~j(J;<.

bitnrc  ! '.' \ \ ".1 ,?;!,.:!~ *."It:; '. ';'.,::;.'!:,!' * '::!!( *. \.,; .!!~i,;,r[T;t*;: *..*****.J~~).;;!!I':\ !!:,l.!'!.**.f!~¥~r!>!;

Annunciator:

Annunc iator: F 9/2 - 3B EDG OOS Actions::

Comp Actions O-OSP-023 O-OSP- 023.3.3 Att 11 & 9 due in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. 3/4-0SP 3!4-OSP-023. -023.11 not required required.. 3-0P-0 3-OPO23 sect 7.7 due next shift.

Annunciator:

Annunc iator: F 9/5 - 3B EDG OOS Actions::

Comp Actions O-OSP-023.3 O-OSP- 023.3 Att 11 & 9 due in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. 3/4-0SP 3/4-OSP-023. -023.11 not requiredrequired.. 3-0P-0 3-OP-023 sect 7.7 due next shift.

Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

.!~-

Comp Actions Actions::

Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

Actions::

Comp Actions Current Curre nt Tech Spec Action Statem ents: (Does (Does Not Include "For For Track Trackiin2 ng Only Items" Items T.S.A.S / Component:

T.S.A.S 3.7.1.2 Action 3/ 3 / B AFWP Reason:

Reason: Bearing failed Bearing Entry Date: XX/XX/XX XX/Xx JXX (Previous shift)

T.S.A.S / Component:

T.S.A.S 3.8.1.1 Actions Actions b & d / 3B EDG Reason:

Reason: Fuel pump failed Entry Date: XX/XX/XX (2 days ago)

T.S.A.S / Component:

T.S.A.S 3.6.2.1 Action a / 3B CSP Reason:

Reason: Failed 1ST - low discharg dischargee pressur pressuree Entry Date: XX/XX/XX XX/Xx IXX (Yester (Yesterday) day)

T.S.A.S / Component:

T.S.A.S 3,4.3 Action a / 3B PZR backup heaters

3.4.3 Reason

Reason: 14 day due to 3B EDG OOS Entry Date: XXIXX/XX Xx/Xx !XX (2 days ago)

T.S.A.S / Component:

T.S.A.S 3.5.2 Action ff// 3B HHSIP Reason:

Reason: 14 day due to 3B EDG OOS Entry Date: XX!XX/XX (2 days ago)

Xx/XX T.S.A.S / Component:

T.S.A.S Reason:

Reason:

'j Entry Date:

Unit 33 Status Unit Status ChangestotoRisk Changes RiskS!gnificant SignificantEquipment:

Equipment:

B AFWP OOS (Bearing B AFWP OOS (Bearing replacement) replace ment) 3BEDG 3B EDGOOS OOS(Fuel (Fuelpump pumprepair) repair) 3B CSPOOS 3BCSP QOS(Failed (Failed1ST 1ST-low lowdischarge dischargepressure) pressure)

Unit 3 Risk is GREEN.

Unit 3 Risk is GREEN. Main Maincontributor contributorisisBBAFWP.AFWP.

Upcoming Reactivity Upcoming ReactivityManagement ManagementActivities:

Activities:

Dilute toto maintain Dilute maintain 75% 75% power power until until management management permission permission received received toto complete complete increasing increasing power power back back toto 100%.

100%.

Upcoming Major Upcoming Major POD POD Activities:

Activities:

Return to Return to 100%

100% powerpower if/when if/when management management permission permission received received to to increase increase power power back back toto 100%.

100%.

Upcoming ECOs Upcoming EGOs to to Hang Hang and and lor br Release:

Release:

None None Evolut Evolutionsions or or Compe nsatory Action Compensatory Actions s in Progre Progress: ss:

- InIn proces s of returning power back to 100%

process of returning power back to 100% from turbine from turbine valve valve test.

test. Currently Currently on on hold hold at at 75%

75% awaiting awaiting manag managementement permission permission to to continue continue power power increase.

increase. 3-GOP-301 3-GOP-301 in in use use completed completed through through stepstep 5.97.

5.97.

- After After shift shift turnover, turnover, perform perform 3C 3C ICWP ICWP isolation isolation valve valve cycling cycling test test per per step step 7.1.3 7.1.3 of of 3-OSP-01 3-0SP-019.3 (steps 7.1.1 9.3 (steps 7.1.1 & & 7.1.2 7.1.2 for for 3A and 3A and 3B 3B ICWP ICWP are are not not schedu scheduled led for for this this shift).

shift).

- Known Known tube

- 071.2, tube leak leak inin 3A 3A S/GS/G (2(2 gpd) gpd) - unchan unchanged ged forfor last last week.

week. Chemistry Chemistry sample samples are being s are being taken taken per per 3-ONOP-3-0NOP-Attachment 1.

071.2, Attachment 1. The current The current sample, sample, justjust completed completed indicates indicates no no significant significant change change in in leak leak rate.

rate. MOV-3-1 MOV-3-1403 remains 403 remains energized energized at at manag ement direction management direction duedue to to small small size size and and stability stability of of tube tube leak leak rate.

rate.

OSP-023.3 0-OSP-023.3 Att Att 11 && 99 for for 3B 3B EDG EDG OOSOOS due due inin 44 hrs.

hrs. 3-OSP-023.1 3-0SP-023.1 not not required required since since 3B 3B EDG EDG QOS OOS duedue toto support support system failure. 3-OP-023 sect 7.7 due system failure. 3-0P-023 sect 7.7 due next shift to next shift to allow allow 3B 3B EDG EDG QOS OOS >> 72 72 hr.

hr.

Genera General l Inform ation, Remar Information, Remarks, ks, and and Operat Operator or Work Work ArounAround d Status:

Status:

See evolutions & compe nsatory actions See evolutions & compensatory actions listed above. listed above.

Train Train AA isis protected.

protected.

Appendix D . Scenario Outline Form ES-D-1 Facility: Turkey Point Scenario No.: 2 Op Test No.: 2007-301 Examiners: candidates:

.. Candidates: US RO BOP Initial Conditions: Mode 1, 1 50% Power, MOL. Power on hold at 50% following inadvertent trip of 3B SGFP while investigation in progress.

Turnover: Equipment OOS: 3B EDG due to failed fuel pump (OOS 2 days; next 0-OSP-023.3 Att 1 1 & 9 in 4 hrs); B AFW Pump due to bearing failure (OOS 4 hrs; ETR 24 hrs; both trains verified operable);

3B CSP due to failed 1ST -low - low discharge pressure (OOS 12 hr; ETR 36 hr)

Need to swap 3D 4kV bus power supply to 3A 4kV bus per 3-0P-0053-OP-005 section 7.4 after shift turnover to support possible emergent maintenance on 3A CCW pump (vibration increase last shift).

Known tube leak in 3A S/G (2 gpd) - unchanged for last week. Chemistry samples are being 3-ONOP-071 .2, Attachment 1. The current sample, just completed indicates no taken per 3-0NOP-071.2, MOV-3-1 403 remains open at management direction due to small significant change in leak rate. MOV-3-1403 size and stability of tube leak rate.

Event Type*

Event Type* Event Description No.

1 1 (N) SRO/BOP 3-OP-005 section 7.4.

Swap 3D 4kV bus power supply to 3A 4kV bus per 3-0P-005 2 (I) BOP/RO First stage impulse pressure channel PT-3-446 fails low. The crew responds TFS1MASL=T TFS1MABL=T (T5 I) SRO (TS,I) 3-ONOP-028 to stop inward rod movement by taking rod control to per 3-0NOP-028 3-ONOP-049.1.

manual and then 3-0NOP-049.1.

3 (C) ALL 1 2OVAC power panel 3P09 normal inverter fails. The auto swap to the CVT 120VAC TFE6X06F = T 3-ONOP-003.9.

also fails leaving 3P09 deenergized. The crew responds per 3-0NOP-003.9.

TCE6DI1C =T 3-ONOP-003.9 Attachment 1.

3P09 is swapped over to the spare inverter per 3-0NOP-003.9 4 TFCMM2A4=T TFCMM2A4 =T (M)ALL (M) ALL The 3A steam generator tube leak grows to 2 gpm. R-3-19 fails to respond.

TVHHSGA =

TVHHSGA= (I) SRO/BOP 3-ONOP-071 .2 The crew responds per 3-0NOP-071.2 0.002 (TS) SRO 4a (R) ALL A load reduction from 50% power is initiated and performed per 3-0NOP-3-ONOP-071.2 5 TVHHSGA =

TVHHSGA= (M) ALL The 3A steam generator tube leak grows from 2 gpm into a rupture. The 0.4 (contd from (cont'd reactor is tripped and 3-EOP-E-0 performed. MOV-3-1433 fails to close TFSW33C=T event 4) requiring manual isolation of MSIVs.

6 (C) ALL When transition is made from 3-EOP-E-0 to 3-EOP-E-3, the startup transformer locks out. 3A EDG starts but the output breaker does not TFQ5A2OA =

TFQ5A20A = T close and 3-EOP-ECA-0.0 is entered. 3A EDG output breaker automatically close, TAQ5LRSB =T is manually closed and the crew transitions back to 3-EOP-E-3. Only 3A & 3D TFP1S38S = T

- 4kV bus are now available from 3A EDG.EDO. 3-EOP-E-3 is performed to cooldown and depressurize the RCS to stop primary-secondary leak flow.

(N)ormal, (R)eactlvlty, (R)eactivity, (I)nstrument, (l)nstrument, (C)omponent, (M)aJor (M)ajor 1

1

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 22 Event Event No.:

No.: _1_1 Page _1_

Page 1 of of _1_

I Event

Description:

Event

Description:

Swap 3D Swap 3D 4kV 4kV busbus power power supply supply to to 3A 3A 4kV 4kV busbus per per 3-0P-005 3-OP-005 section section 7.4.

Time Time [ Position Position Directs BOPBOP to Applicants Actions Applicant's to transfer Actions oror Behavior Behavior US US Directs transfer 3D 3D 4kV 4kV bus bus supply supply from from 3B 3B 4kV 4kV bus bus to to 3A 3A 4kV 4kV bus per bus per 3-0P-005 3-OP-005 sectionsection 7.4.

7.4.

Directs BOP Directs BOP start start 3A 3A ICWP ICWP && sid s/d 3C 30 ICWP ICWP per per 3-0P-019 3-OP-019 section section 5.3.

5.3.

BOP BOP Obtains copies of 3-0P-005, Obtains 3-OP-005, section 7.4 & 3-0P-019,3-OP-019, section 5.3.

Performs actions Performs actions asas follows:

follows:

1. Starts 3A ICWP CWP & stops 3C 30 ICWP per per 3-0P-019 3-OP-019 section 5.3

a. Verifies NSO understands ICWPs to be started/stopped started/stopped

b. Directs NSO verify oil in 3A ICWP sightglass & 3A ICWP discharge valve open

c. Starts 3A ICWP & checks for amperage on VPA ammeter

d. Directs NSO locally check 3A ICWP visible packing leakoff

e. Stops 3C 30 ICWP & checks zero amperage on VPA ammeter

f. Directs NSO locally do post-stop check

2. Opens 3AB19 and then 3AD06 NOTE: 3C CCWP & 3C ICWP are OOS while 3D 4kV bus is deenergized TS 3.7.2 - 77 day action statement & TS 3.7.3 - 30 day action statement.

3.

3. Closes Closes 3ADO13AD01 and and then then 3AA17 3AA 17 4.

4. Directs Directs NSO NSO to locally locally check 3D 3D 4kV 4kV bus voltage 3744-4576 3744-4576 volts volts on on cubicle 3AD08.

3AD08.

5.

5. Starts Starts 30 3C ICWP ICWP per per 3-OP-019 3-0P-019 section section 5.35.3 to to verify verify operability.

operability.

a.

a. Verifies Verifies NSO NSO understands understands ICWPsICWPs to to be be started/stopp started/stopped ed b.

b. Directs Directs NSONSO verify verify oil oil in in 30 3C ICWP ICWP sightglass sightglass && 303C ICWP ICWP discharge discharge valvevalve open open c.c. Starts Starts 303C ICWP ICWP && checks checks forfor amperage amperage on on VPA VPA ammeter ammeter d.

d. Directs Directs NSONSO locally locally check check 3C 3C ICWP ICWP visible visible packing packing leakoff leakoff 6.

6. At At SM SM direction, direction, stops stops 30 3C ICWP ICWP perper 3-OP-019 3-0P-019 section section 5.3.

5.3.

a.

a. Stops Stops 3C 3C ICWP ICWP && checks checks zero zero amperage amperage on on VPA VPA ammeter ammeter b.b. Directs Directs NSONSO locally locally do do post-stop post-stop check check RO RO Assists Assists BOPBOP as as directed directed by by US.

US.

I1

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: -2...

2 Event Event No.: No.: _2_ 2 Page Page _1_ 1 of of_2_ 2 Event

Description:

Event

Description:

First stage First stage iml2ulse impulse I2ressure pressure channelchannel PT-3-446 PT-3-446 fails fails low.

low. The The crew crew responds l2er resl20nds per 3-0NOP-028 3-ONOP-028 to stop inward to stOI2 inward rodrod movement movement by by taking rod taking rod control to control manual and to manual then 3-0NOP-049.1.

and then 3-ONOP-049.1.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports ch Recognizes/reports ch III Ill first first stage stage impulse impulse pressure pressure PT-3-446 PT-3-446 failed failed low.

low.

• . annunciators C-6/1, annunciators 0-6/1, 6/2, 6/2, 6/3 6/3 (due (due toto change change in in SG SC level level program program setpoint from setpoint from 60% 60% to to 50%)

50%)

• . 0-7/1, 7/2, 7/3 steam line C-7/1, line hi flow & C-8/30-8/3 stm dump due to failure

• . P1-3-446 indication PI-3-446 indication on VPA fails low

• . Control rods inserting in automatic RO RO Recognizes/reports control rods inserting in automatic Recognizes/reports When PT-3-446 failure recognized, performs immediate action of 3-ONOP-028 for continuous insertion of an RCC control bank: Places rod control in MANUAL and verifies rods stop moving.

US Directs response per 3-ON OP-028 3-0NOP-028 RO Performs subsequent actions of 3-ONOP-028 3-0NOP-028 as directed by US:

1. IfIf directed, withdraws control rods to restore Tavg =Tref 1.

2.

2. Determines Determines rods rods above above RIL RIL from VPA VPA recorder (or (or PCB PCB section section VII VII figure 3).

3).

3. Determines

3. Determines PRNIPRNI N-44N-44 did not fail did not fail 4.

4. After After PT-3-447 PT-3-447 selected selected for for 1 1st stage st stage pressure pressure control, control, places places rods rods back in back in auto auto 5.

5. Determines Determines TM-408 TM-408 medianmedian Tavg Tavg selector selector not not failed failed BOP BOP Performs Performs subsequent subsequent actions actions of of 3-ONOP-028 3-0NOP-028 as as directed directed byby US:

US:

1.1. IfIf directed, directed, reduces reduces turbine turbine load load to to restore Tavg ==Tref restore Tavg Tref

2. Selects

2. Selects Channel Channel Select Select First First Stage Stage Control Control toto ch ch IV IV (PT-3-447)

(PT-3-447)

US US Directs Directs WOOWCC notify notify I&C I&C ofof PT-3-446 PT-3-446 failure.failure.

Directs Directs response response per per 3-ONOP-049 3-0NOP-049.1 .1 22

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: 22 Event Event No.:

No.: _2_ 2 Page-Lof_2_

Page 2 of 2 Event

Description:

Event

Description:

First stage First stage impulse impulse pressure pressure channel channel PT 446 fails PT-3-446 fails low.

low. The The crew crew responds per responds per 3-0NOP-028 3-ONOP-028 to to stop stop inward inward rod rod movement by movement by taking taking rod rod control to control to manual manual andand then then 3-0NOP-049.1.

3-ONOP-049.1.

_Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Performs actions Performs actions ofof 3-0NOP-049.1 3-ONOP-049.1 as as directed directed by by US:

US:

1.

1. Determine PT-3-446 Determine PT-3-446 failedfailed by by comparison comparison to to PT-3-447, PT-3-447, PT-3-1604 PT-3-1 604 and expected and expected value based based on on turbine load. load.

2. PT-.3-447 selected for 11 Verifies PT-3-447 sstt stage impulse impulse pressure pressure control

3. Verifies PT-3-447 reading normally US Evaluates impact per TS:

3.3.1. Table 3.3-1 units 12 &17b apply. Actions 6 (6hr) & 7 (1hr) (lhr) in effect.

3.3.2. Table 3.3-2 units 1f if & 4d. Action 15 (6hr) applies.

Conducts crew brief regarding effects of PT 446 failure and of tripping PT-3-446 bistables as directed in 3-0NOP-049.1 3-ONOP-049.1 Attachment 4 BOP Continues performing actions of 3-ONOP-049 3-0NOP-049.1 .i as directed by US:

Obtains keys, opens door to and trips following bistables in protection protection channel III, rack 16: 16:

.* BS-3-446-i BS-3-446-1 (Turbine (Turbine powerpower >10%

>10% input input toto P-7)

P-7)

.* BS-3-446-2 BS-3-446-2 (70%(70% turbturb load load limit limit runback run back permissive) permissive)

.* BS-3-474 BS-3-474 (SG(SG A A hi hi steam steam flow) flow)

.* BS-3-484 BS-3-484 (SG(SG BB hi hi steam steam flow) flow)

• • BS-3-494 BS-3-494 (SG(SG C C hi hi steam steam flow) flow)

Closes Closes protection protection rack rack door door whenwhen done.

done.

Places Places SteamSteam Dump Dump to to Condenser Condenser Mode Mode switchswitch in in MANUAL MANUAL RO RO Monitors Monitors bistable bistable status status lights lights and and annunciator annunciator panels panels forfor expected expected indications indications while while bistables bistables being being tripped.

tripped.

US US 1.1. Directs Directs NSO NSO bypass bypass power power 11 on on AMSAC AMSAC per per Attachment Attachment 55 2.2. Directs Directs notification notification ofof l&C I&C 3.3. Directs Directs WCC WCC generate generate clearance clearance for for tripped tripped bistables bistables 33

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: .L 2 Event No.: ~

Event No.: 3 Page Page _1_1 of_3_

of 3 Event

Description:

Event

Description:

12OVAC Qower 120VAC power Qanel panel 3P09 3P09 normalnormal inverter inverter fails.

fails. The The auto auto swaQ swap toto the the CVT also CVT also fails fails leaving leaving 3P093P09 deenergized.

deenergized. The The crew responds per 3-crew resQonds Qer 3-ONOP-003.9. 3P09 ONOP-003.9. 3P09 isis swaQQed swapped over over to to the the sQare spare inverter inverter Qer per 3-3-

ONOP-003.9 Attachment ONOP-003.9 Attachment 1. 1.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes 1/ reports Recognizes reports loss loss ofof 3P09 3P09 120VAC 120VAC vital vital inst inst bus bus

• . Annunciator F-1/2 Annunciator F-1/2

• . Loss of Loss of all all ch ch IV IV instrumentation instrumentation (yellow(yellow labels) labels)

• . Loss of Loss of controller controller for for BB SG SG FRV FRV RO Recognizes 1I reports loss of 3P09 120VAC 120VAC vital inst bus

• . Annunciators B-6/5 B-615 & & B-7/1 8-7/1

• . Loss of all ch IV instrumentation instrumentation (yellow labels)

• . Loss of controllers for PZR pressure, level & & spray valves

• . Letdown isolation Determines a reactor trip has not occurred US Directs performance of 3-ONOP-003 3-0NOP-003.9 .9 Determines unit operating in in mode 11 Directs Directs FS/NSO FS/NSO to to restore restore power power to to 3P09 3P09 per Attachment 11 && RO per Attachment RO restore PZR pressure PZR pressure and and level level control control per per Attachment 4. 4.

RO RO Performs Performs actionsactions of of 3-ONOP-003 3-0NOP-003.9 as directed

.9 as directed by by US:

US:

1.

1. Places Places rods rods in in MANUAL MANUAL 2.

2. Reduces Reduces charging charging flow flow toto minimum minimum reqd req'd for for seal seal injection injection using using aa charging charging pump pump in in manual manual speed speed control control 3.

3. Determines Determines PORVs PORVs closed closed 4.4. Maintains Maintains Tavg,Tavg, rx rx power, power, PZR pressure &&PZR PZR pressure PZR level level inin normal normal control control bands bands BOP BOP Performs Performs actionsactions of of 3-ONOP-003 3-0NOP-003.9 as directed

.9 as directed by by US:

US:

1.1. Determines Determines steam steam dump dump to to condenser condenser mode mode already already inin MAN MAN 2.2. Determines Determines 3B 3B SGSG inin auto auto lockup.

lockup. Increases Increases 3B 3B SG SG blowdown blowdown flow as necessary flow as necessaryto to control control 3B 3B SG SG level.

level.

3.3. Maintains Maintains SG SG levels levels inin normal normal control control band band 44

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 22 Event Event No.:No.: ~ 3 Page-l.,

Page 2 of of~ 3 Event

Description:

Event

Description:

120 VAC power 120VAC power panelpanel 3P09 3P09 normal normal inverter inverter fails.

fails. The The auto auto swap swap toto the the CVT also CVT also fails fails leaving 3P09 deenergized.

leaving 3P09 deenergized. The The crew crew responds responds per 3-per 3-ONOP-003.9. 3P09 ONOP-003.9. 3P09 isis swapped swapped over over toto the the spare spare inverter inverter per per 3-3-

ONOP-003.9 Attachment ONOP-003.9 Attachment 1. 1.

II. Time Time Position Position ApplicanVs Actions Applicant's Actions or or Behavior Behavior RO RO Performs 3-0NOP-003.9 Performs 3-ONOP-003.9 AttachmentAttachment 44 when when directed directed byby US:

US:

1.

1. Determines PORVs Determines PORVs closed closed 2.

2. Directs FS/NSO Directs FS/NSO go go to rack 46 to rack 46 && press/hold press/hold in in relay relay LC459CX LC459CX 3.

3. Manually operate Manually operate PZR PZR heaters heaters to to return return pressure pressure to to normal.

normal.

4. Restores letdown Restores letdown

a. Determines B CCW COW header flow normal.

b. Determines letdown orifice isolation valves closed

c. Opens CV-3-204 then opens LCV-3-460

d. Manually controls PCV-3-145 to control letdown pressure

e. Opens letdown orifice isolation valve(s) for desired flow us US Briefs crew on effects of loss of 3P09 using Enclosure 1.

Evaluates TS impact: 3.8.3.1.j 3.B.3.1.j applies. Action c. (2hrto (2hr to reenergize; 24 hrhr to reenergize from inverter).

BOP BOP Coordinates Coordinates with FS/NSO FS/NSO to to restore 3P09 3P09 per per 3-ONOP-003 3-0NOP-003.9 .9 Att 1.1.

1.

1. Informs Informs FS/NSO FS/NSO that that DSDS inverter inverter not not currently currently in in use use 2.

2. When informed informed that 3P09 3P09 about about to to be be reenergized, reenergized, turns turns off off both both groups groups of of PZR PZR backup backup heaters heaters 3.

3. Observes Observes components components reenergizing reenergizing as as 3P09/3P24 3P09/3P24 breakers breakers closed closed in in 4.

4. Relays Relays notification notification from from F5/NSO FS/NSO that that all all 3P09/3P24 3P09/3P24 breakers breakers closed closed in in NOTE:

NOTE: Auto/Manua Auto/Manual l controllers controllers should should notnot bebe returned returned to to AUTO AUTO until vital power completely until vital power completely restored. restored. When When powerpower isis restored restored toto an an Auto/Manua Auto/Manual l station, station, the the AUTO AUTO light light will will turn turn onon for for approx.

approx. 1515 sec sec after which after which the the MANUAL MANUAL light light turns turns onon indicating indicating that that manual manual control control isis now nowavailable.

available.

55

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.:L 2 Event EventNo.:No.:-L 3 Page23 of_3_

Page of 3 Event

Description:

Event

Description:

12OVAC Qower 120VAC powerQanelpanel 3P09 3P09 normal normal inverter inverterfails.

fails. The The auto auto swaQ swaptotothethe CVT also CVT also fails fails leaving 3P09 deenergized.

leaving 3P09 deenergized. The The crew crew responds Qer resQonds per3 ONOP-003.9. 3P09 ONOP-003.9. 3P09 isis swaQQed swapped over overtoto the the sQare spare inverter inverterQerper3-3-

ONOP-003.9 Attachment ONOP-003.9 Attachment 1. 1.

Timee r_Tim Position Position J Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Restores auto Restores auto controls controls on on Encl End 11 as as 3P09 3P09 breakers breakers are are closed closed in:

in:

1.

1. Restores auto Restores auto PZR PZR pressure pressure control control perper Att Att 44 section section 22 a.

a. Directs NSO Directs NSO release release LC459CX LC459CX b.

b. Restore charging Restore charging pumps, pumps, PZRPZR heaters heaters && spray spray valves valves toto auto control auto control

2. Determines annunciators Determines annunciators indicate indicate correctly correctly for plant plant conditions conditions

3. Returns rods to auto once PRNI N-44 N-44 reenergized reenergized BOP BOP Restores auto controls on Ene!

Restores End 11 as 3P09 breakers breakers are closed in: in:

1. Returns 3B SG level control to automatic Returns automatic

a. Manually control FCV-3-488 to return SG level to to 60+/-5%

60+/-5%

and match feed flow ==steam flow

b. Places 3B SG level control in auto 2.

2. Places Places steam dump dump to conden condenser mode selecto ser mode selector to RESET r to RESET and and then to AUTO to AUTO 3.

3. Determines Determines annunc iators indicate annunciators indicate correctly correctly for for plant plant conditions conditions 66

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.:-.£..

2 EventNo.:

Event No.:--L Page 4 Page_1_..j...ofof_1_

.J...

Event

Description:

Event

Description:

The 3A The 3Asteam steamgenerator generatortube tube leak growstoto 22 QI;~m.

leakgrows gpm. R-3-19 R-3-1 9fails failstoto respond. The res(2ond. The crew crewres(2onds responds (2er per3-0NOP-071.2.

3-ONOP-071 .2.

I Time Ti...,,,

,~

Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports increase Recognizes/reports increase inin 3A 3A SGSG tube tube leak leak rate rate

• . Annunciator H-1/4 Annunciator H-1/4 (PRMS (PRMS hihi radiation) radiation)

• . R-3-15 SJAE R-3-15 SJAE effluent effluent PRMS PRMS rising/alarming rising/alarming

• . SJAE SPING SJAE SPING RAD-3-6417 RAD-3-6417 rising/alarming rising/alarming (see (see ERDADS)

ERDADS)

NOTE: R-3-19 NOTE: R-3-19 is is failed failed as as isis RO RO Recognizes/reports increase Recognizes/reports increase in in 3A 3A SGSG tube tube leak leak rate rate

• . Annunciator H-1/4 Annunciator H-1/4 (PRMS hi hi radiation) radiation)

• . Slight increase increase in charging charging flow to maintain maintain PZR level level

• . Chg/letdn flow mismatch Chg/letdn mismatch approx.

approx. 2 gpm (see ERDADS) ERDADS) us US Directs perform ance of 3-0NOP-071.2 performance 3-ONOP-071 .2 Directs Chemi stry notific Chemistry ation to sample SGs & main steam notification steam lines lines forfor activity per 0-NCA0-NCAP-1 P-10404 Directs Directs HP HP notific ation to notification to take take rad rad reading readings on mn s on mn stm stm && blowd blowdown own BOP BOP Perform Performs s actions actions of of 3-ONO 3-0NOP-071.2 P-071 .2 as as directe directed by US:

d by US:

1.

1. Determ Determines ines R-3-1 R-3-15 5 alarm alarm valid valid (>(> alarm alarm setpoin setpointt && operab operable) le) 2.

2. Perform Performs s notific ations as notifications as directe directed by US.

d by US.

RO RO Perform Performs s actions actions of of 3-ONO 3-0NOP-071.2 P-071 .2 as as directe directed by US:

d by US:

1.1. Determ Determines ines PZR PZR level level stable stable 2.2. Determ Determines ines chargin charging g pump pump suction suction remain remains aligned to s aligned to VCT VCT 3.3. Determ Determinesines SG SG tube tube leak leak rate rate 22 gpm gpm using using VCTVCT level level trend, trend, RC5 RCS leakleak rate rate calcula tion and/or calculation and/orSJAE/

SJAE/R-3-15 activity R-3-1 5 activity vs. vs. SGSG tube leakag e curves (PCB tube leakage curves (PCB section section 55figures figures 14/15) 14/15)

US US Determ Determines ines unit unitshould should be be inin mode mode 33inin 33hr hr Ensure Ensures s load loaddispatc dispatcherher notified notifiedof ofload loaddecrea decrease.se.

77

Appendix D Operattor Opera or Action Actionss Form ES-D-2 Op-Test No.: 2007-301 01 Scenarrio Scena io No.: 2 Event No.: 4a Page _1 1 of L2 Event

Description:

A load reductreductiionon from 50% power is initiate d and perform performed per 3-ONOP-071 -071.2 .2..

Time Position Applicant's Applic ants Actions or Behavior US Conducts crew brief per 3-0NO 3-ONOP-071 P-071 .2.2 foldout page:

• . Specifies load reduct reductiion on rate

• . Target power level = offline

• . Specifies tube leak rate and affected slg s/g

• . Covers action actionss required after unit is offline

• . Specif ies method of reactivity control includi including ng boration amount & rate

• . Covers E-O E-0 transition criteria

• . Solicits crew questi questioonsns & input Notifie Notifiess SM to review EPlan, 0-ADM 0-ADM-115-115 and make required notifica notificationstions inlcudi inlcuding verifying ng verifyin g NRC Resident notifica notification tion BOP When directed per 3-0NO 3-ONOP-071 P-071 .2:

.2:

1. Notifie Notifies load dispat dispatc cher her of load reduct reductiionon when directed by US

2. Makes plant page annou announ nceme cemen ntt regarding load reduct reductiion on

3. When leaking slg s/g identifi identified, ed, closes & deenedeenerrgizes gizes affected slgs/g AFW steam supply MOV per Att 2 (may be done by RO depen dependding ing on when this action directed)

When directed, initiates boration per 3-0NO 3-ONOP-071P-071 .2:

.2:

RO

1. Places Rx MIU M/U Select Selecto orr Switch to BORATE

2. Places Rx MIU M/U Control Switch to START

3. Sets FC-3-1 FC-3-1 13A1 3A pot setting = = 8.0

4. Sets BA Totalizer to amount directed (powe (powerr reduct reductiionon to 25%

at 85 gal per 10% = = 213 gal.)

5. Returns CVCS mlu rn/u to auto when boration compl comple te ete BOP Reduc Reduces es turbine load per 3-0NO3-ONOP-1 P-100 00 at rate directed by US.

8

Appendi Appen dixx DD Operator Opera Actions tor Action s Form Form ES-D- 2 ES-D-2 Op-Test Op-Te No.:

st No.: 2007-301 2007-3 01 Scenario Scena No.: L 2 rio No.: Event No.:

Event No.: 4a 4a Page-Page ..£ 2 ofofL 2 Event Descri Event Descripti on:

ption: AA fast fast load load reduct reduction from 50%

ion from 50% power power isis initiate initiatedd and and perform performed ed per ONO P-1 ONOP -100. 00. per 3-3-

Time Time Position Positio n Applican Applic Vs Action ant's Actions s oror Behav Behavior ior RO RO NOTE:

NOTE Extent to

Extent to which which 3-0NO 3-ONOP-0 P-071 71.2

.2 action actions s perfor med depen performed depend d on point when on point when SGTR SGTR inserte inserted d When directe When directed per 3-0NO d per 3-ONOP-0 P-071 71.2

.2::

1.

1. Verifies Verifie load reduct s load reduction ion rate rate && auto auto rod rod inserti insertionon mainta maintaini ining ng Tavg T avg-Tref per expec T ref per expected value as ted value as discus discussedsed in in crew crew brief brief NOTE:: Rods NOTE Rods << RIL RIL not not expec expectedted atat this this power power levellevel 2.

2. Checks Check PZR level s PZR level followi followingng progra program. m. IfIf not increa ses chargi increases ng charging and/or places flow and/or places anan additio additionanall letdow letdown n orifice orifice in service servi ce

3. Dete rmin Determ ines es NRHX NRHX CCW flow alread alreadyy increa increased sed (from setup) setup)

4. Energizes Energ izes PZR backu backup heaters.

p heater s.

5. Verifiess conde Verifie condense nserr steam dumpsdumps operat operating ing proper properlyly

6. Plac es stati Places station on service service load loadss on U3 SUT

7. Veri fiess blowdo Verifie blowdow wnn isolate isolatedd from leaking leaking s/g

8. Dire cts NSO align aux steam from U4 per Atta Directs Attachchmment ent 6

9. Dete Determ rmin es ines turbi ne load << 570M turbine 570MW W & verif verifieiess non-non-ru nning runn ing SGF SGFP P recir recirc c valv valvee open 10.

10. Dete Determrmin es only ines only one one HDPHDP & & SGF SGFP P runn runnin ingg 111.

1. Veri fiess both Verifie both HDPHDPs s stop stoppepedd << 300 300 MW MWe e 12.

12. Stop Stops s 11 cond ensa conde nsate te pum pump p << 275 275 MW MWe e 13.

13. Open Opens s SGF SGFP P recir recircc valv valves es onon runn runnin ingg SGF SGFP P << 200 200 MWMWe e 14.

14. Open s turbi Opens turbine ne drain drain valv valveses << 150 150 MWMWe e 99

Appendi Appen dixx0D Operato Opera torrAction Actions s Form FormES-D- 2 ES-D-2 Op-Tes Op-Te sttNo.:

No.: 2007-30 2007-3 01 1 Scenar Scena riQio No.:

No.:.L 2 Event Event No.:

No.:~ 5 Page-.1Q..

Page 10 of of~ 3 Event Descri Event Descripti on: The ption: The 3A 3Asteamsteam genera generattor ortube tube leak leak grows grows fromfrom 22 g[2m gpm into into aa rU[2ture . The reac tor rupture. The reacto r isis tri[2[2ed tripped and and 3-EOP 3-EOP-E- -E-00 [2erfor performed med.. MOV-3 MOV-3-1 -1433 433 fails to close requiring manuall isolatio fails to clos e reguiri ng manua isolation n ofof MSIVs MSIVs..

Time Time Position Positio n Applican Applic ts Action ant's Actions s oror Behav Behavior ior RO RO Recogn Recog izes // reports nizes reports falling falling PZRPZR levels levels andand rising rising chargi charging ng flows flows us US Determin Determ ines es anan increa increas see inin SG SG tubetube leak leak rate rate isis occurr occurringing and directs respon respons and directs per 3-0NO see per 3-ONOP-0 P-071 71.2.2 foldou foldoutt page page RO RO Respon Respo ndsds perper 3-0NO 3-ONOP-0 P-071 71.2.2 to to droppi dropping ng PZR PZR level:

level:

rrd 3 j 1.

1. StartsStarts 3 chargi charging ng pump pump and and establ establis ishes hes maxim maximum um flow rate rate

2. Isolate

2. Isolates letdown s letdow flow n flow 3.

3. Determin Determ ineses PZRPZR level still droppidropping ng

4. Recommends Recom mends reacto reactorr trip due to inabilit inabilityy to mainta maintain in PZR level US Directs Direct s RO to manu manuall allyy trip the reacto reactorr per 3-0NO 3-ONOP-0 P-071 71 .2

.2 due due Critical Critica inability to inabili ty to maintaiin mainta n PZR level.level.

Directs crew perform Directs perform immed immediat iatee actio action nss of 3-EOP 3-EOP-E- -E-0.

0.

RO Performs Perfor ms imm immed ediat iatee acti actiononss of 3-EO 3-EOP -E-0:

P-E- 0:

1.

1. Veri Verifiefiess reac reacto torr trip

.* Rod bottobottom m light lights s on on & RPls at

& RPls at zero zero

• Rx Rx trip trip && bypbypassass bkrs bkrs ope open n

. Neut Neutro ronn flux flux dec decrea reassing ing 2.

2. Act Actuatuatees s SISI && phaphase se AA due due PZR PZR level level not not main mainta ined taine <12%

d <12%

BOP BOP Perfo Perforrms ms imm immed ediat iatee actio action nss of of 3-EO 3-EOP -E-0:

P-E- 0:

1.1. Veri Verifiefiess turbi turbine ne tripp tripped ed

• Turb Turbin inee stop stop valvvalveses clos closeded

.* Atte Attemp mpts ts closi closing ng MSR MSR main main stea steam stop MOV m stop MOVs s..

Cri ticall Critica Rec Recog ognnizes izes MOV MOV-3 14

-143333 fail failed ed to to clos close e &&closcloses es MSIMSIVsVs

. Mid

• Mid && Eas East t GOB GCBs s open open 2.2. Veri Verifiefiess powpower er toto eme emerg rgeency ncy 4kV 4kV busbuses es

.* Dete Determ rmin es both ines both 3A 3A&& 3B 3B 4kV4kVbus buses energi es ene rgizzed ed

• Dete Determ rmin es 3D ines 3D 4kV4kVbus busene energi rgizzed from 3B ed from 3B4kV4kVbus bus 10 10

Appendix 0D Operattor Opera or Action Actions Form ES-D- 2 Op-Te st No.: 2007-301 Scenarrio Scena io No.: _2_ 2 Event No.: _5_ 5 Page 2 of_3_

of 3 Event

Description:

The 3A steam generator tor tube leak grows from 2 gpm into a rupture.

reactorr is tripped and 3-EOP-E-0 performed. MOV-3 The reacto MOV-3-1 433 fails to

-1433 close requiring manual isolation of MSIVs MSIVs..

Time Position Applic ant's ants Actions or Behavior US Directs BOP verify prompt action actionss per 3-EOP-E-0 Attachment 3.

Directs RO contin ue with perforperform ance of 3-EOP-E-0 subse mance subseqquent uent actions.

BOP Verifies prompt action Verifie actionss per 3-EOP-E-0 Attach ment 3:

1. Determ ines 3A, 3B, 3C, 30, 3D & 3H 480V LCs energi energiz ed zed

2. Determ ines MSIVs all closed

3. Verifies FW isolation:

Verifie

a. Places running SGFP switch in STOP STOP..

b. Determ ines all main FW regula regulatting ing & bypas bypasss valves closed.

c. Closes FW isolation valves.

d. Determ ines both SSGF SSGFW WPs Ps off.

4. Verifies 3A & 3B ICWP Verifie CWPss running, POV-3 -4882 & 4883 closed with ICW 10W heade headerrss tied together.

5. Verifies 3 CCWH Xs in service, 3A & 3B CCWP5 s running, CCW headerrss tied together & MOV-3 heade MOV-3-626-626 open.

6. Determ ines 2 ECCs & all 3 ECFs running.

7. Determines all 4 HHSIP s & 2 RHRP s running

8. Check s for HHSI flow if RCS pressure < 1600 psig

9. Shuts down both unit 4 HHSIP s

10. Determ ines all contai contain ment isolation phase A valves closed.

nment

11. Determ ines all SI valves in proper injection alignm alignment

12. Resets SI & contaicontain ment isolation phase A.

nment

13. If RCPs running, opens MOV-3 MOV-3-1417

-1417 & 1418 then resets resets//starts starts all available NCCs.

14. Determ ines contai contain ment pressure remained <

nment < 20 psig.

15. Determ ines contai contain ment ventilation isolated and control room nment ventilation in proper emerg emergeency ncy recirculation alignm ent.

11

Appendix0D Appendix OperatorActions Actions Form Operator FormES-D-2 ES-D-2 Op-TestNo.:

No.: 2007-301 ScenarioNo.: No.:_2_ 2 Op-Test 2007-301 Scenario EventNo.:

Event No.:_5_ Page~ of ~

Page ......

EventDescription:

Event

Description:

The3A The 3Asteam steamgenerator generatortube tubeleakleakgrows growsfromfrom22gpm gpminto intoaarupture.

rupture.

Thereactor The reactorisistripped trippedand and3-EOP-E-0 3-EOP-E-0performed.

performed. MOV-3-1433 MOV-3-1 433fails failstoto closerequiring close requiring manual manualisolation isolationof MSIVs.

of MSIVs.

Time Time Position Position ApplicanVs Actions Applicant's Actions or or Behavior Behavior BOP BOP Continues prompt Continues prompt action action verification verification perper 3-EOP-E-0 3-EOP-E-0 Attachment Attachment 3:3:

16. Directs

16. Directs NSONSO place place PAHMS PAHMS inin service service perper 3-0P-094.

3-OP-094.

17. Verifies

17. Verifies 3A 3A && both both U4 U4 EDGs EDGs running running (3B(3B EDG EDG isis OOS).

OCS).

18. Determines

18. Determines 3A, 3A, 3B3B && 3D 3D 4kV 4kV buses buses still still energized.

energized.

19. Notifies

19. Notifies US US that that prompt prompt action action verification verification complete.

complete.

RO RO Performs foldout Performs foldout page page actions actions ofof 3-EOP-E-0 3-EOP-E-0 as as directed:

directed:

1.

1. RCPs ifif RCS Trips RCPs RCS subcooling subcooling << 25°F25°F with HHSIP HHSIP running running and and SII flowpath S flowpath verified verified

2. Identifies 3A SG level increasing Identifies increasing in an uncontrolled uncontrolled ri ica Critical manner >6% and isolates manner isolates all FW flow to 3A SG Performs subsequent Performs subsequent actions of 3-EOP-E-0 3-EOP-E-0 as directed directed

1. Determ Determinesines 2 AFWPAFWPss (A & C) runnin running.g.

2. Determ Determinesines AFW valve alignm alignmentent proper 3.

3. Determ Determinesines at at least least 3A 3A SGSG level level> 6%. Contro

> 6%. Controls AFW flow ls AFW flow to to intact SGs intact SGs (3B &(3B & 3C) 3C) to to mainta maintain levels 15-50%

in levels 15-50%

4.

4. Determ ines annunc Determines iators A-1/1, annunciators 1/2 && 1/3 A-1 /1,1/2 1/3 all all off.

off.

5.

5. Determ ines Tc Determines Tc stable.

stable.

6.

6. Determ ines PORV Determines PORVs, s, norma normal spray, aux l spray, aux spray spray && excess excess letdow letdown n isolatio n isolation valves valves closed closed 7.7. Trips Trips RCPs RCPs ifif RCS RCS subcoo ling << 25°F subcooling 25°F with with HHSIP HHSIP runnin running and g and SI SI flowpa flowpathth verifie verifiedd 8.8. Determ ines no Determines no SGs SGs depres depressurized surized or or depres depressurizing surizing 9.9. Determ Determinesines SG SG tube tube rupture ruptured (R-3-15 d (R-3-1 alarm && 3A 5 alarm 3ASG SG level) level)

US US Based Basedon on SG SGtubetube rupture rupture:  :

1.1. Directs DirectsSTA STAmonito monitor r CSFST CSFSTs (red path s (red pathon on Heat HeatSink SinkCSF)

CSF) 2.2. Directs Directstransiti transitionon to to3-EOP 3-EOP-E-3.

-E-3.

1212

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _2_ 2 No.: _6_

Event No.:

Event 6 Page_1_of~

Page 1 of 4 Event

Description:

Event

Description:

When When transition transition isis made made from from 3-EOP-E-0 3-EOP-E-0 to to 3-EOP-E-3, 3-EOP-E-3, the the startu(2 startup transformer transformer locks locks out.

out. 3A 3A EDG EDG starts starts but but the the out(2ut output breaker breakerdoesdoes notnot automatically close, automatically close, and and 3-EOP-ECA-0.0 3-EOP-ECA-0.0 isis entered.

entered. 3A 3A EDG EDG out(2ut output breaker isis manually breaker manually closed closed andand the the crew crew transitions transitions backback toto 3-EOP-E-3.

3-EOP-E-3.

Only 3A Only 3A && 3D3D 4kV 4kV bus bus are are now now available available from from 3A 3A EDG.

EDG. 3-EOP-E-3 3-EOP-E-3 isis performed to (2erformed to cooldown cooldown and and de(2ressurize depressurize the the RCS RCS to to stO(2 stop (2rimarv-primary-secondary leak secondary leak flow.

flow.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports LOOP Recognizes/reports LOOP causing causing loss loss ofof all all AC AC power:

power:

• . 3A 4kV 3A 4kV bus bus deenergized.

deenergized. 3A 3A EDG EDG did did not not start start..

• . 3B 4kV 3B 4kV bus bus deenergized.

deenergized. 3B 3B EDG EDG OOS OOS..

US US Determines loss of all AC power exists and directs performance of 3-EOP-ECA-O.O performance 3-EOP-ECA-O.O beginning with step 33

1. Determines reactor & turbine already tripped per 3-EOP-E-0

2. Determines RCS Tavg >350°F RCO RCO Performs actions per 3-EOP-ECA 3-EOP-ECA-0.0 -0.0 as directed by US:

1.

1. Determines PORVs closed, letdown & & excess letdown isolated

2. Determines SI reset BOP BOP Performs Performs actions per per 3-EOP-ECA 3-EOP-ECA-0.0 -0.0 as as directed directed by by US:

US:

1.

1. Determines Determines 22 AFWPs AFWPs running running 2.

2. Increases Increases AFWAFW flowflow to to 345 345 gpm gpm to to intact intact SGs SGs 3.

3. Verifies Verifies 4kV 4kV bus bus stripping stripping using using Attachments Attachments 11 && 2. 2.

4.

4. Determines Determines 3A 3A && 3B 3B 4kV 4kV buses buses both both deenergized deenergized with with lockout lockout relays relays reset reset 5.5. Determines Determines 3A 3A EDG EDG lockout lockout reset reset && 3B 3B EDG EDG OOS OOS 6.6. Determines Determines 3A 3A EDG EDG running, running, 3A 3A 4kV 4kV bus bus stripped stripped && SI SI reset reset Critical Critical 7.7. Manually Manually closes closes 3AA20 3AA20 and and energiz energizes es 3A3A4kV4kV bus bus BOP BOP Determines Determines 3D 3D 4kV 4kV bus bus energized energized fromfrom 3A 3A4kV 4kV busbus 13 13

AppendixDD OperatorActions Actions Form Appendix Operator FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 ScenarioNo.:

Scenario No.:_2_ 2 EventNo.:

Event No.:_6_ 6 Page20f_4_

Page ...... of 4 EventDescription:

Event

Description:

When Whentransition transitionisismademadefromfrom3-EOP-E-0 3-EOP-E-0 toto3-EOP-E-3, 3-EOP-E-3, the thestartul2 startup transfo transformerrmerlockslocksout.

out. 3A 3AEDG EDGstarts starts but butthe theoutl2ut outputbreaker breakerdoes does notnot automaticallyclose, automaticalll:: close, and and 3-EOP-ECA-0.0 3-EOP-ECA-0.0 isis entered.entered. 3A 3A EDG OUtl2ut EDG output breakerisis manualll::

breaker manuallyclosedclosed andand thethe crew crewtransitions transitions backbacktoto 3-EOP-E-3.

3-EOP-E-3.

Only 3A Onll:: 3A && 3D3D 4kV4kV bus bus are are now now available available from from 3A EDG. 3-EOP-E-3 3A EDG. 3-EOP-E-3 isis performed toto cooldown l2erformed cooldown and and del2ressurize depressurize the the RCS RCS to to stOI2 stop I2rimarv-primary-second ary leak secondary leak flow. flow.

i._Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RCO/BOP RCO/BOP Restarts ECCS Restarts ECCS loads loads on on 3A 3A EDG EDG as as directed directed by by US:

US:

Critical Energizes 3A, Critical ** Energizes 3A, 3C3C && 3H 3H 480V 480V LC LC

• . 3A &

3A & either either U4U4 HHSIP, HHSIP, 3A 3A RHRP RHRP

• • 3A &

3A & 3C 3C CCWPs, CCWPs, 3A & 3C ICWPs ICWPs

• • 3B & 3C ECCs, 3B & 3C ECFs ECFs US US Directs monitoring Directs monitoring of CSFs for implementation.

implementation.

Directs transition Directs transition to and performance performance of 3-EOP-E-3.

3-EOP-E-3.

Defers performance Defers performance of 3-ONO 3-0NOP-004.3P-004.3 since there is no source source of of power and stoppin stopping g pri-sec leak is higher priorit priorityy Determ Determines ines from 3-ONO P-071.2 (event 3-0NOP-071.2 (event 4) 4) that that 3A 3A SG SG is is rupture ruptured.d.

RO RO Perform Performs s actions actions of of 3-EOP 3-EOP-E-3 -E-3 asas directe directed by US:

d by US:

1.

1. Determ Determinesines RCPs RCPs not not runnin running g BOP BOP Perform Performs s actions actions of of 3-EOP 3-EOP-E-3 -E-3 as as directe directed d byby US:

US:

11 . Adjust Adjusts s 3A 3A SG SG steam steam dumpdump to to atmosp atmosphere setpoint here setpoin to 1060 t to 1060 psig psig and and determ ines CV determines 1606 closed CV-3-1606 closed 2.2. Determ Determinesines 3A3A SGSG level level> 6% and

> 6% and FW FW flow flow toto 3A 3A SGSG isolate isolatedd 3.3. Determ Determinesines AFWS AFWSS S train train 11from from 3C 3C SG SG && train train 22from from 3B 3B SG SG Critica Criticall 4.4. Verifie Verifies s MOV- 3-1 403 closed MOV-3-1403 closed && deener deenergized gized (may (maybe be perform performed ed previo usly ininevent previously event4a)4a) 5.5. Determ Determinesines CV 6275A closed CV-3-6275A closed 6.6. Verifie Verifiess aux auxsteam steamsupplie supplied from U4 d from U4directe directedd perper3-ONO 3-0NOP-071.2 P-071 .2 7.7. Determ Determinesines 3A3AMS)V MSIV&&MOV- MOV-3-1427/1426/1425 3-1 427/1 426/1 425 already alreadyclosedclosed 8.8. Determ Determinesines nonos/gs s/g'sfaulted faulted 9.9. Contro Controlsls AFWAFWflowflowtotointact intactSGsSGstotomainta maintainin NRNRlevel level15-50%

15-50%

14 14

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-30 1 ScenarioNo.:

Scenario No.:_2_ 2 EventNo.:

Event No.:_ 6_6 Page~of_4 Page 3 of _4 EventDescription:

Event

Description:

When When transition transition isis made madefrom from 3-EOP-E-0 3-EOP-E-0toto 3-EOP-E-3, 3-EOP-E-3, the thestartuQ startup transfo rmer locks transformer locks out. 3A out. 3A EDG EDG starts starts but butthe the outQut outputbreaker breakerdoes does notnot automaticallyclose, automatically close, andand 3-EOP-ECA-0.0 3-EOP-ECA-0.0 isis entered.entered. 3A3A EDG EDG outQut output breaker isis manually breaker manuallyclosed closed and and the the crew crewtransitions transitions back back toto 3-EOP-E-3.

3-EOP-E-3.

Only Only 3A 3A & 3D 4kV

& 3D 4kV busbus areare now now available available from from 3A3A EDG.

EDG. 3-EOP-E-3 3-EOP-E-3 isis performed to Qerformed to cooldown cooldown and and deQressurize depressurize the the RCS RCS toto stop I2rimarv-stOI2 primary-secondary leak seconda!y leak flow flow..

.....Time Position lillie Position Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Continues performance Continues performance of of 3-EOP-E-3 3-EOP-E-3 actions actions asas directed directed byby US:

US:

1.1. Determines power Determines power to to one one PORVPORV block block MOVMOV available, available, PORVs PORVs closed &

closed & both both PORV PORV block block MOVs MOVs openopen 2.

2. Verifies SI Verifies SI & & phase phase A reset A reset

3. Determines RCS Determines RCS pressure>

pressure > 250 psig & & stops 3A RHRPRHRP BOP BOP Continues performing Continues performing actions of 3-EOP-E-3 3-EOP-E-3 as directed directed by by US:

US:

1.

1. Determines CV-3-2803 Determines CV-3-2803 open & & IA pressure>

pressure > 95 psig 2.

2. Determines no offsite power availab Determines available le to 3A1B/D 3A/B/D 4kV buses due due to to lockout U3 SUT lockout

3. Determ Determinesines 3A SG pressure>

pressure > 500 psig US US Determ Determines ines require required d CET CET temper temperatureature for cooldo cooldown based on wn based on 3A3A SG SG pressu pressure re per per 3-EOP -E-3 step 3-EOP-E-3 step I11a table.

Ia table.

BOP BOP Fully Fully opens opens 3B 3B && 3C 3C steam steam dumpsdumps to to atmosp atmosphere.

here.

Critica Criticall RO RO Contin Continues ues perform performance ance of of 3-EOP 3-EOP-E-3 actions as

-E-3 actions as directe directedd byby US:

US:

11 Starts Starts 3A3A or or 3C 3C chargin charging g pump, pump, stops stops RCS RCS makeu makeup, takes p, takes runnin running g chargin charging g pump pump speed speed to to maxim maximum um &&adjusts adjusts HVC-3 HVC-3-121

-121 for for proper proper sealseal injectio n flow.

injection flow.

2.2. Opens Opens LCV-3 -1 I SB &&directs LCV-3-115B directs NSONSO locally locallyclose close MOV-MOV-3-115C 3-1 1 SC 3.3. Inform Informs s USUS when when CET CET temper temperature ature <<value value from from step step I11laatable table 4.4. Determ ines RCS Determines RCS CET CET subcoo subcooling ling >>50°F50°F BOP BOP Contin Continues ues perform performance ance of of3-EOP 3-EOP-E-3 actionsas

-E-3 actions as directe directed byUS:

d by US:

I.1 . Closes Closes3B 3B&&3C 3CSG SGsteam steamdump dumpto toatmosp atmosphere whenCET here when CET temper ature <<value temperature valuefrom fromstep stepha 11atable table 2.2. Determ ines 3A Determines 3ASG SGpressu pressure re stable/

stable/increasing.

increasing.

15 15

Appendi Appen dixxDD Operato Opera torrAction Actions s Form Form ES-D-ES-D2-2 Op-Tes Op-Te st tNo.:

No.: 2007-3 2007-30101 Scenar Scena rio No.: _ 2_

io No.: 2 Event No.: _6_6 EventNo.: Page Page ~of_ 4 of 4_ 4 EventDescri Event Descripti on: When ption: When transit transition ion isis made made fromfrom 3-EOP 3-EOP-E-

-E-O0 toto 3-EOP 3-EOP-E--E-3, 3, the the startu(2 transfor merlocks startup transfo rmer locks out.

out. 3A 3A EDG EDG starts starts but but the the out(2ut output breake rrdoes automati autom callyclose, close, and bre ake doe s not not atically and 3-EOP 3-EOP-EC-ECA- A-0.

0.00 isis entere entered d.. 3A 3A EDG out(2ut breakerrisis manua EDG outp ut breake manually closed and lly closed and the the crew crew transit transition ionss back Only 3A back to to 3-EOP 3-EOP-E--E-3. 3.

Only 3A & & 3D 3D 4kV 4kV busbus are are now now availab availablele from from 3A 3A EDG.

EDG. 3-EOP 3-EO -E-33 isis P-E-performed (2erfor med to to cooldo cooldow wnn and and de(2re depressssurize urize thethe RCS RCS to to sto(2 stop (2rimar primary-v-sec ond secondaCi ary leak leak flow flow.

Time 111110:; Position Positio n Applican Applic ts Action ant's Actions s or or Behav ior Behavior US US Depress Depre urizes ssurize RCS to s RCS to stop stop primar primary-s y-secoeconndary dary leak leak per per 3-EOP 3-EOP-E--E-33

1. Dete rmin

1. Determines es norma normall spray spray not not availab available le Critical Critica 2. Opens

2. Opens one one PORV PORV.. Close Closes s PORV PORV when when RCS RCS press pressu ure re << SG SG pressu press re with ure with PZRPZR level>

level> 17%

17% OR OR PZRPZR level>

level > 71%

71% OR OR RCS RCS GET subco CET subcoo ling <30°F oling <30°F.. Determ Determin ineses RCS RCS pressu pressure increa sing increasing 3.

3. Determin Determ es ines SI termin terminatiation on criteria criteria met. Stops Stops 3A & & U4 HHSIP HHSIPs. s.

TERMINATI TERMIN ON ATION SI termin terminat ed after ated after stopp stoppin ing g prima primaryry-sec

-secondondar CUE aryy leak.

1616

Appendix Appen dix DD Scenario Scena Outline rio Outline Form Form ES-D-1 ES-D-i Facility:

Facility: Turkey Point Turkey Point Scenario Scenari No.:

o No.: 22 Op Test No.:

op Test No.: 2007-30 2007-301 1 Examiners:

Examin ers: Candidates:

Candida tes: US US RO RO BOP BOP Initial Conditio Initial Conditions: ns: Mode 1, Mode 1, 50%

50% Power, Power, MOL, MOL, Turnover:

Turnove r: Equipment Equipm ent OOS:

OOS: 3B 3B EDG EDG due due toto failed failed fuel fuel pump pump (OOS(DOS 22 days; days; next next perform performance ance ofof O-OSP-023.3 in 023.3 in 44 hrs);

hrs); BB AFW AFW PumpPump due 0-DSP-due to bearing bearing failure failure (OOS (DOS 44 hrs; hrs; ETR ETR 2424 hrs);

hrs); 3B 3B CSP CSP due failed 1ST failed 1ST -low low dischar discharge pressure due to to ge pressur (DOS 12 e (OOS 12 hr; hr; ETR ETR 3636 hr) hr)

Need to Need to swap swap 3D 3D 4kV4kV bus bus power power supply supply to to 3A 3A 4kV 4kV bus bus per per 3-0P-00 3-OP-005 5 section 7.4 after shift turnoverr to turnove to support support upcomi upcoming emergent mainten ng emerge maintenanceance on 3A 3A CCW CCW pump.

pump.

Known tube Known tube leakleak in in 3A3A S/G SIG (2 (2 gpd) gpd) - unchan unchanged for last week. Chemis Chemistrytry sample samples areare being being taken per per 3-0NOP 3-ONOP-071 -071.2,.2, Attachm Attachment ent 1. 1. The current current sample, sample, just comple signifi completedted indicate indicat s no es no cant significant change in in leak rate.

rate. MOV MOV-3-11403 403 remains remains open at managemanagementment directio directionn due to small size and stability size stability of tube leak rate.

Event Type*

Event Type* Event Descrip Descriptiontion No.

11 SRO/BOP (N) SRO/BO P Swap 3D 4kV bus power supply to 3A 4kV bus per 3-0P-00 3-DP-005 5 section 7.4.

2 (I) BOP/RO BOP/RO First stage impulse impulse pressur pressuree channell PT-3-44 PT-3-4466 fails low. The crew respond respondss TFS1MAB TFS1MABL l ==TT (TS,I) SRO per 3-0NOP 3-ONOP-028 -028 to stop inward rod movem ent by taking rod control control to manual and then 3-0NOP manual 3-ONOP-049. -049.1.1.

3 (C) ALL 1 2OVAC power panel 3P09 normal 120VAC TFE6X06F =T normal inverter inverter fails. The auto swap to the CVT TCE6DllC =T also fails leaving 3P09 deenerg deenergized.

ized. The crew respond respondss per 3-0NOP 3-ONOP-003.

-003.9.

9.

3P09 is swapp swappe edd over to the spare inverter inverter per 3-0NOP 3-DNOP-003.-003.9 9 Attachm Attachmentent 1.

4 TFCMM2A4 TFCMM2A4 =T = T (M) ALL The 3A steam generat generator or tube leak grows to 2 gpm. R-3-19 R-3-1 9 fails to respond respond..

TVHHSGA TVHHSGA = = SRO/BOP (I) SRO/BO P The crew respond respondss per 3-0NOP3-ONOP-071 -071.2.2 0.002 (TS) SRO 4a (R) ALL A fast load reducti reductio onn from 50% power is initiate initiatedd and performed per 3-ONO 3-0NOP 100 P--

5 TVHHSGA==

TVHHSGA (M) ALL The 3A steam genera generattor or tube leak grows from 22 gpm into aa rupture 0.4 0.4 (contd (cont'd from rupture.. The reactor is tripped and 3-EOP 3-EOP--E-0 E-0 performed. MOV- MOV 1433 fails to close 3-1433 TFSW33C ==T T event 4) requiri requirin ngg manua manuall isolatio isolation n of of MSIVs MSIVs..

66 (C) ALL When transiti transitio onn is made from 3-EOP 3-EOP--E-0 E-0 to 3-EOP 3-EOP--E-3, E-3, the the startup startup transfo transforrmermer locks out. 3A EDG starts but the output breake breakerr does does not TF05A20A ==TT TFQ5A20A not TA05lRSB =T automa automatically tically close, and and 3-EOP 3-EOP--ECA-ECA-0.0.00 is entered entered.. 3A EDG output breake breaker r TFP1S38S =T is manua manuallly ly closed and the crew transiti transitioons ns back to 3-EOP 3-EOP--E-3.E-3. Only 3A & & 3D 3D 4kV 4kV bus are now now availab availabllee from 3A EDG. 3-EOP 3-EOP--E-3E-3 is is performed to cooldo cooldow wnn and and depres depress surize urize the RCS to stop primar primaryy-seco

-second ndary ary leak leak flow.

(N)orm (N)orma al,l, (R)eac ..

tivity, (R)eact lvlty, (l)nstru (I)nstrum ment, ent, (C)om (C)omp ponent onent,, (M)ajo (M)aJor r 11

TP-2007-TP-20 301 Scena 07-301 Scenario rio #2#2 Event Event Descri Descripti ption on Turkey Turke Point 2007-3 y Point 2007-301 Scenario 01 Scena #2 rio #2 Event 11 - Swap Event Swap 3D 3D 4kV4kV bus bus power power supply supply to to 3A 3A 4kV 4kV bus bus per per 3-0P-0 3-OP-005 05 section section 7.4. 7.4.

Event 22 - First Event First stage stage impuls impulse pressure e pressu channel re chann PT-3-446 el PT-3-4 46 fails fails low.

low. The The crew crew respon responds ds perper 3 ONO P-02 ONOP -0288 to to stop stop inward inward rodrod movem movemen entt byby taking taking rodrod contro cont rol l to to manua man uall and and then then 3-0NO 3-ON P-OP-049.

049.1.1.

Event 33-- 120VA Event 12OVAC power panel C power panel 3P093P09 norma normall inverte inverterr fails.

fails. The The autoauto swap swap to to the the CVT CVT alsoalso fails leaving 3P09 leaving 3P09 deene deenergiz ed.. The rgized The crew crew respon fails responds per 3-0NO ds per 3-ONOP-0 P-003 03.9.9. . 3P09 3P09 is is swapp swap ed ped over to spare inve rter spare inverte r per per 3-0NO 3-ONOP-0 P-003 03.9 Attachm

.9 Attach over to the the ent 1.

ment 1.

Event 44 - The Event The 3A3A steam steam genera generator tube leak tor tube leak grows grows to to 22 gpm.

gpm. R-3-19 R-3-19 fails fails to to respon respond. d. The The crew responds respon ds per per 3-0NO 3-ONOP-0 71 P-071 .2..2. crew Event 4a - A fast load Event load reduct reduction from 50%

ion from 50% power power is initiate initiatedd and and perfor performedmed per 3-0NO 3-ONOP-1 P-100 00..

Event 55 - The Event - The 3A steam genera generator tor tube leak growsgrows from 2 gpm into a rupture tripp ed and and 3-EOP3-EOP-E- rupture.. The reactoreactorr is tripped -E-00 perform performed ed.. MOV-3 MOV-3-1 433 fails to close requiri

-1433 requ iring ng manua MSIVs..

MSIVs man uall isolatio isola n of tion Event 6 - When Event When transit transition made from 3-EOP ion is made 3-EOP-E-

-E-0 0 to 3-EOP 3-EOP-E- -E-3, 3, the startup startup transfo transform rmerer locks locks out.

out. 3A EDG start EDG startss but the output output breake breakerr does not autom automati aticall cally y close, close , and 3-EOP 3-EO -ECA-P-EC 0.0 A-0. 0 isis enter ed.

entered. 3A 3A EDG output output breake breakerr is manua manually closed and the crew transit lly closed trans ionss back to 3-EOP ition 3-EO -E-P-E-

3. Only

3. Only 3A 3A & & 3D 4kV bus are now availab availablele from 3A EDG. EDG. 3-EOP 3-EOP-E- -E-3 3 is perfor performedmed to cooldo cooldow wnn and depres and depressu rize the RCS to stop primar surize primary-s econndary y-seco dary leak flow flow..

22

TP-2007-301 Scena Scenarrioio #2 Event Description Scenario XXII XXIIII NRC 2 Simula Simul tor Opera ator Operattinging Instru Instruc tions ctions Setup IC-2 (50% MOL)

Place simulator in run.

Trigger lesson steps:

SETU P - 3B EDG OOS (actuate (actuatess TAQ5LR TAQ5LRSB SB == OFF (0) & & TAQ5B TAQ5B2OP RACKOUT 20P = RACKO (3))

UT (3>>

SETU P - B AFWP OOS

- QOS (actuate (actuatess TAFK24 TAFK2444 = TAFKO022 =

= 0.0, TAFK00 = 0.0, TAFF01 TAFF01B B== 0.0, TCF5MTB = = T)

SETU P - 3A SG 2 GPO GPD LEAK (actuate(actuatesTVH HSGA s TVHHS GA =O.00

= 0.00000 0001313))

SETU P - 3B CSP OOS

- 005 (actuate (actuatess TAM1D TAM1 DPOBPOB = RACKOUT

= RACKO TCM1 D41 UT (3) & TCM1D 41 M = FALSE)

FALSE)

SETU P - 3P09 AUTO SWAP TO CVT FAIL FAlL (actuate (actuatess TFE6X0 TFE6XO6F 6F =

= T)

SETU P - R-3-1

- R-3-1 99 FAIL AS IS (actuate(actuatess TFCMM TFCMM2A4 2A4 == T)

SETU P - MOV-3-1

- 3-143 4333 FAIL AS IS (actuate (actuatess TFSVV33C = =T)

T)

SETU P - 3A EDG BKR AUTO CLOSE FAIL (actuate (actuatess TFQ5A TFQ5A2OA 20A == T then = = F when IMQ5A2 IMQ5A200)0C)

Selectt chann Selec Ill as the 11 channeell III sstt stage turbin turbine e impulse press pressu re contro ure controlling channeell on VPA.

lling chann Start train A chilled water and secure train B chilled water (CR HVAC panel)panel)..

Acknowledg Ackno wledge e any alarm alarmss (B-2/2, B-2/3, B-213, 0-6/2 D-612 & E-2/5 normal for 50% power power;; F-9/2 F-912 & F- F 9/5 due to 3B EDG OOS) and place simulator in freeze freeze..

Place cleara clearan nce ce info tags on 3B EDG normall start switch, B AFWP T&T valve control switch & 3B CSP control switch.

Remov Remo vee AFW train 2 orang orange e tag from B AFWP tacho tachom eter just below ann. panel X.

meter Provide shift turnover check checkllists ists and 3-0NO 3-ONOP-071P-071 .2 .2 Att 1.

Selectt 3A QSPDS to page 211 (SAT) and 3B QSPDS to page 212 Selec (RVL). Set ERDADS on VPA to Tavg/Tavg/T ref (TAV) and at the RCO desk to ENVRN (ED3)

Tref (ED3)..

Fill in blend blende err & shutd shutdoown wn boron addition placar placard dss at conso consollee blend blendeerr station. Data Jor each IC may be found in the ECC & Shutd for Shutdoown wn Guide Guidellines ines Book in the simulator IIF. I/F.

3

TP-200 TP-20 7-301 Scena 07-301 Scenar io#2 rio #2Event EventDescri Descripti ptionon Event Even t 11-S wap 3D

- Swap 3D 4kV 4kV busbus to to 3A3A4kV 4kV bus Initiate bus Initiat eddby bycrew crewper pershiftshiftturno turnoveverrusing using3-0P- 3-OP-0 00505sect sect 7.4.

7.4.

Crewmust Crew muststart start3A 3A ICWP ICWPand andsecur secure 3C ICWP e 3C ICWPper per3-0P-3-OP-0 019 ..

19..

Respon Respo ndd ifif direct directed ed as as NSONSO toto perfor perform pre-sta m pre-st artrt check checks s for for 3A 3A ICWP ICWP and and post-post-shu tdo wn shutdown check checks for 3C s for 30 ICWP ICWP.. Repor Reportt allall condit conditi ions ons norma normall..

Respon Respo ndd ifif direct directed ed toto locally locally verify verify voltag voltage e onon 3D 3D 4kV 4kV bus.

bus. Click Click onon Sche Schema ma~M *MAAIN IN PO WE R DlS POWER DISTRI8UTlO TR lBU TION N 4KV && 480V

~4KV 480V AC~3AC*3D D 4KV4KV 8US~

BUS Repo

>R rtt voltag epor e indica voltage indicat ted on 3D on 3D busbus mimic mimic.. ed As SM, As SM, direct direct crewcrew to to leave leave 3A 3A && 383B ICWP ICWPs s inin servic service e Respon Respo ndd ifif direct directeded asas NSONSO to to perfor perform pre-sta m pre-st rt check art checks s for for 3C 30 ICWP ICWP and and post-post-shutdo shutd ownwn check checks for 30 s for 3C ICWP ICWP.. Repor Reportt allall condit conditiions ons norma normall..

Eventt 2 - PT Even PT--3-44 3-446 (chann 6 (chan Ill 11 el III nel st stage impu st stage Fol lowing impullse se pres pressu surere)) fails fails low Follow ing trans transferfer of 3D 4kV of 3D 4kV bus to 3A 4kV bus, bus, trigge triggerr lesson lesson step EVEN EVENT T 22 - PT-PT-3-446 FAILS 3-446 FAILS LOW LOW (actuate (actuatess TFS1M ABL =T).

TFS1 MABL Cre w Crew willwill respo respond nd per 3-0NO 3-ONOP-02B P-028 and take rod contro mo controll to manu manual al to stop inwar inward d rod rod vem ent.

movement. Then The n the respond crew will respo nd to the instru instrum ment ent fai/ure failure per 3-0NO 3-ONOP-049P-049.. 1.1.

Responnd Respo d if direct directeded as NSONSO to reset reset AMAMSA SAC trou troubl e. Aft ble. After min, trig er 1-3 mm, trigge gerr less lesson step EV EN T EVENT 2 - BY BYPAPASS AM SAC PO on step AMSA WER I1 (actu POWE (actuate ate TCL TCL4P14P1 BA == T then TCL TCL4P1 4P1 BB == TT after after 30 30 sec sec and TCL 4RSTT == TT after and TCL4RS after an an addi tionaall 30 sec). Res addition Reset etss ann annun uncciator iator D-70-716. Repor

/6. Rep ortt whe when compl n com ete.

plete.

Res Respoponnd d if dire cted direct ed as WC wee C to init iate PW initiate PWO O and and not notify I&C.. Als ify l&C Also respo o resp nd as wee as WC dire cted to directed to gener gen erat atee aa clea rannce ce for bist ond C ifif cleara able bistab les s trip trippepedd for PT- PT 446 failure 3-446 fail ure .

Ann Annun uncciator iator 0-8 /3 alar C-BI3 alarm mss whewhen n PT-PT-3-3-4446 46 fails fai/s..

Ann unc Annunciatoriatorss 0-6 /1, 6/2 C-611, 612 && 6/3 alar 613 alarm m unt il ch until ch IV IV l 1st stag stage impuls e imp ulsee pre press ssuure select re sele ed for cted for con trol control. .

Ann Annununcciator iatorss C-7 /1, 7/2, C-711, 712, 7/3713 alar m due alarm due toto trip trippin pingg bistbistab ableles.

s.

44

TP-2007-TP-20 07-301 301 Scena Scenar io#2 rio #2 Event Event Descri Descripti ption on Event Even t 33-L- Loss ossof3 of 3P09PO9 After crew After crew briefbrieffor for PT PT-3-4 44646 failure failure,, at at lead lead exam examin iner er direct directio ion, n, trigge trigger r lesson lesson step EVENTT 33 - LOSS EVEN LOSS OF OF 3D 3D INV/3 INV/3P step P09 09 (actuate (actuates TCE6DI1 s TCE6D I1CC ==T). T)

Thi s dee This deene ner gizes 3D rgizes 3D inverte inverter.r. Since Since the the auto auto transf transfer er to to CVT CVTwas was fai/edfailedat at setup, setup, 120V 120V vitalinstru vital instrum ent pan ment panel 3P09 el 3P09 isis deene deenerrgizedgized.. The The crew crew respo resp nds ond s per per 3-0NO 3-O NO P-003 .

P-003. 9 and 9 and reenerg reene izes 3P09 rgizes 3P09 from from the the OSDS inverte inverter.r.

Respon Respo ndd asas FS/NS FS/NSO O when when direct directed to check ed to check out out 3P09 3P09 && 3D 3D inverte inverter.r. After After 1-3 1-3 min, report 3P09 report 3P09 deene deenerrgized gized with with no mm, no other other unusuunusua all condit conditiions ons and and 3D 3D invert inv er DC input breake erte r DC input break err CB1 CBI trippe tripped d..

Respon Respo ndd asas WCCWOO ifif direct directed ed to to have have Electr Electriical cal check check out out 3P09 3P09 for for reene reenerg rgizat ization.

ion. AfterAfter 8-1 8-122 min, mm, report report 3P09 3P09 okay okay to to reene reenerg ize from rgize from OS DS invert inverte er. r.

When direct When directed ed asas FS/NS FS/NSO to to reene reenerg ize 3P09 rgize 3P09 from from OS DS invert inverte er,r, wait wait 1-3 1-3 minmm then triggerr the trigge the follow following lesson then ing lesso steps per n steps per 3-0NO 3-ONOP-003 P-OO39 .9 Att.

Att . 1:

1:

Step 1:

Step 1: EVEN EVENT 33 - OPEN OPEN 3D 3D INVER INVERTER TER CB6 CB6 (actuate (actuates s TCEDI4 TCEDI4C C ::: F)F)

Step 2a:

Step 2a: EVEN EVENT 33 - OPEN OPEN ALL 3P09 3P09 BREA BREAKERS KERS (actuate (actuates s TCE621 TCE6217 7S:::

S = T) T)

Step 2b: EVEN Step EVENT 3 - OPEN OPEN ALL 3P24 3P24 BREA BREAKERS TCM2DX KERS (actuate (actuates s TCC2D TCC2DL LM3 M3 F,::: F, TCC2D TCC2DLLM M :::= F, F,

TCM2D 3M = F, X3M::: F, TCC2D TCC2DL E = F, LE::: F, TCC2D TCC2DP PEE == F, TCF1D TCF1DA A3M:::

F, TCN14 TCN14O 3M = F, F, TCK724 TCK7240 07:::

7 = F,F, TCCMP TCCMP2 248:::

48 =

F, 9M=F,, TCN14 09M=F TcN14I0 M=F&Tc 10M:::F &TCN1 N14411M::

1IM=F) :F)

Step 5a: EVEN Step EVENT 3 - 3P09A 3P09A SWIT SWITC CH H TO ALTE ALTER RNAT NATE E (actuate (actuatess TAE6X3 TAE6X34 :::= ALTER ALTERN NATE)

ATE)

Ste Step p 6: Call as NSO NSO & & reque requesstt RO take both both group groupss of PZR backu backup p heate hea tersrs to to OFF.

OFF.

Ste Step p 7: EVENT 3 EVEN 3-C LOSE

- CLOS 3P09 MAIN E 3P09 MAINII3 /13/o2 IO2 (actuate (actuatess TCE6D TCE6DS S4C4C= ::: T, T, TCF TCF1D 1DA A2M:::

2M= T after 5 sec & TCH19O 2M ::: T after 1100 sec) 1902M T Step 8:

Step EVENT 3 EVEN T 3 - CLOS CL OSE OTHE OTHER 3P09 3P09 BREA BREAKERS KERS (actuate (actuatess TCE TCE6D 6DP P2C:::

2C = T, T, TCE TCE6D 6DP 3C =::: T after 5 sec, TCE P3C TCE6D 6DP 4C =::: T after 10 P4C 10 sec, TCM TCM2D 2D9 95M:::

5M T after 15 15 sec, sec, TCE TCE6D 6DP 5C P5C ::: T after 20 sec, TCE

= TCE6D 6DP 6C =::: T after P6C after 25 sec, TCE TCE6D 6DP P7C 7C ::: T after 30 30 sec, TCC TCCMDMDR E T after 35 sec, TCE RE::: TCE6D 6DP 8C T after P8C::: after 40 40 sec, TCN TCN191 191 1M:::

1 M = TT after 45 sec, sec, TCN TCN191

=TT after 50 sec, TCC TCCMD MDR E3 == TT after 55 RE3 19122M M 55 sec, TCB TCB2M 2M9 915 I5 =::: T after after 6060 sec, sec, TCE6D TCE 6D5 58C  ::: T T after after 65 sec, sec, TCD TCD2M 2MC CL T after CCL = after 70 8C

= 70 sec, sec, TCE TCE6D 6DP 9C =::: T after P9C after 7575 sec, sec, TCM TCM2D 2D99TM TCE TCE6D6D556C6C ::: TT after TM =::: TT after after 8080 sec sec & &

after 85 85 sec) sec)

Ste Step p 9:9: EV EVEN ENTT 33 CLOS- CLOSE E 3P23P24 4 BR BREA EAKE KERS RS (actu(actuate atess TCCTCC2D 2DLLM3 M3 ::: F, F, TCC TCC2D 2DLLM M =::: FF after after 55 sec, sec, TCM TCM2D 2DX 3M = FF after X3M::: after 10 10 sec, sec, TCC TCC2D 2DLLE:::

E = FF after after 15 15 sec,sec, TCCTCC2D 2DP PE:::

E F after 20

= F after 20 sec, sec, TCF 1 DA3M TCF1D = F A3M ::: F after after 25 25 sec, sec, TCK TCK724 724007:::

7 = FF after after 30 30 sec, sec, TCCTCCMP MP2248:::

48 FF after after 35 35 sec, sec, TCN 14O9M TCN140 9M =::: FF after after 40 40 sec, sec, TCN TCN141141O0M:::

M = FF after after 45 45 secsec && TCNTCN141 141 11M M =::: FF after after 50 50 sec) sec)

Ste Step p 10:

10: EV EVENENTT 33 - 3Y0 3Y07B 7B SW SWIT ITC CHH TO TO BA BACK CK UP UP OS DS INVER INV ER TER TER (actuate (actu ates s TAE TAE6X2 6X244 :::

ALT ALTERERN ATE)

NATE)

Ste Step p 12:

12: CallCall as as NS NSO O and and rep ort Att.1 report Att.1 com compl pletete.

e.

Res Respo ponnd d asas NS NSO O ifif dire directcted ed toto dep depre ressss andand holdhold relarelay y LC LC45 4599X X to to allo alloww rest restor oraation tion of of letd letdowownn andand PZR pre ssu PZR press urelle re/leve vell con troll.. Afte contro After r 1-3 1-3 mm,min, trigtrigge ger r lesson less on step step EVEN EVE NT T 3-PRE PRES SSS II HOL HOLD D LC LC45 4599CXCX (actu 3 -

atess T0H (actuate 24599C TCH245 T). Wh c =::: T). When en diredirect cted ed to to releas rele e LC459 trig gerr less on step ase LC 459 CX, 0X, trigge lesson step EV EVEN ENTT 33 - RE - RELE LEA ASESE LC LC45 4599CXCX (actu (actuate atess TCH TCH24524599C C == F). F).

Ann Annun uncciator iator F-1 F-112/2 rem remai ainsns in in due due to to fail ure of failure of3D 3D invinverte erter.r. Ann Annun uncciator iator B-7/ 8-711 1 willwill rem remai ainn on on until until PRN I N-4 4 PRNI N-44 rod stop rod stop byp bypas asss swi tch isis take switch taken n toto rese reset. t.

55

TP-200 TP- 2007-3 7-30101 Sce Scenario #2 Eve Event Des Description Ev Even ent 4/4414aa - 3A SG 2 gpm tube lea Once Once the the pro k

proces cesss of of 3P3P09 restoration has begun les les son step EV ste EVENT 4 - 3A SG 2G (crew brief complete), trigger 2GP PM M TU TU BE BE LEA LEAK K (act (actuate uatess TVH TVHHSG Crew sho Cre should see see incincrearease se in R-3R-3-15 & SJA HSGA == 0.00 0.002) 2)

ONOP SJA E SP SP IN ING G rea din din gs gs and res ON OP-07

-071.21.2. An Annunnunciator H-1/4 ala pon d peperr 3-alarms rms soo soo n aft afte err lea k rat rate e inc inc 19 fail 19 failure ure ententere d at setup, act rea rea se.

se. Du Duee to the R action ions trig triggergered ed by R-3-19 hig h radiati perforformed manua nually lly//lo loccal ly.. The iati on on ala rm mumust be ally The crew should init init iate iate a fas 100 100 to rem remove the unit from t loa d red uct ion per 3-03-ONONOP- P-from servic vicee..

Respond as NS Re NSO ifif ask ed to check unit 3 con denser air inle con den inleakakaagege.. Re port 0 scfm.

Respond as Ch Re Chemistry wh when en dire direct cteed d to sample SG s and MS line liness per 0-NCA After Aft 15-20 min er 15- mm, ide idenntif tifyy elevated act CAP-1P-1 04.

actiivit vityy in the 3A SG.

Respo nd as HP wh Re when en dire directcteedd to perfor formm rad readings on MS & blo wd ow 10- 15 min mm, report radiation slightl htlyy> n line lines. Aft After

> backgroun d on 3A MS line. HP direct dire cteed d to survey Tur Turbi binne e De ck aro und SJA E effl ma y als o be efflue uen ntt & rope off con tam ina ted areas.

Respond as NS O wh when en dire directcteedd to realig lign n aux steam to Un Uniitt 4 per 3-0

3. AftAfter er 2-4 minmm, trigger lesson step EVENT 3-ONONOP-0 P-071.71 .22 Att.

Att.

TAFF07 FO75 =

4 -

- AL IGN AU X STE ST EA AMM FR FRO OMM U4 (act FO2 =

= 0.0, TAFF02 = 1.0 after 60 sec

& TAFFOO (actuates F007 = 0.0 after 120 sec) sec).. Report wh Annun An nunciator 0-4 D-4/6/6 will will alarm during this wh en com ple te.

this proproces cess.

Re spond as NSO wh when dire direct cteedd to loc locaally lly check CV 1150 5000 && byp bypassass valve 3-20-014.

After Aft er 1-3 min mm, report both val valves clo closed sed.

Re spond as Sys Syste m wh tem when notified that Un Uniitt 3 is to be rem oved from servic e.

Re spond as SM wh when notified to refe referr to 0-EPIP-201 01 & 0-ADM

-1

-1115.

5.

Event 5 - 3A SGTR I Reactor tri trip p I Safety injection At evaluator dir direction after 5-10% po pow weerr reduction (in any cas casee before reaching 25% po pow weer) r),, trigger lesson step EVENT 5 0.4)..

0.4) - 3A SG TUBE RUPTURE (actuate s TVHHSG HSGA A==

The crew should recognize the inc increa rease in tube leakage to >> chargi Perr 3-0 Pe 3-ONONOP-0 P-071.

71.2, the crew should rgin ngg pump cap capacity.

uld trip the reactor and enter 3-E steam stop MO MOV-3 V-3-1-14433 33 fai OP -E- 0. MS R main faillur uree to close requir uireess ma nua nua ll level < 12% requir clo sur e of all MSIVs. PZR uireess manua nuall safety inje inject ion ctio n..

Respond as NSO when dir direect edd to place PAHMS in servic cte minut min utees,s, trigger lesson step EVENT vice on unit 3. After 8-12 5 - PLACE U3 PAHMS IN SE SERV RVICE TAC2VO 2V02A = = 1.0, TAC2VO 2V02B 28 = 1.0, (actuatess 1.0, TAAAV21 = = 1.0, 1.0, TAAAV22 == 1.0 1.0 & TAC comple te. TACAOO A005 == 0.0). Report wh en 66

TP-2007-3 01 Scenario #2 Event Description 7 -301 Ev Even entt 6 - Lo- Loss ss of offoffsit site power I 3A EDG auto Imme Imm dia edi tely ate ly after entry into start fails o 3-EOP-E-3, trigger lesson ste LO CKOUT I LO LOOP (act (actuate p EVENT 6 - U3 SUT -

uates TFP1S31S3S 8SS = T)

A spurio riouus lock s loc outt on the unit 3 SUT combin kou failure ure (from setup) and 38 EO bined with with 3A EO EDG output breaker auto clo fail EDG OOS (also from setup) cau closese AC power. 3-EOP-ECA-O.O is ent causes a momentary ry loss of al/ all ered and the 3A EO EDG output breaker is manua closed clo sed afte afterr whwhiich ch the crew retu return nua lly lly rnss to 3-EOP-E-3 to complete res ponse pon se to the SGTR.

Re spond as NSO if dire direct edd to check the condition of the cte 3A EO EDG running unl 3A EOEDG. Aft After 1-3 min mm, report unload oaded, oth erw ise nothing unusua ma nual out put bre aker clo l. If ask ed to mo nitor 3A EO EDG afte afterr closursure, report EO EDG running sat satiisfa sfaccto toririly ly..

Re spond as Sys Syste m//SA tem SAC O if ask ed about U3 SUT loc bein bei ngg dis pat ched to check out the tran lock outt.. Re kou Rep porortt that per sonnel are transf sfo orm rme err (sw itch yard still available).

Re spond as U4 RO wh when dire direct cteedd to perform 3-E OP-E-0 Att 11 to U3 RWRWST ST.. Aft After er 1-3 minmm, trigger lesson step EVENT align U4 HH HHSIPSIPs to RWST (act RW (actuate uates TAMH1V 6

6- - AL IGN U4 HH HH SIP TO U3 H1 V41 41 == 1.0, TAM TAMH1V H1V46 46 == 1.0 afte afterr 11 min mm dela delayy,, TAM TAMH1VH1V37 37 = 0.0 afte afterr 2 min TAMH48 TAM H485656 = afterr 3 min

= 0.0 afte mm dela delayy,,

mm dela delayy).

). Rep Re ortt wh por when complete.

Re spond as NSO wh when diredirect edd to loc cte locaally lly verify pha se A val valves MO V-3-1 closed clo sed (in the U3 Pipe & Va Vallveve Ro -1441717 & 1418 Roo omm). After 1-3 min

). Aft mm , trig ger les CLOSE MOV-3-1 CL -1441717 & 1418 (act son ste p EV ENT 6 - -

(actuates TFKV417C = = T & TFK TFKV418C =

when com wh complete. afterr 11 min

= T afte mm dela Rep

). Re delayy). ortt por Re spond as NSO wh when dire direct cte edd to loclocaally lly clo closese LC LCV-3 V-3-11-115C 5C.. Aft After les son step EVENT 6 - LOCALLY er 1-3 min mm, trig ger

- LLY CLOSE LCV-3-1 -1115C SC (act uate when com wh compleplete. s TFB VC6 2 = T). Re Reppor ortt When dire Wh direct cte ed d as FS/NSO to deenergize MO 3 min V-3-1 -14403 03 by opening bkr 400 4D01-2 1-28, afte mm, trig ger les son step EV ENT 6 6-- DEENERGIZE MOV-3 afterr 1-Re port wh when com ple te. If dire V-3 -14

-14 03 03( actu (actates uate TC s F5M TCF B28 5MB 28 =F)

= F)..

directcteedd to verify MO V-3-1 -14403 03 clo closed that this is the case. sed, afte afterr 1-3 min mm, report If dire directcte edd to align auxiliary steam supply from or afte afterr 2-4 min U4,, eith er report that this is alre U4 alread mm, trigger lesson step EVENT 44- adyy don e TAFF07

- AL IGN AU X STE ST EA AM M FRO FR OM M U4 (actuates FO75 == 0.0, TAFFO2 F02 = = 1.0 afte afterr 60 sec & TAFFOO F007 = = 0.0 afte afterr 120 sec) sec).. ReRep ort An Annnununc cia iato torr 0-4 D-4/6 will will alarm during this pro por t wh wh en com plete.

procescess.

If asked as NSO to loc locaally lly verify MO V-3-1 -14 425 closed 25 clo sed, afte afterr 1-3 minmm, report that this is the case.

The crew may try to reenergize 38 4kV bus using 3-0 3-ONONOP-0P-004. 04.33.. Since 38 OOS and the U3 SUT is locked 3B EO EDG is out, such attempts will will be unsuccess essful ful..

7

NR C-2 OP OPE ER RAT ATI IOONS NS SH SHIFT IFT TU TURN RNOV OVER ER RE PO REP ORT RT ONCO ON COMI MIN NG G CRCREW EW AS ASSIG Shift Mgr: SIGN NM MENENTS TS Field Supv.: Inside SNPO:

Admin RCO: Outside SNPO:

ANPO:

Unit Un it 33 Unit Supv.: Un Unit it 44 RCO: Unit Supv.:

NPO: RCO:

NPO:

Plan Pla ntt Sta Stat tusus Unit 33 Un Mode: Un Unit 44 1

Power: Mode:

50 1 MWe: Power:

348 100 Gross Leakrate: MWe:

0.03 759 RCS Boron Conc: Gross Leakrate:

907 0.04 RCS Boron Conc:

600 Operational Concerns:

3 AF AFWP WP OOS (bearin aring failur g fail uree;; OOS 4 hr; ETR 24 hr) 3B 3B ED EDG G OO OOS S (fue (fuell pump fail faileded;; OOS 2 days; next 0-OSP-3B CSP 3B CSP OOS (fai (failed SP-02 023 3.3.3 in 4 hr) 1ST -lo led IST loww disc dischahar rge ge pre ssu Tra re; OO S 12 hr; ETR 36 hr)

Trainin A A is protecttected ed..

Swap Sw ap 3D3D 4kV bus power supply to 3A 4kV bus per 3-O 3-0 P-005 sectio ma maint inteenanannce ce on 3A CCWP (vi tionn 7.4 to support possib sibllee emergent ent (vib brarati tioon n increase las last t shif shi t).

ft).

22 gpd gpd tube lea k leak in 3A S/G - unchanged for past we Po Pow weerr on hold at 50% follow wee ekk (Chemistry sampli plinngg per per 3-O 3-0 NOP-0 foIl ing . inadverte rten ntt 3B P-077l.21.2,, Attachment nt 1.)

1.)

3B SGFP FP .

trip wh wh ile' ile investiga. tion in progress.

U3 Anticipated LC LeO o Ac tio ns:

Cu Currre rennt:t:

BB AF AFWP WP - TS TS 3.7.1.2

.1.2 Ac Acttio ionn 33 (trainsins verifieifiedd operab rablele jus justt bef 3B 3B EDG -T - TSS 3.8 .l.1 before ore tur turn ove nov er;r; 30 30 day dayss toto rep repair air))

.l.1.b.1

.b.1 Ac Acttioionnss bb & dd (0-(0-OOS SP-P-0023 23..3 EDGs Att 3 Att 1 1 & 99 eve eve ry ry 8 8 hr; hr; 3/4 3/4 -0S

-O P-0 23.

Gs not not reqreq 'd; 3-O d; 3-0 P-023 23 secsectt 7.7 SP -02 3.1 1 starrtt of sta of oth other er 3B 7.7 due due nex nextt shi shifftt if ifOOO OSS > 72 72 hr; rep 3B CS CSPP - TS 3.6 TS 3.6..2.12.1 Ac Acttioionn aa (Fi(Fix x in

> hr; rep air air in in 14 14 day day s) s)

Anticipated: No in 72 72 hr) hr)

Nonene Train A is protected.. OLRM OLRM is is green (CDF = 2.0 2.06E 6E--6; 6* LE LERF U4 RF = 9.2 9.28E8E--8) 8.

U4 Anticipated LCO Actions:

Cu Currre rennt:t:

B B AFAFWP WP - TS TS 3.7 3.7.1.2

.1.2 Ac Acttio ionn 33 (tra (trains ins ver verifie ifiedd ope operab rable lejus justt bef 3B 3B ED EDG G -T- TS 3.8.1.1 S 3.8 before ore tur turn novoveer;r; 30 30 day dayss to to rep repair air)

.1.1.b.1

.b.1 Ac Acttioion nss bb & & dd (0-(0-OOSSP-P-0023 23..3 )

Att 3 Att I1 &

& 9 9 eve eve ry ry 88 hr; hr; 3/4 3/4 -0S

-O P-0 23.

ED EDGs Gs not not req d; req'd; fix fix in in 14 14 day days)

SP -02 3.1 1 star sta rtt of ofoth other er Anticipated: No s)

Nonene Train A is protected. OLRM is green (CDF 2.OOE-6; LERF Results of Offgomg Focus Ar

=

= 9.28E-8).

ea:

See g:\Ops\Common\0900

Uniitt 33 St Un Statu atus s

.'- Reac Re actor tor OpOpe era rator tor Mode:

Mod e:

Powe 1I RCS Lea RCS Leakr Pow er:r: 50 kraatete Acc 50 Gross Gro ss:: Accumumulaulator tor Ref Ref Lev elss Level MWe:e:

MW 0.03 gpm 0.03 gpm 348 348 Unden Uni identi fiedd tifie AA 661 66155 Tavg:

Tav g: 0.02 gpm 0.02 gpm 559 559 Charg Cha ing rgin Pps::

g Pps BB 664 66400 RC RCS Pre S Pressu ssure: re: 223 0.01 gpm 0.01 gpm CC 22355 662 66255 RC S RCS Boron Con Bo ron Conc: 907 e: 907 Ab AI____.

.rnn()riux,ma iiiu l AIi Anhtin nunciaf ciatororss:: ' . .  :

.':;,,< ',i) ':: '.': 'i!, ,!I :';

.... ,*. t<:~;,.l!, !., .>t~,;i:;.

Annunci Ann unciato atorr:: FF 9/2 9/2 - 3B 3B EDG EDG OOS OOS

)

\i:::!i,".:;'7 * ' ..';:!?\*C:

Compp Acti Com Action ons: s: O-OSP-0 SP-023 O-O 23.3.3 Att Aft 11 && 99 due due in in 44 hou hours.

rs. 3/4-Ann unc iato r: 3/4-OS 0SPP-0 23..11 not

-023 not requ require iredd.. 3-0P Annunciator: FF 9/5 9/5 - 3B 3B EDGEDG OOS OOS 3-OP-0

-023 23 sect sect 7.7 7.7 due due nex next shif shift.t.

Compp Acti Com Actionons: s: O-OSP-0 SP-023 O-O .3 Att 23.3 Att 11 && 99 due due in in 44 hou hours.

rs. 3/4-Ann unc iato 3/4-OS 0SPP-0 23..11 not

-023 not requ require iredd.. 3-0P Annunciatorr:: 3-OP-0

-023 23 sect sect 7.7 7.7 due due nex next shif shift.

Compp Acti Com Action ons: s:

Ann unc Annunciiato atorr::

Compp Acti Com Actionons: s:

Ann Annunci unciato atorr::

Compp Acti Com Actionons: s:

Annunci Ann unciato atorr::

Compp Acti Com Action ons:s:

Ann unc Annunciator: iato r:

Compp Acti Com Action s:

..~

ons:

Ann Annunci unciato atorr::

Compp Acti Com Action ons:s:

Annunci Ann unciato atorr::

Com p Comp Actiion Act ons:s:

Ann unc Annunciator: iato r:

Com Compp Act Actiion ons:s:

Cu Curre rrent nt Te Tec ch h SpSpe ecc AcActtioion n Statements: s: (D(Do oes es Not Includ T.S T.S.A.S.AS // Com Compon ludee F "Fo orr Tra Tracki ckingng On Onlyly Ite Itemmss" ponent:

ent: 3.7.1.2 Action 1.2 Action 33//BB AF AFW WPP Rea son Reason:: Bearing ring fail faile edd Ent Entrryy Dat Date e:: XX Xx//XXXx//XX XX (Previo viou uss shif shift)t)

T.S .A.S T.S .AS / Com / Compon ponent: 3.8. 1.1 ent: Act 3.8.1.1 Actiion ons s bb & & dd //3B 3B ED EDGG Rea Reasonson:: Fue Fuell pum pumpp fail faile edd Ent Entrryy Dat Date e:: XX XX//XXXX//XX XX (2 (2 day days s ago ago))

T.S .A.S T.S .AS / Com / Compon ponent: 3.6. 2.1 ent: Act 3.6.2.1 Action ion aa // 3B 3B CSP CSP Rea Reasonson:: Fai Failled ed 1ST 1ST - low low discdischar harggee pre ssu pres re sure Ent Entrryy Dat Date e:: XX XX//XXXX//XX XX (Ye (Yester sterday day) )

T.S .A.S T.S.A.S / Com / Compon ponent: 3.4.

ent: 3.4.33 Act Actiion on aa // 3B 3B PZR PZR bac back kup up hea heatters Rea Reason son:  : 14 ers 14 day day due due to to 3B3B ED EDG G OO OOS S Ent Entrryy Dat Date e:: XX XX/XX/XxIXX/XX (2 (2 day days s ago ago))

T.S T.S.A.S

.AS / Com/ Compon ponent: 3.5.

ent: 3.5.22 Act ion Action f /3Bf/ 3B HH HHS SIPIP Rea Reason son:: 14 14 day day due due to to 3B 3B ED EDG G OO OOS S Ent Entrryy Dat Date e:: XX XX/IXX XX//XX XX (2 (2 day days s ago ago) )

T.S T.S..A.S /

A.S / Com Compon ponent:ent:

Rea Reason son: :

IEnt ryy Dat Entr Date e::

Chang Cha ngees s toto Ris Riskk Sig Signifi nifican Uniitt 3 St Un Statu atus s cantt Equ Equipm ipmentent::

BB AFW AFWP DOSS (Be P OO (Bearin aringg rep replace lacemen ment) t) 3B EDG 3B EDG OO DOSS (Fu(Fuelel pum pumpp repa repair) ir) 3B CSP 3B CSP OO DOSS (Fa (Failed iled 1ST 1ST -lolow dischar w disc hargege pres pressu re))

sure Unitt 33 Risk Uni Risk isis GR GREEN EEN.. Mai Main contribu n con tributotorr isis BB AFW AFWP P..

Upcomi Upc omn9_ing Rea Reactiv ctivity ity Man Manag ageemmeent Activiti nt Act ivities:

es:

Dilute Dilu to mai te to maintai ntain 50%

50% pow power er unti untill 3B 3B SGF SG FPP inadvert inad vertent trip cau ent trip return retu rn 3B3B SGF SGFP P toto serv service and causese eva evaluat luateded and and manmanageagement perm and com commen mence ce powpower er incr increas eased ed to 100 permisissio sionn received to 100%.

Upcom Upc oming Maj Major POD Act or POD Activiti ivities:

es:

Return to Ret to 100 100% pow power er if/w if/when hen man management perm permis sion issio n received to com commen mence power incr increas ease.

Upcom ing ECO ECOs s to Hang and lor br RelReleaeasse:e:

None

/"~~

Evolu Evo tio luti ns or Com ons Comp penenssatato ry Act ory Actioion ns s in Progre gress:

ss:

- Awa

- Awaiti ng perm iting permis sionn to restart 3B SGF issio SGFP P and com inadver commence power incr increas ease to 100%.

verttent ent trip of 3B SGF SGFP P while inve investi gati  %. Power on hol hold d at 50% foll folloowi winng stig atioon progre n in prog ressss.. g

- Afte

- Afterr shift turnover, swap 3D 4kV bus power sup support possible emergent sup ply ply to 3A 4kV bus per 3-O 3-0 P-0 P-005 sec nt maintenance on 3A CC section tion 7.4 after shift turnover to

- Known tube tube leak in 3A S/G (2 gpd) CCW W pump (vibratio rationn incr increas ease last shift).

- unchanged for last week. Che Chemis 071.2, Att Attaach chm menentt 1. The cur mistry try samples are being taken per currren entt sam sample,ple, just completed ind icat 3-0 NO P-3-O remains ene energiz rgized at managemen indi catees s no sign sign ific ificaant nt change in leak rate. MOV-3-140 mentt direction due to sma ll small size and stab -14033 OSP-023.3 Att 11 && 9 for 3B ED EDG G DO OOS due in 4 hrs. 3-O stability ility of tub tubee leak rate.

system fail failuure 3-0 SP-SP-023.1 not req requ uire iredd since to 3B ED re.. 3-O P-023 sec 3-0 P-0 sectt 7.7 due nex nextt shift to allow EDGG DO OOS S due to sup suppor portt w 3B ED EDGG DOOOS >> 72 72 hr.

General eral Information tion,, Remarks, and Op Ope era torr Work rato rk Around Status tus:

See evoluti lutioons ns & & compensato satoryry actions listedd abo abo ve.

ve.

Trainin A is proprottect ecteed.

d.

Appendix D Scenario Outline Form ES-D-1 Facility: Turkey Point Scenario No.:

Scenario 33 Op Test No.: 2007-301 Examiners:

Examiners: Candidates:

Candidates: US US RO RO BOP Initial Conditions:

Initial Mode 1, 75% Power, MOL, MDL, Awaiting permission from plant management to increase power back to 100%. 3-GOP-301 in use complete through step 5.96 for return retum to 100%

100% power following a turbine valve test.

Turnover: Equipment OOS:005: 3B EDG due to failed fuel pump (OOS 2 days; next 0-OSP-023.3 Att AU 11 &

& 9 in 4 hrs); B AFW Pump due to bearing failure (OOS (005 4 hrs; ETR 24 hrs; both trains verified operable);

3B CSP due to failed 1ST -low - low discharge pressure (OOS (DOS 12 12 hr; ETR 36 hr) 3-OSP-055.1 section 7.1 immediately after shift Perform monthly surveillance on 3A ECC per 3-0SP-055.1 turnover. 1ST and remote valve position verification not required.

Known tube leak in 3A S/G (2 gpd) - unchanged for last week. Chemistry samples are being 3-ONOP-071 .2, Attachment 1. The current sample, just completed indicates no taken per 3-0NOP-071.2, significant change in leak rate. MOV-3-1403 remains open at management direction due to small size and stability of tube leak rate.

Event Type*

Event Type* Event Description No.

11 (N) BOP 3A ECC monthly surveillance performed per 3-0SP-055.1 3-OSP-055.1 section 7.1. 3A TFKV9O5AT TFKV905A =T ECC inlet valve CV-3-2905 fails to open and 3A ECC is declared OOS. DOS.

(N,TS) SRO 22 (I) SRO/RO TM-3-408C (Tavg input to rod control) fails high. Crew responds per 3-TFL1T8ci-1 =

TFL1T8CH = T ONOP-028 and takes rods to manual to stop continuous inward rod movement.

3 (C) RO/BOP Loss of 3H 480V LC. Also takes 3C charging pump, 3B ECC, 3B ECF & & 3D TFE3D37A = = T NCC OOS.DOS. Requires starting another charging pump or securing the in C TS SRO (C,TS)

TFE3D38T=T TFE3D38T =T / service 60 gpm orifice. The crew responds per 3-ARP-097.CR for annunciators F-9/6, A-5/4, 1-9/3 or 1-9/4.

4 TAFcPxA1=1o.o TAKPXA1=10.0 (C) SRO/BOP 3A11 Intake screen high Llp.

3A 3-ONOP-Ol 1. 3A

p. Crew responds per 3-0NOP-011. 3A11 CWP is TAKPXA2 == 4.0 secured.

4a (R) ALL 3A2 Intake screen high p. 3-ONOP-100 to 60% for Llp. Fast load reduction per 3-0NOP-100 TAKPxA2=1.o TAKPXA2 = 1.0 the purpose of securing 3A2 CWP. Manual rod control must be used due to rod control Tavg failure.

5 TAHUVBSB=22 (M) ALL 3B RCP high vibration. The crew responds per 3-ONOP-041 38 3-0NOP-041.1..1. Once TAHUVBMB=6 vibration reaches the trip setpoint, the crew manually trips the reactor and TAHUVBMB= 6 .

immediate actions of 3-EOP-E-0 are performed.

6 (M) ALL When 3B RCP is tripped, 3B 38 4kV bus is lost and a large break LOCA occurs.

TF2Z51S TFE2Z51S =T=T (cont'd from (contd An automatic SI occurs but train A sequencer fails. Train A ECCS equipment event 5) must be manually started. The crew completes 3-EOP-E-0 and transitions to TVHHCLB == 00.11 TFQ634AF =T T (C) ALL applicable FRPs followed by 3-EOP-E-1.

6a Once CSFSTs are monitored for implementation, if containment pressure is is still above 20 psig, the crew immediately immediately transitions to 3-EOP-FR-Z.1 ifif no higher red or orange pathpath exists.

6b (C) SRO/RO 3-EOP-E-1 is is entered after which 3A RHRP trips. Since neither RHRP is TFM1D3AT=1 TFM1D3AT=T running, transition is made to 3-EOP-ECA-1.1. Measures are taken to minimize the loss of RWST inventory.

(R)eactlvlty, (I)nstrument, (C)omponent, (M)ajor (N)ormal, (R)eactivity, (M)aJor Ii; 11

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-30 1 Scenario No.:

Scenario No.: ~3 Event No.:

Event No.: _1_1 Page _1_

Page 1 of of _1_

1 Event

Description:

Event

Description:

3A ECC monthly 3A EGG monthly surveillance surveillance performed performed per per 3-0SP-055.1 3-OSP-055.1 section section 7.1.

7.1.

3A ECC inlet 3A EGG valve GV-3-2905 inlet valve OV-3-2905 fails fails to to open open andand 3A 3A EGG ECC isis declared declared DOS.

OOS.

Time Time Position Position Applicants Actions or Applicant's or Behavior Behavior US US Obtains SM Obtains SM permission permission and and directs directs BOPBOP to to perform perform 3A3A EGG ECC monthly monthly operability test per 3-0SP-055.1 3-OSP-055.1 section 7.1 beginningbeginning at step 7.1.6.

7.1.6.

BOP BOP Obtains copy Obtains of 3-0SP-055.1 copy of 3-OSP-055.1 section section 7.1.7.1. Performs Performs actions actions as as follows follows beginning at step 7.1.6:

1. Places 3A EGGECC switch to STOP

2. CV-3-2905, GV-3-2814 Determines GV-3-2905, CV-3-2814 & GV-3-2908 CV-3-2908 all closed.

3. Determines steps 7.1.10, 11 & & 13 n/a since 1ST & & remote position verification not required.

4. ECC & records start time on Att. 11 Starts 3A EGG

5. Directs NSO perform steps 7.1.14 & 15 to measure current

6. CV-3-2905 did not open Recognizes & reports GV-3-2905

7. Stops 3A EGGECC fan & records time on Att.1 NOTE: May leave switch in STOP rather than return to AUTO since 3A .

ECC OOS with CV-3-2905 GV-3-2905 failed closed

8. Determines CV-3-2814 GV-3-2814 open & CV-3-2908 GV-3-2908 closed

9. Determines COW GGW flow on Fl-3-1 470 is zero & records on Att. 11 FI-3-1470 10.

10. Notifies US US 3A EGO EGG failed test due to CV-3-2905 GV-3-2905 failure to open US US Notifies Notifies SM 3A EGO SM 3A EGG DOS OOS Directs Directs WOO have Mechanical WGG have Mechanical investigate/fi investigate/fix x OV-3-2905.

GV-3-2905.

Determines Determines TS TS 3.6.2.2 3.6.2.2 action a. applies action a. applies (72(72 hr) hr)

May directs May directs WCO WGG place 3A EGO place 3A EGG under under EGO EGO 11

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: ~ 3 Event No.:

Event No.: 22 Page_1_

Page 1 of of 11 Event

Description:

Event

Description:

TM-3-408C (Tavg TM-3-408C input toto rod (Tavg inl2ut rod control}

control) fails fails high.

high. Crew responds l2er Crew resl20nds per 3-3-

ONOP-028 and ONOP-028 and takes takes rods rods to to manual manual to to stOI2 stop continuous continuous inward inward rod rod movement.

movement.

Time I Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RORO Recognizes/reports control Recognizes/reports control rods rods inserting inserting inin automatic automatic Performs immediate Performs immediate action action of of 3-0NOP-028 3-ONOP-028 for for continuous continuous insertion insertion of of an RCC an RCC control control bank:

bank: Places Places rod rod control control in in MANUAL MANUAL and and verifies rods verifies rods stop moving.

stop moving.

US US Directs response per 3-0NOP-028 Directs 3-ONOP-028 RO RO Performs subsequent actions of 3-0NOP-028 3-ONOP-028 as directed by US: US:

1. If directed, withdraws control rods to restore Tavg Tref =

2. Determines rods above RIL from VPA recorder (or PCB section VII figure 3).

3. Determines PRNI N-44 did not fail

4. Determines RCS Tavg Tl-3-412D,TI-3-412D, 422D & 432D not failed BOP BOP Performs subsequent actions of 3-ONOP-028 3-0NOP-028 as directed by US:

1.

1. IfIf directed, directed, reduces turbine load to restore Tavg Tavg ==Tref 2.

2. Determines Determines PT-3-446 PT-3-446 & & 447 447 did did not not fail US US Directs Directs WCC WCC notify notify I&C I&C of of rod rod control control failure.

failure.

Directs Directs WCC WCC hang hang caution caution tagtag onon rod rod control control selector selector to to leave leave switch switch inin MANUAL MANUAL Performs Performs applicable applicable actions actions of of 3-ONOP-049 3-0NOP-049.1 .1 ifif TM-3-408 TM-3-408 failure failure suspected suspected 1.1. Determines Determines RCS RCS Tavg Tavg Tl-3-412D, TI-3-412D, 422D 422D && 432D 432D not not failed failed 2.2. Determines Determines no no control control switches switches require require transfer transfer 3.3. Evaluates Evaluates no no impact impact per perTS TS 4.4. Determines Determines no no bistable bistable switches switches require require tripping tripping per perAttAtt 4,4, no no AMSAC-rela AMSAC-related ted channels channels failed failed and and PT-3-446/44 PT-3-446/447 did not 7 did notfail fail 5.5. Conducts Conducts crewcrew brief briefregarding regarding effects effects ofofrodrod control control failure failure 22

Appendix 0D Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 3 Event No.:

Event No.: _3_ 3 Page_1 Page _1 of of _ 2_

2 Event

Description:

Event

Description:

Loss of Loss of 3H 480V LC.

3H 4BOV LC. Also Also takes takes 3C 30 charging charging l2uml2, pump, 3B3B ECC, ECC, 3B 3B ECF ECF

&& 3D 3D NCC NCC OOS.

OOS. Reguires Requires starting starting another another charging l2uml2 or securing charging pump or securing the in the in service service 60 60 gl2m gpm orifice.

orifice. The The crew crew resl20nds responds l2erper 3-ARP-097.CR 3-ARP-097.CR for annunciators F-9!6, A-5/4, for annunciators F-9/6, A-5/4, 1-9/3 1-9/3 or or 1-9/4.

1-9/4.

Time Time Position Position Applicants Actions Applicant's Actions oror Behavior Behavior BOP BOP Recognizes/reports annunciator Recognizes/reports annunciator F-9/6, F-916, X-2/6 X-2/6 & & X-5/1.

X-5/1.

Recognizes/reports both Recognizes/reports both 3H3H 4BOV 480V LC LC feeder feeder breakers breakers open open indicating indicating loss of power loss power to that LC. LO.

RO Recognizes/reports annunciator 1-9/3, 1-9/4, Recognizes/reports 1-9/4, J-7/1 & J-B/1 J-8/1 (later A-5/4) 3-ARP-097.CR for annunciator F-9/6 Directs actions from 3-ARP-097.CR Recognizes/reports loss of 3C Recognizes/reports 30 charging pump, 3B ECC, 3B ECF, 3D NOC NCC and 3D 480V 4BOV MCC.

BOP Performs actions per 3-ARP-097.CR 3-ARP-097.CR for annunciator F-9/6

1. Determines 3H 480V 4BOV LC auto bus transfer failed

2. Determines 30 3C & 3D 480V 4BOV LC both energized US Directs WOO WCC have Electrical investigate loss of 3H 480V 4BOV LC BOP Directs 3-ONOP-041 3-0NOP-041.6 .6 entry from 3-ARP-097.C 3-ARP-097.CR R for annunciator A-9/3 US US Directs Directs response per per 3-ONOP-041 3-0NOP-041.6 .6 RO Performs Performs actions actions perper 3-ONOP-041 3-0NOP-041.6 .6 as as directed directed by by US:

US:

1.

1. Starts Starts standby standby (3B)

(3B) charging charging pumppump US US Evaluates Evaluates TS TS 3.8.3.1 3.B.3.1.a.a or as applicable or bb as applicable (c (c from from U4 U4 point point of of view) view)

On U3 - Action On U3 - Action a. a. applies applies (8 (B hr) hr)

On On U4 U4 - Table

- Table 3.8-2 3.B-2 7272 hr hr action action since since 4A2/4B2 4A2/4B2 battery battery chargers chargers not not required required by by 3.8.2.1.c 3.B.2.1.c or or dd Evaluates Evaluates TS TS 3.6.2.2.b 3.6.2.2.b as as applicable applicable requiring requiring plant hr shutdown plant 11 hr shutdown since only since only 11 EOC ECC left left operable operable Conducts Conducts crew crew brief brief regarding regarding effects effects ofof loss loss ofof 3H 3H 480V 4BOV LO LC && 3D 3D 480V 4BOV MOO and requirement MCC and requirement to to commence commence actionaction to to shutdown shutdown plant.

plant.

33

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 3 No.:..+/-.

Event No.:

Event 4 Page Page_1_1 of of_1_1 Event

Description:

Event

Description:

3A1 3A Intake screen 1 Intake screen high high 1\p.

tip. Crew Crew responds responds per per3-0NOP-011.

3-ONOP-Ol 1. 3A 1 3A1 CWP isis secured CWP secured..

Time_J lillie Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports rising Recognizes/reports rising 1\p tp onon 3A 3A11 CWP CWP Reports annunciator Reports annunciator 1-3/3 1-3/3 when when itit alarms alarms US US Directs performance Directs performance of of 3-0NOP-011 3-ONOP-Ol 1 BOP BOP Performs actions Performs actions of of 3-0NOP-011 3-ONOP-Ol 1 as as directed directed by by US:

US:

1.

1. Verifies 22 screen Verifies screen wash wash pumps pumps running running

2. Directs NSO Directs NSO monitor monitor & reportreport screen wash pump pump basket basket strainers 1\p strainers tp

3. Directs NSO verify all traveling screens operating in high gear gear

& all rotating

4. Directs NSO to monitor & report presence of traveling screen screen waterfall, debris carryover, screen wash water pressure (> 60 60 psig)and nozzle spray over entire screen psig)'and NOTE: If a waterfall is reported or 3A1 3A 1 traveling screen Ap f1p pegged pegged high, crew should skip ICW/CCW && IC ICWITPCW W/TPC W checks and go go toto step 7 to check for conditions to stop aa CWP.

5. Directs Directs NSOs NSOs report:

a.

a. ICWICW flows flows toto CCWHXs CCWHXs & & basket basket strainer strainer ps 1\p's b.

b. ICWICW flows flows toto TPCWHXs TPCWHXs & & basket basket strainer strainer ips1\p's US US Determines Determines 3A1 3A 1 traveling traveling screen screen £p 1\p still still well well above above normal normal Loops Loops between between steps steps 11 && 77 until until 3A1 3A 1 traveling traveling screen screen waterfall waterfall height reported height reported> > 2.5 2.5 ftft When When 3A1 3A 1 traveling traveling screen screen waterfall waterfall reported reported> 2.5 ft,

> 2.5 ft, directs directs shutdown shutdown of of 3A1 3A1 CWP CWP BOP BOP Continues Continues performing performing actions actions of of 3-ONOP-Ol 3-0NOP-011 as directed I as directed by by US:

US:

6.6. Stops Stops 3A13A 1CWP CWP when when directed directed by by USUS inin response response to to report report ofof waterfall waterfall> > 2.5 2.5 ftft 7.7. Determines Determines ICWP ICWP secured secured inin 3A1 3A 1intake intakewellwell US US Directs Directs FS/WCC FS/wCC coordinate coordinate performance performanceof ofAtt.

Att. 11toto clean clean 3A13A 1 intake intakewell.

well. Notifies Notifiesplant plantmanagement management. .

44

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.:~ 3 EventNo.:

Event No.:~ Page~

Page 4a j.. of of_2_

Event

Description:

Event

Description:

3A2 intake 3A2 intake screen screen high p. Fast high Llp. Fastloadload reduction reduction per per3-0NOP-1 3-ONOP-100 00 toto 60% for 60% forthe the purpose purpose of securing 3A2 ofsecuring 3A2 CWP.

CWP. Manual Manual rodrod control control must must be used be used due due to to rod rod control control Tavg Tavg failure.

failure.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes II reports Recognizes reports rising rising 3A23A2 traveling traveling screen screen Llp tp US US Determines that Determines that conditions conditions will will soon soon require require securing securing 3A23A2 CWP CWP and and directsdirects performance performance of of aa fast fast load load reduction reduction per per 3-0NOP-1 3-ONOP-1 00 00 to <60%

to <60% to to allow allow shutdown shutdown of the 22 of the dnd CWP.

cwp.

Contacts FS/wCC Contacts FSIWCC and and determines determines 3A 3A11 intake intake well well cleaning cleaning not not compl complete so ete so 3A3A11 CWPCWP can can notnot bebe started.

started.

Conducts crew brief Conducts brief per 3-0NOP-100 3-ONOP-100 Attachment Attachment 3: 3:

• . Provides reason (2 gpm tube leak requiring Provides requiring plant sid) sld)

• . Target power level Target =

= offline

• . Specifies load reduction Specifies reduction rate

• . Specifies boration Specifies boration amoun amountt & rate

.* Covers plant contro controll parame parameters contingency ters & contin gency actions

.* Covers E-0 E-O transit ion criteria transition criteria

.* Review Reviews s reqd req'd actions actions from from 3-ONO 3-0NOP-071.2 P-071 .2

.* Solicit Solicits s crew crew questio questions ns && input input Ensure Ensures s load load dispatc dispatcher her notified notified of of load load decrea decrease.

se.

RO RO When When directe directed, d, initiate initiates s boratio boration per 3-ONO n per 3-0NOP-100:

P-1 00:

1.1. Sets Sets BABA Totaliz Totalizer er to to amoun amount directed t directe d 2.2. Sets Sets FC-3-1 FC-3-113A 1 3A pot setting =8.0 pot setting 8.0 3.3. PlacesPlaces Rx Rx MIUM/U Selecto Selector r Switch Switch to to BORATE BORATE 4.4. Places Places Rx Rx MIUM/U Control Control Switch Switch to to STAR START T BOP BOP When When directe directed d per per3-ONO P-100:

3-0NOP-100:

1.1. Notifies Notifies load loaddispatc dispatcherher ofofloadload reducti reduction when directe on when directedd bybyUSUS 2.2. Makes Makesplantplantpage pageannoun announcement cement regard regarding loadreducti ing load reduction on 55

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 3 Event No.:

Event No.: 4a 4a Page.£ Page 2 ofof--1.2 Event

Description:

Event

Description:

3A2 intake 3A2 intake screen screen high high b.12.

p. Fast Fast load load reduction reduction l2er per 3-0NOP-1 3-ONOP-100 00 to to 60% for the purpose of 60% for the I2Ur120Se ofsecuring securing 3A2 3A2 CWP.

CWP. Manual Manual rod rod control control must must be used be used duedue toto rod rod control control Tavg Tavg failure.

failure.

I Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RD RO When directed, When directed, continues continues fast fast load load reduction reduction per per 3-0NOP-100:

3-DNOP-100:

1.

1. Checks for Checks for Tavg Tavg reduction reduction from from boration boration 2.

2. Sets FC-3-113A Sets FC-3-1 1 3A for for BA BA flow flow rate rate asas directed directed BDP BOP Reduces turbine Reduces turbine load load per per 3-0NOP-100 3-ONDP-100 at at rate rate directed directed byby US.

US.

RD RO When directed, continues fast load reduction per 3-0NOP-100:

When 3-ONOP-100:

1. Manually inserts rods in response to turbine load reduction.

NOTE: Rods << RIL not expected at this power level US US Per 3-DNOP-100 Per 3-0NOP-100,, notifies SM to review 0-EPIP-2010 0-EPIP-20101 O-ADM-1 & 0-ADM-1 15 and ensure required notifications made 115 RD RO When directed directed per 3-DNDP-1 3-0NOP-1 00 1.

1. Checks Checks PZR PZR level level following program. IfIf not not increases increases charging charging flow flow and/or and/or places places an an additional additional letdown letdown orifice orifice in in service service 2.

2. Determines Determines NRHX NRHX CCW CCW flow flow already already increased increased (from (from setup) setup) 3.

3. Verifies Verifies load load reduction reduction rate rate && manual manual rod rod control control maintaining maintaining TavgTref per expected Tavg-Tref per expected value value as as discussed discussed in in crew crew brief brief 4.

4. Energizes Energizes PZR PZR backup backup heaters.

heaters.

5.5. Determines Determines turbine turbine load load << 570MW 570MW && verifies verifies non-running non-running SGFP SGFP recirc recirc valve valve open open 6.6. WhenWhen directed directed by US (

by US (<:: 60%

60% power),

power), secures secures boration:

boration:

a.a. Places Places rxrx rn/u m/u selector selectorswitchswitch ininAUTO AUTO b.b. Sets Sets FC-3-1 1 3A potentiomete FC-3-113A potentiometer r toto directed directedvalue value c.c. Places Places RCSRCS rn/u m/u control controlswitch switch totoSTART START 7.7. Stops StopsoneoneHDPHDPwhen when <<45OMWe450MWe USUS Determines Determinesthat thattransferring transferringstationstationservice serviceloadsloadstotoSUTSUTandand aligning aligningaux auxsteam steamtotounitunit44not notrequired requireddue stabilizationofof duetotostabilization reactor reactorpowerpoweratat50-60%.

50-60%.

66

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: -L 3 Event No.:

Event No.: ~ 5 Page L 7 of_1_

Page of Event

Description:

Event

Description:

3B3B RCP RCP highhigh vibration.

vibration. TheThe crew crew res[2onds responds [2er per 3-0NOP-041.1.

3-ONOP-041 .1. Once Once vibration reaches vibration reaches either either shaft shaft or or motor motor tri[2 trip set[2oint, setpoint, the the crew crew manually manually trips the tri[2s the reactor reactor and and immediate immediate actions actions ofof 3-EOP-E-0 3-EOP-E-0 are are [2erformed.

performed.

Time

~.

lillie Position Position ApplicanVs Actions Applicant's Actions or or Behavior Behavior RO RO Recognizes I/ reports Recognizes reports annunciator annunciator F-1/1 F-Ill alarming alarming Determines rising Determines rising shaft shaft & & motor motor vibration vibration on on 3B 3B RCP RCP US US Directs response Directs response per per 3-0NOP-041.1 3-ONOP-041.1 foldout foldout page page Critical Critical Directs RO Directs RO toto manually manually trip trip the the reactor reactor per per 3-0NOP-041.1 3-ONOP-041.1 due due to RCP motor vibration>

to RCP motor vibration> 55 mils mils oror shaft shaft vibration>

vibration > 2020 mils.

mils.

RO RO Performs 3-0NOP-041.1 Performs 3-ONOP-041.1 foldout page actions as directed by US: US:

1. Reports when either motor vibration> vibration > 5 mils or shaft vibration > 20 mils vibration>

Critical Critical 2. Trips the reactor when directed US Directs crew perform immediate actions of 3-EOP-E-0.

RO Performs immediate actions of 3-EOP-E-0:

1.

1. Verifies reactor trip

.* Rod bottom lights on & & RPIs RPls at zero

.* Rx trip trip && bypass bypass bkrsbkrs open open

.* Neutron Neutron fluxflux decreasing decreasing 2.

2. Actuates Actuates SI SI &

& phase phase A due PZR A due PZR level level not not maintained maintained <12%

<12%

BOP BOP Performs Performs immediate immediate actionsactions of of 3-EOP-E-0:

3-EOP-E-0:

1.

1. Verifies Verifies turbine turbine tripped tripped

.

• Turbine Turbine stop stop valves valves closed closed

• Closes Closes MSRMSR main main steam steam stop stop MOVs.

MOVs.

.

• Mid Mid &&East East GCBs GCBs open open 2.

2. Verifies Verifies power power to to emergency emergency 4kV 4kV buses buses

.

• Determines Determines both 3A &&3B both 3A 3B 4kV 4kV buses buses energized energized

.* Determines Determines 3D 3D 4kV 4kV bus bus energized energized from from 3B 3B 4kV 4kV bus bus 77

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.: No.: 2007-301 Scenario No.: No.: _3_ 3 Event No.: _6_

Event No.: Page Page _1 Op-Test 2007-301 Scenario 6 j. of of_3_3 Event

Description:

Event

Description:

When When 3B 3B RCP RCP isis tril2l2ed, tripped, 3B 3B 4kV4kV bus bus isis lost lost and and aa large large break break LOCA LOCA occurs. An occurs. An automatic automatic SI SI occurs occurs but but train train AA seguencerfails.

sequencer fails. Train Train AA ECCS ECCS equipment must eguil2ment must be be manually manually started.

started. The The crew crew coml2letes completes 3-EOP-E-0 3-EOP-E-0 and transitions and transitions to to al2l2licable applicable FRPs FRPs followed followed by by 3-EOP-E-1 3-EOP-E-1..

Time Position

,~ Position Applicants Actions Applicant's Actions or or Behavior Behavior RD RO Secures 3B Secures 3B RCPRCP Recognizes /I reports Recognizes reports rapidly rapidly falling falling RCSRCS pressure pressure andand automatic automatic SI SI NOTE: RO NOTE: RD may may manually manually actuate actuate SI SI && phase phase AA in in response response to to train train A sequencer failure.

A sequencer failure.

BOP BOP Recognizes /I reports Recognizes reports loss loss ofof 3B 3B 4kV bus bus with 3B 3B EDG EDG OOS.

DOS.

US US Directs BOP restore 3D 4kV bus per step 3c RNO then verify prompt actions per 3-EOP-E-O Attachment 3.

Directs RO RD continue performing 3-EOP-E-0 subsequent actions.

BOP BOP Restores 3D 4kV bus per 3-EOP-E-O step 3c RNO:

1. Determines no lockout on 3D 4kV bus

2. Verifies 3C CCWP & 3C ICWP breakers open Critical Critical 3. Opens 3AB19 & 3AD06 4.

4. Closes 3ADOI3AD01 & 3AA17 Verifies prompt actions per per 3-EOP-E-O 3-EOP-E-O Attachment 3:

1.

1. Determines Determines only only 3A 3A & 3C 480V

& 30 480V LCs LCs energized energized 2.

2. Determines Determines MSIVs MSIVs all all closed closed (on(on hi-hi hi-hi containment containment pressure) pressure) 3.

3. Verifies Verifies FW FW isolation:

isolation:

a.

a. Places Places both both SGFP SGFP switches switches in in STOP.

STOP.

b.

b. Determines Determines all all main main FWFW regulating regulating && bypass bypass valves valves closed.

closed.

c.c. Closes Closes FW FW isolation isolation valves valves MDV-3-1408 MOV-3-1408 && 1409. 1409. Directs Directs NSD NSO locally locally close close MDV-3-1407 MOV-3-1407. .

d.d. Determines Determines both both SSGFWPs SSGFWPs off. off.

Critical Critical 4.

4. Determines Determines no no ICWP ICWP running running and and starts starts 3A3A && 3C 3C ICWP ICWP 5.5. Determines Determines PDV-3-4882 POV-3-4882 && 4883 4883 closed closed with with lOW ICW headers headers tied tied together.

together.

88

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_ 3 Event No.:

Event No.: _6_ 6 Page-2...

Page 2 of_3_

of 3 Event

Description:

Event

Description:

When When 3B 3B RCP RCP isis tripped, tripped, 3B 3B 4kV 4kV bus bus isis lost lost and and aa large large break break LOCA LOCA occurs. An automatic SI occurs. An automatic SI occurs occurs butbut train train AA sequencer sequencer fails.fails. Train Train AA ECCS equipment ECCS equipment must must be manually started.

be manually started. TheThe crewcrew completes completes 3- 3-EDP-E-0 and EOP-E-O and transitions transitions to to applicable applicable FRPsFRPs followed followed by by 3-EOP-E-1.

3-EDP-E-1.

IImJ Time Position__J Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Continues prompt Continues prompt action action verification verification per per 3-EOP-E-0 3-EOP-E-0 Att. Aft. 3:

3:

Critical Critical 6.

6. Determines only Determines only 3A3A CCWP CCWP running running and and starts starts 3C 3C CCWP.

CCWP.

7.

7. Verifies 33 CCWHXs Verifies CCWHXs in service, CCW in service, COW headers headers tied tied together together &&

MOV-3-626 MOV-3-626 open open (no(no power).

power).

8.

8. Determines no Determines no ECC EGO or or ECF ECF running.

running. Starts Starts 3C 30 ECCECC && 3C 30 nd ECF. No ECF. No power available to start start 2 a 2 ECC or ECF.

NOTE: May NOTE: May start 3A 3A HHSIP HHSIP but but not required at this point.

9. Determines only the U4 U4 HHSIPs & no RHRPs RHRPs running. Starts 3A RHRP.

10. Determines adequate HHSI flow present, but no RHR flow present even though RCS pressure < < 250[650]

250[650} psig.

11. Starts 3A HHSIP. Shuts down either unit 4 HHSIP. Directs U4 RD realign U4 HHSIP suction to U3 RWST per Att. 1.

RO

12. Determines not all containment isolation phase A valves closed. Directs NSO to locally verify phase A valves MOV 1417, 1418, 1425 & 381 closed 1417,1418,1425

13. Determines

13. Determines train A SI SI valves in in proper injection injection alignment alignment

14. Resets SI

14. SI & & containment isolation isolation phase A. A. Determines Determines containment isolation isolation phase phase BB actuated.

actuated. ResetsResets phase phase BB when when containment pressure pressure << 20 20 psig.

psig.

15. Determines

15. Determines no no ROPs RCPs running running (should (should have have been been tripped tripped byby RD RO due to inadequate RCS due to inadequate RCS subcooling) subcooling) 16.

16. Determines Determines containment containment pressurepressure> > 2020 psig.

psig.

Critical Critical a.

a. Manually Manually startsstarts 3A 3A CSP.

CSP. Determines Determines MDV-3-880A MOV-3-880A open. open.

b.b. Directs Directs NSONSO to to locally locally verify verify phase phase BB valves valves MDV-3-626, MOV-3-626, 716B & 730 716B & 730 closed closed c.c. Verifies Verifies allall RCPs RCPs stopped stopped 17.

17. Determines Determines containment containment ventilation ventilation isolated isolated andand verifies verifies control control room room ventilation ventilation inin proper proper emergency emergency recirculation recirculation alignment.

alignment.

99

Appendix 0D Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_ 3 Event No.:

Event No.: _6_6 Page ~

Page 3 of of _3_3 Event

Description:

Event

Description:

When 3B When 3B RCP RCP isis tripped, tripped, 3B 3B 4kV 4kV bus bus isis lost lost and and aa large large break break LOCA LOCA occurs. An occurs. An automatic automatic SI SI occurs occurs butbut train train AA sequencer sequencer fails.

fails. Train Train AA ECCS equipment ECCS equipment must must bebe manually manually started.

started. The The crew crew completes completes 3- 3-EOP-E-0 and EOP-E-O and transitions transitions to applicable FRPs to applicable FRPs followed followed by by 3-EOP-E-1.

3-EOP-E-1.

Time_j Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Continues prompt Continues prompt action action verification verification perper 3-EOP-E-0 3-EOP-E-0 Attachment Attachment 3: 3:

18. Directs

18. Directs NSO NSO place place PAHMS PAHMS in in service service per per 3-0P-094.

3-OP-094.

19. Verifies 3A

19. 3A & & both both U4 U4 EDGs EDGs running running (3B(3B EDG EDG is is OOS).

DOS).

20. Determines 3A & 3D 4kV buses still energized.

21. Notifies US that prompt action verification complete.

RO Performs foldout page actions of 3-EOP-E-0 as directed:

1. Determines containment conditions adverse (>180°F)

2. Trips RCPs since RCS subcooling < 25[65]°F with U4 HHSIPs

< 25[65tF running and SI flowpath verified Performs subsequent actions of 3-EOP-E-0 3-EOP-E-O as directed

1. Determines 2 AFWPs (A & C) running.

2. Determines AFW valve alignment proper except that MOV 1404 1404 diddid not open.

3.

3. Determines Determines SG SG levels levels << 6[32]%.

6[32]%. Controls Controls AFW flow> 345 gpm gpm until level >> 6[32]% then maintains levels levels 15-50%.

15-50%.

4.

4. Determines Determines annunciators annunciators A-1/2 A-1/2 and/or and/or 1/31/3 on.

on. IfIf RCP RCP seal seal return temps all all << 235°F, 235°F, verifies verifies SISI reset then then starts starts 3A3A charging charging pump pump at at minimum minimum speed speed andand adjusts adjusts HCV-3-121 HCV-3-121 for for proper proper seal seal injection injection flow flow 5.

5. Determines Determines Tc Tc trend.

trend. IfIf decreasing, decreasing, reduces reduces AFWAFW flow flow to to:::: 345 345 gpm until gpm until any any SGSG level level> > 6[32]%.

6[32]%.

6.

6. Determines Determines PORVs, PORVs, normal normal spray, spray, aux spray && excess aux spray excess letdown letdown isolation isolation valves valves closed closed 7.

7. Verifies Verifies RCPs RCPs tripped tripped (tripped (tripped earlier earlier onon foldout foldout page)page) 8.

8. Determines Determines no no SGs SGs depressurized depressurized or or depressurizin depressurizing g 9.9. Determines Determines no no SG tube ruptures SG tube ruptures 10.

10. Determines Determines RCS ReS not not intact; intact; containment containment radiation, radiation, pressure pressure &&sump sump levellevel all not normal.

all not normal.

10 10

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _ 3_3 Event No.:

Event No.: ~ 6a Page_1 Page _iof of -.L2 Event

Description:

Event

Description:

Once Once CSFSTs CSFSTs are are monitored monitored for for imQlementation, implementation, ifif containment containment pressure isis still r2ressure still above above 2020 Qsig, psig, the the crew immediately transitions crew immediately transitions toto 3-3-

EOP-FR-Z.1 ifif no EOP-FR-Z.1 no higher higher redred oror orange orange r2ath path exists exists..

Time lillie Position_j Position Applicants Actions Applicant's Actions or or Behavior Behavior Directs monitoring Directs monitoring of of CSFs CSFs for for implementation.

implementation.

US US If any RCS If any RCS cold cold legleg temperature temperature drops drops below 320°F (orange) below 320°F (orange) or or 290°F (red) 290°F (red) transitions transitions to to and and directs directs response response per per 3-EOP-FR-P.1 3-EOP-FR-P.1 Performs actions actions per 3-EOP-FR-P.1 3-EOP-FR-P.1 as as directed by by US:

US:

RO 1.

1. Determines RCS pressure << 250[650]

250[650J psig with> 1000 1000 gpm RHR flow (indication of LBLOCA)

Transitions out of 3-EOP-FR-P.1 3-EOP-FR-P1 (due to LBLOCA indication) us US pressure > 20 psig, CSFSTs are being monitored If containment pressure>

for implementation implementation and no higher red or orange path exists, transitions to and directs response per 3-EOP-FR-Z.1 3-EOP-FR-Z.1 RO 3-EOP-FR-Z.1 as directed by US:

Performs actions of 3-EOP-FR-Z.1

1. Determines all RCPs secured.

2. Stops any running NCCs

3. Determines containment isolation phases A & & BB already verified

4. Determines containment ventilation isolated and verifies control room ventilation in in proper proper emergency recirculation alignment. alignment.

US US Determines Determines no no RHRP available.

available. IfIf 3-EOP-ECA 3-EOP-ECA-1.1 entered, determines

-1 .1 entered, determines number number of of CSPs CSPs required required fromfrom 3-EOP-ECA 3-EOP-ECA-1.1 and skips

-1 .1 and skips to to step step 9.9.

RO RO Continues Continues performing performing 3-EOP-FR-Z 3-EOP-FR-Z.1 actions as

.1 actions as directed directed byby US:

US:

1. Determines

1. Determines RWST level> 155000 RWST level> 155000 gal gal && MOV-3-864A MOV-3-864NB open 1B open 2.

2. Determines Determines 3A 3A CSP CSP running running &&3B 3B CSP CSP ODSOOS

3. Determines

3. Determines MOV-3-880A MOV-3-880A open open &&MOV-3-880B MOV-3-880B closed! closed/

deenergized deenergized under under ECO ECO

4. Determines

4. Determines 33 CCWHXCCWHX in service &&22 CCWP in service CCWP running running (3A(3A &&3C) 3C) 5.5. Determines Determines only only 3C 3C ECCECC running running (no(no power power to to other other two) two) with with associated associated bypass, bypass, inlet inlet &&outlet outlet open.

open.

6.6. Determines Determines only 3C ECF only 3C ECF running running (no (no power power to to other other two) two) 11 11

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_3 Event No.:

Event No.: ~ 6a Page 2 2 of Page of 22 Event

Description:

Event

Description:

Once Once CSFSTs CSFSTs are are monitored monitored for for imQlementation, implementation, ifif containment containment pressure isis still Qressure still above above 20 20 Qsig, psig, the the crew crew immediately immediately transitions transitions to to 3-3-

EOP-FR-Z.1 ifif no EOP-FR-Z.1 no higher red or higher red or orange orange Qath path exists.

exists.

Time Time Position__[

Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Performs actions Performs actions ofof 3-EOP-FR-Z.1 3-EOP-FR-Z.1 as as directed directed by by US:

US:

1.

1. Directs NSO Directs NSO verify verify CSP CSP suction suction && discharge discharge valves valves open.

open.

2.

2. Determines MSIVs Determines MSIVs closed closed 3.

3. Determines no Determines no SGs SGs faulted US US Directs return to procedure and step in Directs in effect 12 12

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_ 3 Event No.: --2L Event No.: 6b Page Page _1_ 1 ofof --.L 3

Event

Description:

Event

Description:

3-EOP-E-1 is 3-EOP-E-1 is entered entered after after which which 3A3A RHRP RHRP trips.

trips. Since Since neither neither RHRP RHRP isis running, transition running. transition is is made made to to 3-EOP-ECA-1.1.

3-EOP-ECA-1.1. Measures Measures are are taken taken toto minimize the minimize the loss loss ofof RWST RWST inventory.

inventory.

Time_J__Po sition Position Applicants Actions Applicant's Actions oror Behavior Behavior US US Directs transition to and performance Directs performance of 3-EOP-E-1.

NOTE: Performance NOTE: Performance of 3-ONOP-004.3 is of 3-0NOP-004.3 is optional optional since since there there is is no no source of power and EOP actions are higher priority.

Conducts crew brief. brief.

RO Performs actions of 3-EOP-E-1 as directed by US:

1. Determines RCPs not running

2. Determines power to one PORV block MOV available, PORVs closed & both PORV block MOVs open

3. Verifies SI reset

4. Determines only 3A charging pump has power available and pump is running at minimum speed for seal injection.

5. Places RCS makeup control switch to stop

6. Establishes maximum flow using 3A charging pump

7. Opens LCV-3-1 LCV-3-115B 1 5B & directs NSO locally close MOV-3-1MOV-3-115C.15G.

BOP Performs actions of 3-EOP-E-1 as directed by US:

11. Determines

. Determines SGs SGs notnot faulted.

2. Controls Controls AFW flow> 345 gpm gpm until level level> > 6[32]% then maintains levels levels 15-50%.

15-50%.

3.

3. Directs Directs Chemistry Chemistry sample sample SGs SGs for activity activity & check DAM-I DAM-1 4.

4. Directs Directs HP take radiation readings on HP take on main main steam steam lines lines

5. Verifies

5. Verifies containment isolation isolation phase phase A A && BB reset.

reset.

6. Verifies

6. Verifies GV-3-2803 CV-3-2803 open open && IA IA pressure pressure> 95 psig

> 95 psig US US Determines Determines SI SI can can not not bebe terminated terminated (inadequate (inadequate subcooling, subcooling, RGS RCS pressure pressure && PZR PZR level) level) 13 13

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_3 Event No.:--.illL Event No.: 6b Page --L Page 2 of of 33 Event

Description:

Event

Description:

3-EOP-E-1 isis entered 3-EOP-E-1 entered after which 3A after which 3A RHRP RHRP trips.

trips. Since Since neither neither RHRP RHRP isis running, transition running, transition isis made made to to 3-EOP-ECA-1.1.

3-EOP-ECA-1.1. Measures Measures are are taken taken to to minimize the minimize loss of the loss RWST inventory.

of RWST inventorq.

Time__[__Po Time sition Position Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Continues performing Continues performing 3-EOP-E-1 3-EOP-E-1 actions actions as as directed directed byby US.

US.

1.

1. Determines 3A Determines 3A CSP CSP should should continue continue running running since since containment containment temperature> 122°F.

temperature> 122°F.

2.

2. Determines RCS Determines RCS pressure pressure << 250[650]

250[650] psig.

psig. Recognizes/reports Recognizes/reports RHRP tripped with RHR flow << 1000 3A RHRP 1000 gpm gpm

3. Determines RCS Determines RCS pressure pressure stable/decreasing stable/decreasing BOP Continues performing 3-EOP-E-1 actions as directed by US:

1. Determines SG pressures stable

2. Determines 3A 4kV bus on offsite power & 3B 4kV bus deenergized deenergizec

3. Directs U4 RO verify one computer room chiller running

4. Stops 3A EDG. Directs NSO complete shutdown per 3-0P-023. 3-OP-023.

Directs U4 RO stop U4 EDGs and have them placed in standby.

us US Determines no RHRP available. Directs transition to 3-EOP-ECA 3-EOP-ECA-1.1 -1.1 Conducts EOP transition crew brief RO Performs actions of 3-EOP-ECA 3-EOP-ECA-1.1 -1.1 as directed by US:

1.

1. Determines RWST RWST level level> > 60000 60000 gallons 2.

2. Determines Determines coldcold leg leg recirc recirc capability capability not not available available Critical Critical 3.

3. Aligns makeup makeup to to U3 U3 RWST RWST a.

a. Determines Determines CVCSCVCS makeup makeup stopped stopped b.

b. Directs Directs NSO NSO verify verify 3-356 3-356 closed, closed, then then open open 3-365A 3-365A & & BB c.

c. Places Places FCV-3-113A FCV-3-113A in in AUTO, AUTO, FCV-3-114A FCV-3-114A in in OPEN, OPEN, FCVFCV-3-113B 3-113B & & 114B 114B in in CLOSE CLOSE d.

d. Determines Determines MOV-3-350 MOV-3-350 closed.

closed.

e.

e. Places Places FCV-3-113A FCV-3-113A && 114A 114A controllers controllers in in MANUAL MANUAL f.f. Places Places RCSRCS makeup makeup selector selector switch switch to to BORATE BORATE g.

g. Sets Sets BA BA totalizer totalizer to to maximum maximum and and starts starts makeup makeup h.

h. Adjusts Adjusts PW&PW & BAflow BA flow forfor max max flow flow atat 1.5:1 1.5:1 blend blend 14 14

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _3_3 Event No.: ~

Event No.: 6b Page~

Page 3 of of_3_3 Event

Description:

Event

Description:

3-EOP-E-1 isis entered 3-EOP-E-1 entered after after which which 3A3A RHRP RHRP tri(2s.

trips. Since Since neither neither RHRP RHRP isis running, transition isis made running, transition made to to 3-EOP-ECA-1.1.

3-EOP-ECA-1.1. MeasuresMeasures are are taken taken toto minimize the minimize the loss loss of of RWST RWST inventory.

inventory.

Time Time Position Position Applicants Actions Applicant's Actions oror Behavior Behavior BOP BOP Perform actions Perform actions ofof 3-EOP-ECA-1.1 3-EOP-ECA-1 .1 as as directed directed by by US.

US.

1.

1. Controls AFW Controls AFW flow>

flow> 345345 gpm until level>

gpm until level > 6[32]%

6[32]% then then maintains maintains levels 15-50%.

levels 15-50%.

us US Determines RCS Determines RCS cooldown rate has has exceeded 11 OO°F/hr 00°F/hr and no no additional forced forced cooldown required required RO 3-EOP-ECA-1.1 actions as directed by US:

Continues performing 3-EOP-ECA-1.1

1. Determines only 1I ECC running & available.

a. Determines phase A reset

b. Directs NSO open MOV-3-1417 & 1418

c. Resets & starts 2 available NCCs

2. Directs U4 RO verify at least 1 1 computer room chiller running US Determines CSP suction aligned to RWST. Directs running CSP secured if containment pressure << 14 14 psig.

RO Continues performing 3-EOP-ECA 3-EOP-ECA-1.1 -1.1 actions as directed by US:

1.

1. Determines 22 HHSIPs HHSIPs running (3A (3A & & one one U4 U4 pump) pump) 2.

2. Verifies SI SI reset Critical Critical 3. Stops

3. Stops I1 HHSIPHHSIP 4.

4. Determines Determines RCS RCS pressure pressure << 250[650]

250[650] psig, psig, RHR RHR flow << 1000 1000 gpm gpm and and nono RHRPs RHRPs available available

5. Determines

5. Determines no no recirc sump suction recirc sump suction lines lines open.

open. Closes Closes MOV MOV 862A (no power 862A (no power to 862 to B) 862B)

US US I.

1. Determines Determines RCS RCS subcooling subcooling inadequate inadequate for for RCP 51 start && SI RCP start termination.

termination.

2.

2. Determines Determines minimumminimum SI 51 flow flow per per Figure Figure 1. 1. Directs Directs NSO NSO Crifica Critical throttle throttle running running HHSIP HHSIP discharge discharge to to achieve achieve minimum minimum SI 51 flow flow TERMINATING TERMINATING Scenario Scenario is is complete complete whenwhen HHSI HHSI flow flow isis reduced reduced to to minimum.

minimum.

CUE CUE 15 15

Appendix D Appendix D Scenario Outline Scenario Outilne Form ES-D-1 Form ES-D-1 Facility:

Facility: Turkey Point Turkey Point Scenano No.:

Scenario No.: 33 Op Op Test Test No.:

No.: 2007-301 2007-301 Examiners:

Examiners: Candidates:

Candidates: US US RO RD BOP BOP Initial Conditions:

Initial Conditions: Mode 1, Mode 1, 75%

75% Power, Power, MOL,MDL, Awaiting Awaiting permission permission from from plant plant management management to to increase increase power power back back to 100%. 3-GOP-301 to 100%. 3-GDP-301 in in use use complete complete through through step 5.96 for step 5.96 for retum return to to 100%

100% power power following following aa turbine valve test.

Turnover: Equipment OOS: DOS: 3B EDG EDG due to failed fuel pump (OOS (DOS 2 days; next 0-OSP-023.3 Att AU 11 && 9 in 4 hrs); BB APN hrs); AFW Pump Pump due due toto bearing bearing failure failure (OOS (DOS 44 hrs;hrs; ETR ETR 2424 hrs; hrs; both both trains trains verified verified operable);

operable);

3B CSP 3B CSP due due to failed 1ST to failed ST -low

- discharge pressure low discharge pressure (OOS(DOS 12 12 hr; hr; ETR ETR 3636 hr) hr)

Perform monthly surveillance on 3A ECC per 3-0SP-055.1 3-OSP-055.1 section 7.1 immediately after shift turnover. 1ST and remote valve position verification not required.

Known tube leak in 3A S/G (2 gpd) - unchanged for last week. Chemistry samples are being 3-ONOP-071 .2, Attachment 1. The current sample, just completed indicates no taken per 3-0NOP-071.2, significant change in leak rate. MOV-3-1403 MD V-3-1 403 remains open at management direction due to small size and stability of tube leak rate.

Event Type*

Event Type* Event Description No.

1 1 BDP (N) BOP 3A ECC monthly surveillance performed per 3-0SP-055.1 3-DSP-055.1 section 7.1. 3A TFKV90SAT TFKV905A=T ECC inlet valve CV-3-2905 fails to open and 3A ECC is declared OOS. DOS.

(N,TS) SRO 2 SRD/RD (I) SRO/RO TM-3-408C (Tavg input to rod control) fails high. Crew responds per 3-TFL1T8CH=T TFL1T8CH =T ONDP-028 and takes rods to manual to stop continuous inward rod ONOP-028 movement.

3 RD/BDP (C) RO/BOP Loss of 3H 480V LC. Also takes 3C charging pump, 3B ECC, 3B ECF & & 3D TFE3D37A ==T T NCC DOS.OOS. Requires starting another charging pump or securing the in C TS SRO (C,TS)

TFE3D38T=T TFE3D38T = T service 60 gpm orifice. The crew responds per 3-ARP-097.CR for annunciators F-9/6, A-5/4, 1-9/3 or 1-9/4.

4 TAKPXA1=10.0 (C) SRD/BDP SRO/BOP 3A 1 Intake screen high p.

3A1 t:.p. Crew responds per 3-ONOP-Ol3-0NOP-011. 1. 3A 3A11 CWP is TAKPXA2 == 4.0 4.0 secured.

4a (R) ALL Intake screen high 3A2 Intake high tip.

t:.p. Fast load reduction per 3-ONOP-13-0NOP-100 00 to 60% for TAKPXA2=

TAKPXA2 = 1.0 1.0 the purpose of securing 3A2 CWP. CWP. Manual rod control must must be used due due to rod control Tavg failure.

5 TAHUVBSB=22 TAHUVBSB=22 (M)

(M) ALL 3B 3B RCP high high vibration. The crew responds per 3-ONDP-041 3-0NOP-041.1. Once

.1. Once TAHUVBMB=6 vibration reaches the the trip setpoint, setpoint, the crew manually manually trips the the reactor andand TAHUVBMB= 6 .

immediate actions of 3-EOP-E-0 are of 3-EDP-E-0 are performed.

performed.

66 (M)

(M)ALL ALL When 3B RCP RCP is tripped, tripped, 3B 3B 4kV 4kV bus is lost and aa large break break LDCA LOCA occurs.

TFE2Z51S TFE2Z51S == TT (contd (cont'd from An automatic SI SI occurs but but train A sequencer fails. Train A ECCS ECCS equipment TVHHCLS event event 5)

5) must be be manually manually started. The crew completes completes 3-EDP-E-0 3-EOP-E-0 and and transitions to TVHHCLB == 00.11 TFQ634AF = T (C)

(C) ALLALL applicable FRPs applicable FRPs followed followed by by 3-EDP-E-1.

3-EOP-E-1.

TFQ634AF=T 6a 6a Once CSFSTs Once CSFSTs are are monitored monitored for for implementation, implementation, ifif containment containment pressure pressure is is still still above above 20 20 psig, psig, the crew immediately the crew immediately transitions transitions to 3-EOP-FR-Z.1 ifif no to 3-EDP-FR-Z.1 no higher higher red red oror orange orange pathpath exists.

exists.

6b 6b (C)

(C) SRD/RD SRO/RO 3-EDP-E-1 3-EOP-E-1 is is entered entered after after which which 3A3A RHRP RHRP trips.

trips. Since Since neither neither RHRP RHRP is is TFM103AT=T TFM1D3AT = T running, running, transition transition isis made made to to 3-EOP-ECA-1.1.

3-EOP-ECA-1.1. Measures Measures are are taken taken toto minimize minimize the loss of the loss of RWST RWST inventory.

inventory.

(N)ormal, (N)ormal, (R)eactivity,

.. (I)nstrument, (C)omponent, (R)eactlvlty, (l)nstrument, (C)omponent, (M)ajor (M)aJor 11

TP-2007-301 Scenario TP-2007-301 Scenario #3 Event Description

1. 3 Event Description Turkey Point Turkey Point 2007-301 2007-301 Scenario Scenario #3#3 Event 11 - 3A Event - 3A ECC ECC monthly monthly surveillance surveillance performed performed per per 3-0SP-055.1 3-OSP-055.1 section section 7.1.

7.1. 3A 3A ECC ECC inlet inlet valve CV-3-2905 valve CV-3-2905 fails fails to to open open and and 3A 3A ECC ECC isis declared declared ~OS.DOS.

Event 22 - TM-3-408C Event - TM-3-408C (Tavg(Tavg input input to to rod rod control) control) fails fails high.

high. Crew Crew responds responds per per 3-0NOP-028 3-ONOP-028 and and takes rods takes rods to to manual manual to to stop stop continuous continuous inward inward rod rod movement.

movement.

Event 33 - Loss Event - Loss of of 3H 3H 480V 480V LC.LC. Also Also takes takes 3C charging pump, 3C charging pump, 38 ECC, 38 3B ECC, 3B ECF ECF && 3D 3D NCC NCC DOS. Requires

~OS. Requires starting starting another another charging charging pumppump or or securing securing the the in service 60 gpm orifice. The in service 60 gpm orifice. The crew responds crew responds per per 3-ARP-097.CR 3-ARP-097.CR for for annunciators annunciators F-9/6,F-916, A-5/4, A-514, 1-9/3 1-913 or or 1-9/4.

1-914.

Event 44 - 3A Event - 3A11 intake intake screen screen high high ~p. Crew responds

p. Crew responds per per 3-0NOP-011.

3-ONOP-01 1. 3A 3A11 CWP CWP isis secured.

secured.

Event 4a Event 4a - 3A2

- 3A2 intake intake screen high high ~p. Fast load reduction

p. Fast reduction per per 3-0NOP-100 3-ONOP-100 to 60% for the purpose purpose of securing 3A2 CWP.

3A2 CWP. Manual rod rod control control must must be used used duedue to to rod rod control control Tavg failure.

failure.

Event 55-- 38 Event 3B RCP high vibration. The crew responds per 3-0NOP-041.1. 3-ONOP-041.1. Once vibration reaches either shaft or motor trip setpoint, the crew manually trips the reactor and immediate reaches actions of actions of 3-EOP-E-0 are performed.

Event 6 - When 38 Event - 3B RCP is tripped, 38 3B 4kV bus is lost and a large break LOCA occurs. An automatic SI occurs but train A sequencer fails. Train A ECCS equipment must be manually automatic started. The started. The crew completes 3-EOP-E-0 and transitions to applicable FRPs followed by 3-EOP-E-1.

E-1.

Event 6a - Once CSFSTs are monitored for implementation, Event -

implementation, if containment pressure is still above 20 psig, the crew immediately transitions to 3-EOP-FR-Z 3-EOP-FR-Z.1 .1 if no higher red or orange path path exists.

Event 6b EOP-E-1 is entered after which 3A RHRP trips. Since neither RHRP is running, transition transition is is made made to 3-EOP-ECA 3-EOP-ECA-1.1. -1.1. Measures are taken to minimize minimize the loss loss of RWST inventory.

inventory.

22

TP-2007-301 Scenario TP-2007-301 Scenario#3 #3 Event EventDescription Description Scenario XXIII Scenario XXIII NRC NRC 33 SimulatorOperating Simulator Operating Instructions Instructions Setup Setup IC-16 (75%

IC-16 (75% MOL) MOL)

Place simulator Place simulator inin runrun Trigger lesson Trigger lesson steps:

steps:

SETUP 3B SETUP - 3B EDG ODS

- EDG 005 (actuatesTAQ5LRSB (actuates TAQ5LRSB = TAQ5B2OP =

OFF && TAQ5B20P

= OFF = RACKOUT)

RACKOUT)

SETUP - BB AFWP SETUP - AFWP ODS QOS (actuates TAFK244 =

(actuates TAFK244 TAFKOO2 =

0.0, TAFK002

0.0, TAFFO1B

0.0, TAFF01B

0.0, = 0.0, TCF5MTB

0.0, TCF5MTB = T)

T)

SETUP - 3A SG 2 GPD LEAK SETUP - 3A SG 2 GPD LEAK (actuates TVHHSGA == 0.0000013)

(actuates TVHHSGA 0.0000013)

SETUP - 3B SETUP - 3B CSP CSP ODSOOS (actuates (actuates TAM1DPOB TAM1 DPOB = RACKOUT RACKOUT (3) TCM1 D41 M == FALSE (3) && TCM1D41M FALSE (0>> (0))

SETUP - TRAIN A SEQUENCE R SETUP - TRAIN A SEQUENCER FAIL (actuates TFQ634AF FAIL (actuates TFQ634AF == T) T)

Acknowledge annunciators Acknowledge annunciators F-9/2 F-9/2 & 9/5 (3B

& 9/5 (3B EDGEDG O~S).

DOS). StartStart train train A A chilled chilled water water andand secure train B secure train B chilledchilled water water (CR (CR HVAC HVAC panel).

panel). Place Place simulator simulator in in freeze.

freeze.

Place clearance Place clearance info info tags on 3B EDG EDG normal normal start switch, B B AFWP T& T&T T valve control switch & 3B CSP control switch.

switch switch.

Remove AFW train 2 orange tag from B AFWP tachometer just below ann. panel X.

Remove Provide shift turnover checklists, 3-0NOP-071.2 Provide 3-ONOP-071 .2 Att AU 11 and a copy of 3-0SP-055.1 3-OSP-055.1 section section 7.1 7.1 & Attachment 11 filled out thru step 7.1.5. 3-0SP-055.1 3-OSP-055.1 is being performed without quarterly 1ST or remote position verification required.

without Select Select 3A QSPDS to page 211 (SAT) and 3B QSPDS to page 212 (RVL). Set ERDADS on on VPA to TavglTref Tavg/Tref (TAV) and at the RCO desk to ENVRN (ED3).

Fill Fill in blender & shutdown boron addition placards at console blender station. Data for each each IC IC may be be found in in the ECC ECC & & Shutdown Guidelines Book Book inin the simulator I/F. IIF.

Event I1 - 3A ECC OSP Event -

asp failure Initiated at crew direction Initiated at crew direction based based on shift turnover on shift turnover beginning beginning at at step step 7.1.6.

7.1.6.

Immediately Immediately after after CV-3-2905 CV-3-2905 closes closes in in response response takingtaking 3A 3A ECC ECC to to STOP, STOP, trigger trigger lesson step EVENT I 3A ECC INLET FAIL lesson step EVENT 1 - 3A ECC INLET FAIL AS IS (actuates TFKV9O5A

- AS IS (actuates TFKV905A == T). The crew T). The crew performs performs 3-OSP-055.

3-0SP-055.1I sect. sect. 7.1 7.1 toto test 3A ECC test 3A ECC beginning beginning at at step 7.1.6. Quarterly step 7.1.6. Quarterly 1ST 1ST and and remote remote position position verification verification are are not not required.

required. InletInlet valve valve CV-3-2905 GV-3-2905 fails fails to to open.

open. 3A 3A ECC is stopped and declared EGG is stopped and declared OOS. ~OS.

Respond Respond as as NS0 NSO forfor steps steps 7.1.14 7.1.14 && 7.1.15.

7.1.15. Indicate Indicate that that hehe has has portable portable ammeter ammeter inin hand.

hand. When When directed directed toto measure measure 3A 3A ECC ECC fan fan current current at at 3B3B MCC MCC (bkr(bkr 30650),

30650), report report 22 22 amps indicated.

amps indicated.

33

TP-2007-301 Scenario TP-2007-301 Scenario #3 #3 Event Event Description Description Respond as Respond as NSO NSO ififasked asked to to locally locally check check Train Train AA ECC ECC CCW CCW flow flow on on FI-3-1472.

Fl-3-1 472. After After 1-3 minutes, 1-3 minutes, report report thatthat flow flow indicates indicates zero. zero.

Respond as Respond as WCC WCC when when directed directed to have Mechanical to have Mechanical maintenance maintenance investigate investigate failure failure ofof CV-3-2905 CV-3-2905 to open.to open.

Respond as Respond as WCCWCC ifif directed directed to take 3A to take 3A ECCECC breaker breaker 30650 30650 to to OFF OFF andand place place itit under under clearance. After clearance. After 8-128-12 min, trigger lesson mm, trigger lesson step EVENT 1I - 3A step EVENT - 3A ECC ECC BKR BKR TO TO OFFOFF (actuates (actuates TOOl DMG =

TCC1DMG = F)F)

Event 22 - TM-3-408C Event - TM-3-408C Tavg Tavg input input to to rod rod control control fails fails high high Once 3A Once 3A ECCECC stopped stopped and and declared declared 005, OOS, trigger trigger lesson lesson step step EVENT EVENT 22 - TM - TM 408C FAILS 408C FAILS HIGH HIGH (actuates (actuates TFL TFL1T8CH 1T8CH == T). T).

This fails Tavg input to rod control This fails Tavg input to rod control high causing high caushg maximum maximum speed speed control control rodrod insertion.

insertion.

The The operators 3-ONOP-028 and take rod control respond per 3-0NOP-028 control to manual to stop inward rod movement. This rod This failure failure does does not fail median Tavg Tavg for for other other control control purposes. Tavg- Tavg Tref recorder TR-3-408 continues to function. function.

Respond as WCC when directed to have I&C Respond l&C investigate failure of rod control.

Respond as WCC if directed to generate a caution tag to be hung on the rod control Respond selector switch selector Event 3 - Loss of 3H 480V LC After 3A2 CWP secured, secured, trigger lesson step EVENT 33 - LOSS OF 3H LC (actuates TFE3D37A TFE3D37A = T, then

= T, then TFE3D38T ==T after aa 55 sec delay).

TFE3D38T delay).

This causes a loss of of 3H 480V LC LG andand along with it 3C 3G charging pump, 3B 38 ECC, EGG, 3B 38 ECF & 3D EGF&3DNGG. NCC.

The crew crew responds per 3-ARP-097. CR GR for annunciators F-9/6, F-916, 1-9/3, 1-913, 1-9/4 1-914 or A-5/4 A-514 and and may enter 3-ONOP-041 may enter 3-0NOP-041. 6. .6.

Since Since 3C3G charging charging pump pump was was running, 3B 38 charging charging pump pump is is started started perper 3-ONOP-041 3-0NOP-041.6. .6.

Failure Failure also also puts puts plant plant in in aa lhr 1hr shutdown shutdown plant plant action action statement statement per per TSTS 3.6.2.2.b 3.6.2.2.b since since only only I1 ECC EGG is left operable.

is left operable.

Respond Respond ifif directed directed to to check check out out 3H 3H 480V 480V LC. LC. After After 1-3 1-3 mm,min, report report bkr bkr 35001 35001 feeder feeder from from 3D3D 480V 480V LC LC tripped tripped openopen withwith scorch scorch marksmarks and and aa burnt burnt insulation insulation smell.

smell. 35007 35007 doesnt appear to have closed doesn't appear to have closed in (still open). in (still open). Report Report nono evidence evidence of of fire.

fire.

Respond Respond as as WOO WCC when when directed directed to to have have electrical electrical check check into into the the loss loss ofof 3H 3H LC.LC. After After 8-8-

12 12 mm, min, call call as as WOO WCC and and relay relay recommenda recommendation tion from from Electrical Electrical maintenance maintenance that 3H that 3H 480V 480V LCLC remain remain deenergized deenergized until until further further evaluation evaluation of ofthe the LC LC can can bebe performed.

performed.

44

TP-2007-301 Scenario TP-2007-301 Scenario #3 Event Description

1. 3 Event Description Respond as Respond as NSO NSO ifif directed directed to to do pre-start &

do pre-start & post-start post-start checks checks on on 3B 3B charging charging pump.

pump.

Report all Report all conditions conditions normal.

normal.

Respond as Respond as NSO NSO ifif directed directed to to locally locally control control CCWCCW to to NRHX NRHX flowflow to to maintain maintain letdown letdown temperature. Click temperature. Click on Schema>COMMON SERVICES-tCOMPONENT on Schema-tCOMMON SERVICES*COMPONENT COOLING-t COOLING*

valve 834-tTAKA834 valve 834TAKA834 BYP BYP AROUND AROUND TCV-144-tadjust TCV-144*adjust value value asas desired desired and and INSERT.

INSERT.

Respond as Respond WCC/Mechanical ifif asked as WCC/Mechanical asked about about status status of of 3A 3A ECC ECC since since plant plant is is now now in in 11 hr hr shutdown action shutdown action statement.

statement. Report Report mechanics mechanics are are investigating investigating the the CV-3-2905 CV-3-2905 failure.

failure.

414a - 3A1/3A2 Event 4/4a 3A113A2 intakeintake screen clogging I Fast load reduction Upon completion Upon completion of of TM-3-408C TM-3-408C crew crew brief, brief, trigger trigger lesson lesson step step EVENT EVENT 44 - 3A1/3A2

- 3A1/3A2 INTAKE INTAKE CLOGGING CLOGGING (actuates TAKPXA1 =

(actuates TAKPXA1 10.0 &

= 10.0 & TAKPXA2 =4.0).

4.0).

3-ONOP-Ol 1. First 3A 1I CWP The crew responds per 3-0NOP-011. CWP is secured per 3-0NOP-011.

3-ONOP-Ol 1.

When directed as NSO to check screen wash pump basket strainer Llp, p, click on Schema*C OMMON Schema~COMMON SERVICES~INTAKE SERVlCES.lNTAKE AREA & SCREEN WASH~report WASHreport strainer tips in lower right corner of intake area & screen wash system mimic. Value reported Llp's should be < < 10 psid.

When directed as NSO to report status of unit 3 traveling screens, report that they are operating in high gear, are rotating. Specific data such as waterfall height, screen Llp lip and screen wash pressure can be determined from the intake area & screen wash system mimic accessed earlier.

ICW to CCW/TPCW CCWITPCW flows and basket strainer lips Llp's can be determined by clicking on SchemaCO Schema~COMMON MMON SERVICES SERVICES~INTAKE *INTAKE COOLING COOLlNG~report *report requested parameters shown on the lOW ICW system mimic.

Notify Notify BOP BOP when waterfall height height in in the 3A13A1 intake intake well reaches 2.5 2.5 feet as as determined determined by by subtracting subtracting 3A13A 1 intake intake well well level level from indicated indicated intake intake level level as as shown shown on on the intake area the intake area & & screen wash wash system system mimic.

mimic.

Respond Respond ifif called called as as FS/WCC FS/WCC regarding regarding issuance issuance of of an an ECO ECO andand manual manual cleaning cleaning of of on on 3A1 3A1 traveling traveling screen.

screen. To To take take 3A13A1 traveling traveling screen screen outout ofof service, service, trigger trigger lesson lesson step step EVENT EVENT 44 - 3A1

- 3A1 TRAVELING TRAVELING SCREEN SCREEN OOS OOS FOR FOR CLEANING CLEANING (actuates (actuates TCKPD24M To F). To TCKPD24M == F).

return return 3A1 3A1 traveling traveling screen screen to to service, service, trigger trigger lesson lesson step step EVENT EVENT 44 - 3A1- 3A1 TRAVELING TRAVELING SCREEN SCREEN RETURN RETURN TO TO SERVICE SERVICE (actuates (actuates TCKPD24M TCKPD24M == T).T).

Immediately Immediately after after 3A1 3A1 CWPCWP secured, secured, trigger trigger lesson lesson step step EVENT EVENT 44 - 3A2 - 3A2 INTAKE INTAKE REDUCED CLOGGING REDUCED CLOGGING (actuates TAKPXA2 = 2.0).

(actuates TAKPXA2 2.0).

The The crew crew reduces reduces power powerper per 3-ONOP-IOO 3-0NOP-100 from from 75%75% toto <60%

<60% forfor the the purpose purpose of of securing securing 3A23A2 CWP.

CWP.

55

TP-2007-301 Scenario TP-2007-301 Scenario #3 #3 Event Event Description Description In view In view ofof the slowly increasing the slowly increasing ~p tp onon 3A23A2 traveling traveling screen, screen, crew crew should should electelect toto perform aa fast perform fast load load reduction reduction per per 3-0NOP-1 3-ONOP-1 00. 00. AtAt lead lead examiner examiner direction, direction, prompt prompt thisthis decision if necessary by calling decision if necessary by calling as SM and as SM asking and asking for for status status toto help help crew crew understand understand problem is problem is not not going going away. Additionally, call away. Additionally, call asas NSO NSO at at intake intake structure structure and and report report debris still debris still coming coming down down intake intake canal canal collecting collecting mostly mostly around around the canal banks.

the canal banks.

Respond as Respond as NSONSO ifif directed directed to to close close 3-30-002 3-30-002 & 3-30-004 to

& 3-30-004 to allow allow stopping stopping the the 3A2 3A2 CWP. After CWP. After 1-3 1-3 min, trigger lesson mm, trigger lesson step step EVENT EVENT 44-- CLOSE CLOSE 3-30-002/004 3-30-002/004 (actuates (actuates TAFBOO2 =

TAFB002 0.0 then

0.0 TAFB0O4

then TAFB004 0.0 30

= 0.0 sec later.)

30 sec Report when complete.

later.) Report complete.

Respond as Respond as NSONSO ifif directed directed to listen for to listen for seal seal well well solenoid solenoid valve valve closure.

closure.

Event 5 - 38 Event - 3B RCP high vibration I Reactor trip After a 5-10% power change, trigger lesson step EVENT 5 - 3B RCP HIGH -

VIBRATION (actuates VIBRATION (actuates TAHUVBSB = 22.0 on 5 min mm ramp & TAHUVBMB =

& TAHUVBMB = 6.0 on 5 min mm ramp).

ramp).

The crew responds per 3-0NOP-041. 3-ONOP-041. 1. Once motor & shaft vibration reach the trip setpoint, the crew manually trips the reactor and immediate actions of 3-EOP-E-O are performed.

Respond if notified as system engineer of increasing vibration on 38 3B RCP motor & &

shaft.

Event 6 - Large break LOCA I Loss of emergency coolant recirculation Tripping 3B RCP auto triggers lesson step EVENT 6 6-- LARGE BREAK LOCA (actuates fl/HHCLB TVHHCLB == 0.1 when H20L09G) and EVENT 6 - 3B 4KV BUS LOCKOUT (actuates TFE2Z51S == Twhen H2OLO9G).

TFE2Z51S H20L09G).

The crew performs 3-EOP-E-O and must manually start train A ECCS ECGS loads due to failure of 3A sequencer entered at setup. 3A 4kV bus remains on offsite power.

Respond as NSO when directed to locally close MOV-3-1 MOV-3-1407. 407. After 4-6 mm, min, trigger lesson lesson step EVENT EVENT 66 - CLOSE MOV-3-1

- MOV-3-1407 407 (actuates (actuates TFWO7C TFVV07C == F). F). Report when complete.

Respond Respond as as NSO NSO ifif directed directed to to locally locally openopen MOV-3-843B MOV-3-8438.. After After 1-31-3 mm.,

min., trigger trigger lesson lesson step EVENT step EVENT 66 - OPEN - OPEN MOV-3-843B MOV-3-843B (actuates (actuates TFMVv020 TFMVV020 == T). T). Report Report when complete. complete.

Respond Respond as as U4U4 RO when directed RO when directed to to perform perform 3-EOP-E-0 3-EOP-E-0 Aff Att I1 to to align align U4 U4 HHSIPs HHSIPs to to U3 U3 RWST.

RWST. After After 1-31-3 mm,min, trigger trigger lesson lesson step step EVENT EVENT 6- 6 - ALIGN ALIGN U4 U4 HHSIP HHSIP TO TO U3U3 RWST (actuates RWST (actuates TAMH1V41 TAMH1V41 = 1.0, 1.0, TAMH1V46 TAMH1V46 == 1.0 after 11 mm 1.0 after delay, TAMH1V37 min delay, TAMH1V37 == 0.0 after 22 mm 0.0 after min delay, delay, TAMH4856 ==0.0 TAMH4856 0.0 after after 33 mm delay). Report min delay). Report when when complete.

complete.

Respond Respond as NSO when as NSO when directed directed to to locally locally verify verify phase phase A A valves valves MOV-3-1 MOV-3-1417, 417, 1418, 1418, 1425 & 381 closed (all of which 1425 & 381 closed (all of which are in the U3 are in the Pipe U3 Pipe && Valve Valve Room).

Room). After After 1-31-3 mm,min, 66

TP-2007-301 Scenario TP-2007-301 Scenario #3 #3 Event Event Description Description trigger lesson trigger lesson step step EVENTEVENT 66 - CLOSE - CLOSE PHASE PHASE AA ISOL ISOL VALVES VALVES (actuates TFKV41 7C =

(actuates TFKV417C = T, T,

TFKV418C =T after 1 min delay, TFBV60 =

TFKV418C = T after 1 mm delay, TFBV60 =T after 22 min T after mm delay TFSWVM5B =

delay && TFSWVM5B =T after33 min T after delay). Report mm delay). Report when complete.

when complete.

Respond as Respond as NSO NSO when when directs directs to to locally locally verify verify phase phase BB valves valves MOV-3-626, MOV-3-626, 716B 716B && 730 730 closed(all of closed(all of which which are are in in the the U3U3 PipePipe & Valve Room).

& Valve Room). After 1-3 min, trigger After 1-3 mm, trigger lesson step lesson step EVENT 66 - CLOSE EVENT - CLOSE PHASE PHASE B B ISOL ISOL VALVES VALVES (actuates(actuates TFKv626C TFKV626C == T, T, TFKV16BC TFKV16BC == T after 11 min T after mm delay &

delay TFKV730C = T

& TFKv730C after 22 min T after Report when delay). Report mm delay). when complete.

complete.

Respond as Respond as NSO NSO when when directed directed to to place place PAHMS PAHMS in in service service on on unit unit 3.

3. After After 8-12 8-12 minutes, trigger minutes, trigger lesson step lesson step EVENT EVENT 66 - PLACE - PLACE U3 U3 PAHMS PAHMS IN IN SERVICE SERVICE (actuates (actuates TAC2V02A =

TAC2V02A TAC2V02B =

1.0, TAC2V02B

1.0, = 1.0, TAAAV21

1.0, TMAV21 = 1.0, TAAAV22 =1.0 1.0, TAAAV22 TACA0O5 =

1.0 && TACA005 = 0.0).

0.0). Report Report when when complete.

Transition is made from 3-EOP-E-O to 3-EOP-FR-P. 3-EOP-FR-P. 11 which is quickly exited due to the presence of low head SI flow in response to the LBLOCA.

Event 6a - Respond to High Containment Pressure Once CSFSTs are monitored for implementation, implementation, if containment pressure is still above 2Opsig, 20 psig, the crew immediately transitions to 3-EOP-FR-Z. 3-EOP-FR-Z. 1I if no higher red or orange path exists.

Respond as NSO if directed to check CSP suction & discharge valves open. After 1-3 mm., report that 3A CSP suction & discharge valves are open while 3B CSP suction &

min.,

discharge discharge valves are closed and under an ECO.

Event 6b - Respond to LBLOCA with no emergency coolant recirc The crew transitions to 3-EOP-E-1 and then to 3-EOP-ECA 3-EOP-ECA-1.1 -I. 1 after it is determined that neither neither RHRP is available to support cold leg recirculation After 3-EOP-E-1 is After is entered, entered, trigger trigger lessonlesson step step EVENT EVENT 6b 6b - 3A

- 3A RHRP RHRP TRIP TRIP (actuates (actuates TFM1D3AT TFM1D3AT ==T). T). Respond Respond as as NSONSO when directed directed to to investigate investigate loss loss of of 3A 3A RHRP.

RHRP. After 1-3 1-3 mm.,

min., report report backback motormotor very very hothot especially especially at at bottom bottom of of motor motor casing casing (failed (failed bearing).

bearing).

Respond Respond as as Chemistry Chemistry when when directed directed to to sample sample SG5 SGs for for activity activity & & check check DAM-i DAM-1 and and as as HP when directed to perform HP when directed to perform radiation radiation readings readings on on main main steam steam lines.

lines. After After 10-15 10-15 mm. min.

report report no no signs signs of of activity activity or or radiation radiation levels levels above above background.

background.

Respond Respond as as NSONSO when when directed directed to to locally locally close close 3-297A1B!C 3-297 AlBIC.. AfterAfter 1-3 1-3 mm, trigger min, trigger step EVENT lesson step lesson EVENT 6b 6b - LOCALLY

- LOCALLY CLOSE 3-297 AlBIC (actuates CLOSE 3-297A1B1C TAHN97A == 0.0, (actuates TAHN97A 0.0, TAHN97B TAHN97B ==

0.0 1 min. later && TAHN97C ==0.0 0.0 1 mm. later TAHN97C 0.0 22mmn.

min. later.).

later.).

77

TP-2007-301 Scenario TP-2007-301 Scenario#3 #3Event EventDescription Description Respond as Respond as NSO NSO whenwhen directed directed toto locally locally close close LCV-3-115C.

LCV-3-115C. After After1-3 mm, trigger 1-3 min, trigger lesson step EVENT 6b LOCALLY lesson step EVENT 6b - LOCALLY CLOSE LCV-3-115C

- CLOSE LCV-3-1 I 5C (actuates TFBVC62= T).

(actuatesTFBVC62 T). Report Report when complete.

when complete.

Respond as Respond as U4 U4 RO RO when when directed directed to to start start one one train train of of chilled chilled water water for for computer computer roomroom cooling.

cooling.

Respond as Respond as U4U4 RO RO when when directed directed toto shutdown shutdown U4 EDGs. Respond U4 EDGs. Respond as as NSO NSO whenwhen directe d to compl ete shutdo directed to complete shutdown of 3A, wn of 3A, 4A4A && 48 4B EDGs EDGs per per 3/4-0P-023.

3/4-OP-023.

Respond as Respond NSO when as NSO when directed directed toto verify verify 3-356 3-356 closed, closed, then then open 3-365A &

open 3-365A & 8.

B. After After 1-3 1-3 mm., trigger lesson min., trigger lesson step step EVENT EVENT 6b 6b - ALIGN

- ALIGN CVCSCVCS M/U MIU TO TO RWST RWST (actuates TABM365B ==

(actuates TABM365B Report when 1.0). Report 1.0). when complete.

complete.

Respond as Respond NSO when as NSO when asked asked toto verify verify MOV-3-350 MOV-3-350 closed.closed. After After 1-3 1-3 min.,

mm., report report valve valve closed closed. .

Respond as Respond NSO when directed as NSO directed to locally locally open open MOV-3-1417 MOV-3-1417 & & 1418.

1418. After 1-31-3 min, mm, trigger lesson trigger lesson stepstep EVENT 6b - OPEN CCW TO NCCs (actuates (actuates TFKV417C == F, F, TFKV418C == F, TFKV418C F, TFKV417O T after 5 sec delay & TFKV418O TFKV4170 = T after 5 sec delay & TFKV4180 = = T after 65 sec delay). Report when complete.

complete.

Respond as Respond as NSO when directed directed to locally throttle discharge discharge of the running HHSIP (most (most likely 3A likely 3A using using valve 8888).

888B). Click on Schema-+SAFETY Schema>SAFETY SYSTEM-+SAFETYSYSTEM*SAFETY INJECTION PROC-+click INJECTION PROC*click on 888 valve for running HHSIP-+ HHSIP.TA TAMH8888(C MH888B(C or D) 888B(C 8888(C or or D) VALVE VALVE PORT AREA>ad AREA-+adjust just value consis tent with ordere consistent ordered d flow rate from 3-EOP-ECA 3-EOP-ECA-1.1 -1 .1 Figure Figure 11 then INSERT. Repeat as necess necessary achieve ary to achiev e desired flow as shown at F943 shown at F943 on on SAFETY INJECTION PROC system mimic. mimic.

88

NRC-3 NRC-3 OPERATIONS SHIFT OPERATIONS SHIFT TURNOVER TURNOVER REPORT REPORT ONCOMING CREW ASSIGNMENTS Shift Mgr: -

Inside SNPO:

Field Supv.: Outside SNPO:

Admin RCO: ANPO:

Unit 33 Unit Unit Unit 44 Unit Supv.: Unit Supv.:

RCO: RCO:

NPO: NPO:

Plant Status Plant Status Unit 3 Unit 44 Mode: 1 Mode: 1 Power: 75 Power: 100 MWe: 557 MWe: 759 Gross Leakrate: 0.03 Gross Leakrate: 0.04 RCS Boron Conc: 825 RCS Boron Conc: 600 Operational Concerns:

3 AFWP AFWP OOS (bearing(bearing failure; OOS 4 hr; hi; ETR 24 hr) 3B EDG OOS (fuel JB EDG OOS (fuel pump pump failed; OOS 2 days; next 0-OSP-023.3 in 4 hr) 3B 3B CSP CSP OOS OOS (failed (failed 1ST -low low discharge pressure; OOS 12 hr; hi; ETR 36 hr)

Train A is protected Train A is protected 22 gpd tube tube leak leak inin 3A 3A S/G - unchanged for past week (Chemistry sampling per 3-ONOP-071 3-0NOP-071.2 .2, Attachment 1.) 1 U3 Anticipated LCO Actions:

Current:

Current:

BB AFWP AFWP - TS-TS 3.7.1.2 3.7.1.2 Action 33 (trains verified operable just just before turnover; 30 30 days to repair) 3B 3B EDG EDG - TS-TS 3.8.1.1.b.l 3.8.1.1.b.1 Actions Actions bb & dd (0-OSP-023.

(0-OSP-023.3 Att 11 & 99 every 3 Att every 88 hi; hr; 3/4-OSP-023 3/4-0SP-023.1 start of

.l start of other other EDGs EDGs not reqd; 3-OP-023 sect not req'd; 3-0P-023 sect 7.7 7.7 due due next shift if next shift ifOOS OOS > > 72 72 hi; hr; repair in in 14 14 days) days) 3B 3B CSP CSP - TS TS 3.6.2.1 3.6.2.1 Action Action aa (Fix 72 hi) in 72 (Fix in hr)

Anticipated: None None Train A is protected. OLRM is green (CDF = = 2.06E-6; LERF == 9.28E-8).

2.06E-6* LERF 9.28E-8 U4 Anticipated LCO Actions:

U4 Current:

Current:

BB AFWP AFWP - TS-TS 3.7.1.2 3.7.1.2 Action Action 33 (trains (trains verified verified operable just before operable just before turnover; turnover; 3030 days days to to repair) repair) 3B EDG 3B EDG - TS-TS 3.8.1.1 .b. 1 Actions 3.8.1.1.b.1 Actions bb & & dd (0-OSP-023 (0-OSP-023.3 Att 11 &

.3 Att & 99 every every 88 hi; hr; 3/4-OSP-023 3/4-0SP-023.1 start of

.1 start of other other EDGs EDGs not not reqd; req' d; fix in 14 fix in 14 days) days)

Anticipated: None None V Train A is protected. OLRM isis green (CDF == 2.OOE-6;

~¥~.=".,"'rf. OLRM 2.00E-6* LERF LERF == 9.28E-8).

9.28E-8 Results of Offgoing Focus Area:

See g:\Ops\Common\0900

Unit 33 Status Unit Status

-, Reactor Operator Reactor Operator Mode:

Mode: 1I RCS Leakrate RCS Leakrate Accumulator Accumulator Ref Ref Levels Levels Power:

Power: 75 75 Gross:

Gross: 0.03 gpm 0.03 gpm A A 6615 6615 MWe:

MWe: 557 557 Unidentified Unidentified 0.02 0.02 gpm gpm BB 6640 6640 Tavg:

Tavg: 567 567 Charging Pps:

Charging Pps: 0.01 gpm 0.01 gpm CC 6625 6625 RCS Pressure:

RCS Pressure: 2235 2235 RCS Boron Cone:

RCS Boron Conc: 825 825

. AlnlorfuaI Ahnnrma1 A:tiitirncia1:ors:

Anniirnbitnrs i,I', "I "'/1': '/;:"\";:"ii,h;i:U.;Y:ili,"i;n'r'i .. ': i',. . . ~ ~h/ .*. , : i J i .. ? . /.';"" ""'."", ,, I,.*

i i

Annunciator:

Annunciator: FF 9/2 9/2 - 3B 3B EDG EDG OOSOOS Comp Actions:

Comp Actions: O-OSP-023.3 Att O-OSP-023.3 Att 1I && 99 due due in hours. 3/4-0SP-023.1 in 44 hours5.092593e-4 days <br />0.0122 hours <br />7.275132e-5 weeks <br />1.6742e-5 months <br />. 3/4-OSP-023.1 not not required.

required. 3-0P-023 3-OP-023 sectsect 7.7 7.7 due due next next shift.

shift.

Annunciator:

Annunciator: FF 9/5 9/5 - 3B 3B EDG EDG OOSOOS Comp Actions:

Comp Actions: O-OSP-023.3 Att O-OSP-023.3 Att 11 &

& 99 due due in in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. 3/4-0SP-023.1 3/4-OSP-023.1 not required.

required. 3-0P-023 3-OP-023 sectsect 7.7 7.7 due due next shift.

shift.

Annunciator:

Annunciator:

Comp Actions:

Comp Actions:

Annunciator:

Annunciator:

Actions:

Comp Actions:

Comp Annunciator:

Annunciator:

Actions:

Comp Actions:

Comp Annunciator:

Annunciator:

Actions:

Comp Actions:

Comp Annunciator:

Annunciator:

~

Comp Actions:

Comp Actions:

Annunciator:

Annunciator:

Comp Actions:

Comp Actions:

Annunciator:

Annunciator:

Comp Actions:

Comp Actions:

Annunciator:

Annunciator:

Comp Comp Actions:

Actions:

Current Tech Spec Action Statements: (Does Not Include For "For Tracking Only Items Items" T.S.AS / Component:

T.S.A.S Component: 3.7.1.2 3.7.1.2 Action 33// B B AFWP Reason:

Reason: Bearing failed Entry Date:

Entry Date: XX/XXJXX XX/Xx/XX (Previous shift)

T.S.AS // Component:

T.S.A.S Component: 3.8.1.1 3.8.1.1 Actions Actions bb & 3B EDG

& dd / 3B Reason:

Reason: Fuel Fuel pump pump failed Entry Date:

Entry Date: XX/XX/XX XX/XX/XX (2 (2 days days ago) ago)

T.S.AS // Component:

T.S.A.S Component: 3.6.2.1 3.6.2.1 Action Action aa // 3B 3B CSP CSP Reason:

Reason: Failed Failed 1ST 1ST - low low discharge discharge pressure pressure Entry Date:

Entry Date: XX/XX/XX XX/Xx/XX (Yesterday)

(Yesterday)

T.S.A.S T.S.AS // Component:

Component: 3.4.3 Action aa // 3B 3.4.3 Action 3B PZR PZR backup backup heaters heaters Reason:

Reason: 14 day 14 day due due toto 3B 3B EDG EDG OOSOOS Entry Entry Date:

Date: XX/XX/XX XX/XX/XX (2 (2 days days ago) ago)

T.S.A.S T.S.AS // Component:

Component: 3.5.2 Action 3.5.2 Action f/ f / 3B 3B HHSIP HHS1P Reason:

Reason: 14 day 14 day due due toto 3B 3B EDG EDG OOSOOS Entry Date:

Entry Date: XXJXX/XX XX/XX/XX (2 (2 days days ago) ago)

T.S.AS // Component:

T.S.A.S Component:

Reason:

Reason:

I Entry Entry Date:

Date:

Unit 33 Status Unit Status

~

Changes to Chan~es to Risk Risk Significant Significant Equipment:

Equipment:

B AFWP DOS (Bearing B AFWP OOS (Bearing replacement) replacement) 3B EDG OOS 3B EDG (Fuel pump DOS (Fuel repair) pump repair) 3B CSP OOS 3B CSP (Failed 1ST DOS (Failed 1ST -low low discharge discharge pressure) pressure)

Unit 33 Risk Unit Risk isis GREEN.

GREEN. Main Main contributor contributor isis BB AFWP.

AFWP.

Upcoming Reactivity Upcoming Reactivity Management Management Activities:

Activities:

Dilute to maintain Dilute to maintain 75% 75% power power until until management management permission permission received received to complete increasing to complete increasing power power back back to to 100%.

100%.

Upcoming Major Upcoming Major POD Activities:

POD Activities:

Return Return to  %

100 100% power if/when management if/when management permission permission received received to to increase increase power power back back to to 100%.

100%.

Upcoming ECOs to Hang and lor Upcoming br Release:

None None Evolutions or Compensatory Compensatory Actions in Progress:

- In process of returning power back to 100% 100% from turbine valve test. Currently on hold at 75% awaiting management permission to continue power increase. 3-GOP-301 in use completed through step 5.97.

- After shift turnover, perform monthly surveillance on 3A ECC per 3-OSP-055.1 3-0SP-055.1 section 7.1 immediately after shift turnover. 1ST 1ST and remote valve position verification not required.

- Known tube leak in 3A S/G (2 gpd) - unchanged for last week. Chemistry samples are being taken per 3-ONOP-

- 3-0NOP-071.2, Attachment 1. 1. The current sample, just completed indicates no no significant change in leak rate. MOV-3-1 MOV-3-1403403 remains energized at management direction due to small size and stability stability of tube leak rate.

rate.

OSP-023.3 0-OSP-023.3 Att 11 & &99 for 3B3B EDG EDG DOS OOS due due in hrs. 3-OSP-023.1 in 44 hrs. 3-0SP-023.1 notnot required since since to 3B 3B EDG EDG DOS OOS duedue to support support system system failure. 3-OP-023 3-0P-023 sectsect 7.7 7.7 due due next next shift allow 3B shift to allow 3B EDG EDG 005 OOS >> 7272 hr.

hr.

General General Information, Information, Remarks, Remarks, and and Operator Operator Work Around Around Status:

Status:

See evolutions See evolutions & &compensator compensatory y actions actions listed listed above.

above.

Train Train A A is is protected.

protected.

Appendix D Scenario Outline Form ES-D-1 Facility: Turkey Point Scenario No.: 4 Op Test No.: 2007-301 Examiners: Candidates: US RO BOP Initial Conditions: Mode 1, 100% Power, MOL. Just completed power increase last shift.

Turnover: Equipment OOS: 3B EDG due to failed fuel pump (OOS 2 2 days; next 0-OSP-023.3 Att 11 & 9 in 4 hrs); B AFW Pump due to bearing failure (OOS 4 hrs; ETR 24 hrs; both trains verified operable);

3B CSP due to failed 1ST -low - low discharge pressure (OOS 12 hr; ETR 36 hr)

Secure 60 gpm orifice (CV-3-200B) and shutdown 1 1 charging pump using 3-0P-047 3-OP-047 section 7.11. Leave 1 1 charging pump and 45 gpm orifice (CV-3-200A) in service.

Known tube leak in 3A S/G (2 gpd) - unchanged for last week. Chemistry samples are being 3-ONOP-071 .2, Attachment 1. The current sample, just completed indicates no taken per 3-0NOP-071.2, MOV-3-1 403 remains open at management direction due to small significant change in leak rate. MOV-3-1403 size and stability of tube leak rate.

Event Type*

Event Type* Event Description No.

11 (N) ALL Close CV-3-200B and secure 1 1 charging pump. Shift from 2 charging pumps I 2 letdown orifices to 1 I charging pump I/ 1I letdown orifice lineup using 3-0P-3-OP-047 section 7.11.

2 (C) SRO/RO PC-3-145 fails high in auto, PCV-3-145 closes until manual control taken and TFB1PIN5 = = T r letdown restored. The crew responds per 3-ARP-097.CR for annunciator A-5/5.

3 TVFCLK1 = = 0.2 (C) SRO/BOP 3-ONOP-Ol 4.

Loss of condenser vacuum. The crew responds per 3-0NOP-014.

3a 1vFCLK1 == 0.0 TVFCLK1 00 (R) ALL (R)ALL 3-ONOP-1 00 until condenser vacuum leak located Fast load reduction per 3-0NOP-1

. and isolated.

4 (I) RO/BOP LT-3-459 L T-3-459 failed low. Crew responds per 3-0NOP-041.6 3-ONOP-041 .6 to restore letdown TFH1TV59 = T T-3-459 out of service.

3-ONOP-049.1 to take LLT-3-459 and 3-0NOP-049.1 (I 1S) SRO (I,TS) 5 TvHPBOU TVHPBOTL (M) RO/BOP RCS leak inside containment coincident with L LT-3-459 T-3-459 failure. The crew

= 0.00004 3-ONOP-041 .3 & 3-0NOP-067.

initially responds per 3-0NOP-041.3 3-ONOP-067. Once RCS leakage (2gpm)

=

= 0.006 r TS SRO (M,TS) exceeds charging pump capacity, the crew unsuccessfully attempts to (300gpm)

TFL2XASE=

TFL2XASE =TT manually trip the reactor and immediate transition is made from 3-EOP-E-0 to TFL2xBsE=T TFL2XBSE =T 3-EOP-FR-S.1.

TFL4AF = = T (C) ALL AMSAC and SI fail to automatically actuate. AFW must be manually started 6

TFLSSIA1 =

TFL3SIA1 =TT by opening AFWSS MOVs. Manual SI is deferred until after crew transitions nnd 2 d TFLSSIA2=T TFL3SIA2 =T back to 3-EOP-E-0. The auto start of the 2 CCWP on SI closes MOV-3-626 TFKV626C = = T which must be opened manually if RCP seal return temperatures permit. The TVHPBOTL =

crew crew transitions from from 3-EOP-E-0 to 3-EOP-E-1 to address the SBLOCA.

0.01 (R)eactivity, (I)nstrument, (l)nstrument, (C)omponent, (M)aJor (M)ajor (N)ormal, (R)eactlvlty, 1

1

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 4 Event Event No.:

No.: _1_

j_ Page Page _1_1 of of_1_

j_.

Event

Description:

Event

Description:

Close CV-3-200B Close CV-3-200B and and secure secure 11 charging charging pump.

pump. ShiftShift from from 22 charging charging pumps /I 22 letdown pumps letdown orifices orifices to to 11 charging charging pump pump /I 11 letdown letdown orifice orifice lineup using lineup using 3-0P-047 3-OP-047 sectionsection 7.11.7.11.

~.Time~osition Position Applicants Actions Applicant's Actions oror Behavior Behavior US US Directs RCO Directs RCO to to shift shift from from 22 charging charging pumps pumps /2 / 2 letdown letdown orifices orifices to to 11 charging pump I I letdown charging pump /1 letdown orifice orifice per per 3-0P-047 3-OP-047 section section 7.11 7.11 RCO RCO Obtains copy Obtains copy of of 3-0P-047 3-OP-047 section section 7.11.

7.11. Performs Performs actions actions as as follows:

follows:

1.

1. Notifies HP Notifies HP of of intent intent toto change change letdown letdown flow flow 2.

2. Directs NSO Directs NSO adjust adjust CCW CCW flow flow toto NRHX NRHX to to maintain maintain letdown letdown flow flow within 5°F of VCT temp

3. Determines 2 charging pumps running

4. If directed by US, takes TCV-3-143 to VCT DIVERT

5. Determines step 7.11.2.3 n/a

6. Takes manual control & maintains demand> demand > 20% on running charging pumps.

7. Places PCV-3-145 in MANUAL and adjusts letdown pressure to approx. 300 psi 9 psig NOTE: BOP should assist while closing CV-3-200B 8.

8. Closes CV-3-200B CV-3-200B and and controls PCV-3-145 PCV-3-145 to to maintain maintain letdown letdown pressu re> 150 pressure> 150 psig 9 psi 9.

9. Adjusts Adjusts PCV-3-1 PCV-3-145 45 toto put put letdown letdown pressure pressure in in normal normal (green)

(green) bandband then then places places PCV-3-145 PCV-3-145 in in AUTO AUTO NOTE:

NOTE: When When PCV-3-145 PCV-3-145 is is returned returned to to auto auto isis when when the the malfunction malfunction of of P0-3-145 PC-3-145 in in automatic automatic is is inserted.

inserted. Subsequent Subsequent steps steps in in this this event event may may be be delayed delayed or not performed or not performed due due to to response response to to event event 2. 2.

10.

10. Directs Directs NSO NSO adjust adjust 3-834 3-834 to to maintain maintain stable stable letdown letdown temperature temperature

1. Reduces 111. Reduces demand demand to to 20-25%

20-25% on on charging charging pumppump to to be be shutdown shutdown then secures charging then secures charging pump pump 12.

12. Controls Controls running running charging charging pump pump demand demand toto putput PZR level ==

PZR level program program thenthen places places running running charging charging pump pump speedspeed control control inin AUTO AUTO 13.

13. Verifies Verifies TCV-3-143 TCV-3-143 inin DEMIN DEMIN NORMALNORMAL I1

Appendix D Operattor Opera or Action Actions Form ES-D-2 Op-Test No.: 2007-30101 Scenarrio Scena io No.: ~ 4 Event No.: 2 Page _1_1 of _1_1 Event

Description:

P0-3-i 45 fails high in auto, PCV-3-145 closes until manual contro PC-3-1 l

taken and letdown restored. The crew resQon responds Qerper 3-ARP-097.CR for annuncciator annun iator A-5/5.

Time__[_Pos Time Positio ition n Applicant's Applic ants Action Actions or Behavior RO Recognizes/reports annunannuncciator iator A-5/5 alarms briefly Recognizes/reports loss of letdown flow and PC-3-145 failed high BOP Directs respon response per 3-ARP-097.CR annun annuncciator iator A-5/5 for a letdown high pressure conditi condition on RO Perform Perfor mss action actionss of 3-ARP-097.CR annunannuncciator iator A-5/5 as directed by BOP:

1. Determines PCV-3 PCV-3-1 45 not operat

-145 operatiing ng proper properly ly

2. Places PCV-3-145 in MAN and restores letdown pressure to norma l

(green) band & letdown flow to expec expectted ed value for orifice in service US Directs WCC WOO notify I&Cl&C of PCV-3-145 failure to operat operatee in auto Directs placing info tag on PCV-3-145 to leave in MANUAL Evalua Evaluates no impac impactt per TS Conducts crew brief regarding effects of failure 2

Appendix D Operattor Opera or Action Actionss Form ES-D-2 Op-Test No.: 2007-301 Scenarrio Scena io No.: ~ 4 Event No.: 3/3a Page _1_

j. of _3_ 3 Event

Description:

Loss of conde conden ser vacuum. The crew responds per 3-0NO nser 3-ONOP-014 P-014..

Fast load reductreductiion on per 3-0NO 3-ONOP-100 P-1 00 until conde condennser ser vacuum leak located and isolated.

Time Positiovll PV;:,ili n Applicant's ants Action Actions or Behavior BOP Recognizes/r eports lowerin lowering conden g conde ser vacuu nser vacuum m..

Directs 3-0NO3-ONOP-014 P-014 immed iate operatoperato orr action: Directs NSO place SJAE hogging jet in service US Directs perform performance ance of 3-0NO 3-ONOP-014 P-014 BOP Perform Perfor actionss per 3-0NO mss action 3-ONOP-014 P-014 as directed by US

1. Directs NSO close hogging jet drain

2. nd Directs NSO verify 2 2 set of SJAEs in service

3. Determ ines vacuum still slowly lowerinloweringg US Determines vacuu vacuum m>> 3-0NO 3-ONOP-014 P-014 Enclos ure 11 Directs performperformance ance of fast load reduct reductiion on per 3-0NO 3-ONOP-1 P-1 00 Conducts crew brief per 3-0NO 3-ONOP-1 P-1 00 Attachment 3:

Provides

• . Provid es reason (2 gpm tube leak requiring plant sid) s/d)

• . Target power level =offline

=

• . Specifies load reduct reductiionon rate

• . Specifies boration amount & rate

• . Covers plant control paramparame ters & contin eters conting ency action gency actionss

• . Covers E-O E-0 transit transitiion on criteria

• . Reviews req'd reqd action actionss from 3-0NO 3-ONOP-071 P-071 .2

.2

• . Solicits crew questi questio ns & input ons Ensures load dispat dispatc her notified cher notified of load decrease.

RO RD When directed, initiates boration per 3-0NO 3-ONOP-1P-1 00:

1. Sets BA Totalizer to amount directed

2. Sets FC-3-1 I 3A pot setting =

FC-3-1 13A = 8.0

3. Places Rx M/U Select Selectoorr Switch to BORATE

4. Places Rx M/U Control Switch to START 3

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.: --+/--

Scenario No.: 4 Event Event No.:

No.: 3/3a3/3a Page 2.

Page 2 ofof -.l 3

Event

Description:

Event

Description:

Loss of Loss of condenser condenser vacuum.

vacuum. The The crew crew resl20nds responds l2er per 3-0NOP-014.

3-ONDP-014.

Fast load Fast load reduction reduction l2er per 3-0NOP-1 3-ONOP-1 00 00 until until condenser condenser vacuum vacuum leak leak located and located and isolated.

isolated.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP When directed When directed per per 3-0NOP-100:

3-ONOP-100:

1.

1. Notifies load Notifies load dispatcher dispatcher of of load load reduction reduction when directed directed by by US US

2. announcement regarding load reduction Makes plant page announcement When directed per 3-ONOP-014, directs NSO per 3-0NOP-014, NSO to identify cause cause of lowering vacuum per step 5.5.

RD RO When directed, continues fast load reduction per 3-0NOP-100: 3-ONOP-100:

1. Checks for T avg reduction from boration Tavg

2. Sets FC-3-113A FC-3-1 13A for BA flow rate as directed BOP Reduces turbine load per 3-0NOP-1 3-ONOP-100 00 at rate directed by US.

RD RO When directed, continues fast load reduction per 3-ONDP-100 3-0NOP-1 00::

1.

1. Verifies auto rod insertion in response to turbine load reduction.

2.

2. Verifies rods> RIL US US Per 3-DNOP-100 3-0NOP-100,, notifies notifies SM to review 0-EPIP-2010 0-EPIP-20101 1 && 0-ADM-O-ADM-1115 15 and ensure required and ensure required notifications notifications mademade RD RO When When directed directed perper 3-ONOP-100 3-0NOP-1 00

1. Checks

1. Checks PZR PZR level level following program.

program. IfIf not not increases increases charging charging flow and/or places flow and/or places an an additional additional letdown letdown orifice orifice in in service.

service.

Controls Controls PCV- 3-1 45 as PCV-3-145 as necessary necessary to to return return letdown letdown pressure pressure toto normal normal (green)

(green) band.

band.

2.

2. Directs Directs NSO NSO adjust adjust NRHX NRHX CCW CCW flowflow ifif needed needed forfor increased increased charging charging flow.

flow.

3. Verifies

3. Verifies load load reduction rate &&auto reduction rate auto rod rod control control maintaining maintaining Tavg Tavg-Tref per expected T ref per expected valuevalue asas discussed discussed inin crewcrew brief brief 4.

4. Energizes Energizes PZR PZR backup backup heaters.

heaters.

BDP BOP Relays Relays report report that that cause cause ofof lowering lowering vacuum vacuum has has been been found found and and isolated.

isolated.

Reports Reports vacuum vacuum increasing.

increasing.

44

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.:-L 4 Event Event No.:

No: 3/3a3/3a Page2.3 of Page of-.l3 Event

Description:

Event

Description:

Loss of Loss ofcondenser condenservacuum.

vacuum. TheThe crew crew resl20nds responds l2er per 3-0NOP-014.

3-ONOP-01 4.

Fast load Fast load reduction reduction l2er 3-ONOP-100 per 3-0NOP-1 00 until until condenser condenservacuum vacuum leakleak located and located and isolated.

isolated.

Time ime Position Position Applicants Actions Applicant's Actions or or Behavior Behavior US US Directs stabilization Directs stabilization of of reactor reactor power power following following report report that that loss loss of of vacuum corrected vacuum corrected RO RO When directed When directed by by US US (2:

( 60%

60% power),

power), secures secures boration:

boration:

a.

a. Places rx Places rx m/u rn/u selector selector switch switch inin AUTO AUTO b.

b. Sets FC-3-113A Sets FC-3-1 1 3A potentiometer potentiometer to to directed directed value value

c. Places RCS Places RCS m/u control switch to START us US 3-ONOP-100 Exits 3-0NOP-100 Directs completion of actions per 3-0NOP-0 3-ONOP-014 14 BOP BOP Completes performing actions of 3-0NOP-014 3-ONOP-014 as directed by US: US:

1. When condenser vacuum recovers> recovers > 26"Hg, 26Hg, directs NSO NSO secure SJAE hogging jet

2. Directs Directs NSO monitor /1 report North North & South hotwell

& South hotwell levels levels 3.

3. Directs Directs Chemistry Chemistry report hotwell hotwell dissolved dissolved oxygen oxygen levels levels 4.

4. Directs Directs NSO NSO verify verify condenser airair inleakage inleakage << 20H 20"H 2O 0

2 US US Evaluates Evaluates reported reported North North && South South hotwell hotwell levels levels Determines Determines fromfrom SM SM that that both both sets sets ofof SJAEs SJAEs to to remain remain in in service service Directs Directs WCC WCC contact contact Mechanical Mechanical to to initiate initiate repairs repairs to to failed failed condenser component condenser component causing causing vacuum vacuum loss loss 55

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 4 Event No.: ~

Event No.: 4 Page ..1..1 of Page of--L 2

Event

Description:

Event

Description:

LLT-3-459 T 459 failedfailed low.

low. Crew Crew res(2onds responds (2er per 3-0NOP-041.6 3-ONOP-041 .6 to to restore restore letdown and letdown and 3-0NOP-049.1 3-ONOP-049.1 to to take take LLT-3-459 T-3-459 out of service.

out of service.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RCO RCO Recognizes // reports Recognizes reports failure failure ofof LLT-3-459 T-3-459 low low and and loss loss of of letdown.

letdown.

Performs immediate Performs immediate actions actions of of 3-0NOP-041.6:

3-ONOP-041 .6:

1.

1. Places CHANNEL Places CHANNEL SELECT SELECT PRESSURIZER PRESSURIZER LEVEL LEVEL CONTROL switch CONTROL switch toto the the ch ch 22 && 33 position.

position.

2. With PZR PZR level ch 2 & in service, determines PZR

& 33 in PZR levellevel follows program program US US Directs performance Directs performance of actions per 3-0NOP-041.6.

3-ONOP-041 .6.

RCO RCO 3-ONOP-041 .6 as directed by US:

Performs actions per 3-0NOP-041.6

1. Determines running charging pump can maintain PZR level on program.

2. Places CHANNEL SELECT PRESSURIZER PRESSURIZER LEVEL RECORDER switch to the ch 2 or ch 33 position NOTE: BOP may assist with restoration of letdown

3. Re-establishe Re-establishess letdown flows as follows:

a. Throttles PCV-3-145 to approximatel approximately y 50% open b.

b. Manually Manually controls controls PCV-3-145 PCV-3-145 to to limit limit pressure pressure spike spike c.

c. Opens Opens LCV-3-460, LCV-3-460, then then opens opens CV-3-200A CV-3-200A d.

d. Determines Determines PCV-3-145 PCV-3-145 must must remain remain in in MANUAL MANUAL 4.

4. Restores Restores PZR PZR heaters heaters to to automatic automatic operation operation US US Directs Directs performance performance of of actions actions perper 3-ONOP-049 3-0NOP-049.1. .1.

RCO RCO Performs Performs actions actions per per 3-ONOP-049 3-0NOP-049.1 .1 asas directed directed by by US:

US:

1.1. Determines Determines LT-3-459 LT-3-459 failed failed while while LT-3-460/46 LT-3-460/461 remain inin 1 remain service service 2.2. Determines Determines PZR PZR level level control control switches switches already already transferred transferred US US Determines Determines TS TS 3.3.1 3.3.1 Table Table 3.3-1 3.3-1 Unit Unit 99 affected.

affected. Action Action 66 applies applies (6 hr to trip bistables)

(6 hr to trip bistables)

Determines Determines BS-3-459A1BS-3-459A 1&& A2 A2 must must be be tripped tripped Briefs Briefs crew crew regarding regarding tripping tripping bistables bistables and and effects effects of offailure.

failure.

66

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 4 No.: ~

Event No.:

Event 4 Page 2.

Page of--.£ 2 of 2 Event

Description:

Event

Description:

LLT-3-459 failed low.

T 459 failed low. Crew Crew res[2onds responds [2erper 3-0NOP-041.6 3-ONOP-041 .6 to to restore restore letdown and letdown and 3-0NOP-049.1 3-ONOP-049.1 to to take take LLT-3-459 T-3-459 out out of of service.

service.

e

[_Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior NOTE: Subsequent NOTE: Subsequent stepssteps may may notnot be be performed performed ifif annunciator annunciator G-G 5/3 alarms indicating leakage in 5/3 alarms indicating leakage in containment>

containment> 11 gpm. gpm. This This annunciator may annunciator may cause cause the the crew crew toto stop stop performance performance of of 3-0NOP-3-ONOP-049.1 and 049.1 and enter 3-ONOP-041.3 per enter 3-0NOP-041.3 per event event 5.5.

BOP BOP Obtains keys Obtains keys and and opens opens protection protection rack rack 11 Trips bistables Trips bistables BS-3-459A BS-3-459A11 & BS-3-459A2

& BS-3-459A2 RCO RCO Checks correct bistable status lights energized in response to (LC459A11 & LC459A2).

tripping bistables (LC459A Checks correct annunciators on in response to tripping bistables (A-813, A-8/4 (A-8/3, A-814 & J-7/4).

J-714).

US Directs WCC initiate PWO & notify I&C l&C Directs generation of ECO for tripped bistables 77

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: ~ 4 Event No.:

Event No.: l 5 Page!L Page 8 of of_2_2 Event

Description:

Event

Description:

RCS leak RCS leak inside inside containment containment conincident conincident with with LLT-3-459 T-3-459 failure.

failure. The The crew initially crew initially resl20nds responds l2erper 3-0NOP-041.3 3-ONOP-041 .3 && 3-0NOP-067.

3-ONOP-067. Once Once RCSRCS leakage exceeds leakage exceeds charging charging l2uml2 pump cal2acity.

capacity, thethe crew crew unsuccessfully unsuccessfully attempts to atteml2ts to manually manually tril2 trip the the reactor reactor and and immediate immediate transition transition isis made made from 3-EOP-E-0 to 3-EOP-FR-S from 3-EOP-E-0 to 3-EOP-FR-S.1. . 1.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Recognizes // reports Recognizes reports rising rising charging charging flowflow while while maintaining maintaining PZR PZR level on level on program program Recognizes!/ reports Recognizes reports annunciator annunciator G-5/3G-5/3 alarming alarming BOP Recognizes / reports rising containment sump level on recorder Recognizes!/ reports R-3-11/12 Recognizes R-3-11112 slowly rising US US Directs performance of actions per 3-0NOP-041.3 3-ONOP-041 .3 Directs STA perform 3-0SP-041.13-OSP-041.1 to determine RCS leak rate Identifies leak as inside containment but not isolable RO RO Performs actions of 3-0NOP-041.3 3-ONOP-041 .3 as directed by US:

1.

1. Determines RCS inventory being maintained with 11 charging pp pp 2.

2. Estimates RCS leak rate from charging/letd charging/letdownown mismatch

3. Closes CV-3-2819/2 CV-3-2819/2826 826 and CV-3-2821/2 CV-3-2821/2822 822 US US Determines Determines RCS RCS leakleak rate rate>> unidentified unidentified leak leak limit limit of of TS TS 3.4.6.2.b 3.4.6.2.b requiring requiring action action within within 4hr4hr or or commence commence shutdown shutdown of of unit unit Notifies Notifies SM SM toto refer to 0-EPIP-201 refer to 0-EPIP-201 01 01 Directs Directs HPSS HPSS conduct conduct local local radiation radiation surveys surveys && post post accordingly accordingly Determines Determines leak leak not not isolated isolated Directs Directs performance performance of of actions actions per per 3-ONOP-067 3-0NOP-067 as as time time permits permits BOP BOP Performs Performs actions actions of of 3-ONOP-067 3-0NOP-067 as as directed directed byby US:

US:

1.1. Determines Determines // reports reports status status ofof R-3-11/12 R-3-11 /12 alarms.

alarms. IfIfalarming:

alarming:

a.a. Determines Determines reading reading> > alarm alarm setpoint setpoint b.b. Verifies Verifies containment/ control rm containment/control rm ventilation ventilation per perAttAtt 11 c.c. Directs Directs NSO NSO silence silence alarm alarm on on R-3-1 R-3-11/12 RM-80 skid 1/12 RM-80 skid d.d. Directs HP verify Directs HP verifyactivity activityinside inside containment containment 88

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-301 ScenarioNo.:

Scenario No.:~ 4 EventNo.:

Event No.:2-

. Page2 of--L Page of Event

Description:

Event

Description:

RCSRCS leak leak inside inside containment containmentcon conincident incident with with LLT-3-459 T-3-459 failure.

failure. The The crew initiall~

crew initiallyresl20nds responds l2er per3-0NOP-041.3 3-ONOP-041 .3 && 3-0NOP-067.

3-ONOP-067. Once Once RCS RCS leakage exceeds leakage exceeds charging charging l2uml2 pump cal2acit~,

capacity, the crew unsuccessfull~

the crew unsuccessfully attempts toto manuall~

atteml2ts manuallytril2trip the the reactor reactor andand immediate immediate transition transition isis made made from 3-EOP-E-0 to 3-EOP-FR-S from 3-EOP-E-0 to 3-EOP-FR-S.1. .1.

Time Position Position Applicants Actions Applicant's Actions oror Behavior Behavior BOP BOP Continues performing Continues performing actions actions of of 3-0NOP-067 3-ONOP-067 as as directed directed by by US:

US:

2.

2. Directs NSO Directs NSO report report status status of of R-3-11/12 R-3-11/12 RM-80 RM-80 monitor monitor light light 3.

3. Determines effluent Determines effluent radiation radiation monitor monitor alarms alarms clear, clear, effluent effluent release not release not in in progress progress RO RO Recognizes I/ reports sudden decrease Recognizes decrease in in PZR PZR level level and increase increase in in charging pumppUmp demand demand US US performance of actions per 3-0NOP-041.3 Directs performance 3-ONOP-041 .3 in response response to to leak rate increase leak increase RO RO 3-ONOP-041 .3 as directed by US:

Performs actions of 3-0NOP-041.3 1.

1. Starts 2 standb standby y charging pumps and establi establishes shes maximum charging flow 2.

2. Closes CV CV 200A to isolate letdown letdown 3.

3. Recog nizes /I reports PZR Recognizes PZR level level continuing to to drop drop US US Determines Determines RCS RCS leakleak rate rate> > maximum maximum charging charging flow flow with with letdown letdown isolated isolated Directs Directs reactor reactor trip trip Directs Directs crew crew perform perform immediate immediate actions actions of of 3-EOP-E-0.

3-EOP-E-0.

RO RO Performs Performs immediate immediate actions actions of of 3-EOP-E-0:

3-EOP-E-0:

1.1. Attempts Attempts reactor reactor trip trip at at consol console e && VPB.

VPB. Report Reports unable to s unable to trip trip reactor reactorwith reactor power>

with reactor power> 5% 5%

US US Directs Directs STASTA monitor monitorCSFs CSFs usingusing 3-EOP-F-0 3-EOP-F-0 Directs Directs transition transition toto 3-EOP-FR-S 3-EOP-FR-S.1 .1 99

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: _4_ 4 Event No.:

Event No.: _6_ 6 Page.L Page 1 of ofl 6 Event

Description:

Event

Description:

AMSAC AMSAC and and SI fail to SI fail to automatically automatically actuate.

actuate. AFW AFW must must bebe manually manually started by opening started by opening AFWSS AFWSS MOVs. MOVs. ManualManual SI SI isis deferred deferred until until after after crew crew transitions back nnd transitions back toto 3-EOP-E-0.

3-EOP-E-0. The The auto start of auto start the 22 of the d CCWP CCWP on on SI SI closes MOV-3-626 closes MOV-3-626 which which must must be be opened opened manually manually ifif RCPRCP seal seal return return temperatures permit.

temperatures permit. The The crew crew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to 3-EOP-E-1 to 3-EOP-E-1 to address to address the the SBLOCA.

SBLOCA.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior US US Directs performance Directs performance of of 3-EOP-FR-S.1 3-EOP-FR-S.1 RO RO Performs actions Performs actions per per 3-EOP-FR-S.1 3-EOP-FR-S.1 as as directed by US: US:

1. Since reactor does not respond to manual trip, verifies control rod insertion in auto or manual Critical Critical 2. Initiates emergency boration:

a. Determines all 3 charging pumps running. Verifies control for one of those in MANUAL.

b. Stops CVCS makeup system

c. Starts 1 I BATP

d. Opens MOV-3-350 & HCV-3-121

e. Determines CV-3-301A open

f. Establishes emergency boration flow flow> gpm on Fl > 60 gpm FI 110 110 with with charging charging flow flow> 45 gpm

> 45 gpm on on Fl-3-122 FI-3-122 3.

3. Determines Determines PZR PZR pressure pressure << 23352335 psigpsig 4.

4. Determines Determines containment purge purge exhaust exhaust && supplysupply fans fans off off and and isolation isolation dampers dampers closed.

closed. Verifies Verifies CV-3-2819 CV-3-2819 && 2826 2826 closed.

closed.

5.

5. Determines Determines reactor reactor subcritical subcritical with with reactor reactor powerpower << 5%5% andand IR IR SUR SUR negative negative BOP BOP Performs Performs actionsactions per per 3-EOP-FR-S 3-EOP-FR-S.1 .I asas directed directed by by US:

US:

Critical Critical I.1. Manually Manually trips trips turbine turbine && determines determines turbine turbine stop stop valves valves closed closed 2.

2. Closes Closes MSR MSR main main steam steam stopstop MOVs MOVs 3.3. Opens Opens AFWSSAFWSS MOVs MOVs to to start start AFW AFW pumps pumps 4.

4. Directs Directs FS/NSO FS/NSO locallylocally trip trip rx rx trip trip breakers breakers and and MG MG setset input!output input/output breakersbreakers 5.5. Verifies Verifies turbine turbine trip trip && Mid/East Mid/East GCBs GCBs open open 10 10

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _4_ 4 Event No.:

Event No.: _6_ 6 Page.£ Page of of__6_

Event

Description:

Event

Description:

AMSAC AMSAC and and SI SI fail fail to to automatically:

automatically actuate.

actuate. AFW AFW must must be be manually:

manually started by opening AFWSS started by: oQening AFWSS MOVs. MOVs. Manual Manual SI SI isis deferred deferred until until after after crew crew nna transitions back transitions back to 3-EOP-E-0. The to 3-EOP-E-0. The auto start of auto start the 22 of the d CCWP on SI CcWP on SI closes MOV-3-626 closes MOV-3-626 which which mustmust be be oQened opened manually:

manually ifif RCPRCP sealseal return return temperatures Qermit.

temQeratures permit. The The crewcrew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to 3-EOP-E-1 to 3-EOP-E-1 to address to address the the SBLOCA.

SBLOCA.

I Time Time Position Position us

] Does not Does not allow allow manual Applicants Actions Applicant's manual 51 Actions or until after SI until or Behavior Behavior after return return to to 3-EOP-E-O 3-EOP-E-O U5 Determines reactor Determines reactor subcritical subcritical and and proceeds proceeds from from step step 88 to to step step 1717 Directs transition Directs transition back back to to and and performance performance of of 3-EOP-E-0 3-EOP-E-O RO Performs actions per 3-EOP-E-0 3-EOP-E-O as as directed by U5: US:

1. Recognizes / reports rx tripped with rod bottom lights on, RPI at zero & neutron flux decreasing (rx trip breakers still closed).

NOTE: Automatic SI will not function. Crew must manually SI.

Critical 2. Determines PZR level < < 12[50]%. Manually initiates 51. SI.

BOP Performs actions per 3-EOP-E-0 as directed by US:

1.

1. Determines turbine stop valves & MSR steam stop MOVs closed with Mid/East GCBs open.

2. Determines 3A & 3B 4kV buses energized from offsite power power with 3D 4kV bus aligned to 3B 4kV bus US Directs Directs RO RO continue with performance of of 3-EOP-E-0 3-EOP-E-0 subsequent US actions while actions while BOP BOP verifies verifies prompt prompt actions actions per per Attachment 3. 3.

BOP BOP Verifies Verifies prompt prompt actions actions per per 3-EOP-E-0 3-EOP-E-0 Attachment Attachment 3: 3:

1.

1. Determines Determines 3A, 3A, 3B,3B, 3C, 3C, 3D3D && 3H 3H 480V 480V LOs LCs energized energized 2.

2. Determines Determines MSIVs MSIVs open open with with no no active active MSISMSIS 3.

3. Verifies Verifies FW FW isolation:

isolation:

a.

a. Places Places both both SGFP SGFP switches switches inin STOP.

STOP.

b.b. Determines Determines all all main main FW FW regulating regulating && bypass bypass valves valves closed.

closed.

c.c. Closes Closes FW FW isolation isolation valves valves MOV-3-1 MOV-3-1407, 1408 && 1409.

407, 1408 1409.

d.d. Determines Determines both both SSGFWPs SSGFWPs off. off.

4.4. Determines Determines 2: 22 ICWP ICWP running running POV-3-4882 POV-3-4882 && 4883 4883 closed closed with with ICW ICW headers headers tied tied together.

together.

11 11

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _4_ 4 Event No.:

Event No.: _6_ 6 Page--L Page 3 ofof_6_6 Event

Description:

Event

Description:

AMSAC AMSAC and and SI SI fail fail to automaticallyactuate.

to automatically actuate. AFW AFW must must be be manually manually started started by opening AFWSS by opening AFWSS MOVs. MOVs. Manual Manual SI SI isis deferred deferred until until after after crew crew nnd transitions back transitions back to 3-EOP-E-0. The to 3-EOP-E-0. The auto auto start start of the 22 of the d CCWP CCWP on on SI SI closes MOV-3-626 closes MOV-3-626 which which must must be opened manually be opened manually ifif RCPRCP seal seal return return temperatures permit.

temperatures permit. The The crew crew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to 3-EOP-E-1 to 3-EOP-E-1 to address the to address SBLOCA.

the SBLOCA.

Time Time Position Position Applicants Actions Applicant's Actions oror Behavior Behavior BOP BOP Continues prompt Continues prompt actionaction verification verification per per 3-EOP-E-O 3-EOP-E-O Att. Aft. 3:

3:

5.

5. Determines 33 CCWHXs Determines CCWHXs in in service, service, 22 CCWPs CCWPs running running andand CCW headers CCW headers tied tied together together 6.

6. Determines MOV-3-626 Determines MOV-3-626 closed,closed, containment containment isolation isolation phase phase B B not actuated not actuated & R-3-17AJB

& R-3-17 normal.

AlB normal.

Critical Critical 7. If RCP #1 seal leak-off temperature < < 235°F, manually opens MOV-3-626

8. Determines 2 ECC & ~2 2 ECF running.

9. Determines both U3 HHSIPs & RHRPs running.

10. Determines RCS pressure <1600[2000] psig but >250[650]

psig with adequate HHSI flow present.

111.

1. Determines both U3 HHSIPs running. Shuts down both U4 HHSIPs.

12.

12. Determines all containment isolation phase A valves closed.

13. Determines

13. Determines SI SI valves in in proper injection alignment 14.

14. Resets SI & & containment isolation isolation phase A. A. Determines Determines containment isolation isolation phase phase BB not not actuated.

actuated.

15.

15. Determines Determines no no RCPs RCPs running running (should (should havehave been been tripped tripped by by RD RO due to inadequate RCS due to inadequate RCS subcooling) subcooling) 16.

16. Determines Determines containment containment pressure pressure << 20 20 psig.

psig.

17.

17. Determines Determines containment containment ventilation ventilation isolated isolated and and verifies verifies control control room room ventilation ventilation in in proper proper emergency emergency recirculation recirculation alignment.

alignment.

18.

18. Directs Directs NSO NSO place place PAHMS PAHMS in in service service per per 3-OP-094.

3-0P-094.

19. Verifies

19. Verifies 3A3A && both both U4U4 EDGs EDGs running running (3B (3B EDG EDG isis DOS).

OOS).

20.

20. Determines Determines 3A, 3A, 3B3B && 3D 3D 4kV4kV buses buses still still energized.

energized.

21.

21. Notifies Notifies USUS that that prompt prompt action action verification verification complete.

complete.

12 12

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _4_4 Event No.:

Event No.: _6_ 6 Page ~

Page of l 6 4 of Event

Description:

Event

Description:

AMSAC and AMSAC and SI fail to SI fail to automatically automatically actuate.

actuate. AFWAFW mustmust be be manually manually started by started opening AFWSS by opening AFWSS MOVs. MOVs. Manual Manual SI SI is is deferred deferred until until after after crew crew nnd transitions back transitions back to to 3-EOP-E-0.

3-EOP-E-0. The The autoauto start start of the 22 of the d CCWP CcWP on on SI SI

• closes closes MOV-3-626 MOV-3-626 which which must must bebe opened opened manually manually ifif RCP RCP seal seal return return temperatures permit.

temperatures permit. The The crew crew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to 3-EOP-E-1 to 3-EOP-E-1 address the SBLOCA.

to address SBLOCA.

Time

[_Time Position Applicants Actions or Behavior Applicant's RO Performs foldout page actions of 3-EOP-E-0 3-EOP-E-O as as directed:

1. Determines containment conditions adverse (>180°F) (>160°F)

Critical 2. Trips RCPs if RCS subcooling < < 25[65]OF 25[65]°F with U4 HHSIPs running and SI flowpath verified Performs subsequent actions of 3-EOP-E-0 3-EOP-E-O as directed

1. Determines 2 AFWPs (A & C) running.

2. Determines AFW valve alignment proper.

3. Determines SG levels < 6[32]%. 6[321%. Controls AFW flow> 345 gpm until level >> 6[32]% then maintains levels 15-50%. 15-50%.

4. Determines annunciator A-113 A-1/3 on & & verifies RCPs tripped if MOV-3-626 still closed. In that case, if RCP seal return temps all << 235°F, verifies SI reset then starts 3A charging pump at minimum speed and adjusts HCV-3-121 for proper seal injection flow

5. Determines Tc slowly slowly dropping with RCS pressure. Determines Determines steam dumps && steam flow not cause for Tc decrease. decrease. Limits total AFW flow to to 345 gpm until 345 gpm until any any SGSG level level> 6[32]%.

> 6[32}%.

6.

6. Determines Determines PORVs, PORVs, normal normal spray, spray, aux aux spray spray & excess letdown

& excess letdown isolation isolation valves closed 7.

7. Verifies Verifies RCPs RCPs tripped tripped ifif RCS RCS subcooling subcooling << 25[65]°F 25[65tF with with U4 U4 HHSIPs HHSIPs running running and SI flowpath and SI flowpath verified verified 8.

8. Determines Determines no no SGs SGs depressurized depressurized or or depressurizin depressurizing g 9.

9. Determines Determines no SG tube no SG tube ruptures ruptures

10. Determines

10. Determines RCS RCS notnot intact intact (containment (containment radiation, radiation, pressure pressure & & sump sump level level all all not not normal).

normal).

US US Directs Directs transition transition to and performance to and performance of of 3-EOP-E-1.

3-EOP-E-1.

Conducts Conducts crewcrew brief.

brief.

13 13

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _4_ 4 Event No.:

Event No.: _6_6 Pagelof~

Page 5 of 6 Event

Description:

Event

Description:

AMSAC and AMSAC and SISI fail fail to automatically actuate.

to automatically actuate. AFWAFW must must bebe manually manually started started by opening by oQening AFWSS AFWSS MOVs. MOVs. Manual Manual SI SI isis deferred deferred until until after after crew crew transitions back nna transitions back to to 3-EOP-E-0.

3-EOP-E-0. The The auto auto start start of the 22 of the d CCWP ccwp on on SISI closes MOV-3-626 closes MOV-3-626 which which must must be be oQened opened manually manually ifif RCPRCP seal seal return return temperatures Qermit.

temQeratures permit. The The crew crew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to 3-EOP-E-1 to 3-EOP-E-1 to address to address the the SBLOCA.

SBLOCA.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Performs actions Performs actions of of 3-EOP-E-1 3-EOP-E-1 as as directed directed by by US:US:

1.

1. Verifies RCPs Verifies RCPs tripped tripped ifif RCS RCS subcooling subcooling << 25[65]OF 25[65]°F with with U4 U4 HHSIPs running HHSIPs running and and SISI flowpath flowpath verified verified 2.

2. Determines power Determines power to to both both PORV PORV block block MOVs MOVs available, available, PORVs PORVs closed & both PORV block MOVs open 3.

3. Verifies SI reset reset

4. Determines at least least one charging pump is running with CVCS makeup stopped.

5. Starts any standby charging pumps and establishes maximum flow flow

6. Verifies charging pump suction transfers to RWST.

BOP BOP Performs actions of 3-EOP-E-1 as directed by US:

11 . Determines SGs not faulted.

2. Controls AFW flow> 345 gpm until level level> > 6[32]% then maintains levels 15-50%.

15-50%.

3. Directs Chemistry Chemistry sample SGs for for activity activity & & check DAM-i DAM-1 4.

4. Directs Directs HP HP taketake radiation radiation readings readings on on main main steam steam lines lines

5. Verifies

5. Verifies containment containment isolation isolation phase phase A A&&B B reset.

reset.

6.

6. Verifies Verifies CV-3-2803 CV-3-2803 open open && IA IA pressure pressure> > 95 95 psig psig US US Determines Determines SI SI can can not not be be terminated terminated (inadequate (inadequate subcooling, subcooling, RCS RCS pressure pressure && PZR PZR level) level)

RO RO Continues Continues performing performing 3-EOP-E-1 3-EOP-E-1 actionsactions as as directed directed by by US.

US.

1.1. Determines Determines 3A 3A CSP CSP should should continue continue running running sincesince containment containment temperature>

temperature> 122°F. 122°F.

2.2. Determines Determines RCS RCS pressure pressure> > 250[650]

250[650] psigpsig andand RHR RHR flow flow << 1000 1000 gpm.

gpm. Verifies Verifies SI SI reset reset and and stops stops RHRP5.

RHRPs.

3.3. Determines Determines RCS RCS pressure pressure stable/decrea stable/decreasing sing 14 14

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301*

2007-301 Scenario No.:

Scenario No.: 33 Event No.:

Event No.: _6_6 Pagelofl Page 6 of 6 Event

Description:

Event

Description:

AMSAC AMSAC and and SI SI fail fail toto automatically automaticallyactuate.

actuate. AFW AFW must must be be manually manually started by opening started by oQening AFWSS AFWSS MOVs.MOVs. Manual Manual SI SI isis deferred deferred until until after aftercrew crew transitions back nna transitions back toto 3-EOP-E-O.

3-EOP-E-0. The The auto start of auto start ofthethe 22 d CCWP CCWP on on SI SI closes MOV-3-626 closes MOV-3-626 which which must must be be oQened opened manually manually ifif RCPRCP seal seal return return temperatures Qermit.

temQeratures permit. The The crew crew transitions transitions from from 3-EOP-E-0 3-EOP-E-0 to to 3-EOP-E-1 3-EOP-E-1 to address SBLOCA.

to address SBLOCA.

Time Position lillie Position Applicants Actions Applicant's Actions oror Behavior Behavior US US Determines LOCA Determines LOCA exists exists since since RCS RCS pressure pressure stable/decreasing stable/decreasing and continues past and continues past step step 14 14 in in 3-EOP-E-O.

3-EOP-E-O.

TERMINATING Scenario is TERMINATING Scenario is terminated terminated upon upon completion completion of of 3-EOP-E-1 3-EOP-E-1 beyond beyond step step CUE CUE 14.

14.

15 15

AppendixDD Appendix ScenarioOutline Scenario Outline Form FormES-D-1ES-D-1 Facility:

Facility: TurkeyPoint Turkey Point ScenarioNo.:

Scenario No.: 44 OpTest Op TestNo.:

No.: 2007-301 2007-301 Examiners:

Examiners: Candidates:

Candidates: USUS RORO BOP BOP Initial Conditions:

Initial Conditions: Model, Mode 100% Power, 1, 100% Power, MOL. MDL. JustJustcompleted completedpower powerincrease increaselast lastshift.

shift.

Turnover:

Turnover: EquipmentOOS:

Equipment DOS: 3B 3B EDGEDG due duetotofailed failed fuel fuel pump pump(OOS (DOS22 days; days; next nextperformance performance ofofO-OSP- 0-DSP-023.3 023.3 inin 44 hrs); hrs); BBAFWAFW Pump Pumpdue due toto bearing bearing failure failure (OOS (DOS 44 hrs; hrs; ETR ETR 24 24 hrs);

hrs); 3B3B CSP CSP duedue toto failed 1ST failed 1ST-low

- lowdischarge discharge pressure pressure (OOS (DOS 12 12 hr; hr; ETR ETR 36 36 hr) hr)

Secure 60 Secure 60 gpm gpm orifice orifice (CV-3-200B)

(CV-3-200B) and and shutdown shutdown 11 charging charging pump using 3-0P-047 pump using 3-OP-047 section section 7.11. Leave 7.11. Leave 11 charging charging pump pump and and 4545 gpm gpm orifice orifice (CV-3-200A)

(CV-3-200A) inin service.

service.

Known tube Known tube leak leak inin 3A 3A S/GS/G (2(2 gpd) gpd) - unchanged unchanged for for last last week.

week. Chemistry Chemistry samples samples are are being being taken per 3-ONOP-071 .2, Attachment taken per 3-0NOP-071.2, Attachment 1.1. The The current current sample, sample, just just completed completed indicates indicates no no significant change significant change inin leak leak rate.

rate. MOV-3-1403 MOV-3-1403 remains remains open open at at management management directiondirection duedue to to small small size and size and stability stability ofof tube tube leak leak rate.

rate.

Event Event Event Type*

Event Type* Event Description Event Description No.

No.

11 (N) ALL (N) ALL Close CV-3-200B and secure Close secure 11 charging charging pump. Shift Shift from 22 charging pumps I/

charging pumps 22 letdown letdown orifices to 11 charging pump pump I/ 11 letdown orifice lineup lineup using using 3-0P-3-OP-047 section 7.11.

2 2 (C) RO (C) RD PC-3-145 fails high in auto, PCV-3-145 closes until manual control PC-3-145 control taken taken andand TFB1PIN5=T TFB1PIN5 =T letdown restored. The crew responds per 3-ARP-097.CR letdown 3-ARP-097.CR for for annunciator annunciator A- A C SRO (C) SRO 5/5.

5/5.

33 (C) BOP (C) BOP Loss of condenser vacuum. The crew responds per 3-ONDP-014 3-0NOP-014..

TVFCLK1 TVFCLK1 =0.2

=

0.2 (C)

(C) SROSRO 3a 3a TVFCLK1 (R)

(R) ALLALL Fast load reduction per 3-ONDP-1 3-0NOP-100 until condenser vacuum leak 00 until leak located located TVFCLK1 =00

=

0.0 and V

and isolated.

44 (I)

(I) RO/BOP RO/BOP LT-3-459 LT-3-459 failedfailed low.

low. Crew Crew responds responds per per 3-ONOP-041 3-0NOP-041.6 to restore

.6 to restore letdown letdown TFH1TV59 TFH1TV59 = TT = and (TS I) SRD and 3-DNOP-049 3-0NOP-049.1 .1 toto take take LT-3-459 LT-3-459 out out of of service.

service.

(TS,I) SRO 55 1VHPBOTL TVHPBOTL (M)

(M) ALL ALL RCS RCS leak leak inside inside containment containment coincident coincident with with LT-3-459 LT-3-459 failure.

failure. The The crew crew

=0.00004 initially initially responds responds per per 3-ONOP-041 3-0NOP-041.3 .3 && 3-ONOP-067 3-0NOP-067. Once RCSRCS leakage leakage (2gpm) (TS (TS) SRO SRO

. Once

=

=0006 0.006 / exceeds exceeds charging charging pump pump capacity, capacity, the the crew crew unsuccessful unsuccessfully attempts to ly attempts to (300gpm)

TFL2xAS= T TFL2XASE =T manually trip manually trip the the reactor reactor and and immediate immediate transition transition isis made made fromfrom 3-EDP-E-0 3-EOP-E-0 to to TFL2xBsE TFL2XBSE =TT =

3-EOP-FR-S 3-EOP-FR-S.1. .1.

66 TFL4AFT TFL4AF =T (C) BDP/RD (C) BOP/RO AMSAC AMSAC and and SISI fail fail to to automatically automatically actuate.

actuate. AFW AFW must must be be manually manually started started TFL3SIAI T by TFL3SIA1 =T =

C SRO opening AFWSS by opening AFWSS MOVs. MOVs. Manual Manual SI SI isis deferred deferred until until after aftercrew crewtransitions transitions TFL3SIA2 (C)SRO nd TFL3SIA2 =T

= T back backto to 3-EOP-E-0.

3-EOP-E-0. The The auto auto start start of the 21Kg ofthe 2 CCWP CCWP on on SI SI closes closes MOV-3-626 MOV-3-626 TFKv626c TFKV626C = = TT which which must must be be opened opened manually manually ififRCP RCP sealseal return return temperatures temperatures permit.permit. The The TVHPBOTL =

crewtransitions crew transitionsfrom from 3-EOP-E-0 3-EOP-E-0toto 3-EOP-E-1 3-EOP-E-1 and and then then toto 3-EOP-ES-1 3-EOP-ES-1.2 for

.2 for TVHPBOTL =

001 0.01 post-LOCA post-LOCAcooldowncooldown &&depressurizat depressurization. ion.

(N)ormal, (R)eactivity, (l)nstrument, (C)omponent, (M)ajor (N)ormal, (R)eactlvlty, (I)nstrument, (C)omponent, (M)aJor 11

TP-2007-301 TP-20 07-301 Scena Scenarrio io #4

1. 4 Event Event Descri Description Turkey Turke Point 2007-3 y Point 2007-301 01 Scena Scenario rio #4

1. 4 Event 11 - Close Event Close CV CV-3-200B200B andand secure secure 11 chargi charginngg pump.

pump. Shift Shift from from 22 chargi charginngg pumps pumps // 22 letdow n orificess to letdown orifice to 1I chargi chargin ngg pump pump //11 letdow letdownn orifice orifice lineup lineup using using 3-0P-3-OP-0047 47 section section 7.11.

7.11.

Event 22 - PC-3-1 Event P0-3-145 fails high 45 fails high inin auto, auto, PCV-3 PCV-3-145

-145 closes closes until until manua manual contro restored. control taken and and letdow letdown restore d. TheThe crew crew respon responds per 3-ARP ds per 3-ARP-097.C

-097.CR forfor annun annunc iator A-5/5.

ciator A-5/5.

Event 33 - Loss Event Loss ofof conde condense nserr vacuum vacuum. The crew crew respon responds per 3-0NO ds per 3-ONOP-014P-014..

Event 3a Event 3a - Fast Fast load load reduct reductiion on per per 3-0NO 3-ONOP-1P-iDO until conde 00 until condense nserr vacuu vacuum m leak leak locate located d and isolated.

isolate Event 4 - LLT-3-4 Event T-3-4559 low. Crew respon 9 failed low. responds per 3-0NO ds per 3-ONOP-041P-041 .6

.6 to restore restore letdown and 3-ONOP-049.1 to take LLT-3-4 T-3-4559 9 out of service.

Event 5 - RCS leak inside contai contain ment conincident with LLT-3-4 nment T-3-4559 9 failure. The crew initially responds respon ds per 3-0NO3-ONOP-041 initially P-041 .3.3 & 3-0NO 3-ONOP-067 P-067.. Once RCS leakag leakage exceeds e excee ds chargi chargin capacity, the crew unsuc g

ng pump unsucccessfu essfulllly y attempts to manua manuallylly trip the reacto reactorr and immediate transition is made from 3-EOP 3-EOP-E-O-E-0 to 3-EOP-FR-S -FR-S..1.

1.

Event 6 - AMSAC and SI fail to automatically actuat actuate.e. AFW must be manua manually lly started by opening AFWSAFWSS MOVs. Manual SI is deferred until after crew transitions n

2 d back to 3-EOP 3-EOP-E-O.

-E-0.

The auto start of the 2 nd CCWP on SI closes closes MOV-3 MOV-3-626

-626 which must be opene opened d manua manua lly lly if RCP seal return tempe temperaturatureress permit. The crew transitions from 3-EOP 3-EOP-E-O

-E-0 to 3-EOP-E-1 to addresss the SBLOC addres SBLOCA. A.

22

TP-2007-301 TP-20 07-301 ScenaScenario rio #4

1. 4 Event Event Descri Description Scenar Sce nariio XXIIII NRC o XXII NRC 4 Simulator Simul Operating ator Opera Instructio ting Instru ctions ns Setup Setu p Ic-i (100%

IC-1 (100% MOL) MOL)

Place simula Place simulator in run tor in run Triggerr lesson Trigge lesson steps:

steps:

SETU P - 3B SET UP - 3B EDG EDG OOS DOS (actuate (actuates TAQ5LRSB s TAQ5LR SB == OFF OFF && TAQ5B TAQ5B20P20P == RACKO RACKOUT)

UT)

SETUP SETU P-B B AFWP AFWP OOS (actuate (actuatess TAFK24 4=

TAFK244 TAFKOO2

0.0, TAFK00 2 = B= 0.0, TCF5MTB

= 0.0, TAFF01 TAFFO1B = 0.0, = T)

SETUP SETU P - 3A SG 2 GPO

- GPD LEAK (actuate (actuatess TVHHS TVHHSGA GA == 0.00000 0.0000013) 13)

SETUP SETU P - 3B CSP OOS (actuate (actuatess TAM1 TAM1 DPOB DPOB == RACKO RACKOUT UT (3)

(3) && TCM1 D41 M = FALSE (0))

D41 M SETUP SETU - ATW P - A TWS S (actuate (actuatess TFL2XA TFL2XASE SE = & TFL2XB

=T & TFL2XBSE SE = = T)

SETUP SETU - AMSAC P - AMSA FAIL (actuate C FAIL (actuatess TFL4AF TFL4AF == T)

SETUP SETU - AUTO SI FAIL (actuate P - AUTO (actuatess TFL3SlA TFL3SIAI 1 = TFL3SIA2

= T & TFL3Sl A2 = T)

SET SETU UP - MOV-3-62 P - MOV- 3-626 6 CLOS CLOSE E ON SI (actuate (actuatess TFKV62 TFKV626C 6C = T when K10A12

= Twhen K10A12R)R)

Start 3B chargcharging pump & place assoc ing pump associate iated d contro controlle llerr in auto.

auto. Open CV plant to stabili plant stabilize. CV-3-20 200B.

0B. Allow Adju ze. Adjusstt valve valve 834 on CCW ccw system system mimicmimic as neede needed d to stabili letdown stabi ze lize letdow within 5°F of VCT temp.

n temp within temp. Settin Setting g param paramete eterr TAKA TAKA83 834=0 4=0. .63 63 puts CCW ccw flow up to 800 gpm and will stabili stabilize/ze/red redu uce ce letdow letdown n temp after CV CV-3-20 200B0B is open.

open.

Start train A chilled chilled water water and secur secure e train B chilled chilled water water (CR HVAC panel) panel)..

Acknowle Ackno wledg dgee alarms F-9/2 F-9/2 & 9/5 (3B EDG OOS) OOS) and place simula simulatortor in freez freeze e..

Place cleara Place clearancence info tags on 3B EDG norma normall start switch switch,, B AFWP switch & 3B CSP cont AFWP T&T T& T valv valve e cont controroll switch roll swit contro switchch..

Remove Remo ve AFW train 2 orang orangee tag from B AFW AFWP P tachomete meterr just below below ann. panel panel X.

Providee shift turno Provid turnov ver er chec check klist listss and 3-ON 3-0NO OP-0 P-07171 .2.2 Att 1. 1.

Sele Selec ctt 3A QSPQSPD DS S to page 211 (SAT (SAT)) and 3B QSP QSPD DS S to page 212 (RVL). Set ERD on VPA to Tavg ERDA DS ADS Tavgl/Tref Tref (TAV) and at the RCO desk to ENV ENVR RN N (ED3 (ED3))..

Fill in blen blend der er & shut shutddow own n boro boron n addi additio tionn placa placarrdsds at cons conso ole le blen blend er stati der station on.. Data for each IC IC may be foun found d in the ECC & Shut Shutd dow own n Guid Guide eline lines s Boo Bookk in the simusimula lator tor I/F.

IIF.

Eventt I1 - Shif Shiftt to I1 cha charrgin ging g pump & I1 letdo letdown wn orifi orificcee Initi ated Initiat ed at crew direction tion in response to shift turnover.

The crew will secu securree one of of the letdo letdow wnn orifi orifice cess and and shutshutd dowown n one char charg ing pum ging pump using p usin g 3-OP 3-0P--047047 secti sectioonn 7.11 Resp Respo ond nd asas HPHP when notif notifieiedd of of redu reducction tion inin letdo letdow wnn flow.

33

TP-2007-301 TP-20 07-301 ScenaScenarrio io #4

1. 4 Event Event Descri Description Respond Respo nd as as NSO NSO when when direct directeded to to adjust adjust CCW CCW flow flow to to NRHX NRHX to to maint mainta ain in letdow letdownn temp temp within within 5°F 5°F of of VCT temp.

temp. or or to to maint mainta in stable ain stable letdow letdownn temp.

temp. Click Click on on Sche Schemma~ a>

COMMON COMM ON SERVSERVICES ICES~COM >COMPONE PONENT NT COOL COOLlNG~ INGvalv >valvee 834~

834*TAK TAKAA834 834 BYPBYP AROUND TCV-1 AROU TCV-144~en 44--*eter nter desire desired d value then then INSER INSERT. Flow Flow isis indica indicatteded above above valve 777. TAKA 777. TAKA834=0 834=0.15

. 15 sets CCW COW flow flow to 220 gpm and should should stabili stabiliz zee letdow letdown temp.

temp.

IfIf asked asked as as SM, tell crew that itit is is not not neces necessary sary to bypas bypass s CVCS demin demineraeralize lizerrs.

s.

Crew shoul Crew should d mark step 7.11.27.11.2.3 .3 as nla n/a and perfor perform m step 7. 7.11 11.2.4

.2.4 to reduc reduce e letdow letdown flow.

flow.

Respond Respo nd as NSO if direct directed ed to do post-spost-shuhutdo tdow wn checks n check s on the charg chargin ingg pump secur secureded event...

in this event.

Event 2 - PC-3-145 fails high in auto When PCV-3-145 is return When returned ed to auto after closin closing g CV CV-3-200B, 200B, trigge triggerr lesson lesson step EVENT 2 2-- PC PC-3-145 145 FAILS HIGH IN AUTO (actuate (actuates N5 = T).

TFB1PIN5=T s TFB1PI ).

PC-3-145 PC 145 failing high in auto also fails PCV- PCV-3 -145 closed 3-145 closed causin causing g letdown to be lost causing initially causin annunciat g annun or A-515 ciator A-5/5 to briefly alarm. The crew shoul should d restor restore e prope properr letdown flow by manu manually operating ally opera P0-3-145 ting PC 145 to throttl throttle e PCV-3-145. 3-ARP 3-ARP-09 -097.C 7.CR R for annunciat annun ciatoror A-515 A-5/5 shoul should reference d be refere nced d to do this.

Respond Respo nd as WCC WOO if direct directed ed to have I&C l&C troubl troubleshoeshoo ott PT PT-3-1 45.

145.

Respond Respo nd as NSO if direct directed ed to check check the condition of PCV-3-145. After 1-3 min.,

valve full open with no obviou mi, report obviouss malfu malfun ctions.

nction s.

Event 313a 3/3a - Loss of condenser vacuum 1 I Fast load reduction Upo Upon n restoratio n of letdow ration letdown n with char charg ging ing & letdoletdow wnn flow flows s balanced, trigg trigge err lesso lesson n step EVENT 3 - COND ENSER VACUUM UM LEAK 0.2 (actuat (actuateess TVFC TVFCLKLK11 == 0.2).

The crew shou shoulldd respond usin using g 3-ON 3-0NO OP-0 P-01414 to place the hogg hoggiingng jet in servi serviccee and inve invest stiga igate te the caus cause e of the condconde ense nserr vacu vacuu umm loss.

Respond as NSO when direc directteded to place the hogging ing jet in servi servic ce, e, wait 1-3 1-3 mm min then trigg trigge err lesso lessonn step EVENTT 33 - PLACE HOGG HOGGING ING JET IN SERVICE ICE (actuat (actuateess TAFB TAFB07 O722 == 1.0 1.0 then TAFB TAFB010100 == 1.0 1.0 15 15 sec later) and EVENT sec later) T 33 - CONDENSE

- ENSER R VACU VACUUM UM LEAK 0.1 (actuat 0.1 (actuateess TVFC TVFCLKLK11 ==0.1).

0.1). Repo Reporrtt when done done..

The loss of cond conde ense nserr vacu vacuu umm shou shoulldd force the crew to initiate a fast load redu reduc tion per ction per 3-ONO 3-0NO P-100 P- 100..

44

TP-2007-301 Scena Scenarrioio #4 Event Event Descri Description Modullate Modu ate conde condense nserr vacuu vacuum m leak as neede needed d to keep conde condense nserr vacuu vacuum above m above minimum vacuu vacuum (22Hg m (22"H g)) for gener generator load > 531 MWe as shown ator load> shown on 3-0NO 3-ONOP-0 P-01414 Enclosur Enclo suree 1.1. Click on Sche Schemma~F a>FEEDW EEDWATER ATER~CON*CODENS NDENER~l SER--eak

-leak node 3E7B 3E7B~>

TVFCLK1 3E7B SHELL LEAK PORT AREA AREA~ent*enter er new select selected ed value then INSERT.

Respond Respo nd as NSONSO when direct directeded to close hoggi hoggin ngg jet drain 3-30-0 3-30-04545 and place the standby set of SJAE SJAEss in servic service.e. No simulator action neces necessary sary.. After 2-4 min, complete mm, report compl ete..

Respond Respo FS!NSO when direct nd as FS/NS directed identiffyy cause ed to identi cause of low conde condense vacuum nserr vacuu m per 3-ONOP-01 ONOP -014 4 step 5.5. Once load has been reduc reduced ed 5-10%, identi identiffyy leak sourc source e as a broken broke condense n conde nserr loop ioop seal sight glass. glass. Trigg Trigger lesson step EVENT 3 - ISOLATE er lesson -

CONDENSE COND ENSER VACUUM LEAK (actuate (actuatess TVFCLK TVFCLK1 1 == 0.0), then report report sight glass isolated.

Respond Respo System nd as Syste m when notified of the fast load reduc reducti on.

tion.

Respond Respo nd as SM referri referrin ngg to 0-EPI 0-EPIP -201 01 & 0-ADM-1 P-201 15 for fast load reduc

-115 reducti on tion Respond Respo nd as NSO if direct directed remove ed to remov e the hoggi hoggin ngg jet from servic service (vacuuum>

e (vacu m > 26"Hg 26Hg & &

cause of vacuu cause vacuum m loss correc corrected) ted) per 3-0NO3-ONOP-0 P-014 14 step 5.6. After 1-3 min, mm, trigge triggerr lesson step EVENT 3 - SECURE HOGGING JET (actuate lesson -

(actuatess TAFB01 TAFB0IO 0== 0.0 then TAFB07 TAFBO72 2 = 0.015 0.0 15 Reportt when compl sec later). Repor complete ete..

Respond Respo nd as NSO if direct directed check for deviat ed to check deviatiion on betwe between en North & & South hotwehotwellll levels.. Click on Sche levels Schema*FE ma~FEEDW EDWA ATER TER--~CON>CONDENS DENSER ER then read hotwe hotwellilleve levelsis shown under shown under each B WATER BOX. Repor Reportt any deviatdeviatiionon to the crew.

Respond Respo nd as NSO if direct directeded to report conde condense nserr air inleak inleakage age.. Respo Respond nd < 21.1 scfm.

Respond Respo nd as Chemistry if direct directeded to report cond conde ense nserr hotwel hotwelll disso dissollved ved 02 levels..

O2 levels asked as SM whet If asked wheth her er to place one set of SJAE in standby, reply that the crew should leave both sets in servic servicee until the sight glass is repair repaired.ed.

Event 4 4- L T 45 LT-3 -459 9 fails low Afte Afterr condenserenser vacuvacuu um m leak isolat isolated, ed, trigg trigge err lesson lesson step EVENT 4 - LT - LT-3-4 59 459 FAILS LOW (actuat (actuateess TFH1T TFH1TV V59 = T) and lesson 59 = lesson step EVENT 5 - 2 GPM PZR SURGE LINE LEAK (actuat (actuateess TVHP TVHPB BOTL OTL == 0.0000 0.000044)).

This caus cause ess letdown isolatio isolation n and alarms on annu annun nciat orss A-8/4, 9/3, 9/4, B-3/1.

ciator 8-3/1. The crew shou shoulld d respond per 3-ON 3-0NO OP-0 P-041 41.6

.6 and resto restorre e letdown once LT L T-3-45459 9 is select selecteded out as a contro controlling lling chan chann nel.

el. The crew shou shoulldd also respond per 3-ONO P-049.. 1 3-0NO P-049 I but may delay taking L T-3-459 OOS to addr addre ess ss the RCS ReS leak issue requiri requiringng entry into even eventt 5.

This leak will causcause e G-5/3 alarm in abou aboutt 25 minu minuttes.es.

5

TP-2007-301 TP-20 07-301 Scena Scenario #4 Event rio #4 Event Descri Description ption Respond Respo nd asas wee WCC when when direct directed ed toto initiate initiate aa PWO PWO and and notify notify I&e I&C ofof the the failure failure..

Once letdow Once letdown is reesta n is reestablisblishe hed and PZR d and PZR level level contro controll restor restored,ed, annun annunciatciatororss A-9/3 A-9/3 && 9/49/4 will turn wi/! turn off.

off Resto Restoringring PZRPZR contro controll group group heate heaters willwill turn turn off off annun annunciatciatoror 8-9/3.

8-9/3 . After Afte r bistables bistab are trippe les are tripped, the only d, the only annun annunciat ors ciator remaining s remai ning on due due this this failure failure are are A-8/3, A-8/3, 8/48/4 and J-7/4.

and J-7/4.

Event 5 - RCS leak in cont Even -

contain ainm menentt Once the crew exits 3-0NO 3-ONOP-0 P-049 49.1

.1 eithe r after trippitripping ng bistab bistables les or early due to detection of the leak, trigge triggerr lesson lesson step EVEN EVENT T 5 - 5 GPM PZR SURG (actuates

- SURGE E LINE LEAK LEAK (actuate TVHPBOTL s TVHPB 0.00011).

OTL = 0.00011 This will increa

). This increase se the leakleak rate from 2 to 5 gpm actuate annunciat annun ciatoror G-5/3 G-5/3 if itit not alread alreadyy on. Once the leak becom becomes es eviden evident, t, the crew shoul should d respond using using 3-0NO 3-ONOP-0 P-041 41.3.3.. 3-0NO 3-ONOP-0 P-067 67 may also be entere entered d when R-3-1 R-3-1 1/12 1/12 alarm due to the leak.

Once the decision has been made made to shutdshutdow own n based based on leak rate>

triggerr lesson rate > TS limits limits,,

trigge lesson step EVEN EVENT T 5 - PZR SURG SURGE E LINE LEAK LEAK GREA GREATE TER R THAN CHAR CHARGI GINGNG (actuate (actuatess TVHPB TVHPBOTL OTL = 0.006).

0.006).

increase This will increa se RCS leak rate to 300 gpm requir requiring ing a reacto reactorr trip per 3-0NO 3-ONOP-0 P-041 .3 41.3 since the leak excee exceeds charging ds charg ing pump pump capac capacity.ity.

Respond Respo nd as SM when notifie notified d to refer to 0-EPIO-EPIP-2 P-201010101..

Respond Respo nd as HP when notifie notified d to condu conduct ct local radiat radiation ion surve surveys ys & post radiatradiation ion areas.

Respond Respo nd as Syste System m if notifie notified d of the decisi decision on to trip the reacto reactor. r.

Respond Respo nd as NSO if direct directed ed to chec check statuss of RM-k statu RM-80 green 80 gree monit n mon or light. Afte itor Afterr 1-3 mm., report min., report greegreen n light on. If direc directteded to silen silencce e the local alarm and check check for abno abnorrmalmal indic indicaation tions,s, after 1-3 min.,mm., report report alarm silenc silenced ed and RM-80 RM-80 othe otherw rwisise norma e norm al.l.

Resp Respo ondnd as Chemehemistry istry/H/HP P is direc directteded to verif verify actuall activ y actua activitityy insid inside conta e cont inmen ainm entt Events 6 6 - ATW A TWS S/Sm

/Sma allll breakk LOC LOCA A The crew unsu unsuc cces sfulllly cessfu y attempts to trip the react reacto orr and immimme ediat diatelelyy trans transiition tions s from 3-EOP EOP-E -E-0 -O to 3-EO 3-EOP P-FR

-FR-S-S..1.1. A TWS & AMSA ATWS AMSAC C failu failure ress were enterentere edd at setup setup.. The crew need needs s to manmanu ually ally trip the turbi turbin nee and open AFW AFWS SSS MOV MOVss to initia initiatete AFW AFWfflow.low.

Upo Upon n entry entry intointo 3-EO 3-EOP P-FR

-FR-S -S.1,

.1, trigg trigge err lesso lesson n step EVEEVEN NTT 66 - - PZR SUR PZR SURG GE E LINE LEAK LEA K REQREQU UIRIRING ING SI SI (actuat (actuate esTVH s TVHPB PBOT OTLL=0.01 to

= 0.01))tO drop PZR drop PZR presspressure ure belo below the SI wthe SI setpo setpoiint.nt. Alth Althouough gh PZR press pressure ure may be be belo below w the SI setpo setpoiint,nt, SI will not auto autom mati aticall callyy actuate te due to failufailureress enter entere edd atat setup setup.. The crewcrew shou shoulldd not man manu ally SI ually SI until until after after trans transiition tion madmade e back back to to 3-EO 3-EOP P-E-

-E-0.0.

66

TP-2007-301 TP-20 07-301 Scena Scenarrio io #4#4 Event Event Descri Description Respond Respo nd as as NSO NSO when when direct directeded toto locally locally triptrip rxrx trip trip break breakers ers and and MG MG set set input input && outpu outputt breakers.

break After this ers. After this direct direction ion hashas been been givengiven and and emer emergency gency borat borationion hashas been been established estab lished,, trigge triggerr lesson lesson step step EVEN EVENT 66 - LOCA LOCAL TRIP TRIP MG (actuates TCE6DQ7C Q7C =

MG SET SET BREABREAKERS KERS (actuate s TCE6D F, TCE6D

= F, TCE6DQ8C Q8C = F after

F after 10 10 sec sec delay, delay, TAE310 TAE31O8L8L =TRIP TRIP after TRIP after after 20 20 sec sec delay, delay, TAE340 TAE34O1L 1L =

TRIP after 30 30 sec sec delay). Reportt when delay). Repor when compcompletelete andand report report both both reacto reactorr trip breakbreakers ers stuck in the closed the closed positio position. in Manual Manu SI result al SI results s inin an auto start of the the 3A CCWPCCWP.. This This trigge triggersrs closur closure e of MOV-MOV-3-6263-626 from setup.

setup. Once MOV- MOV-3-626 3-626 close closes, trigge triggerr lesson lesson step EVEN EVENT 66 - ALLO W MANUAL OPEN MOV- MOV-3-626 3-626 (actuate (actuates TFKV626C s TFKV62 6C = F when IMK193 80). When

= F 1MK19380). When MOV- MOV-3-6263-626 control switch is taken to to OPEN, the closur closure failure clears e fai/ure clears and the valve opens opens..

Respond Respo nd as NSO when direct directe edd to place PAHM PAHMS in servic servicee on unit 3. After 8-12 minute minut s, trigge es, triggerr lesson lesson step EVENT 6 - PLACE U3 PAHM PAHMS S IN SERVICE (actuate (actuatess TAC2VO2A TAC2V 02A = 1.0, TAC2V

1.0, TAC2VO2B 1.0, TAAAV2 02B == 1.0, TAAAV21 1 = 1.0, TMAV2 2

TAAAV22 = 1.0 & TACA0 05 =

TACAOO5 Reportt when

= 0.0). Repor complete compl ete..

The crew comp completeletess 3-EOP-E-O and transi transition tionss to 3-EOP-E-1 to addre address ss the SBLOCA.

Respond Respo nd as ChemChemiistry stry when direct directed ed to sample SGs for activity & check check DAM-1 DAM-i and as HP when direct directeded to perform perfor radiatiion m radiat on readin readings gs on main steam lines. After 10-15 min.

report no signs signs of activity or radiat mm.

radiatiion on levels above above backg backgrou roundnd..

After maximum charg chargin ingg flow has been establishe lished d,, trigge triggerr lesson lesson step EVENT 6- 6 INCRE INCR ASE RCS LEAKAGE (actuate EASE (actuatess TVHP TVHPB BOTL cause stable

= 0.02) to cause OTL = stable/dec/decre reasi asing ng RCS pressure when 3-EOP-E-1 step 14 is reached. If neces necessarysary insert additi additio nal leakage as onal neededd (use any RCS leak node to ensur neede ensuree RCS pressure is stable stable/dec/decre reasi asing ng at that point)..

point)

Respond Respo nd as NSO/NSO/F FS S when direc directted ed to close in cold leg recirc break breakers.ers. Wait 1-3 mm, min, then trigg er trigger lesso lesson n step EVENT 6 - CLOSE CL RECIRC BKRS (actuat (actuateess TCM2 TCM2D DO6M 06M == T, TCM1 DO9M D09M == T after 5 sec delay, TCM2 TCM2D DO4M 04M = T after 15 15 sec delay, delay, TCM1 Dli D11 M M = T after 20 sec delay, delay, D03M ==T after 30 sec delay, TCM1 DO4M

=

TCM1 DO3M D04M ==T after 35 sec delay, delay, TCM1 Di OM ==T after D10M after 45 sec delay, delay, TCM2 TCM2D 05M ==T after 50 sec delay, TCM1 D12M ==T after 60 sec delay DO5M delay & TCM2 TCM2DDO3M 03M == T after 65 sec delay).

delay).

Resp Respo ond nd affirma tively as NSO when aske affirm atively asked d to verify cont contaainm inmenentt spray & chargin charging g pump room door doors s close closed d..

Resp Respo ondnd as HP HP when direc directteded to surv surve eyy pipe & valve and electric electricalal pene penettratio rationn rooms for radiati on.

radiation.

Resp Respo ond nd as Chemistry istry when direc directteded to align PASS for on-line on-lin e samp sampling/ling/aanaly nalysisiss of of the the RCS.

77

[ NRC-4 NRC-4 OPER OPE RATATIONS IONS SHIFT TURNOV NOVER ER REPREPO ORT RT ONCOMING CRE REW W ASSI ASSIGN GNM MENENTSTS Shift Mgr:

Inside SNPO:

Field Supv.:

Outside SNPO:

AdminRCO:

ANPO:

Unit 33 Unit Unit Supv.:

Unit Unit 44 Unit Supv.:

RCO:

RCO:

NPO:

NPO:

Plan t Statu Status Unit 33 Mode:

Unit 4 4 1 Mode:

Power: 100 Power: 100 MWe: 760 MWe: 759 Gross Leakrate: 0.03 Gross Leakrate: 0.04 RCS Boron Conc: 750 RCS Boron Cone: 600 Operational Concerns:

3 AFWP OOS (bearing failure ; OOS 4 hr; ETR 24 hr)

I 3B EDG OOS (fuel pump failed; OOS 005 2 days; next 0-OSP-023.3 in 4 hr) 3B CSP OOS (failed 1ST -low low discha rge pressure; OOS 12 hr; ETR 36 hr)

Train A is protec protectteded 2 gpd tube leak in 3A S/G - unchanged for past week (Chemistry sampli ng per 3-0NO 3-ONOP-071 P-071 .2

.2, Attachment 11.)

U3 Anticipated LCO Actions:

Current:

B AFWP - TS 3.7.1.2 Action 33 (trains verified operable just before turnov er; 30 days to repair) 3B EDG --TS 3.8.1.1 TS 3.8. .b.1 Actions b &

1. 1.b.1 & d (0-OS (0-OSP -023.33 Att 11 &

P-023. & 9 every 88 hr; 3/4-0S 3/4-OSP-023 P-023..1l start of other EDGs not reqd; req'd; 3-0P-0 3-OP-023 sect 7.7 due next shift if OOS >

ifOOS > 72 hr; repair in 14 days) 3B CSP - TS 3.6.2.1 Action a (Fix in 72 hr)

Anticipated: None Train A is protected.. OLRM is green (CDF = = 2.06E-6;6* LERF = 9.28E-8). 8 U4 Anticipated LCO Actions:

Current:

B B AFWP - TS 3.7.1.2

- 3.7.1.2 Action 33 (trains verified operable just before turnover; 30 days to repair) 3B 3B EDG - TS 3.8.1.13.8.1.1.b.1

.b. I Actions b & d (0-OSP (0-OSP-023.

-023.33 Att I1 & 99 every every 88 hr; 3/4-OS 3/4-0S P-023 P-023..1l start of of other EDGs not reqd; req'd; fix in 14 days)

Anticipated: None Train A is protect

""~N'<"'1",Orf.

ed. OLRM OLRM is green (CDF == 2.OOE 2.00E--6; 6* LERF = 9.28E-8). 8 Results of Offgoiug Focus Area:

See g:\Ops\Common\0900

Unit 3 Stat Status us

,r-~

Reactor Oper Reac Operator Mode: 1I RCS Leakra RCS Leakrate te Accum Accumulator ulator Ref Ref Levels Levels Power Power: 100 100 Gross: 0.03 0.03 gpm A 6615 MWe:

MWe: 760 Uniden tified 0.02 gpm B 6640 Tavg:

"tavg: 574 [Charg Chargiing ng Pps:

Pps: 0.01 gpm C 6625 RCS Pressu RCS Pressure: 2235 RCS Boron Cone: Conc: 750 Abl1'o

,&hnnrmg.l rmql Annnu .~;f giitnr

~!:!:;li\",r;::';:,'~j c l\;gv;Y,i!tl:,:;N~!:;,liT;;,;Hl;;~:il,;:';;;,.*:;'i'fr/'l!')~'>, *. ;.~'l****'.::;:**r;~~r);~t';;~;li!:~I'Fi\Y.X1f~;:;;

~(!.*i.

~;II,;**,i.;",i~:.1*H~~i'J{:*;i};f:;:,;.'.:I',';.

Annunciator:

Annunc iator: F 9/2 - 3B EDG OOS Comp Actions Actions:: OOSP-O23.3 O-OSP- 023.3 Att 11 & & 9 due in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. 3/4-0SP 3/4-OSP-023.-023.11 not requiredrequired.. 3-0P-0 3-OP-023 sect 7.7 due next shift.

Annunciator:

Annunc iator: F 9/5 - 3B 3B EDG OOS Actions::

Comp Actions O-OSP-023.3 O-OSP- 023.3 Att 11 & & 9 due in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />. 3/4-0SP 3/4-OSPO23. -023.11 not required required.. 3-0P-0 3-OP-023 sect 7.7 due next shift.

Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

- Actions::

Comp Actions Annunciator:

Annunc iator:

Comp Actions Actions::

Annunciator:

Annunc iator:

Actions::

Comp Actions Annunciator:

Annunc iator:

Actions::

Comp Actions Current Curre nt Tech Spec Action Statements: (Does Not Include "For For Trac Track king in2 Only Items" Items T.S.A.

T.S.A.SS / Component: 3.7.1.2 Action 33 / B AFWP Reason:

Reason: Bearing failed Bearing Entry Date: XX/XX/XX (Previous shift)

T.S.A.

T.S.A.SS / Component: 3.8.1.1 Action Actionss b & & dd// 3B EDG Reason Reason:: Fuel pump failed Entry Date: XX/XX/XX (2 days ago)

T.S.A.

T.S.A.SS / Component: 3.6.2.1 Action a / 3B CSP Reason Reason:: Failed 1ST 1ST - low discha discharg rgee pressu pressurree Entry Date: XX/XX XX/Xx /XX (Yeste (Yesterrday) day)

T.S.A.

T.S.A.SS / Component: 3.4.3 Action aa / 3B 3B PZR backup heaters Reason Reason:: 14 day due to 3B EDG OOS Entry Date: XX/XX/XX (2 days ago)

T.S.A.

T.S.A.SS / Component: 3.5.2 Action f/ f / 3B HHSIP Reason Reason:: 14 day due to 3B EDG OOS Entry Date: XX/XX Xx/XX /XX (2 days ago)

T.S.A.

T.S.A.SS / Component:

nent:

Reason Reason::

II Entry Date:

Unit 33 Status Unit Status

~,

ChangestotoRisk Changes RiskSignificant SignificantEquipment:

Equipment:

B AFWPOOS 8 AFWP OOS(8earing (Bearingreplacement) replacement) 383BEDG LDGOOS OOS(Fuel (Fuelpumppumprepair) repair) 3B CSP OOS 38 CSP OOS (Failed (Failed1ST 1ST-low lowdischarge dischargepressure) pressure)

Unit33Risk Unit RiskisisGREEN.

GREEN. Main Maincontributor contributorisis8BAFWP.

AFWP.

Upcoming Reactivity Upcoming ReactivityManagement ManagementActivities:

Activities:

Dilute to maintain 100%

Dilute to maintain 100% power. power.

Upcoming Major Upcoming Major POD POD Activities:

Activities:

Continue to repair DOS Continue to repair OOS equipment. equipment.

Upcoming ECOs Upcoming ECOs to to Hang Hang andand lorbr Release:

Release:

None None

~c Evolut ions or Evolutions or Compe nsatory Action Compensatory Actions s in Progre Progress: ss:

- Just returned power back to 100%

- Just returned power back to 100% last shift. last shift.

- After After shift shift turnover, turnover, secure secure 60 60 gpm gpm orifice orifice (CV-3-200B (CV-3-2008)) and and shutdown shutdown 11 charging charging pump pump using using 3-OP-047 3-0P-047 section section 7.11.

7.11.

Leave Leave 11 charging charging pumppump andand 45 45 gpm gpm orifice orifice (CV-3-200A (CV-3-200A)) in in service.

service.

- Known Known tube tube leak leak inin 3A 3A S/G S/G (2 (2 gpd) gpd) - unchan unchanged ged forfor last last week.

week. Chemistry Chemistry sample samples are being s are being taken taken per per 3-ONOP-3-0NOP-071.2, Attachment 071.2, Attachment 1. 1. The The current current sample, sample, justjust completed completed indicates no significant indicates no significant change change in in leak leak rate.

rate. MOV-3-1 MOV-3-1403 403 remains remains energiz energizeded at at manag managementement direction direction duedue to to small small size size and and stability of tube stability of tube leak leak rate.

rate.

- 0-QSP-023.3 0-OSP-023.3 Att

- system Att I1 &&99 for for 3B 38 EDG EDG OOS OOS duedue inin 44 hrs.

hrs. 3-OSP-023.1 3-0SP-023.1 not not required required since since to to 3B 38 EDG EDG DOS OOS due due to to support support failure. 3-OP-023 system failure. 3-0P-023 sect 7.7 sect 7.7 due due next next shift shift to to allow allow 3B38 EDG EDG DOS OOS >> 72 72 hr.

hr.

Genera General l Inform ation, Remar Information, Remarks, ks, and and Operat Operator or Work Work ArounAround d Status:

Status:

See evolutions See evolutions &compe

& nsatory actions compensatory actions listed listed above.

above.

Train Train AA isis protected.

protected.

Appendix 0D Appendix Scenario Outline Scenario Outline Form Form ES-O-1ES-D-1 Facility:

Facility: Turkey Point Turkey Point Scenario No.:

Scenario No.: 55 Op Test Op Test No.:

Nd.: 2007-301 2007-301 Examiners:

Examiners: Candidates:

Candidates: US US RO RD BOP BOP Initial Conditions:

Initial Conditions: Mode 2,4%

Mode 2, 4% power, power, MOL. Turbine rolling MDL. Turbine rolling atat 1800 1800 RPMRPM readyready toto sync sync generator generator to to grid.

grid, Increase Increase load, place load, place the the feed feed regulating regulating valves valves in in automatic automatic and and hold hold power power at at 30%

30% for for aa flux flux map.

map.

Turnover:

Turnover: Equipment OOS:

Equipment 005: None None significant significant Place unit Place unit on on line line and and increase increase powerpower per per 3-GOP-301 3-GOP-301 beginning beginning with with stepstep 5.52.3 5.52.3 Event Event Event Type*

Event Type* Event Description Event Description No.

No.

11 (N) ALL Place unit on line per 3-GOP-301 beginning with step 5.52.3. Increase load, place the feed regulating place regulating valves in in automatic and hold hold power power at at 30% for a flux map.

1a 1a TFFxoiLs = T (TS) SRO Once feed regulating valves are placed in automatic, an NSO calls in that the TFFXOILB;T B AFWP governor has an oil leak.

2 2 KDoo1x1o/

!rvKD001X; 1.0 I (C) SRO/BOP 3A (running) TPCWP bearing failure. Failure of 3B (standby) TPCWP to mm ramp 22 min ramp automatically start following trip of running pump. The crew responds per 3-TFK3B11S=T TFK3B11S;T ONOP-008 and manually starts the 3B TPCWP.

3 (I) BOP 3B s/g controlling feed flow transmittertransmiffer FT-3-487 fails high causing 3B FRV TFF1M86H =T TFF1M86H; T (FCV-3-488 to fail closed). Manual operator action is required to control 3B

]-5\ SRO (I,TS) s/g level and avoid a reactor trip. The crew responds per 3-ONOP-049 3-0NOP-049.1. .1.

4 (R) SRO/BOP PT-3-1 608 fails high. CV-3-1608 PT-3-1608 CV-3-1 608 fails open and increases steam flow 3-4%.

(C) R The crew responds per 0-ADM-200 for a secondary plant transient. Manual S1MREH=T TFS1MREH; T (C)RO turbine load reduction is required to return reactor power to 30%. Once power TFSVV13A; T is stabilized at 30%, the CV-3-1608 isolation valve is closed, but some ADV steam leakage still exists.

55 (C) ALL Main generator exciter air coolers TPCW flow is is partially blocked resulting in in TVuJINF TVUJINF =; 0.95 aa high high air temperature condition.condition. The crew crew responds responds per per 3-ARP-097.C 3-ARP-097.CR R for (M) ALL (M

TVUJINFB=O TVUJINFB;0.95 95 annunciator E-9/4. The crew manually trips the the reactor when exciter hot gas 1VUJINFC=O.95 temperature exceeds 90CC 90°C and performs the actions actions of of 3-EOP-E-0.

3-EOP-E-0. Once the TVUJINFC;0.95 . .

reactor is is tripped, tripped, the switchyard switch yard relays out. out. 3B 3B EDG starts starts but but fails fails to to TVUJiNFDO95 TVUJINFD;0.95 automatically automatically load load 3B3B 4kv 4kv bus due due to aa bus stripping stripping failure. 3A 3A EDG fails to start and can not start and be manually not be manually started.

started.

TFP8SWYD TFP8SWYD T 66 ;T (C) ALL (C) ALL The The crew crew transitions to to 3-EOP-ECA 3-EOP-ECA-0.0. -0.0. MOV-3-1405 MOV-3-1405 fails fails to to open open andand with with BB TFQ5GAFS=T TFQ5GAFS ;T AFWP AFWP DOS OOS with with anan oil oil leak leak requires requires C C AFWP AFWP to to supply supply both both units.

units. Manual Manual TFQ6XABF TFQ6XABF =T ;T bus stripping bus stripping is is performed performed with with the the exception exception of of 3B 3B TPCWP TPCWP breaker breaker 3AB1 3AB111 TFK3B11S=T TFK3B11S ;T which which has has aa blown blown control control power power fusefuse and and can can not not bebe opened opened fromfrom VPA.

VPA. 3A 3A TFFXMO5 TFFXM05; = TT 4kV 4kV busbus isis repowered repowered via the SBO via the SBO tie tie from from unit unit 4. 4. Then Then 3AB13AB111 is is locally locally K3OP11BG = F opened allowing opened allowing 3B 3B EDGEDG to to reenergize reenergize 3B 3B && 3D3D 4kV 4kV bus.

bus. Transition Transition is is made made K30P11BG; F to to 3-EOP-ECA 3-EOP-ECA-0.2 -0.2 due due to to the the effects effects of of the the steam steam leak.leak.

K3OPi1BR K30P11BR; = F F 6a 6a The crew stabilizes The crew stabilizes the the plant plant using using 3-EOP-ECA 3-EOP-ECA-0.2 since PZR

-0.2 since PZR level level <<

117[50]%

7[50]% or or SISI actuated actuated due due toto the the effects effects of of the the steam steam leak.

leak.

(N)ormal, ..

(N)ormal, (R)eactivity, (R)eactlvlty, (l)nstrument, (I)nstrument, (C)omponen (C)omponent, t, (M)ajor (M)aJor 11

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-30 1 ScenarioNo.: No.:l 5 Scenario Event EventNo.:No.:_1_ 1 Page 1 of~

Page_1_of 4 EventDescription:

Event

Description:

Placeunit Place uniton on line lineper per3-GOP-301 3-GOP-301 beginning beginningwith with step step5.52.3.

5.52.3. Increase Increase load, place load, place the thefeedfeed regulating regulating valves valvesinin automatic automaticand and hold hold power powerat at 30% for 30% foraa fluxflux map.

map.

_Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior u

US Directs RO, Directs RO, BOP BOP && SG (surrogate operator)

SG (surrogate operator) placeplace unit unit onon line line and and increas e power increase power to 30%. to 30%.

BOP BOP Performs actions Performs actions of of 3-GOP-301 3-GOP-301 beginning beginning with with step step 5.52.3:

5.52.3:

1. Verifies

1. Verifies exciter exciter DC DC regulator regulator isis in in full full lower lower (10%

(10% indicated) indicated)

2. Closes

2. Closes exciter exciter fieldfield breaker breaker && verifies verifies exciter exciter ammeter ammeter 50-90 = 50-90 amps amps

3. Verifies

3. Verifies all all 33 generator generator voltmeters =

voltmeters = 11-171 1-17 kV kV

4. Slowly increasesincreases DC DC regulator regulator until exciter ammeterammeter = = 100-130 100-130 amps & all 3 generator generator voltmeters =

voltmeters = 21.5-22.5 21.5-22.5 kV.

5. Places voltage voltage regulator regulator control control in TEST 6.

6. Adjusts AC regulator Adjusts regulator control control to null AC-DC regulator regulator mismatch mismatch

7. Places voltag voltage e regulator regulator control control in ON

8. Places East GCB sync switch to MANU MANUAL AL 9.

9. Adjust Adjusts s turbine speed speed using using govern governor until synchr or until synchroscope rotating oscope rotatin g slowly slowly in in FAST FAST directidirectionon 10.

10. Adjust Adjusts s AC AC regulat regulator or contro to equaliz controll to equalize incoming e incom running ing && runnin voltage g voltag e 111.

1. Verifie Verifies s steam steam dumps dumps set set upup per per Enclos Enclosure ure 22 RO RO Manua Manually lly contro controls ls rodrod positio position n toto contro controll Tavg Tavg per per Enclos Enclosureure 22 Comm Commences ences performperformance ance of of Attach ment 44 when Attachment when directe directed by US d by US BOP BOP Contin Continues ues perform performing ing actions actions of of3-GOP 3-GOP-301

-301 as as directe directed by US:

d by US:

12.

12. Perform Performs s auto auto synchr onization synchronization a.a. Places Places East EastGCB GCB syncsync switch switch toto AUTO AUTO b.b. Above Above synchr oscope, determ synchroscope, determines ines EastEastGCB GCBwhitewhite light lightflashes flashes atat 1212oclock o'clock && inadve rtent protect inadvertent protection scheme ion schem armed amber e armed amberlightlight I it.

lit.

c.c. Before Beforesynchr oscope reache synchroscope reachess 1 11 o'clock, 1 oclock depresses

, depres holds ses &&holds auto sync pushbu auto sync pushbutton tton andandobserv observes EastGCB es East GCBclosure closure d.d. Places PlacesEast EastGCB GCBsync syncswitch switchtotoOFFOFF e.e. Match Matches es flags flagson onEastEastGCB GCBswitch switch f.f. Determ Determines ines inadve rtent protect inadvertent protection scheme ion schem armedamber e armed amberlightlightoff off 11

Appendix D Operattor Opera or Action Actions Form ES-D-2 Op-Test No.: 2007-301 Scenarrio Scena io No.: ~ Event No.: _1_

j_ Pag Page e~o of f~

Event

Description:

Place unit on line Qerper 3-GOP-301 beginning with steQ step 5.52.3 5.52.3.. Increa Increassee load, Qlace place the feed regula regulatting ing valves in automatic and hold Qower power at 30% for a flux maQ.

map.

Time Position Applicant's Applic ants Action Actions or Behavior

[_Time BOP Increas Increa es turbine load to 40 MWe in 5-10 MWe increm ses increments.

ents.

US Directs monitoring automatic control program values per PCB Section IV Figure 5. Notifies SM of any unexp unexpe cted deviat ected deviatiions.

ons.

BOP Verifies atmos Verifie atmosp heric steam dumps close per Enclosure 2.

pheric US When turbine load sufficie sufficiently increas ntly increa ed, directs SG operat sed, operatoorr open FW isolation valves, transfer SG level controls from FW bypass to main FW controll valves and place SG level contro ls in auto.

NOTE : Once SG level control in auto, SG operat operatoorr (surrog (surrogate ate operat operatoor) r)

will leave the simulator floor.

BOP Continues Contin ues performing action actionss of 3-GOP-301 as directed by US:

13. Verifies SG level being controlled 50+/-5%

14. Verifies Main FW control valves in auto & & FW bypass valves closed RO Continues Contin ues performing action actionss of 3-GOP-301 as directed by US:

1. When reacto power>

reactorr power > 10%

a. Determ ines Power Above P-10 P-i 0 VPA status light ON & & At Power Trips Blocked VPA status light OFF

b. Presses & & holds Intermed Range Trip Manuall Block A & & B logic consollee pushb conso pushbu ttons 2-4 secon uttons seconddss

c. Determ ines Inter Rng Trip Blocked VPA status light ON

d. Presses & & holds Power Lo Range Trip Manua Manuall Block A & & B logic consollee push conso pushbu ttonss 2-4 secon button seconddss

e. Determ ines Pwr Rng Trip Blocked VPA status light ON BOP Contin Continuesues perfor perform ing action ming actionss of 3-GOP-301 as directed by US:

15. Determ ines NIS IR & & Lo PR Trips blocked on DDPS

16. Notifies Chemi stry to samplsamplee RCS per TS 3.4.8

17. Places Mid GCB sync switch to MANUAL

18. Verifies incom ng =

incomiing = running voltage voltage && synchr synchroscop oscope e@ oclock

@ 12 o'clock 2

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: ~ 5 Event Event No.:

No.: _1_ 1 Page~of_4_

Page 3 of 4 Event

Description:

Event

Description:

Place unit Place unit onon line line perper3-GOP-301 3-GOP-301 beginning beginning with with step step 5.52.3.

5.52.3. Increase Increase load, place the feed load, place the feed regulating regulating valves valves inin automatic automatic and and hold hold power power atat 30% for 30% for aa flux flux map.

map.

I Time lillie Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Continues performing Continues performing actions acUonsof of 3-GOP-301 3-GOP-301 as as directed directed by by US:

US:

19. When

19. When bothboth sync sync lights lights out, out, closes closes MidMid GCB GCB

20. Places

20. Places Mid Mid GCB GCB sync sync switch switch to to OFF OFF

21. Adjusts

21. Adjusts generator generator MVARs MVARs as as directed directed by by System System

22. Places

22. Places GCMGCM in in service service

a. Verifies generator

a. generator H2 H pressure =

2 pressure = 65-75 65-75 psig psig

b. Directs NSO verify local

b. local filter oil oil free & & set H2 2 gas flow == 16 H 16

c. Verifies VPA power light ON

d. Presses Alarm Reset PB & Manual Start Only PB if lit

e. Verifies Auto Sampler Ready light ON & printer stamping between 0.75-1 0.75-1.0; .0; marks date & time

23. Directs NSO complete 3-OP-072 3-0P-072 section 5.0 & commence MSR MSR purge at 70 MWe per 3-OP-072.1 3-0P-072.1 section 5.1

24. Verifies Feedwater Pump Turbine Runback switch in DEFEAT 25.

25. Places Places Steam Steam Dump Dump Control Switch to ON. ON. Places Places Steam Steam DumpDump Mode Mode Selector Selector Switch Switch in in RESET RESET then then to to AUTO AUTO 26.

26. When When atmospheric atmospheric steam steam dumps dumps closed, closed, adjusts adjusts setpoints setpoints to to 1000 1000 psig psig && verifies verifies controls controls in in AUTO AUTO 27.

27. At At 130 130 MWe, MWe, transfers transfers house house loadsloads from from SUTSUT toto Aux Aux Transformer Transformer a.

a. Places Places 3A 3A 4kV4kV busbus AuxAux Xfmr Xfmr synch synch switch switch toto ON ON b.b. Verifies Verifies incoming incoming::::: running running voltage voltage && synchroscope synchroscope ::::: 12 12 oclock o'clock c.c. Places Places && holdsholds Aux Aux Xfmr Xfmr to to 3A 3A 4kV 4kV bus bus bkr bkr sw sw inin CLOSE, CLOSE, verifies verifies redred light on, SUT light on, SUT to to 3A 3A 4kV 4kV bus bus current current decreases decreases &&

Aux Aux Xfmr Xfmr to to 3A 3A 4kV 4kV busbus current current increases.

increases.

d.d. Releases Releases Aux Aux Xfmr Xfmrto to 3A 3A 4kV 4kV bus bus bkrbkr sw, sw, verifies verifies SUT SUT bkr bkrtrips, trips, SUT SUT to to 3A 3A 4kV4kV bus current == 00 &&Aux bus current Aux Xfmr Xfmrto to 3A 3A 4kV 4kV bus bus current current increases.

increases.

e.e. Matches Matchesflags flags on on SUT SUTtoto 3A 3A4kV4kVbus bus f.f. Places Places 3A 3A4kV 4kVbus busAux AuxXfmr Xfmrsynch synch switch switch toto OFF OFF g.g. Repeats Repeatswith with3B 3B4kV4kVbusbus power powersupply.

supply.

33

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-30 1 Scenario No.:.2....

Scenario No.: 5 Event No.:

Event No.: _1_1 Page-+/-.

Page 4 of of~4 Event

Description:

Event

Description:

Place unit Place unit on line per on line per 3-GOP-301 3-GOP-301 beginning beginning withwith step step 5.52.3.

5.52.3. Increase Increase load, place load, place thethe feed feed regulating regulating valves valves inin automatic automatic and and hold hold power power at at 30% for 30% for aa flux flux map.

map.

Time Time Position Position Applicants Actions Applicant's Actions oror Behavior Behavior BOP BOP Coordinates with Coordinates with RORD toto increase increase && stabilize stabilize turbine load =:: 225 turbine load 225 MWe MWe When NSO When NSO reports reports MSRMSR drains drains to condenser restricting to condenser restricting orifice orifice open, open, opens MSR opens MSR purge purge valves valves CV-3-2910/2911/2912/2913 CV-3-2910/291 1/2912/2913 and and directs directs NSO NSO check for check for purge purge lineline steam steam flow.

flow.

At approximately At approximately 150 150 MWe:

MWe:

• . Closes Turbine Closes Turbine Drain Drain Valves Valves

• . Directs local closure of turbine stop valve drains

• . Verifies SG blowdown aligned for at power operation per 3-0P-071 3-OP-071

• . Directs NSO verify PSS voltmeter reading 0 +/- +/- 1I Volt. Once exciter &

bus voltages determined stable, places PSS control switch to to ON At approximatel approximately y 200 MWe, begins placing MSRs in service per 3-0P- 3-OP-072.1 section 5.2:

.* Verifies MSR steam supply timing cam installed correctly with follower set at CLOSED CLOSED position & & follower stop set at 95%

.* Places Places MSR MSR steam supply supply timing control valvesvalves switch switch to ON ON

.* Monitors Monitors MSR MSR outlet outlet temp temp rate rate of of change change << 100°F/hr 100°F/hr RD RO Coordinates Coordinates with with BOP BOP to to increase increase && stabilize stabilize reactor power ==30%

reactor power 30%

using using control control rods rods && dilution dilution per per 0-OP-046.

0-OP-046.

Verifies Verifies control control rods rods maintaining maintaining AFD AFD perper 0-OP-059.9 0-OP-059.9 Verifies Verifies IR IR High High Level Level RodRod Stop Stop bistable bistable status status light light at at 20%

20% power.

power.

Verifies Verifies IR IR High High Level Level Trip Trip bistable bistable status status light light at at 25%

25% power.

power.

44

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 55 Event No.:

Event No.: -1.§..

la Page Page _1_

j of of _1_

1 Event

Description:

Event

Description:

Once feed Once feed regulating regulating valves valves are placed in are I2laced in automatic, automatic, an an NSO NSO calls calls in in that the that the BB AFWP AFWP governor governor hashas anan oil oil leak.

leak.

Time e Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Relays report Relays report from from NSO NSO ofof oil oil leak leak on on BB AFWP AFWP governor governor US US Declares B Declares AFWP out B AFWP out of of service service Determines TS Determines TS 3.7.1.2 3.7.1.2 action action statement statement 33 applies:

applies:

• . Verify two operable independent AFW trains in 4 hr

• . Fix B AFWP in in 30 days WCC have Mechanical troubleshoot & fix B AFWP Directs wee WOO generate & hang EeO Directs wee ECO on B AFWP 55

Appendix DD Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: l 5 Event No.:

Event No.: _2_2 Page_1 Page _ of _ 1_

1 of 1 Event

Description:

Event

Description:

3A (running) TPeWp 3A (running} TPCWP bearing bearing failure.

failure. Failure Failure of of 3B 3B (standby}

(standby) TPeWp TPCWP toto automatically automatically start start following following tri(2 trip of of running running (2um(2.

pump. The crew The crew responds (2er res(2onds per 3-0NOP-008 3-ONOP-008 and and manually manually starts starts the the 3B 3B TPeWp TPCWP..

Time ,

lillie Position Position j Applicants Actions Applicant's Actions or or Behavior Behavior RO RO Recognizes/reports annunciator Recognizes/reports annunciator 1-5/1, 5/2 &

1-5/1, 5/2 & 5/4 5/4 alarms alarms US US Directs response Directs response perper 3-0NOP-008 3-ONOP-008 BOP BOP actions of Performs actions of 3-0NOP-008 3-ONOP-008 as as directed directed by US:US:

1. Determines annunciator 1-5/1 I-S/i & & 5/2 alarmed

2. Determines 3A TPeWpTPCWP tripped & & 3B TPeWp TPCWP did not auto start

3. Determines offsite power is available and starts 3B TPeWp TPCWP

4. Determines 11 TPeWp TPCWP now running & & annunciator 1-5/4 no longer alarming

5. Determines SI not actuated and POV-3-4882 & & 4883 open

6. Determines annunciator 1-5/5 not alarming

7. Directs NSO locally check TPCW TPeW supply header temp << 110°F 1 10°F and stable/decrea sing stable/decreasing

8. Directs NSO locally verify TPCW TPeW basket strainer Ap IIp << 1.5 1.5 psid

9. Determines all generator-rel generator-relatedated temperature alarms all OFF

10. Determines

10. Determines allall SGFP, cond pp pp & & HDP HDP bearing bearing temp alarms alarms OFFOFF

1. Determines 111. Determines all TPCW TPeW alarms alarms OFF

12. Directs

12. Directs NSO NSO check check TPCW TPeW cooled cooled components temperature stable/decrea sing stable/decreasing US US Directs Directs WCCwee have have Electrical Electrical && Mechanical Mechanical maintenance maintenance investigate investigate 3A 3A TPCWP TPeWp failure failure Directs Directs WCCwee generate generate ECO EeO and and take take 3A3A TPCWP TPeWp out out of of service service 66

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: 2.. 5 Event No.: ~

Event No.: Page-1 Page 3 1ofof_1_ 1 Event

Description:

Event

Description:

3B s/g controlling 3B slg controlling feed feed flow flow transmitter transmitterFT 487 fails FT-3-487 fails high high causing causing 3B 3B FRV (FCV-3-488 FRV (FCV-3-488 to to fail fail closed).

closed). Manual Manual o(2erator operator action action isis reguired required to to control 3B control 3B slg s/g level level and and avoid avoid aa reactor reactor tri(2.

trip. The The crew crew res(2onds responds (2erper 3 ONOP-049.1.

ONOP-049.1.

Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes 1I reports Recognizes reports failure failure of of FT-3-487 FT-3-487 low low and and loss loss ofof FW FW toto 3B 3B SG (FCV-3-488 closed).

SG (FCV-3-488 closed).

Takes manual Takes manual control control of of FCV-3-488 FCV-3-488 and and restores restores 3B 3B SGSG level level to to program program US US Directs performance Directs performance of of actions actions per per 3-0NOP-049.1.

3-ONOP-049.1.

BOP 3-ONOP-049.1 as directed by US:

Performs actions per 3-0NOP-049.1

1. Determines FT-3-487 failed while FT-3-486 remains in service service

2. Transfers controlling FW flow channel for 3B SG to ch IV NOTE: Operator may also take controlling steam flow channel for for 3B 38 SG to ch IV as well US Determines TS 3.3.1 Table 3.3-1 Unit 12 12 affected. Action 6 applies (6 hr hr to trip bistables)

Determines Determines BS-3-488B1 BS-3-488B1,, B2 B2 &&C C must must bebe tripped tripped Briefs Briefs crew crew regarding regarding tripping tripping bistables bistables and and effects effects of of failure.

failure.

BOP BOP Obtains Obtains keys keys and and opens opens protection protection rack rack 1818 Trips Trips bistables bistables BS-3-488B1 BS-3-488B1,, BS-3-488B2 BS-3-488B2 && BS-3-488CBS-3-488C RCO RCO Checks Checks correct correct bistable bistable status status light light energized energized in in response response to to tripping tripping bistables bistables (FC488B1).

(FC488B1).

Checks Checks correct correct annunciators annunciators on on inin response response to to tripping tripping bistables bistables (C-412 (C-4/2 && C-5/2).

C-5/2).

US US Directs Directs WCC WCC initiate initiate PWOPWO && notify notify l&C I&C Directs Directs generation generation of of ECO ECO for for tripped tripped bistables bistables Directs Directs local local reset resetof ofAMSAC AMSAC trouble trouble alarm alarm (annunciator (annunciatorD-716) D-7/6) ifif actuated actuated 77

AppendixDD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.:...L5 Event No.:

Event No.: _4_ 4 Page_1_

Page 1 of of_1_ 1 Event

Description:

Event

Description:

PT-3-1 608 fails PT-3-160B fails high.

high. CV-3-160B CV-3-1 608 failsfails ol2en open andand increases increases steam steam flow flow 3-4%. The 3-4%. The crew crew resl20nds responds l2erper 0-ADM-200 0-ADM-200 for a secondarY for a secondary plant I2lant transient. Manual transient. Manual turbine turbine load load reduction reduction isis reguired required to to return return reactor reactor power to 30%. Once power 120wer to 30%. Once 120wer isis stabilized stabilized at at 30%,

30%, the the CV-3-160B CV-3-1 608 isolation valve isolation valve isis closed, closed, but but some some ADVADV steam steam leakage leakage still still exists.

exists.

II _Time T;,..., ....

... ,~

Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Recognizes/reports lowering Recognizes/reports lowering generator generator MW MW Recognizes/reports PT-3-160B Recognizes/reports PT-3-1 608 fails fails high high && CV-3-160B CV-3-1 608 failed failed openopen RO RO Recognizes/reports 4-5%

Recognizes/reports 4-5% reactor reactor power power increase increase Recognizes/reports Tavg << Tref Recognizes/reports US Determines CV-3-160B CV-3-1 608 failure open caused Tavg-Tref deviation Directs taking manual control of CV-3-160B. CV-3-1 608.

When informed of CV-3-160B CV-3-1 608 failure, directs local isolation of CV-3-160B CV-3-1 608 BOP BOP Consistent with 0-ADM-200 section 5.4.3 guidance for response to to secondary pant transient:

1.

1. Reduces turbine load load to match Tavg =Tref 2.

2. Attempts manual manual closure of of CV-3-1608 CV-3-160B & & determines determines CV-3-1608 CV-3-160B failed open 3.

3. Directs Directs NSO NSO locally locally investigate investigate CV-3-1 CV-3-160B 608 4.

4. Relays Relays report report from from NSO NSO of of steam steam coming coming from from unit unit 33 silencer silencer 5.

5. Directs Directs NSO NSO locally locally close close CV-3-1 CV-3-160B isolation valve 608 isolation valve 6.

6. Relays Relays report report from from NSO NSO thatthat steam steam flow flow not not completely completely stopped stopped with with isolation isolation valve valve closed.

closed.

7.

7. Adjusts Adjusts turbine turbine loadload asas necessary necessary to to match match TavgTavg ==TrefTref US US Determines Determines CV-3-1608 CV-3-160B isolation isolation valve valve leaking leaking by by Directs Directs WCCWCC have have Mechanical Mechanical maintenance maintenance investigate investigate CV-3-1 CV-3-160B 608 Directs Directs caution caution tagtag generated generated for for CV-3-1 CV-3-160B 608 inin manual manual 88

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: 2 5 Event No.:

Event No.: 2 5 Page~of_2_

Page 9 of 2 Event

Description:

Event

Description:

Main generator Main generator exciterexciter airair coolers coolers TPCW TPCW flow flow isis Qartially:

partially blocked blocked resulting inin aa high resulting high airair temQerature temperature condition.

condition. The The crew crew resQonds responds Qer per 3 ARP-097.CR for ARP-097.CR for annunciator annunciator E-9/4. E-914. TheThe crew manually trips the reactor crew manually: triQs the reactor when exciter when exciter hot hot gas gas temQerature temperature exceedsexceeds 90°C 90°C andand Qerforms performs the the actions of 3-EOP-E-0.

actions of 3-EOP-E-0. Once Once the the reactor reactor isis triQQed, tripped, thethe switchy:ard switchyard relay:s relays out. 3B out. 3B EDGEDG startsstarts butbut fails fails to automatically load to automatically: load 3B3B 4kv 4kv bus bus due due to to aa bus bus stripping failure.

striQQing failure. 3A EDG fails 3A EDG fails to to start start and and can can notnot be be manually:

manually started.

started.

Time e Position Position BOP J Recognizes!1 reports Applicants Actions Applicant's reports annunciator Actions or annunciator E-9/4 or Behavior Behavior BOP Recognizes E-9/4 alarming alarming RO RO Reads actions Reads actions for for 3-ARP-097.CR 3-ARP-097.CR for annunciator E-9/4 for annunciator E-9/4 BOP Performs actionsactions consistent with 3-ARP-097.CR3-ARP-097.CR for annunciator E- E 9/4 as read by RO

1. Verifies alarm using recorder R-3-347 (VPA)

2. Monitors exciter air temperature closely

3. If hot air temp 2: 8rC 87°C reduce MVAR while maintaining grid voltage 2: 232 kV

4. If hot air temp 2: 8rC 87°C with MVAR=O, MVAR=0, maintain grid voltage 2:

232 kV & & reduce generator load using 3-ONOP-100 3-0NOP-100 until hot air temp << 87°C 8rC

5. If hot air temp 2: 87°C 8rC & & increasing due to unknown unknown cause advises US to advises US to consider consider tripping tripping reactor reactor & & turbine 6.

6. IfIf hot hot air air temp temp> > 90°C 90°C & & no no expectation expectation of of fast fast recovery recovery advises advises US US to to tripping tripping reactor reactor & & turbine turbine andand enter enter 3-EOP-E-0 3-EOP-E-0 US US Determines Determines hot air temp hot air temp> 90°C && no

> 90°C no expectation expectation of of fast fast recovery recovery Directs Directs reactor reactor triptrip Directs Directs crew crew perform perform immediate immediate actions actions of of 3-EOP-E-0.

3-EOP-E-0.

RO RO Performs Performs immediate immediate actions actions of of 3-EOP-E-0:

3-EOP-E-0:

1.1. Verifies Verifies reactor reactor triptrip

• • Rod Rod bottom bottom lights lights onon &&RPIs RPls atat zero zero

• Rx Rx trip trip &&bypass bypass bkrsbkrs open open

.* Neutron Neutron flux flux decreasing decreasing 99

Appendix D Operattor Opera or Action Actions Form ES-D-2 Op-Te st No.: 2007-301 Scenarrio Scena io No.: 2-5 Event No.: 2-5 Pag Page e~o 2 of f22 Event

Description:

Main generator exciterr air cooler tor excite coolerss TPCW flow is Qartia" partially~ blocked resulting in a high air temQe temperrature ature conditi condition.

on. The crew resQon responds Qer per 3-ARP-0 97.CR for annun annuncciator iator E-9/4.

E-914. The crew manua"~ lly triQs trips the reacto reactorr exciterr hot gas temQe when excite temperrature ature excee exceed dss 90°C and Qerfor perform mss the actionss of 3-EOP-E-0. Once the reacto action reactorr is triQQed tripped, the switchyard

~ard rela~s relays out. 3B EDG starts but fails to automa automatically tica"~ load 3B 4kv bus due to a bus stripping failure . 3A EDG fails to start and can not be manua lly striQQi "~ started.

Time Time Time BOP Perform Perfor mss immediate action actionss of 3-EOP-E-0:

1. Verifiess turbine tripped Verifie

• . Turbine stop valves closed Turbin

• • Closes MSR main steam stop MOVs

• . Mid & East GCBs GOBs open

2. Verifies power to emerg Verifie emergeency ncy 4kV buses

• . Determines neithe neitherr 3A or 3B 4kV buses energienergiz ed zed

• . Attempts Attemp emergeency ts emerg ncy start of 3A EDG and recognizes! izes/

reports start failure.

• . Recognizes/reports 3B EDG running, but output breaker not closed US When determines that 3A EDG does not respond to emerg emergeency ncy start & 3B EDG running but output breaker did not close, directs transition to 3-EOP-ECA-0.0 step 1 1 10

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

No.: 2007-30 1 Scenario No.: No.: 55 No.:_ 6_ Page Page_11 of Op-Test 2007-301 Scenario Event EventNo.: 6 of _5_5 Event

Description:

The The crew crewtransitions transitionstoto 3-EOP-ECA-0.0.

3-EOP-ECA-0.0. MOV-3-1405 fails toto ol2en Event MOV-3-1 405 fails open andand with B AFWP with B AFWP OOS with anOOS with an oiloil leak leak reguires requires CC AFWPAFWP toto SUl2l2ly supplyboth both units.

units.

Manual bus Manual bus stril2l2ing stripping isis l2erformed performed with with the the excel2tion exception of of3B3B TPCWP TPCWP breaker3AB11 breaker 3AB1 1 whichwhich hashas aa blown blown controll2ower control power fuse fuse and and can can notnot bebe opened from ol2ened from VPA.

VPA. 3A 3A 4kV 4kV busbus isis rel20wered repowered via via the the SBO SBO tie tie from unit from unit 4.

4.

Then 3AB11 Then 3AB1 1 isis locally locally ol2ened opened allowing allowing 3B 3B EDG EDG to to reenergize reenergize 3B 3B && 3D3D 4kV bus.

4kV bus. Transition Transition isis made made to 3-EOP-ECA-0.2 due to 3-EOP-ECA-0.2 due toto the effects of the effects of the the steam leak.

steam leak.

Time_J Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior US US Directs performance Directs performance of of 3-EOP-ECA-O.O 3-EOP-ECA-O.O RO RO Performs actions Performs actions per per 3-EOP-ECA-O.O 3-EOP-ECA-O.O as directed by as directed by US:US:

1.

1. Verifies reactor trip Verifies

• . Rod bottom lights on & RPls at zero

• . Rx trip & bypass bkrs open

2. Determines PZR PORVs Determines PORVs closed Critica Criticall 3. Verifie Verifies s letdow letdown n isolatio isolation n valves closed

4. Determ Determines ines excess letdow letdown isolated n isolate d 5.

5. Verifie Verifies s SI SI reset BOP BOP Perform Performs s actions actions perper 3-EOP 3-EOP-ECA-0.0

-ECA-0.0 as as directe directed by US:

d by US:

Critical Critical 1.

1. Verifie Verifies s turbine turbine tripped tripped

. Alread Already y verified verified turbine turbine stop stop valves valves && MSRMSR mainmain steam steam stop stop MOVs MOVs closed closed

• Determ Determines ines Mid Mid && EastEast GCBs GCBs open open 2.2. Determ Determines ines only only one one AFWPAFWP runninrunning for both g for both units.

units. Establi Establishes shes 270 gpm to 270 gpm to Unit Unit 3.3.

3.3. Verifie Verifies s 3A3A 4kV 4kV bus bus strippe stripped. Determines

d. Determ ines 3B 3B 4kV 4kV bus bus strippi stripping ng failed failed and and verifie verifies s 3B 3B 4kV4kV bus bus strippe stripped with the exception d with the exception of of 3AB1 3AB11 1 (3B (3B TPCW TPCWP) P) which which cancan not notbe betripped tripped..

4.4. Sends Sends NSO NSO toto investi investigate 3AB11 gate 3AB1 1 5.5. Determ Determinesines neither neither3A 3A&&3B 3B4kV 4kVbuses busesenergiz energizeded 1111

Appendix 0D Appendix Operator Actions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.: _ 5_

Scenario No.: 5 Event No.: _66_

Event No.: Page --.£ Page 2 of of _5_5 Event

Description:

Event

Description:

The The crew crew transitions transitions to to 3-EOP-ECA-0.0.

3-EOP-ECA-0.0. MOV-3-1405 MOV-3-1 405 failsfails to to oQen open and and with BB AFWP with AFWP OOS OOS with with an an oil oil leak leak reguires requires CC AFWP AFWP to to sUQQly supply bothboth units.

units.

Manual bus Manual bus striQQing stripping isis Qerformed performed with with the the exceQtion exception of of 3B 3B TPCWP TPCWP breaker 3AB11 breaker 3AB1 1 which which has has aa blown blown control control Qower power fuse fuse andand can can not not be be opened from oQened from VPA.

VPA. 3A3A 4kV4kV bus bus is is reQowered repowered via via the SBO tie from unit the SBO tie from unit 4.

4.

Then 3AB11 3AB1 1 is is locally locally oQened opened allowing allowing 3B EDG to 3B EDG to reenergize reenergize 3B 3B && 3D 3D 4kV bus.Transition 4kV bus.Transition is is made made to to 3-EOP-ECA-0.2 3-EOP-ECA-0.2 due due toto the the effects effects ofof the the steam leak.

steam leak.

I~osition Time Position Applicants Actions or Behavior Applicant's Behavior BOP Continues performing actions per 3-EOP-ECA-0.0 3-EOP-ECA-0.0 as directed by US:

6. Determines 3A & & 3B 4kV bus lockout relays reset.

7. Determines 3A EDG locked out. Attempts unsuccessfully unsuccessfully to reset 3A EDG lockout then relays report from NSO of EDG failure. Determines 3B EDG not locked out.

8. Determines 3A EDG can not be manually started

9. Determines 3B EDG running, but output breaker not closed due to failure of 3AB1 3AB111 to open.

US Determines neither 3A or 38 3B 4kV bus energized.

Critical Directs BOP80P work to restore power to 3A or 3B 38 4kV buses

. 3A 4kV bus from SBO S80 tie bkr per 3-ONOP-004 3-0NOP-004.2 .2

.* 3B 38 4kV bus from 3B 38 EDG when 3ABI 3A811I opens Directs RO continue performing 3-EOP-ECA 3-EOP-ECA-O.O -O.O RO Continues performing actions per per 3-EOP-ECA 3-EOP-ECA-O.O -O.O as directed by by US:

US:

Critical 6.

6. Places Places non-running non-running equipmentequipment switches switches to to pull-to-lock pull-to-Iock or or Critical off (U3 HHSIPs, off (U3 HHSIPs, CSPs,CSPs, ECCs,ECCs, ECFs, ECFs, RHRPs RHRPs & & CCWPs)

CCWPs)

/-"

7.

7. Determines Determines from from U4 U4 RORO that that U4 U4 HHSI HHSI aligned aligned to to U4 U4 CCW CCW 8.

8. Determines Determines PZR PZR level level cannot cannot be be maintained>

maintained> 17% 17%

9.

9. Directs NSO locally Directs NSO open MOV-3-843A locally open MOV-3-843A or or BB 10.

10. StartsaU4HH Starts a U4 HHSIP SlP

1. Directs 111. NSO locally Directs NSO locally close 3-297 AlBIC,, MOV-3-381 close 3-297A1B/C MO\t-3-381 && MOV MOV 626 626 12 12

Appendix D Appen D Operattor Opera or Action Actionss Form ES-D- 2 Op-Test No.:

Op-Te 2007-301 Scenarrio Scena io No.: _S_

5 Event No.:

Event No.: _6_ Pag Page e~o

..... of fL Event

Description:

The crew transitions to 3-EOP-ECA- 0.0. MOV-3

-ECA- 0.0. MO V-3-1 405 fails to oQen

-140S open and with 8B AFWP OOS with an oil leak reguire requiress C AFWP to sUQQly supply both units.

Manual bus striQQi stripping is Qerfor perform ed with the exceQ med excepttion ion of 38 3B TPCW TPCWP breaker 3A811 3AB1 1 which has a blown control Qower power fuse and can not be opened oQene d from VPA. 3A 4kV bus is reQow repowe red via the S80 ered SBO tie from unit 4.

3AB1 I is locally oQene Then 3A811 opened allowing d allowin 3B EDG to reener g 38 reenerg ize 38 gize 3B & 3D 4kV bus.Tr ansitio n is made to 3-EOP-ECA- -ECA- 0.2 due to the effects of the steam leak.

Time Positio n Applicant's Applic ants Action Actionss or 8ehav Behavior RO NOTE: How many steps are actual actuallly y perfor performmed ed by the RO depen depend dss on when power is restored across the SBO x-tie by the BOP.

Continue Contin perform uess perfor ing action ming actions s per 3-EOP-ECA-

-ECA-O O.O

.O as direct directeded by US:

12. Determines MSIVs & bypas bypass es closed, main FW & bypass ses control valves closed and SG blowdo blowdown wn isolation valves closed

13. Determ ines leak on 3C SG (thru CV-3-1 CV-3-i 608)

14. Verifie s SI reset Critical Isolates

15. Isolate s AFW to 3C SG.

16. Directs NSO open AFSS- 3-007 to restore A AFWP . Once this is done, increa increas es AFW flow to ~ 34S ses 345 gpm to 3A & 38 3B SG.

17. Directs NSO open breaker for MOV-3 MOV-3-1405

-140S

18. Verifies SG samplsamplee lines isolated

19. Determ ines CV-3-1CV-3-1 608 failed open & local isolation valve closed but leaks by.

20. Controls AFW flow to 3A & 3B 38 SGs 345~34S gpm until either SG level level> > 6[32]%

21. Determ ines no SG tubes ruptured (R-3-1S, 5, R-3-19 & DAM-DAM-1i). ).

Directs HP confirm by local surveys on MS lines.

NOTE: 3A 4kV bus can only be powere power ed d from the SBO x-tie using 3-ONOP-004.2. 3B 4kV bus can be restored by opening 3B TPCWP breakerr 3ABI 3AB111 which will allow reenerg reenergizatio izationn from 38 3B EDG. This will occur after the crew has repowe repoweredred 3A 4kV bus from the SBO x-tie.

13 13

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-30 1 2007-301 Scenario No.:

Scenario No.: _5_ 5 Event No.: _6_

Event No.: 6 Page -.1.

Page 4 ofof ~ 5 Event

Description:

Event

Description:

The crew The crew transitions transitions toto 3-EOP-ECA-0.0.

3-EOP-ECA-0.0. MOV-3-1405 MOV-3-1405 fails fails to to ol2en open and and with with BB AFWP AFWP OOS OOS withwith an oil leak an oil leak reguires requires CC AFWP AFWP to to SUl2l2ly supply both both units. Manual units. Manual busbus stril2l2ing stripping isis l2erformed performed with with the exception of the excel2tion of 3B 3B TPCWP breaker TPCWP breaker 3AB11 3AB1 I which which has has aa blown blown controll2owerfuse control power fuse and and can can not be not be ol2ened opened fromfrom VPA.

VPA. 3A 3A 4kV 4kV busbus isis rel20wered repowered via via the the SBO SBO tietie from from unit 4.

unit 4. Then Then 3AB11 3AB1 1 isis locally locally ol2ened opened allowing allowing 3B 3B EDG EDG toto reenergize reenergize 3B 3B 3D 4kV

&& 3D 4kV bus.Transition bus.Transjtion isis made made to 3-EDP-ECA-0.2 due to 3-EOP-ECA-0.2 due toto the the effects effects ofof the steam the steam leak.

leak.

Time

~.

lillie Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP Performs actions from 3-0NOP-004.2 Performs 3-ONOP-004.2 when directed by by US:

1. Determines 3A 4kV bus stripped but not yet energized energized

2. Determines 3A 4kV bus lockout reset

3. Verifies SI reset

4. Determines 3A 4kV bus lockout has tripped and can not be reset

5. Determines U3 SUT potential white light on VPA is OFF

6. Determines U4 SUT potential white light on VPA is OFF

7. Determines 3B 4kV bus deenergized. Determines Determines from U4 U4 RO both 4A & 4B 4kV buses energized.

8. Determines Determines 3D 4kV 4kV bus lockout reset Critical Critical 9.

9. Realigns Realigns 3D 3D 4kV 4kV busbus to to 3A 3A 4kV 4kV bus.

bus.

.* Opens Opens 3AB19 3AB19 & & 3AD06 3AD06

.* Closes Closes 3ADOI 3AD01 & & 3AA17 3AA17 10.

10. Determines Determines 3AD073AD07 blue blue light light onon 11.

11. Determines Determines from from U4 U4 RO RO that that 4D4D 4kV 4kV bus bus energized energized from from 4B 4B 4kV 4kV bus bus which which is on the is on the 4B4B EDG.

EDG.

12.

12. Directs Directs U4 RO place U4 RO place non-running non-running safeguards safeguards equipment equipment in in P-T-L P-T-L oror OFF OFF onon 4B4B 4kV 4kV busbus 13.

13. Closes Closes 3AD07 3AD07 thenthen directs directs U4 U4 RO RO close close 4AD07.

4AD07.

14.

14. Determines Determines 3A 3A 4kV 4kV bus bus energized energized && SI SI reset reset us US Directs Directs transition transition to to 3-EOP-ECA 3-EOP-ECA-O.O step 32.

-0.0 step 32.

Directs Directs BOP BOP restore restore 3B 3B 4kV 4kV busbus using using 3-ONOP-004 3-0NOP-004.3 .3 14 14

Appendi Appen dixx DD Operator Opera Actions tor Action s Form Form ES-D-ES-D-2 2 Op-Test Op-Te No.:

st No.: 2007-301 2007-3 01 Scenario Scena No.: _5_

rio No.: 5 Event No.:

Event No.: _6_ 6 Pag Page e~o 5 of. f~ ..

Event Descri Event Descripti on:

ption: The crew The crew transit transitionionss to to 3-EOP 3-EOP-EC -ECA- A-0.

0.0.0. MOV-3 MOV-3-1 -1405 405 fails fails to to oQen open and and with BB AFWP with AFWP OOS OOS withwith anan oil oil leak leak reguire requires sC C AFWP AFWP to to sUQQly supply both both units. Manua units. Manuall bus bus striQQi strippingng isis Qerfor performed med withwith the the exceQ exceptiontion ofof 3B 3B TPCWP TPCW breakerr 3AB11 P breake 3AB1 1 which which has has aa blown blown contro controll Qower power fusefuse and and can can not be not be oQene opened from VPA.

d from VPA. 3A 3A 4kV 4kV busbus isis reQow repowere eredd via via the the SBO SBO tie tie from from unit 4.

unit 4. Then Then 3AB 3AB1111 is is locally locally oQene opened d allowin allowing g 3B3B EDGEDG to to reener gizee 3B reenergiz 3B

&& 3D 3D 4kV4kV bus.Tr bus.Transi tion ansitio is made n is made to to 3-EOP 3-EOP-EC -ECA- A-0.

0.22 due due toto the the effects effec ts of of the steam the steam leak.

leak.

Time Time Position Positio n Applican Applic ts Action ant's Actions s or Behav Behavior ior RO Performs Perfor actions ms action s of 3-EOP 3-EOP-EC -ECA-OA-O.O as directdirected ed by US:

Determin

1. Determ es CET < 1200°F ines 1200°F

2. Determin Determ es 3A 4kV bus power ines powered ed from U4 via SBO x-tie and both 4A & 4B 4kV buses buses power powered ed from respec respective tive EDGs EDGs

3. Determin Determ ineses 3A & 3B SG ADVs ADVs contro controlli lling ng in auto at 1000 psig with 3C SG SC ADV failed failed open with leaking leaking isolatio isolationn valve.

valve.

4. Closes breake Closes breakers 3AA08 & 3M rs 3AA08 3AA14 to energienergize ze 3A & 3C 480V LC.

Verifiess 3H 480V LC energi Verifie energizedzed.. If 3B 4kV bus energi energized zed,, verifie verifiess 3B & 3D 380V LC energi energized zed..

5. Directs U4 RO perform Directs perform steps 35b-e. 35b-e.

6. Veri fiess one aux bldg exha Verifie exhau ust st fan & SEP SFP exhau exhaust st fan runn runnin g.

ing.

7. Dire cts NSO start SEP Directs SFP cool cooling ing wate waterr pum pump p

8. Dire cts Chem Directs Chemiistrystry verif verifyy U3 SFPSFP,, plan plantt vent & SJA SJAE SPING E SPIN Gss runn runniningg BOP BOP Perfo Perforrms ms actio action nss of 3-ON 3-0NO OP-0 P-004 04.3.3 when when direcdirecte tedd by by US:

US:

1.

1. ReceReceiv ives/ relayys es/rela s repo reportrt that 3AB1 3AB 11I beinbeingg open opene edd

2. Dete

2. Determ rmin es 3B ines 3B 4kV 4kV busbus strip strippi ping ng com compl plete ete 3.

3. Dete Determrmin es 3B ines 3B 4kV 4kV busbus lock lockououtt relay relay reset reset 4.

4. Veri fiess SI Verifie SI reset reset 5.

5. Dete Determ rmin es 3B ines 3B EDG EDG lock lockououtt reset reset & & 3B 3B EDG EDG runn runniningg 6.

6. DeteDeterm rmin es 3B ines 3B sequ seque ence ncer r oper operabablele 7.

7. Man Manua uallylly sync synchr hron izes 3B onizes 3B EDGEDG to to 3B 3B 4kV 4kV busbus 8.

8. RepoRepor rtsts 3B 3B 4kV4kV bus bus now now enerenergigized zed US US Dete Determ rmin es PZR ines PZR level level << 17%

17%. Direct

. Dire ctss trans transi tion to ition to 3-EO 3-EOP -ECA-P-EC A-O O.2.

.2.

15 15

Appendix DD Appendix OperatorActions Operator Actions Form Form ES-D-2 ES-D-2 Op-Test No.:

Op-Test No.: 2007-301 2007-301 Scenario No.:

Scenario No.: _5_ 5 No.: ~

Event No.:

Event 6a Page Page _1_ iofof _2_ 2 Event

Description:

Event

Description:

The crew The crew stabilizes stabilizes the plant using the plant using 3-EOP-ECA-O.2 3-EOP-ECA-0.2 since since PZR PZR level level <<

171501% or 17[501% or SSII actuated actuated duedue to to the the effects effects ofof the steam leak.

the steam leak.

Time_j__Pos Time ition Position Applicants Actions Applicant's Actions or or Behavior Behavior US US Directs performance Directs performance of of actions actions per per 3-EOP-ECA-O.2 3-EOP-ECA-O.2 NOTE: Starting NOTE: Starting loads loads onon 3A130 3A/3D 4kV 4kV busbus && 3A13C13H 3A/3C/3H 480V 480V LC LC requires coordination requires coordination with with the the U4 U4 ROHO for 48 for 4B EDG load EOG load management. Loads management. Loads started started on on 38 3B 4kV 4kV bus bus && 38130 3B/3D 480V 480V LC requires one operator LC requires one operator to watch 38 to watch 3B EOG EDG load load while while the the other operates the the load's loadá control switch.

RO 3-EOP-ECA-0.2 actions as directed by Performs 3-EOP-ECA-O.2 by US:

1. Verifies SI reset

2. Determines RWST level> 155,000 gal Critical Critical 3. Manually aligns ECCS valves for proper SI alignment (SI valve amber lights all bright)

3. Determines no CCWP running

4. Determines 3 CCWHX in service

5. Starts 2 CCWPs 6.

6. Determines COW CCW headers headers tied together together

7. Starts 3A & 3B

7. 38 HHSIP.

HHSIP. Stops the running U4 U4 HHSIP.

HHSIP.

8.

8. Starts Starts 3A 3A & & 3B 3B RHRP.

9.

9. Starts2ECCs Starts 2 ECCs &2 & 2 ECFs ECFs

10. Manually

10. Manually actuates actuates containment containment isolation isolation phase phase A A && verifies verifies associated white associated white lightslights onon VPB VPB allall bright.

bright.

11.

11. Determines Determines containment containment purge purge exhaust exhaust && supply supply fans fans OFF OFF

12. Verifies

12. Verifies CRCR ventilation ventilation inin proper proper emergency emergency recircrecirc alignment alignment 13.

13. Determines Determines containment containment spray spray notnot required required (pressure (pressure << 2020 psig) psig) 14.

14. Determines Determines RWST RWST level>level> 155,000 155,000 gal gal

15. Places

15. Places both both CSP5 CSPs inin standby standby 16.

16. Determines Determines RCP RCP sealseal injection injection isolated isolated 1616

AppendixDD Appendix OperatorActions Operator Actions Form FormES-D-2 ES-D-2 Op-TestNo.:

Op-Test No.: 2007-301 2007-30 1 ScenarioNo.:

Scenario No.: 55 EventNo.:

Event No.:~ 6a Page2of2 Page 2 of 2 EventDescription:

Event

Description:

Thecrewcrewstabilizes stabilizesthe thegiant plantusing using3-EOP-ECA-0.2 The 3-EOP-ECA-0.2 since since PZR level<<

PZRlevel I 7[501% or SI actuate 17[50]% or SI actuatedddue duetotothe theeffects effectsofofthe thesteam steamleak.

leak.

i Time Time Position Position Applicants Actions Applicant's Actions or or Behavior Behavior BOP BOP Performs 3-EOP-ECA-O.2 Performs 3-EOP-ECA-O.2 actions actions as as directed directed by by US:

US:

Critical Critical 1. Determines

1. Determines no no ICWPs ICWPs running.

running. Starts Starts 22 ICWPs.

ICWPs.

2. Verifies

2. Verifies POV-3-4882 POV-3-4882 && 4883 4883 closed.

closed.

3.

3. Determines ICW Determines ICW headers headers tied tied together together 4.

4. Directs NSO Directs NSO place place PAHMs PAHMs in in service service per per 3-0P-094 3-OP-094 5.

5. Controls AFW Controls AFW flow flow to to 3A 3A && 3B 3B SGsSGs ~345 345 gpm gpm until until either either SG SG level level 6[32]%. Then

>> 6[32]%. Then maintains maintains 3A3A && 3B SG levels 15-50%.

3B SG levels 15-50%.

US US Directs transition Directs transition to and performance performance of 3-EOP-E-1 3-EOP-E-1 TERMINATING Scenario is terminated TERMINATING CUE Scenario terminated upon completion completion of 3-EOP-ECA-O.2 3-EOP-ECA-O.2 CUE 17 17

Appendix0D Appendix ScenarioOutline Scenario Outine Form FormES-O-1 ES-D-1 Facility:

Facility: TurkeyPoint Turkey Point ScenarioNo.:

Scenario No.: 55 Op OpTestTestNo.:

No.: 2007-301 2007-301 Examiners:

Examiners: Candidates:

Candidates: USUS RO RO 80P BOP InitialConditions:

Initial Conditions: Mode2,2, 4% 4% power, power, MOL. MOL.Turbine Turbinerolling rollingatat18001800RPM RPMreadyreadytotosync Mode syncgenerator generatortotogrid. grid. Increase Increase load, place load, placethethefeed feed regulating regulatingvalves valvesinin automatic automaticand and hold hold power poweratat20% 20%for foraaflux fluxmap.

map.

Turnover:

Turnover: EquipmentOOS:

Equipment OOS: NoneNone significant significant Place unit Place unit on on line line and and increase increase powerpowerper per3-GOP-301 3-GOP-301 beginning beginning with with step step 5.52.3 5.52.3 Event Event Event Type*

Event Type* Event Description Event Description No.

No.

11 (N) ALL (N) ALL Place unit Place unit on on line line per per 3-GOP-301 3-GOP-301 beginning beginning with with step step 5.52.3.

5.52.3. Increase Increase load, load, place the place the feed feed regulating regulating valvesvalves in in automatic automatic and and hold hold power power at at 20%

20% for for aa flux flux map.

map.

1a1a (TS) SRO (TS) SRO Once feed Once feed regulating regulating valves are are placed placed in in automatic, TFFXOLB =T TFFXOILB = 1 automatic, an an NSO NSO callscalls in in that that thethe 8B AFWP AFWP governor governor has has an an oil oil leak.

leak.

22 vK0001X TVKD001 x == 1.0 1.o I (C) SRO/80P (C) SRO/BOP 3A (running) TPCWP bearing failure. Failure of 38 3B (standby)

(standby) TPCWP TPCWP to to mm ramp 22 min ramp automatically start following trip of running pump. The crew crew responds responds per per 3 TFK3B11S=

TFK3B11S = T T ONOP-008 and manually starts the 38 3B TPCWP.

3 3 (I) 80P (I) BOP 3B slg 38 s/g controlling feed flow transmitter FT-3-487 fails high TFF1M86H=

high causing causing 38 3B FRVFRV TFF1M86H = T T (FCV-3-488t (FCV-3-488 to o fail closed). Manual operator action is required to control3B control 38 lTS (I,TS)

SRO SRO required to

/ s/g level and avoid a slg a reactor trip. The crew responds per per 3-0NOP-049.1.

3-ONOP-049.1.

44 (R)

(R) SRO/BOP SRO/80P PT-3-1 PT-3-1608 608 fails high. CV-3-1608 fails open and increases steam steam flow flow 3-4%.

3-4%.

The The crew crew responds responds per per 0-ADM-200 0-ADM-200 for aa secondary secondary plant transient.transient. Manual Manual TFS1MREH = T ((C)) RRO turbine load

3::- load reduction is is required to return reactor power power to to 30%.

30%. Once Once power power TFSW13A=T is is stabilized stabilized at at 30%,

30%, the the CV-3-1608 CV-3-1608 isolation isolation valve valve is is closed, closed, but but some some ADV ADV steam steam leakage leakage still still exists.

exists.

55 (C)

(C) ALL ALL Main Main generator generator exciterexciter air air coolers coolers TPCW TPCW flow flow isis partially partially blocked blocked resulting resulting in in TVuJNF=O. 95 (M aa high high air air temperature temperature condition.

condition. The The crew crew responds responds per per 3-ARP-097.C 3-ARP-097.CR for R for TVUJINF = 0.95 (M) ALLALL annunciator TVUJINFB= O.95 TVUJINFB=0.95

/

annunciator E-9f4. E-9/4. The The crewcrew manually manually tripstrips the the reactor reactor when when exciter exciter hothot gas gas TVUJINFC= 0 95 temperature temperature exceeds exceeds 90C 90°C andand performs performs the the actions actions of of 3-EOP-E-0.

3-EOP-E-0. Once Once the the TVUJINFC=0.95 TVUJINFD=

reactor reactor isis tripped, tripped, the the switchyard switchyard relaysrelays out. 38 EDG out. 3B EDG starts starts butbut fails fails to to TVUJINFD=0.950.95 automatically automatically load load 3B 38 4kv 4kv busbus due due toto aa bus bus stripping stripping failure.

failure. 3A 3A EDGEDG fails fails toto start start and and can can notnot bebe manually manually started.

started.

66 TFP8SWYD T TFP8SWYD=T (C)ALL (C) ALL The The crew crewtransitions transitions to to 3-EOP-ECA 3-EOP-ECA-0.0. MOV-3-1405 fails

-00. MOV-3-1405 fails to to open open and and with with B8 TFQ5GAFS= T AFWP TFQ5GAFS =T AFWP OOS OOS withwith an an oiloil leak leak requires requires CCAFWP AFWP to to supply supply bothboth units.

units. Manual Manual TFQSXABF TFQ6XABF==T T bus bus stripping stripping isis performed performed with with the the exception exception of of3B38 TPCWP TPCWP breaker breaker 3AB1 3A811 1 TFK3811S=

TFK3B11S =TT which which has hasaablown blown control control power powerfuse fuse and and cancan notnotbebeopened openedfrom from VPA.

VPA. 3A 3A TFFXMOS 4kV 4kV busbusisis repowered repowered via via the the SBO S80tie tiefrom from unit unit4.4. Then Then 3AB1 3A811 1 isis locally locally TFFXM05==1T K3OP11BG=

opened opened allowing allowing3B 38 EDG EDGtoto reenergize reenergize3B 38&&3D 3D4kV 4kVbus.bus.Transition Transition isismade made K30P11BG =FF toto 3-EOP-ECA 3-EOP-ECA-0.2 -0.2 due duetotothe theeffects effectsof ofthe thesteam steamleak.leak.

K3OP11BR K30P11BR= =F F 6a 6a The Thecrewcrewstabilizes stabilizesthe theplant plantusing using3-EOP-ECA 3-EOP-ECA-0.2 -O.2 sincesincePZR PZRlevel level<<

17[50j%

17[50]%ororSISIactuated actuateddue duetotothetheeffects effectsofofthe thesteam steamleak. leak.

(Normal, ..

(N)ormal, (R)eactivity, (R)eactlvlty, (l)nstrument, (I)nstrument, (C)omponen (C)omponent. t, (M)ajor (M)aJor 11

TP-2007-301 Scenario TP-2007-301 Scenario#5 #5Event EventDescription Description Turkey Point Turkey Point2007*301 2007-301 Scenario Scenario#5 #5 Event 11 - Place Event - Place unitunit on on line line per per 3-GOP-301 3-GOP-301 beginning beginning withwith step step 5.52.3.

5.52.3. Increase Increase load,load, place place the the feed regulating valves in automatic feed regulating valves in automatic and hold and hold power poweratat 20%

20% for foraa flux flux map.

map.

Event 1la Event a - Once

- Once feedfeed regulating regulating valves valves areare placed placed inin automatic, automatic, an an NSO calls inin that NSO calls that the the BB AFWP governor has AFWP governor has anan oil oil leak.

leak.

Event 22 - 3A Event - (running) TPCWP 3A (running) TPCWP bearingbearing failure.

failure. Failure Failure of of 3B 3B (standby)

(standby) TPCWP TPCWP to to automatically automatically start following trip of running start following trip of running pump. The pump. The crewcrew responds responds per per 3-0NOP-008 3-ONOP-008 and and manually manually starts starts the 3B the 3B TPCWP.

TPCWP.

Event 33 - 3B Event - 3B slg sfg controlling controlling feedfeed flow flow transmitter transmitter FT-3-487 FT-3-487 fails fails high high causing causing 3B3B FRVFRV (FCV (FCV 488 to 488 fail closed).

to fail closed). Manual Manual operator operator action action isis required required to control 3B slg to control 3B s/g level and avoid level and avoid aa reactor reactor trip. The trip. The crewcrew responds responds per per 3-0NOP-049.1.

3-ONOP-049.1.

Event 44 - PT-3-1608 Event - PT-3-1 608 fails fails high.

high. CV-3-1608 CV-3-1608 fails fails open open and and increases increases steam steam flow flow 3-4%.

3-4%. The The crew crew responds per 0-ADM-200 responds per 0-ADM-200 for for aa secondary secondary plant plant transient.

transient. Manual Manual turbine turbine load load reduction reduction is is required to required to return return reactor reactor power to 30%. Once power is is stabilized at 30%, the CV-3-1608 CV-3-1 608 isolation valve isolation valve is is closed, closed, but some ADV steam leakage leakage still exists.

Event 55 - Main Event - Main generator generator exciter air coolers TPCW flow is partially blocked resulting in in aa high high air air temperature condition.

temperature condition. The crew responds per 3-ARP-097.CR 3-ARP-097.CR for annunciator E-9/4. The The crew crew manually trips manually trips the the reactor reactor when exciter hot gas temperature exceeds 90°C and performs performs the the actions actions of of 3-EOP-E-0.

3-EOP-E-0. Once Once the reactor is tripped, the switchyard relays out. 3B EDG EDG starts but starts but fails to automatically fails to automatically load 3B 4kv bus due to a bus stripping failure. 3A EDG fails to to start start and and can can notnot be be manually manually started.

Event Event 66 - The The crewcrew transitions to 3-EOP-ECA 3-EOP-ECA-0.0. -0.0. MOV-3-1 MOV-3-1405 405 fails to open and with BB AFWP AFWP OOS with an OOS with an oil leak oil leak requires C C AFWP to supply supply both units.

units. Manual Manual busbus stripping is is performed performed with with the the exception exception of of 3B 3B TPCWP breaker 3AB1 3AB111 which has has aa blown control power power fuse fuse andand can can not not bebe opened opened from from VPA.

VPA. 3A 3A 4kV 4kV busbus is is repowered repowered via via the the SBO SBO tietie from from unit unit 4.

4. Then Then 3AB1 3AB111 is is locally locally opened opened allowing allowing 3B 3B EDG EDG to to reenergize reenergize 3B 3B & & 3D 3D 4kV 4kV bus.

bus. Transition Transition isis made made to to 3-EOP-3-EOP-ECA-0.2 ECA-0.2 due due to to the the effects effects of of the the steam steam leak.

leak.

Event Event 6a 6a - The The crew crew stabilizes stabilizes thethe plant plant using using 3-EOP-ECA 3-EOP-ECA-0.2 -0.2 since since PZR level << 17[50]%

PZR level 17[50]% or or SI SI actuated actuated due due to to the the effects effects of of the the steam steam leak.

leak.

22

TP-2007-301 Scenario TP-2007-301 Scenario#5 #5Event EventDescription Description Scenario XXIII Scenario XXIII NRC NRC 55 SimulatorOperating Simulator OperatingInstructions Instructions Setup Setup IC-20 (4%

IC-20 (4% MOL, MOL, ReadyReadytoto syncsync generator generatortoto grid)grid) oror Ic-i 15 (7%

IC-115 (7% MOL with MOL with atmospheric atmospheric dump dump valves valves CV-3-1606 CV-3-1 606 inin auto auto @ @ 30%,

30%, CV-3-1607 CV-3-1 607 inin auto auto closed closed & & CV-3-1608 CV-3-i 608 inin manual manual @ @ 50%,

50%, ready ready to to sync sync generatorto generator to grid) grid)

Place simulator

, Place simulator inin run run Trigger lesson Trigger lesson steps:steps:

SETU P - 3B SETUP - 3B TPCWPP AUTO TPCW AUTO STARTSTART FAIL FAIL (actuatesTFK3B11S (actuates TFK3B11S =Tthen=Tthen Fwhen F when IMK3RB11)

IMK3RB11 SETUP - 3A SETUP - 3A EDG EDG START START FAIL FAIL (actuates (actuates TFQ5GAFS TFQ5GAFS = T) T)

SETUP - 3B SETUP - 3B 4KV4KV BUS BUS STRIPPING STRIPPING FAIL FAIL (actuates (actuates TFQ6XABF TFQ6XABF == T) T)

SETUP - BB AFWP SETUP - AFWP GOV GOV OIL OIL LEAK LEAK (actuates (actuates TFFXOILB TFFXOILB = T) T)

SETUP - MOV-3-1405 SETUP - MOV-3-1 405 FAILS FAILS TO TO OPEN OPEN (actuates (actuates TFFXM05 TFFXMO5 == T) T)

Ensure ADV Ensure ADV setup setup per per 3-GOP-301 3-GOP-301 Enclosure Enclosure 22 with reactor power &

reactor power & Tavg Tavg stable, stable. Start Start train A chilled train A chilled water and secure train secure train B B chilled chilled water (CR (CR HVAC HVAC panel).panel).

Acknowledge any Acknowledge any alarms and place simulatorsimulator in freeze.

Provide shift Provide shift turnover turnover checklists checklists & & copy of 3-GOP-301 3-GOP-301 completed completed thru step 5.52.2. 5.52.2. The The crew is crew is to to place place the unit on line and increase increase power to 30% for a flux map.

Select 3A Select 3A QSPDSQSPDS to page 211 (SAT) and 3B QSPDS QSPDS to page 212 (RVL). (RVL). Set ERDADS ERDADS on VPA on VPA to Tavg/T to Tavg/Tref ref (TAV) and at the RCO desk to ENVR ENVRN N (ED3).

Fill in blende Fill in blenderr & shutdo shutdownwn boron additioaddition n placard placards console s at consol blenderr station e blende station.. Data Data forfor each each IC IC maymay be be found in the ECC & & Shutdo Shutdown wn Guidel Guidelines Book ines Book in in the simulator IIF.

simulator I/F.

Event Event lila 1/1a - Place Place unitunit on line I1B on line B AFWP AFWP out out of of service service Initiate Initiated d by by crew crew based based on on shift shift turnov turnover. er.

The The crew crew perform performs s 3-GOP 3-GOP-301 -301 beginn beginning ing at at step 5.52.3 to step 5.52.3 to synchr synchronize generator onize genera tor toto grid grid, in crease power increase power andand swap swap s/gs/g level level contro controll toto main main feedfeed reg reg valves valves contro controlling lling inin automa tic. Note that a surrog automatic. Note that a surrogate operator ate operato r will will be be require required d toto mainta maintain level.

SG level.

in SG Respon Respond d ifif asked asked as as SM SM that that auto auto synchr onization isis to synchronization to bebe used used for for placing placing the the main main genera tor generatoron on line.

line. (Step (Step 5.54 5.54 isis n/a) n/a)

Respon Respond d as as System System ifif notifie notifiedd of of placing placing Unit Unit 33 on on the the grid grid and and increas increasing powerto ing power to 20%

20%

(135 (135 MWe)

MWe). . IfIfasked asked about aboutVARSVARS, , reques request t 100 100 MVAR MVARout out at at 100%

100% power.power.

Respon Respond d as as Chemi Chemistrystry when when notifie d toto sample notified samplefor for 15%

15%powerpowerchangechange (TS (TS 3.4.8) 3.4.8) 33

TP-2007-301 Scena Scenarrio io #5 Event Event Descri Description Once feed regul regulatin ating valves g valve s are placed in autom automati c, call in as a turbin atic, turbinee bldg. NSO and repor reportt that the B AFWP gover governor nor has an oil leak (oil leak entere enteredd at setup) setup)..

Respond Respo nd as NSO if direct directed ed to mechanicaanicalllyly trip B AFWP. Click on Sche Schemma~a>

FEEDWATE FEED WATE R>A R~AU UX X FIW STEA STEAM>L M~LOOA-->

A~TC F5MT TCF5M TBB - LOA AFW TURB B MECH TRIP

~*TR TRUEUE then INSERT. Repor Reportt when compl complete ete..

Respond Respo nd as NSO if directdirecteded to verify GCM filter free of oil & set H2 gas flow at 16. After mm., report compl 2-4 min., completeete..

Respond Respo nd as NSO if directdirecteded to comp complete 3-OP-072 lete 3-0P- 072 sectio sectionn 5.0 to place steam traps in service.

servic e. After 7-10 min.mm. report compl complete ete..

Respond Respo nd as NSO if directdirected perform ed to perfor m local action actions s to initiate MSR tube bundl bundle e purge purge 3-OP-072 per 3-0P- 072.1.1..

Respond Respo nd as NSO if direct directeded to check check Bently Bently-Neva-Nevad daa for turbin turbine vibratiion e vibrat on alarm alarm.. Reset Reset expected expec turbine ted turbin eccenttricity e eccen ricity alarm alarm.. Click on Sche Schemma~a>T TURBINES URBIN ES-->T

~ TURB URBO VISOR OVIS ORYY

>LOA->TC

~LOA ~ TCUFUFRS RST T - TURBINE BENTLY-NEVADA VADA ALARM RESE RESETT*TR~ TRUE UE then INSERT.

Respond Respo nd as SM if askedasked about about transf transferri erring ng main turbin turbinee load from the govergovernor nor to the load limit. Direct crew to wait until after power power reaches 30% powe powerr before before doing this.

Respond Respo nd as NSO if directdirected ed to check check PSS voltm voltmeter eter inside the voltag voltage regulator e regula tor cabinet.

cabine Reportt back that meter

t. Repor meter reads reads zero volts.

Respond Respo asked as Chemistry to verify SGs nd if asked SG5 are within 0-NC 0-NCO OP-0 P-002 02 limits. As chemistry reque request power be held at or below 30% until SG chemistry verified within st power limits.

As React Reactor Engine or Engin ering,, reque eering request st power be held at 30% until flux map compl complete ete..

Respond Respo nd as SM/FS SM/ES if askedasked to verify 3-0SP 3-OSP-08 -0899 step 7.1.2 compcomplete letedd during turbine turbine startup.

startu Reportt that this surv

p. Repor surve eilla illance requirem nce requir emen entt met satisfa satisfactorily ctorily.

Respond Respo nd as FS/NSO if aske asked d abou aboutt statu status s of hydro hydrogen gen gas dryer. Repo Reporrtt that it is in servi servicce.

e.

Respond Respo nd as FS/N FS/NS SOO if aske asked d to begin placin placingg MSR5MSRs in servi serviccee per 3-OP 3-0P--072 072.1

.1..

Powe Pow err shou shoulldd be stabi stabili lized zed at 30%, Tavg =554.5

= 554.5°F turbine load ==225 MWe.

of & turbine 4

TP-200 TP-20 7-301Scena 07-301 Scenar rioio#5#5Event EventDescriDescrip ption tion Event Even t 22 - 3A 3ATPCW TPCWPP bear bearin ingg failur failuree Oncesteam Once steam dump dumps havebeen s have beenrealigrealign ned edfor fornormnormal al at atpowepower r opera operati tionon (or (oras directed direc by lead ted by lead examiner), exa min er),trigge trigger as lessonstep r lesson step EVENEV EN TT 22 - 3A 3A TPCW TPC WP P BEAR BE ING FA ILU RE FAILURE (actuate (actu ates TVKDOO 1X==1.0 AR ING s TVKD0 01X 1.0onon22minmm ramp).

ramp).

Annunc Annun iators ciator 1-5/1 , 5/2 s 1-5/1, 5/2 && 5/4 5/4allallalarm alarmwhen when 3A 3A TPCW TPCWP P trips.

trips. The The crew crewrespo ndssper ONOP-008.

ONOP -008. The The 80P BOP will willneed needtotostart start38 respond per3- 3-3B TPCWTPCWP P manu man ally uall y since sinc e the the auto auto start star fun ctio functionn was was failed failedat atstartu startup t p..

Respon Respo ndd as as NSONSO ififdirect directeded to to locally locaNy check check 3A 3A TPCW TPCWP P.. Repor Reportt back back that that the the inboar mo tor bea ring motor bearing is smoki is smo kin inboardd ngg and and veryvery hot.hot. IfIf direct directed ed to to do do post-s pos t-sttart art check che s on 3B TPCWP cks on 3B TPCW P,, report report backback thatthat thethe pump pump isis runnin runningg normanormallly. ly.

Respon Respo ndd as as NSO NSO when when directdirected to locally locally check ed to check TPCW TPCW suppl supply y temp temp (TI (Tl-3-11432)

<11 0°F and

<110° F and stable stab le/d ecreasing. 432)

/decre asing. Click Click on on Sche Schemama~C *COOMMO MM ONN SERV ICES SER VICES*TURBINE ~ TURB INE PLANT PLAN COOLING T COOL lNG~ >TPCWTPCW HEAT HEAT EXCH EXCHANGE ANGERS. RS. ~repo r epo rtrt TPCW TPC W supply sup heade ply header r temperrature tempe ature at at top top ofof page.

page.

Respon Respo ndd asas NSO NSO when when direct directed ed to to locally locally verify verify TPCW TPCW baske baskett strainstrainer er ~p.

LIp. From From TPCW HEAT EXCH HEAT EXCHANGE ANGERS RS system system mimic TPCW mimic page,page, clickclick on on FROM FRO M ICW ICW PUM PS. ~repo rt on baskebaskett strain strainer PU MP S. *report ~p's LIps on erss downs downstr eam of POV-tream POV-4 882 & 4883.

4882 4883.

Respon Respo ndd asas NSO NSO when when direct directed check tempe ed to check temperrature ature of comp compon onent entss cooled cooled by by TPCW TPCW..

Aft er After 8-10 8-10 min.,

mm., report report all tempetemperrature aturess stable stable..

When reque When requessted ted as OCC, 0CC, afte afterr 8-1 0 min mm rack out bre 8-10 break akeerr 3AA3AA1II1 by trig triggegerring less on step EV lesson step EVENT 22 - RACK EN RACK OU ing OUT T BKBKR R 3AA 3AA1I 1I (actu(actuate atess TAK3A1 TAK3A11P = RAC RACKO KOU UT(3)).

T(3)).

If If itit is is des desireiredd to skip eve event ntss 1&1& 22 and beg begin in the sce scenanarrio here, io her e, resreset et to IC- IC-121255 Ev Even entt 33 - FT-FT 48 4877 fai ls hig fails high h Aft After er CVCV-3--3-11608 608 isolisolatateded,, trig triggegerr less lessonon stepstep EV EVEN ENTT 33 - FT- FT 3-448787 FAFAILSILS HIG HIGH (actu (actuate atess TEl TF1 M87 M87H H == T).

T).

H Thi This s cau cause sess FT-FT-3-3-448787 toto fail fail hig highh whiwhichch cau cause sess FCV FCV-3 4-488 88 to to fail fail clos closeded.. To To avo avoid id auto autom mat ic reac tor trip atic reacto r trip on on 3B38 s/g slg low low leve level,I the the opeopera ratotor r must mu st take take manu man ual al contro control ofl of FCV FCV-3 4 88 and

-488 and rest restor oree feed feed flowflow and and retu rn s/g return slg leve level l back bac k to to progra program. Them. The crewcrew resp respo ondndss per per 3-O3-0NO NOP-0 P-049 49..11andand taketakes s FT-FT 3-448787 outout ofofserv servic ice.e. 38 3B s/g s/g level leve contro l con trol l isis retu return rneedd to to auto autom mat ic usin atic using g FT-FT-3-3-448686 forfor con controtrol.l.

Res Respo ponnd d as as WCWCC C ififdire directcteded toto init iate aa PW initiate PWO O andand con contatactct l&C I&C. . AlsAlso respo o resp ondnd asasWC WCC C ifif dire direct cted ed toto gen genereratatee an EC an ECOfor O forthethe bist ableles bistab s trip trippepedd perper3-O3-0NO NOP-0 P-049 49.1 .1.

Res Respo ponnd d as as FS/ NSOO ififdire FS/NS cted direct edtoto rese reset t the theAM AMSA SACCTR TROU OUBL BLE E alaralarm m (D- (D-7/6 7/6) )atatthethe AM AMSA SACC pan el in the panel in the Cable Cab le Spr Spreaeadding ing Roo Roomm. .Aft After er 2-42-4 mmmin.,., trigge trig ger r lesson less on step EVEN step EVENTT 33 - RE RESE SETTAM AMSASACCTR OUBL TROU E (actu BLE atessTCL (actuate 4RSTT==T).

TCL4RS T). Rep Repor ort twhewhen n com compl ete.

plete.

55

TP-2007-TP-20 07-301301 ScenaScenariorio #5 #5 Event EventDescri Descripti ption on Event Even t 44 - PT-3 PT-3-1 -1608 608 failsfails high high II CV-3 CV-3-1 -1608 608 fails After FT -

fails open open After FT-3-487 487 bistabbistable less trippe tripped d && 3B 3B SG SG level level contr control ol return returne edd to to autom automat atic,ic, trig ger less trigge r lesson step on step EVEN EVENT T 44- PT-3-1

- PT 608 1608 FAlL (actuates FAILS S HIG HIGH H II CV CV- 1608 3-16 08 FAILS FAIL OPEN S OPEN (actuate TFS1MREH s TFS1M REH = T & TFSVV49D=0

= T & TFSVV49D=0.1 .1 then thenTFSW1 TFSW13 3A A == TT55 sec sec later).

later).

CV-3-16 CV 1608 08 fails falls open open and and increa increas seses steam steam flow. flow. Witho Without ut opera operato torr action action,, powe power r will will even tuall y stabi eventually stabilize at lize at 34-35 34-35%. Consiste

%. Consi stent nt with with 0-ADM 0-ADM-2 -200 00 sect.

sect. 5.4.3 5.4.3 for for a secon a second dary ary plant transie plant transient, manual nt, manu turb The al turbin load is e load is reduc reduce edd to to return return reacto reactor r powe powerr to to 30%.

30%.

IfIf crew crew isis slow slow to to take take action action,, call call as as reacto reactorr enginengineer eering ing and and ask over the the 30% ask whywhy powepowerr isis so so far far over 30% hold hold which which was was suppo suppos seded to to be be in in progre progress. ss.

Respond Respo nd as as NSO NSO ifif direct directed ed toto close close the the airair isolati isolation on valve valve and and bleedbleed airair off off the the CV CV 1608 oper 160B operaator. tor. ThisThis willwill have have no no effect.

effect. ReporReportt steamsteam contincont uess to inue to come com e out out of of the the silencer silenc with the er with the greate greates noise/vib stt noisel vibratratio ionn onon eV CV-3-1 160B.

608.

Once powe Once powerr is is stabil stabiliz izeded atat 30%,

30%, CV-3-CV-3-11608 608 can be be locall locally y isolat isolated ed.. When When directdirected ed as NSO , wai as NSO, wait 2-4 min t 2-4 mm then trigge triggerr lesson lesson step EVEN EVENT T 44-- LOCA LOC ALL LLY Y ISOLA ISOL TE ATE CV-3-CV 1608 (actuate 1608 (actuates TASBVOO3 s TASBV 003 = 0.0 on 11 min mm ramp). When compl ramp). When complete ete,, report repo rt that with the valve valv e closed closed,,

although althou much less than before gh much before,, some some steam steam flow is still visible Respond visib le out the silenc silen er.

cer.

Respo called as the wee nd if called WCC to get Mech Mechani cal assist anical assistan ance ce in isolati isolatingng 3e3C SG ADV. ADV.

Event 5 Even Exciter t 5 - Exciter air cool cooler TPCW block er TPCW blocka age ge I Reac Afte Reactor tor trip Afterr FT FT-3-487 487 failurfailuree crew brief, brief, trig trigge gerr lesson lesson step EVEN EVENT T 5 - EXCIT

- EXCITER ER AIR COOLER TPC COOL ER TPCW W BLOC BLOCKA KAGE GE (actuate (actuatess TVUJI TVUJIN NFF = 0.98, TVUJI TVUJIN FB == 0.98, TVUJI NFB TVUJINNFCFC = 0.98 &

TVUJI NFD = 0.98 0.98 &

TVUJIN FD = 0.98 allall on on 11 mm min ramp ramp).).

This will cau cause se excit excite err air temp tempe eratu rature re to incre increaase. se. The crew resp respo ondndss per 3-AR3-ARP P--

097.

097.CR CR for ann annun uncciator iator E-9/E-9/4. 4. Whe When n excit excite err hot gas tem tempe per rature atur e reach reac es hes CC, 90"C, 90 the crew man manu ually ally trips the reac reacto torr and 3-EO3-EOP P-E-

-E-0 0 imm immeediat diate e actio action nss perfo perforrmed med..

Eve Even nts ts 66 - Los

- Loss s of all AC AC pow powe err Afte After r the the imm imme edia diatete acti action onss of of 3-EO 3-EOP P-E-

-E-0 0 are are comcomp plet lete, e, trig trigge lesson gerr lesso steps n step s EVE NT EVEN T 6- 6 - 3AB3AB1II1 STU STUC CK K CLO CLOS SEDED (actu atesT (actuate s TFK3B1 FK3BllS = T), then 1S =T), then EVE EVEN NTT 6 6- - LOSS LOS S OFOF SWI SWIT TCH CHYA YAR RD D (actu atess TFP8S (actuate TFP8SW WYDYD == T, T, K3OP1 K30P111 BG BG == F, F, K3OP1 K30P111 BR BR == F, F, TCE2E TCE2E on = TT && TCE2E OIT TCE2EO7T This 07T = T).

T).

This cau cause sess aa loss loss of ofAC AC pow powe err from from the the start startuupp trans transfform ormer er.. 3B38 EDGEDG star starts but falls ts but fails to to auto autom mati callyy load aticall load 3B 38 4kv 4kv busbus duedue to to aa busbus strip stripp ping ing failu failure re.. 3A 3A EDG EDG failsfails to to start star t and and can can not not bebe manmanu ually ally start starte ed.d. The The crew crew trans transiition tions s toto 3-EO 3-EOP -ECA-P-EC A-0.0.0.

0.

MOV MOV--3-14 3-140 055 failu failurere to to open (en open (enter tereedd atat setup setup) ) with with B8 AFW AFWP OOS (from P OOS (from eveevent 1) nt 1) req requir uirees s CC AFWAFWP P toto supp suppl lyy both both units units..

Man Manu ual al bus bus stripstripp ping ing is is perfo perfor rmed med withwith the the exce excep ption tion of of3B 38 TPC TPCW WPP bre break akeer 3A811 r 3AB 11 whic h has which has aa blow blown n bre break akeer r trip trip circu circuitit cont contro rollpowpowe err fuse fuse and and can can notnot bebe opene opened fromd from VPA VPA.. Prio Prior r toto closu closur ree ofofthethe SBO S80 tie tie from from unitunit 4,4, 3AB3A8I11 I isis local locally opene ly ope neddallow allowiing ng 3B 38 66

TP-200 TP-20 7-301Scena 07-301 Scenar rioio#5

1. 5Event EventDescri Descrip ption tion EDGtotoreene EDG reenerg rgizeize38 3B&&3D 3D4kV 4kVbus. bus. Trans Transit ionisismade ition madetoto3-EOP 3-EOP-ECA- O. .10r ECA -O. 2 dep end ECA-O.2 depending on plant ing on plantcondit conditi

-ECA-O br3-EOP3-EOP--

onsatatthat ions thattime.

time.

Respon Respo nddas asNSO NSOififdirectdirecteded totolocally locallytrip trip3B13B1 &&3B2 3B2CWP CWPbreak breake ersrs3AB1 6 &&3AB18 .

Trig ger Trigger lesson less onstepstep EVEN EVENTT66- TRIP 3AB16 3AB18.

- TRIP3A81 3AB16 6 ANDAND 3A813AB 8 18 (actuate s (actuatesTCK4C C = FFthen

==FF 11min mm later). Report later). Repor whencompl complet TCK4CC thenTCKTCK4DC 4DC t when ete.e.

IfIfcalled called as as NSONSOtoto investinvesti gate break igate breake err3AB11 3AB1 1, reportthat

, report thatthe blu e & whi te ligh the break breake errisis closed closed, , the the blue & white lights are ts are on on while while the the redred && green green lights ligh circ uit fuse ts are are off off (indica (ind icattive ive of of aa blown blo wn trip trip circuit fuse - refere- referen nce ce PTN PTN EWD EWD 5613- 5613-E E-27-27 sheet sheet 1IB) B)..

Respon Respo ndd asas NSO NSO ifif askedasked to to locally locally reset reset 3A 3A EDGEDG start start failure failure relay relay by by press ingg alarm rese t pus hbu tton reset pushbutton. Repor t back . Rep ort back that pressin alarm that thethe 3A 3A EDGEDG turboc turb ochharge arg err suffer suff ed ered catast rophic fail ure wit h failure with consid conside rable dama damage cata stro phi c erable ge to to EDG EDG exhau exhaus stt piping piping..

Respon Respo ndd as as NSO NSQ ifif asked asked to to check check whichwhich unit unit CCW CCW isis supply supplying ing U4 U4 HHSIP HHSIPs. s. Repor that that U4 U4 CCWCOW isis supplysupplying U4 U4 HHSIP HHSIPs. Reportt s.

Respon Respo ndd asas NSO NSO ifif askedasked to to locally locally openopen MOV- MOV-3 3-843

-843A A or or B.

B. After After 2-4 min., mm., trigge eith er less on either lesson step EVEN step EVENT 66 - LOCA LOCALLY OPEN triggerr OPEN MOV- MO V-8843A 43A (actuate EVENT EVEN T 66 - LOCA LOCALLY OPEN MOV-(actu s TFMVV ates TFMVVO1O == T) 010 T) or or LLY OPEN MOV-8 43B (actuate 8438 (actuatess TFMVV TFMVVO 2O == T). Repor 020 Reportt when when compl complet ete.e.

Respon Respo ndd as as NSONSO ifif asked asked to locallylocally isolate isolate RCP RCP seals seals by closin closing g 3-297 3-297AAlBIC 381 & MO V-3 381 & MOV- 3-626 . Trigg-62 6. Trig ger lesson step EVEN 1B/C,, MOV-MOV-33--

er lesson EV EN T 6 6- - LOCA LO CA LLY ISOLA ISO TE RCP (actu (actuateatess TAHN9 TAHN97A = 0.0, TAHN97B =

7A =0.0, TAHN978 =0.0 after 1 LA RCP SEAL SEALS S mm 1 min mm delay, delay, TAH TAHN9N97 C ==0.0 after 2 mm 7C min delay delay,, TFB TF8VCVC660 O =TT after after 33 min delay delay & & TFK TFKV62V626C6C = T after 4 mmn T after min delay delay).). Rep Repor ortt whe when n com

=

compl plet ete.

e.

Res Respo ponnd d as as NS NSO O if dire direct cted ed to ope n AF open AFSS SS--3-007 3-007 to rest restororee trai train n 22 stea steam flow to m flow to C C AF WP .

AFWP . After Aft er 1-3 1-3 mm min., ., trig gerr less trigge on lesson step step EV EVENENTT 6- 6 - OP OPEN EN AFSS 007 AFSS-3-007 (actu (actuate

= 1.0 atess TAF TAFF07 1.0 on on 30 30 sec sec ramp ramp).). Rep Repor ortt whe when n com compl plete.

ete.

FO7 Res Respo ponnd d as as NS NSO O ifif dire directcted ed to to dee nerrgize gize and deene and closclosee MOMOV- V-33-140

-1405. 5. Aft After 1-3 mm er 1-3 min.,

trig ger less on trigger lesson step EV step EVEN ENTT 66 - DE .,

- DEEN E NE RG ERGI IZE ZE MO MOV-V-11405405 (actu (actuate atess TCF TCF5M A27 5MA27 F). = F).

Res Respo ponnd d asas NS NSO O ifif ask askeded aboabout ut stat us of status of stea steam m from from the the 3C3C SG SG AD AOV V CV CV 11608.

Rep ort that Repor t that stea m isis still 608.

steam still com ing comin g out out of of the the sile nceer silenc r on on the the uni unit 3 main t 3 main stea steam platfor m plat form m..

Res pon d Respo nd as U4 as U4 RORO whe when n stat us of status of U4 U4 4kV4kV bus buseses isis req requeuessted.

ted. Rep Reporortt that that 4A4A && 4B 4B 4kV 4kV bus buses es are bot h on are both on their thei r resp respe ecti ve ED ctive EDGsG5 and and 4D 40 4kV4kV busbus isis aligaligne nedd toto 4B 4B 4kV4kV bus bus. .

Res Respo ponnd d as as U4U4 RO ROwhe when n req requeuessted ted toto plac place e 4B4B4kV4kVbus bus non non-ru

-runnning ning ESF ESF loadloads s mnin PP-T-L or OF F. Trig T-L or OFF. Triggerless ger on step lesson step EV EVEN ENTT66 -4B - 484KV 4KVESF ESF LO LOAD AD SS PTL PTL (actuate s TCE2E (actuates TCE2E24 24T

=T,T,TCE 2E2O20T TCE2E T =TT&&TCE TCE2E2E27 T). IfIf4B T ==T).

27T 4B HH SIP isisnot HHSIP notrun T

runnin nin g, g, trigge trig ger r lesson less on step EVEN T

-4B 48 HH HHSIPSIP PTL PTL(actu atessTFM (actuate 2D448SBS ==TT&&V80 step EV EN T 66 TFM2D H30 ==T).

V80H30 T).Aft After er 1-3 1-3mm min.,., repreport ort com compl ete.

plete.

77

TP-20 TP- 20007-7-3301 01 Sce Scenar narioio #5

1. 5 EveEvent nt DesDescrip cription tion Respo Re spond nd as as U4 U4 RORO wh whenen req reques uested ted toto clo close se 4AD 4AD0 7. Tri

07. Trigg gge CLOS CL OSEE 4A 4AD0 D077 (act (actuate uatess TCE err les lesson son ste stepp EVEVEN ENTT 6- 6 TCE2E 2E333C =T).

3C = T). -

Respo Re spond nd asas U4U4 RORO wh whenen ask askeded abo aboutut 4B 4B ED EDG G loa loadin ding.

g. Clic Click POWE PO WER R && SYSYNC~E k onon ScSchheemma a~S *STANDBY BY

->EMEMERG RGENENCYCY DIEDIES SE EL L LO rep ort report MW MW rea LO GI GIC C &

& PRO PR OT T ~E>EDDG G 4A 4A && 4B 4B

• readin dingg und underer bre breake akerr 4AB 4AB2 1.

• and and 21.

After Aft 3A 4kV er 3A 4kV bus bus ene energiz rgized from the ed from the SBSBO x-ti x-tie, betwe e, bet weenen ste 0.0 cal 0.0 calll as as NSNSO andand tell tell cre steps 32 32 & 35 35 of of 3-E 3-EOP -ECA-crew thathat 3AB 3ABI 11 I is is bei bei ng ng ope ope EV EN T EVEN 66 - LO LOCALLY OP ned loc loc ally . Tri Trigg ggeerr lesson step les OPEN 3A 3AB1BI1I (act (actuate uates TFKTFK 3B11S 3B1 1S == FF follo followe wedd by byTTCK cK33B1 Bllc 1C = = F F 55 sec sec late later).

Respo Re spond as as U4 U4 RC RCO ifif dire direct cteed to per d to perform form ste steps 35b-e of 3-EOP-ECA- A-00.0

.0..

Respo nd as NS Re NSO wh when en dire direct cteedd to start SF SEP coolin ling g wa water pump. Tell RO just before starting, then trig trigg er ger leslesson step EV EVEN T 6 - START SFPCWP (actuate (act uates TCC TCC4C4CL 15 =

L15 = T).

Even Ev ent 6a - Lo - Lossss of all AC power recovery Th Thiis s event entered wh when en 3-EOP-ECA- A-00.0.0 completed. Transition tion is made to 3-EOP-EC 0.2 since SI is require uired (based on PZR level <17 d (ba -ECA A 3-1608. <1 7%%) ) due to the leak on 3C SG AD V CV-Respond as NSO if dire directcteedd to check if MOV-3-1 report that the se valves are clo -14426 26 & 1427 are clo closed. Af Aftter er 1-3 min closed. Note that it is not requir mm.,

sin ce MOV-3 V-3-3-3881 uireed d to clo clo se MO MO V-3 V- -63386 3-6 86 closed in the same lin 1 is clo linee..

Respond as NSO when dire direct edd to place PAHMS in ser cte minut min utees, s, tri triggg servic vice on unit 3. Af Aftter er 8-12 gerer lesson step EVENT 6 - PLAC TA TACC2V 2V002A

- E U3 PA HM S IN SE SE RVICE (actuates RV 2A == 1.0, TAC2VO 2V0 2B == 1.0, 1.0, TAAAV21 == 1.0, 1.0, TAAAV22 == 1.0 1.0 && TAC TACAOOA0055 == 0.0). Reportt when complete.

88

J NR NRC-5 C-5 OP OPE ER RAT ATI IOONS NS SH SHIFT IFT TU TURN RNOV OVER ER RE PO REP ORT RT ONCO ON COMIMIN NG G CR CREW EW AS ASSIG Shift Shi ft MgMgr:r: SIGN NM MEN ENTS TS Fie ld Field Sup Supv.

v.:: Insi Insidede SNP SNPO O::

Admi Adm n RC in RCOO: Out Outsidsidee SNP SNPO O::

ANANPO: PO:

Uni Un itt 33 Unitt Sup Uni Supv.

v.:: Un Uniitt 44 RC RCO O:: Uni Unitt Sup v.::

Supv.

NP NPO: O: RCO RCO::

NPO NPO::

Plan Pla ntt Sta Stattusus Uniitt 33 Un Mode:

Mod e: Un Uniitt 44 Po we 22 Pow r:

er: Mo Mode: de:

MW 44 1 MW e: e: 549 Pow Powe er:

r:

Gross 549 .5 100 100 Gro Leakr ss Lea kratatee:: 0.03 MW MWe:

RC 759 S Bo ron RCS Bor on Connc: Co e: 124 Gro Gross ss Lea Leakr krat e::

ate 124 4 0.04 RCS RCS Bor Boron on ConConc:e: 600 Op)f:a

Ope era tio ti() na.l na.(Jo l Coll.cnc

~ii:ern l1S:s:

',') ,'1l;:::{:t;,\:\ ;',\}i"J

• ~,\;~{i~,~t

-'TTr ain rai nA A isis pro protect tecteded Turbi Tur bin nee roll rollining g at 1800 RPM ready aut omatic to sync generator to grid grid.. Increase load, place the feed autom atic and and hol holdd power at 30% for a flu feed regulatin ting x flux ma mapp.. g valves in Pla ce uni t Place unit on lin on linee and increase power per 3-GOP-301 beginning with ste step p 5.52.3 U3 An U3 An tici ticipa patted ed LCLCO Ac Acttio ion nss:: I, Cu rre Current:nt: No None ne An Antici ticipat pated:ed: No None ne Tra Trainin AA is is pro protectectteded.. OLRM RM is is green en (CD (CDFF = 11.4 .422E-E-66;; LE LERRFF == 9.2 9.28E 8E--8) 8).. U4 U4 AnAntic ticiipa patteded LC LCO O AcActtioion ns: s: Cu rre Current: nt: No None ne An Antici ticipat pated:ed: No None ne Tra Trainin AA isis pro protectectted ed.. OL OLRM RM isis gre green en (CD (CDFF == 1.4 1.42E 2E--6; 6; LELER RFF == 9.2 9.28E 8E-

                                                                                                                               -8)8)..

Re Ressuults lts of ofOfOff fgogoi mg Foocu cuss Ar ngF Are eaa:  : See See g:\ g:\OOpps\C s\Com mo ommon\0 n\0900 900

UnUniitt 33 St Sta atu tuss Rea Re acct tororOp Ope era ratortor Mode: Mod e: Po 22 RCS Lea RCS Leakr Powwe er:r: 44 kraatete Acc Accum umula MWe:e: Gross Gro ss:: ulator torRef RefLev Level elss MW 0.03gpm 0.03 gpm Ta 00 Unden Uni identi fiedd tifie AA 661 66155 Tavvg: g: 549.5.5 549 Charg 002gp 0.0 2 gpm m BB RCS Pre Cha rginingg PpsPps: : 664 66400 RCS Press ssuure re:: 22355 0.01 0.01 gpm gpm CC RC 223 662 66255 S RCS Boron ConBo ron Conc: 124 e: 12444 i:;;}\Ah

            ,fi'finnrm          1 Ann lal **;",,'l **~~~

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Annun uncicia tor:: ;I;;\~:;.;:t~*~'~)r1;:i~\i:~~fl~(~*~,':::~%1]:l)*~:1~;~'?;~i':' Ann ator None Non abnorm e abn ormalal i;.'fiifr1l'i.iR,;;;,,*.liV. Comp Com Ac p Actions:tio ns: An nun Annunciator: cia tor  : Comp Com p ActiActio ns: ons: An nun Annunciator: cia tor  : Comp Com Actio p Acti ns: ons: An nun Annunciator cia tor:: Comp Com p ActiActio ns: ons: Annun Ann unci cia tor:: ator Comp Com Actio p Acti ns: ons: An Annnun unci cia tor ator:  : Comp Com Actio p Acti ns: ons: Annun Ann unci cia tor:: ator Co mp Comp Actitio Ac ns: ~ ons: An nun Annunciato cia torr:: Comp Com Ac tio p Actions: ns: Annun Ann unci ciaator tor:: Co mp Comp Actiion Act s: ons: An Ann nun unci ciaator tor:: Co mp Comp Actiion Act s: ons: Cu Curre rrent nt Te Tec chh Sp ecc Ac Spe Acttio ionn St Staate meent tem ntss:: (D (Do oes es Nott Inc Includ T.S .A. S / T.S.A.S ! Component:Co mp one nt: ludee F "Fo orr Tr Tra acckikinm! g On Only ly Ite Item No Nonene mss" Re Rea aso n: son: En Entr tryy Dat Date e:: T.S .A. T.S.A.S ! CoS / mppon oneent: nt: Com Rea Reason:son  : En Entr tryy Dat Date e:: T.S .A. S T.S.A.S ! Co / mppon oneent: nt: Com Re Rea aso n: son: En Entrtryy Dat Date e:: T.S T.S.A. S

        .A.S ! Co
                /    Com mppon oneent:

nt: Re Reaaso n: son: En tryyDat Entr Date e:: TS T.S..A. S A.S !Co/ Com mppon oneent: nt: Rea Reason son: : En tryyDat Entr Date e: : T.S T.S..A. S A.S !Co/ Com mppon oneent: nt: Re aso Rea n: son: En tryyDat Entr Date e: :

Chang Cha ngees to Ris s to Riskk Sig Signifi nifcan Uniitt 33 St Un Statuatus s

 /~

icant Equip t Equ ipm me nt: ent : Unit 3 Riskk isis GR Uni t 3 Ris GREENEEN.. Upcom Upc ominging Rea React iviity ctiv ty Man Managageem meent Activ nt Act itie iviti s: es: Syncc gen Syn genera erator tor toto grid grid.. Incr Increa easse load,, plac e load placee the the feed feed regu regulat ing latin valves g valv es inin auto automat matic ic and and hold hol d pow power er at at 30% 30% for for aa flux flux map map.. Upcom Upc ominging Maj Major POD Act or POD Activ itie iviti es:s: Syncc gen Syn generaerator tor toto grid grid.. Incr Increa easse load, plac e load placee the the feed feed regu regulat ing latin valves g valv es in auto in automat ic and and hold hold pow power er at at 30% 30% for aa flux map map.. Upcom Upc ominging ECO ECOs s to HanHang and lor for Rel Releaeasse: e: ,- Nonee Non Evolu Evo tio luti ns or Com ons Comp enssatatoory pen ry AcActtioionnss in Progress: Tur bine rolli Tur bine rolling ng at 18000 RPM rea readdy y to sync genera erator tor to grid. Pla beg beginn inniing ng wit withh ste step p 5.52.3. Inc Plac cee uni unitt on line line and inc incrrea eassee power per 3-GOP Incrrea eassee load, place the feed reg OP--30 301 1 map map.. ulat regu ingg valves in latin in auto automat matic ic and and hol hold d power atat 30% 30% for for aa flux Ge Genner all Inf era Infoorm rma atio tionn,, Re maark Rem rkss,, and and Op Ope era torr Wo rato Work rk Ar Arooun See evo See evoluti ons d Sta und Statustus:: lutio ns && com compensat ory sato ry actions ons abo abo ve. Tra in A is pro ve. Tra in A is prottect ecte ed. d.}}