LR-N17-0034, Salem Generating Station, Units 1 & 2, Revision 29 to Updated Final Safety Analysis Report, Tables 9.1-1 Through 9.1-4
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- TABLE 9.1-1 SPENT FUEL POOL COOLING SYSTEM CODE REQUIREMENTS Spent fuel pool heat exchanger, Tube Side ASME III, Class c Shell Side ASME VIII Spent fuel pool filter ASME III, Class c Spent fuel pool demineralizer ASME III, Class c Refueling water purification filter ASME III, Class c Spent fuel pool piping ANSI B31.1.0* ANSI B31 . 7*"k Spent fuel pool cooling pump ASME III, Class c Spent fuel pool valves ASA B16.5 or MSS-SP-66
- Used for design ** For piping not supplied by the NSSS supplier, material inspection, fabrication and quality control conform to ANSI B31.7. Where not possible to comply with ANSI B31.7, the requirements of ASME III-1971, which incorporated ANSI B31.7, were adhered to
- SGS-UFSAR 1 of 1 Revision 6 February 15, 1987
--TABLE 9.1-2 SPENT FUEL POOL COOLING SYSTEM COMPONENT DESIGN DATA Spent fuel pool heat exchanger Number Design heat transfer, Btu/hr Design pressure, psig Design temperature, °F Design flow rate, lb/hr Design inlet temperature, °F Design outlet temperature, °F Fluid Material Spent fuel pool pump Number Design pressure, psig Design temperature, °F Design flow rate, gpm Minimum developed head, ft Temperature of pumped fluid, °F Fluid NPSH, ft Material r pressure, Des temperature, °F Design flow rate, gpm Minimum developed head, ft Temperature of pumped fluid, °F Fluid NPSH, ft Mat:erial SGS-UFSAR Shell 150 200 1.49 X 106 99 107 Component cooling water Carbon Steel 1 of 3 1 11.94 X 106 150 200 1.25 X 106 124 113.5 Spent fuel pool water (borated demineralized water) Stainless steel 2 150 200 2500 125 ao -1eo Spent fuel pool water (borated dernin. water) 15 Austenitic Stainless Steel 1 50 200 100 so 75 180 Spent fuel pool water 15 Austenitic Stainless Steel Revision 18 April 26, 2000 I TABLE 9.1-2 (Cont) Refueling water purification pump Number Design pressure, psig Design temperature, °F Design flow, gpm Minimum developed head, ft Temperature of pumped fluid, °F Fluid NPSH, ft Material Spent fuel pool demineralizer Number Type Vessel design pressure, psig Internal -psig External -psig Vessel design temperature, °F Design flow rate, gpm maximum Normal flow, gpm Normal operating temperature, °F Normal operating pressure, psig Resin type Spent fuel pool filter Number Type Internal design pressure, psig Design temperature, °F Rated flow, gpm Filtration requirement Spent fuel pool skimmer filter Number Type Internal design pressure, psig OF flow, gpm Filtration requirement SGS-TJFSAR 2 of 3 1 150 200 100 200 40 -140 Borated reactor coolant 15 Austenitic Stainless Steel 1 flushable 200 15 250 100 100 120 Approximately 50 Approved nuclear grade 1 Replaceable Assembly 200 250 Nom. 100, Max. 150 98 percent retention of particles above 5 micron 1 Replaceable Assembly 200 250 150 98 percent retention of particles above 5 micron Revision 19 November 19, 2001 I Refueling water purification filter Number Type Internal design pressure, psig Design temperature, *F Rated flow, gpm Filtration requirement Spent fuel pool strainer Number Design flow, gpm Fluid Spent fuel pool skimmer strainer Number Type Rated flow, gpm Design pressure, psig Design temperature, *F Spent fuel pool skimmers Number Flow per unit, gpm Manual adjustment, ft SGS-UFSAR 3 of 3 1 Replaceable Assembly 200 250 150 98 percent retention of particles above 5 micron 1 2300 Borated demineralized water 1 Basket 100 50 200 2 50 2 Revision 12 July 22, 1992
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- TABLE 9.1-3 SPENT FUEL POOL COOLING SYSTEM MALFUNCTION ANALYSIS ComEonent 1. Spent fuel pool pump 2. Spent fuel pool pump 3. Spent fuel pool pump 4. Spent fuel pool pump 5. Spent fuel pool heat exchanger 6. Spent fuel pool skimmer pump SGS-UFSAR Malfunction Rupture of a pump casing Pump stops running and cannot be restarted Manual valve on pump suction or discharge is closed Suction strainer plugs Tube or shell rupture Pump stops running and cannot be restarted 1 of 1 Comments and Conseguences The casing and shell are designed for 150 psi and 200°F which exceeds maximum operating condi-tions. The pump is inspectable and is located in the auxiliary building protected against credible accidents. Rupture is not considered credible. (Also see no. 2 below). The remaining full capacity pump can be brought into operation. This is prevented by prestartup and operational checks. Strainer is cleaned and flow restored. Rupture is considered incredible because of low operating pressure. Spent fuel assemblies continue to be cooled by spent fuel pool pump. Pool water may become slightly murky possibly decreasing visual observations until pump is restored to service. Fuel pool water is clarified to some extent by bypassing spent fuel pool water through spent fuel pool deminera-lizer . Revision 6 February 15, 1987 Description Polar Gantry Cranes with Equipment Hatch Jib SGS-UFSAR OVERHEAD Hl!NDLING SYSTEMS Rated capacity (ton) 230 Main (each) 35 Aux (each) Location (ft) Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 TABLE 9.1-4 OVERHEAD HANDLING SYSTEMS Description Upper Internals w/LifUng Rig & Load Block Lower Internals w/Lifting Rig & Load Block Reactor Vessel Head I IHA Stud Rack with 9 RPV Head studs Removable walkway and Stairway 1 of 6 Weight {lb) 161,000 339,500 369,900 7,000 4,000 HEAVY LOAD Drop Height (:ft) 30 N/A 39 60 60 Safety Related Equipment/ Components Involved in Dropped Lift Reactor Vessel, Primary System Piping, Fuel in Reactor Vessel, RHR piping, RCP, etc. Revision 23 October 17, 2007 Description Polar Crane Jib Mobile Cherry Pickers (2) Demineralizer & Ion Exchanger Service Monorail SGS-UFSAR OVERHEAD HANDLING SYSTEMS Rated Capacity (ton) 12.5 15 Location (ft) Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 Containment Building Elevation 130 Auxiliary Building Elevation 122 TABLE 9.1-4 (Cont) Description RCP Motor Access Plugs RCP Motor RCP Motor Flywheel Equipment Hatch Stud Rack with RPV Head Studs Lead Filled Plugs Concrete Floor Plugs 2 of 6 Weight (lb) 30,000 77,000 14,250 14,000 7,000 10,000 5,000 HEAVY LOAD Drop Height (ft) 60 60 60 N/A N/A Safety Related Equipment/ Components Involved in Dropped Lift 22 above El. 102' CVC system control cables above El. 122' running in Trays 1A418, 1A420,2A418, 2A420, Drawing 205841. 2 Revision 27 November 25, 2013 OVERHEAD HANDLING SYSTEMS Rated Description Capacity (ton) Filter Handling Systems 1. Spent Fuel Pit Filter Handling Moporail 2. Reactor Coolant Ion Exchanger & Filter Underhung Bridge Crane 4 4 3. Refueling 4 Water Purification & Concentrate Filter Monorails 4. Seal Water 4 Injection & Return Filter Monorails Solid Radwaste Overhead Crane SGS-UFSAR 20 Location (ft) Auxiliary Building Auxiliary Auxiliary Building Auxiliary Building Auxiliary Building Elevation 100 TABLE 9.1-4 (Cont) Description Filter & Filter Bell Elevation 100 Filter & Filter Bell Filter & Filter Bell Elevation 100 Filter & Filter Bell Elevation 84 Large Casks 3 of 6 Weight {lb) 3,500 3,500 3,500 25,000 max HEAVY LOAD Drop Height (ft} 7 12 7 9 1/3 14 Area Area B A Safety Related Equipment/ Components Involved in Dropped Lift Component Cooling water heat exchanger & associated piping, some nearby safety-related cables (not directly below the dropped lift). lB & 2B motor control center & associated cable trays, filters inside the bell. Possible load swing into liquid waste. Component cooling heat exchanger and piping on the elevation below. Waste gas compressor package, cable trays on the elevation below. Numerous pieces of safe shut down equipment at Elevation 84', such as containment spray pumps 12 & 22, charging pump 23, associated piping and electric cables. See Note 4. Revision .23 October 17, .2007 I I I I Description Auxiliary Feedwater Pumps Monorails Charging Pump Monorails Component cooling Pump Monorails OVERHEAD HANDLING SYSTEMS Rated Capacity (ton) 1.65 2.45 1.6 Location (ftl Auxiliary Building Elevation 84 Auxiliary Building Elevation 84 Auxiliary Building Elevation 84 Safety Injection 1. 3 Pump Monorails Auxiliary Building Elevation 84 SGS-UFSAR TABLE 9.1-4 (Cont) Description Rittman Casks Lid Portable Demi.n Motor Driven Pump Turbine Driven Pump Weight (lb) 9,500 9,000 4,400 3,300 Upper Centr. Charging 4, 900 Pump Casing Recip. Charging Pump Motor Recip. Charging Pump Coupling Component Cooling Pump Motor Safety Injection Pump Motor 4 of 6 1,500 2,500 2,650 2,450 HEAVY LOAD Drop Height (ft) Area A 14 Area B 3 3 3 1/2 31/2 3 1/2 8 4 Safety Related Equipment/ Components Involved in Dropped Lift Redundant air supply Associated eve and waste decon. tanks on the elevation below. There may be occasion to lift over operable component cooling pump in the case of pumps 12 & 13. Waste holdup tanks, monitor tanks, vital cable trays, and service water piping on elevation below. Safety injection pump & piping. Revision 23 OCtober 17, 2007 I OVERHEAD HANDLING SYSTEMS Rated Description Containment Spray Pump Monorails Monorail Serving Elevation 55' and Elevation 45' Temporary Crane Cask Handling Overhead Crane Service Water Strainers Monorails Mobile Crane Crawler Crane Capacity (ton) 2.15 2.15 18 115 Main 10 Aux 5 130 275 Location (ft) Auxiliary Building Elevation 84 Auxiliary Elevation 55 Roof Auxiliary Building el. Fuel Handling Building Elevation 130 Service Water 14 0' Intake Structure above Service Water Strainer El. 90' Service Water Intake Structure El. 112' TABLE 9.1-4 (Cont) Description Containment Spray Pump Motor Residual Heat Weight (lb) 4,000 3,950 HEAVY LOAD Drop Height (ft) 3 1/4 2 1/2 Building Removal Pump above el. Motor 55' Access Plug 12,400 1 above El. 55' Misc. 200,000 Fuel Bottom Block 4,200 Service Water 7,000 12 Strainer Service Water 12,000 & 1 Concrete Cover 13,500 Area A Plugs (hatch MKPC-1 and MKPC-2) Safety Related Equipment/ Components Involved in Dropped Lift Associated containment spray piping. Chemical Volume Control (CVC) and service water and vital cable trays on the elevation below. Residual heat removal pump and piping. Safety related equipment on the floors below. See Notes 1 & 2 Spent fuel in racks Transfer Pool liner Service water piping and header. Intake bays pump suctions on elevation below. Service Water intake structure Service Water piping and header & intake bay pump suctions on the elevation below see Note 4. Note 1: Because the crane is single failure proof as per ASME NOG-1-2004, a load drop is not credible. Note 2: The cask handling overhead crane can be load tested for a lower capacity and used to lift lower loads. Note 3: Deleted. Original crane is 18 ton Grove crane. SGS-UFSAR 5 of 6 Revision 27 November 25, 2013 Description Crawler Crane Note 4: SGS-UFSAR OVERHEAD HANDLING SYSTEMS Rated Capacity (ton) Location (ft) TABLE 9.1-4 (Cont) Description Service Water Pump Service Water Pump Motor Weight (lb) 12,000 13,200 275 Service Water Traveling Screens 17,325 Intake Structure El. 112 & 122 Fish Gate 3,000 HEAVY LOAD Drop Height (ft) 12 12 Area A&B 2 Area C Safety Related Equipment/ Components Involved in Dropped Lift Service Water intake structure -service water piping and header & intake bay pump sections on the elevation below, see Note 4. For Area locations see VTD 315130 Sheet 2 "Nine-Month Response for Control of Heavy Loads for Salem Nuclear Station Units 1 & 2" figure B-10, A20 and A21. 6 of 6 Revision 27 November 25, 2013