40EP-9EO09 Functional Recovery Flashcards

1
Q

What is the Entry Criteria for 40EP-9EO09 Functional Recovery?

A
  • ELAP is NOT in progress
  • SPTA’s complete
  • M3/4 with LTOP not in svc
  • Cannot identify issue
  • SFSC’s not met
  • Multiple events
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2
Q

During 40EP-9EO09 Functional Recovery, what steps are covered by Section 3.0 Entry Procedure?

A
  • Monitor RCP trip criteria
  • Open SG sample vlvs
  • H2 anal in svc
  • identify path
  • S/U NI in svc
  • BDAS in svc
  • FLEX HVAC for SWGR/ DC equip if needed
  • Restore power to WRF
  • Monitor if SAMG’s required (CET > 1200°F)
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3
Q

What 3 steps are pulled forward prior to Section 3.0?

A
  • Stopping RCP’s on LOAF
  • Feeding Ruptured/ Faulted SG (1360 - 1600 gpm)
  • Isolate HPSC leak
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4
Q

During 40EP-9EO09 Functional Recovery, what is the Success path prioritization?

A
  • Jeopardized
  • Challenged
  • Not impaired
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5
Q

During 40EP-9EO09 Functional Recovery, which success paths require no further action once met (shaded)

A
  • RC-1 - CEA insertion
  • MVAC-1 - Off-site power
  • MVAC-2 - DG power
  • CI - CNTMT isolation
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6
Q

During 40EP-9EO09 Functional Recovery, who directs the performance of each success path?

A
  • CRS
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7
Q

During 40EP-9EO09 Functional Recovery, Who can the CRS delegate non-jeopardized success paths to?

A
  • Other available licensed operators
  • BOP/OATC/STA address jeopardized funcitons
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8
Q

During 40EP-9EO09 Functional Recovery, what action is required if Rx Power criteria in NOT met for Reactivity Control?

A
  • Stabilize Tc
  • Borate
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9
Q

During 40EP-9EO09 Functional Recovery, What is the minimum RWT level to use CH pumps as a boration path?
What is the minimum SFP level?

A
  • RWT > 44%
  • SFP > 133’ 6”
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10
Q

During 40EP-9EO09 Functional Recovery if using the HPSI pump for boration, what is the minimum flow?

A
  • ≥ 75 gpm
  • Sq root extractor minimum
  • Ensures > 40 gpm
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11
Q

During 40EP-9EO09 Functional Recovery, which DG’s from another unit can be cross connected?

A
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12
Q

True of False during 40EP-9EO09 Functional Recovery, MVAC and MCDC must be satisfied from the same train?

A
  • True
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13
Q

During 40EP-9EO09 Functional Recovery, if Vital Battery Chargers cannot be restored in 2 hours, what actions must be performed and why?

A
  • Vent SIT’s
  • Prevents N2 injection to RCS
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14
Q

During 40EP-9EO09 Functional Recovery, what is the minimum HPSI Flow if SBOG’s are providing power to the HPSI pump?

A
  • > 165 gpm
  • Use RCGVS to lower pressure if needed
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15
Q

During 40EP-9EO09 Functional Recovery, what are the required conditions to use CSP for RCS injection?

A
  • Ppzr < 220 psia
  • LPSI not available
  • CSP not needed
  • CSP needed for IC
  • RAS not actuated
  • CS flow < 5000 gpm (pump damage)
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16
Q

During 40EP-9EO09 Functional Recovery, What condition must be met for RCGVS to be EFFECTIVE?

A
  • RCS subcooled
  • Bubble will form and hold pressure if not
17
Q

Where can each train of RCGVS be vented to?

A

A - CNTMT

B - RDT

18
Q

When operating AFA locally, what is the concern when lowering SG flow?

A
  • Overspeed trip
  • Less work, same steam flow => speeds up
19
Q

During 40EP-9EO09 Functional Recovery, HR-1 addresses which casualties in which order?

A
  • SGTR
  • ESD
  • LOAF
20
Q

During 40EP-9EO09 Functional Recovery, with a ruptured/ faulted SG, what is the required feed rate, level and why?

A

45 - 60% NR

1360 - 1600 gpm

  • 1360 - reduce offsite dose
  • 1600 - stress on SG (water hammer/ thermal)
21
Q

During 40EP-9EO09 Functional Recovery, what is the MINIMUM level to minimize offsite dose with a Ruptured/ Faulted SG?

A
  • Above SG tubes
  • ≈ 22% NR
22
Q

During 40EP-9EO09 Functional Recovery, how long do you have to start feeding a Ruptured/ Faulted SG?

A
  • 16.67 minutes TCA
23
Q

During 40EP-9EO09 Functional Recovery, how many AF pumps do you feed with? why?

A
  • 2
  • AFA will not provide enough feed alone
  • 3 pumps could exceed max flow for feedring (2000 gpm)
24
Q

During 40EP-9EO09 Functional Recovery, what are the requirements to use LPSI for CS flow

A
  • CSAS actuated
  • Unable to maintain 4350 gpm
  • LPSI pump not needed
  • LPSI < 60 amps
  • THERE WILL BE NO FLOW INDICATION
25
Q

What are the guidlines for stopping CS pumps?

A

Both on miniflow and not expected > 8.5 psig in 1 hour

< 5 psig, not needed for iodine removal/ H2 mixing and one of:

  • CNTMT cooling restored
  • SDC in svc

Stop 1 CSP:

  • < 50 psig, SI flow adequate
26
Q

During 40EP-9EO09 Functional Recovery, when are Long Term Actions implemented?

A
  • All success paths perfomed
  • SFSC for paths satisfied
27
Q

During 40EP-9EO09 Functional Recovery, what is the NORMAL SDC entry criteria?

A
  • Lpzr > 30% [38]
  • ≥ 24°F [44] subcooled
  • Ppzr < 385 psia
  • Th < 335°F
  • RCS activity wont make AB unacceptable
28
Q

During 40EP-9EO09 Functional Recovery, what is the LOSS OF SUMP RECIRC SDC Entry Criteria?

A
  • Ppzr < 385 psia
  • Th < 335°F or REP CET < 350°F
  • RVUH ≥ 16%
  • RCS activity ok for AB