ML21286A343: Difference between revisions

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{{#Wiki_filter:BFN-28 TABLE 4.8-1 RESIDUAL HEAT REMOVAL SYSTEM EQUIPMENT DESIGN DATA RHRS PUMPS Number Installed per Unit - 4                             Design Temperature - 350F Capacity/Pump - 50% (LPCI)                               Design pressure       - 450 psig Shutoff Head           - 780 ft Design Conditions/Pump 0 psid*
{{#Wiki_filter:BFN-28
Discharge Flow (gpm)                                     20,000 (2 in one loop) 10,800 (1 in one loop) Units 1, 2, 3 Rated Pump Capacity                                       10,000 gpm at 560 ft Total Dynamic Head NPSH Required at 90F (ft)                               30 Operating Conditions/Pump Discharge Flow (gpm)                             0-12,000 Discharge Head (ft)                               780-420 Differential Pressure (psid)                     295-0 NPSH Required at 90F (ft)                       30-34 RHRS HEAT EXCHANGERS Number Installed per Unit - 4 Shell Side Fluid - Reactor Water or Pressure Suppression Pool Water Tube Side Fluid - RHR Service Water (River Water)
 
Shell and Tube Side Design Pressure - 450 psig and Design Temperature 40-350F Pressure Drop Design Conditions - shell side       10 psi
TABLE 4.8-1
                                    - tube side   6 psi Suppression Pool Cooling Analysis (3952 MWt) - ANS/ANSI 5.1 (with 2 uncertainty)
 
RESIDUAL HEAT REMOVAL SYSTEM EQUIPMENT DESIGN DATA
 
RHRS PUMPS
 
Number Installed per Unit - 4 Design Temperature - 350F Capacity/Pump - 50% (LPCI) Design pressure - 450 psig Shutoff Head - 780 ft
 
Design Conditions/Pump 0 psid*
Discharge Flow (gpm) 20,000 (2 in one loop) 10,800 (1 in one loop) Units 1, 2, 3
 
Rated Pump Capacity 10,000 gpm at 560 ft Total Dynamic Head NPSH Required at 90F (ft) 30 Operating Conditions/Pump Discharge Flow (gpm) 0-12,000 Discharge Head (ft) 780-420 Differential Pressure (psid) 295-0 NPSH Required at 90F (ft) 30-34
 
RHRS HEAT EXCHANGERS
 
Number Installed per Unit - 4 Shell Side Fluid - Reactor Water or Pressure Suppression Pool Water Tube Side Fluid - RHR Service Water (River Water)
Shell and Tube Side Design Pressure - 450 psig and Design Temperature 40-350F Pressure Drop Design Conditions - shell side 10 psi
- tube side 6 psi
 
Suppression Pool Cooling Analysis (3952 MWt) - ANS/ANSI 5.1 (with 2 uncertainty)
 
DBA LOCA Analysis:
DBA LOCA Analysis:
Shell Side Flow (gpm)                                         6500 Inlet Temperature Shell Side (F)                             179.0 Heat Exchanger Duty (Btu/hr)                                 80,136,000 Tube Side Flow (gpm)                                         4000 Inlet Temperature Tube Side (F)                             95ºF Heat Exchanger K-factor                                       265 BTU/sec-ºF Limiting NFPA 805 (fire) event Shell Side Flow (gpm)                                         7500 Inlet Temperature Shell Side (F)                             207.7 Heat Exchanger Duty (Btu/hr)                                 124,966,800 Tube Side Flow (gpm)                                         4500 Inlet Temperature Tube Side (F)                             88.0ºF Heat Exchanger K-factor                                       290 BTU/sec-ºF
 
*psid - pounds per square inch difference between reactor vessel and drywell.}}
Shell Side Flow (gpm) 6500 Inlet Temperature Shell Side (F) 179.0 Heat Exchanger Duty (Btu/hr) 80,136,000 Tube Side Flow (gpm) 4000 Inlet Temperature Tube Side (F) 95ºF Heat Exchanger K-factor 265 BTU/sec-ºF
 
Limiting NFPA 805 (fire) event
 
Shell Side Flow (gpm) 7500 Inlet Temperature Shell Side (F) 207.7 Heat Exchanger Duty (Btu/hr) 124,966,800 Tube Side Flow (gpm) 4500 Inlet Temperature Tube Side (F) 88.0ºF Heat Exchanger K-factor 290 BTU/sec-ºF
* psid - pounds per square inch difference between reactor vessel and drywell.}}

Latest revision as of 19:12, 19 November 2024

Amendment 29 to Updated Final Safety Analysis Report, Chapter 4, Table 4.8, Residual Heat Removal System Equipment Design Data
ML21286A343
Person / Time
Site: Browns Ferry  Tennessee Valley Authority icon.png
Issue date: 10/04/2021
From:
Tennessee Valley Authority
To:
Office of Nuclear Reactor Regulation
Shared Package
ML21286A574 List: ... further results
References
Download: ML21286A343 (1)


Text

BFN-28

TABLE 4.8-1

RESIDUAL HEAT REMOVAL SYSTEM EQUIPMENT DESIGN DATA

RHRS PUMPS

Number Installed per Unit - 4 Design Temperature - 350F Capacity/Pump - 50% (LPCI) Design pressure - 450 psig Shutoff Head - 780 ft

Design Conditions/Pump 0 psid*

Discharge Flow (gpm) 20,000 (2 in one loop) 10,800 (1 in one loop) Units 1, 2, 3

Rated Pump Capacity 10,000 gpm at 560 ft Total Dynamic Head NPSH Required at 90F (ft) 30 Operating Conditions/Pump Discharge Flow (gpm) 0-12,000 Discharge Head (ft) 780-420 Differential Pressure (psid) 295-0 NPSH Required at 90F (ft) 30-34

RHRS HEAT EXCHANGERS

Number Installed per Unit - 4 Shell Side Fluid - Reactor Water or Pressure Suppression Pool Water Tube Side Fluid - RHR Service Water (River Water)

Shell and Tube Side Design Pressure - 450 psig and Design Temperature 40-350F Pressure Drop Design Conditions - shell side 10 psi

- tube side 6 psi

Suppression Pool Cooling Analysis (3952 MWt) - ANS/ANSI 5.1 (with 2 uncertainty)

DBA LOCA Analysis:

Shell Side Flow (gpm) 6500 Inlet Temperature Shell Side (F) 179.0 Heat Exchanger Duty (Btu/hr) 80,136,000 Tube Side Flow (gpm) 4000 Inlet Temperature Tube Side (F) 95ºF Heat Exchanger K-factor 265 BTU/sec-ºF

Limiting NFPA 805 (fire) event

Shell Side Flow (gpm) 7500 Inlet Temperature Shell Side (F) 207.7 Heat Exchanger Duty (Btu/hr) 124,966,800 Tube Side Flow (gpm) 4500 Inlet Temperature Tube Side (F) 88.0ºF Heat Exchanger K-factor 290 BTU/sec-ºF

  • psid - pounds per square inch difference between reactor vessel and drywell.