ML023170587
| ML023170587 | |
| Person / Time | |
|---|---|
| Site: | Robinson  |
| Issue date: | 11/06/2002 |
| From: | Fletcher B Carolina Power & Light Co |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| RNP-RA/02-0164 | |
| Download: ML023170587 (17) | |
Text
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 2. Linings in spent fuel pool cooling and cleanup system; seals and collars in ventilation systems System No 8150 HVAC Containment Building System (HVAC)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Change in Material Properties from Irradiation Embrittlement Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Irradiation Embrittlement System No 8170 Containment Purge System (CV PUR)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Change in Material Properties from Irradiation Embrittlement Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Irradiation Embrittlement System No 8180 Rod Drive Cooling System (RDSC)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Change in Material Properties from Irradiation Embrittlement Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Elevated Temperature Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Irradiation Embrittlement System No 8210 HVAC Auxiliary Building (HVAC)
Indoor - Not Air Conditioned, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Tuesday, October 08, 2002 Page 1 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 2. Linings in spent fuel pool cooling and cleanup system; seals and collars in ventilation systems Indoor - Not Air Conditioned, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Cracking from Elevated Temperature System No 8220 HVAC Control Room Area (HVAC)
Indoor - Air Conditioned Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Indoor - Air Conditioned Systems Monitoring Program (Site Specific)
Cracking from Elevated Temperature System No 8265 HVAC Fuel Handling Building (HVAC)
Indoor - Not Air Conditioned, Borated Water Leakage Systems Monitoring Program (Site Specific)
Elastomers Change in Material Properties from Elevated Temperature Indoor - Not Air Conditioned, Borated Water Leakage Systems Monitoring Program (Site Specific)
Cracking from Elevated Temperature
- 3. Components in load handling, chemical and volume control system (PWR), and reactor water cleanup and shutdown cooling systems (older BWR)
System No 2060 Chemical And Volume Control System Treated Water (including steam)
Fatigue is a TLAA to be evaluated Carbon Steel Cracking from Thermal Fatigue Treated Water (including steam)
Fatigue is a TLAA to be evaluated Stainless Steel Cracking from Thermal Fatigue System No 2115 Primary Sampling System (PS)
Treated Water (including steam)
Fatigue is a TLAA to be evaluated Stainless Steel Cracking from Thermal Fatigue
- 5. Components in ventilation systems, diesel fuel oil system, and emergency diesel generator systems; external surfaces of carbon steel components System No 4060 Service Water System (SW)
Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Tuesday, October 08, 2002 Page 2 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 5. Components in ventilation systems, diesel fuel oil system, and emergency diesel generator systems; external surfaces of carbon steel components Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Copper Alloys Loss of Material from Pitting Corrosion System No 4080 Component/Closed Cooling Water System Indoor - Not Air Conditioned Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Indoor - Not Air Conditioned Preventive Maintenance Program (Site Specific)
Loss of Material from Pitting Corrosion System No 5095 Diesel Generator System (DIESEL)
Air and Gas One-Time Inspection Program Carbon Steel Loss of Material from Crevice Corrosion Air and Gas One-Time Inspection Program Loss of Material from General Corrosion Air and Gas One-Time Inspection Program Loss of Material from Pitting Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion System No 5098 Dedicated Shutdown Diesel Generator (DSD)
Air and Gas Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Loss of Material from MIC Outdoor Systems Monitoring Program (Site Specific)
Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Loss of Material from Pitting Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from Crevice Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from Pitting Corrosion System No 5100 Fuel Oil System (FO)
Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Tuesday, October 08, 2002 Page 3 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 5. Components in ventilation systems, diesel fuel oil system, and emergency diesel generator systems; external surfaces of carbon steel components Indoor - Not Air Conditioned, Outdoor Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from Crevice Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from MIC Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from Pitting Corrosion Outdoor Systems Monitoring Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from Pitting Corrosion System No 6082 EOF/TSC Security Emergency Diesel Gen. (EOF DG)
Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Outdoor Systems Monitoring Program (Site Specific)
Loss of Material from General Corrosion System No 6175 Site Fire Protection System (SFPS)
Outdoor Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Indoor - Not Air Conditioned Systems Monitoring Program (Site Specific)
Galvanized Steel Loss of Material from General Corrosion System No 6270 Primary And Demineralized Water Makeup System (DW)
Outdoor Systems Monitoring Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion System No 8150 HVAC Containment Building System (HVAC)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Carbon Steel Loss of Material from Crevice Corrosion Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Loss of Material from General Corrosion Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Loss of Material from Pitting Corrosion Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Tuesday, October 08, 2002 Page 4 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 5. Components in ventilation systems, diesel fuel oil system, and emergency diesel generator systems; external surfaces of carbon steel components Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Pitting Corrosion System No 8210 HVAC Auxiliary Building (HVAC)
Indoor - Not Air Conditioned, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Indoor - Not Air Conditioned, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Loss of Material from MIC Indoor - Not Air Conditioned, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Indoor - Not Air Conditioned, Borated Water Leakage Preventive Maintenance Program (Site Specific)
Loss of Material from Pitting Corrosion
- 7. Diesel fuel oil tanks in diesel fuel oil system and emergency diesel generator system System No 5100 Fuel Oil System (FO)
Fuel Oil Fuel Oil Chemistry Program Carbon Steel Loss of Material from Crevice Corrosion Fuel Oil Fuel Oil Chemistry Program Loss of Material from General Corrosion Fuel Oil Fuel Oil Chemistry Program Loss of Material from MIC Fuel Oil Fuel Oil Chemistry Program Loss of Material from Pitting Corrosion Fuel Oil Fuel Oil Chemistry Program Copper Alloys Loss of Material from MIC Fuel Oil Fuel Oil Chemistry Program Stainless Steel Loss of Material from MIC
- 8. Heat exchangers in chemical and volume control system System No 2060 Chemical And Volume Control System Treated Water (including steam)
Water Chemistry Program Stainless Steel Cracking from SCC Treated Water (including steam)
Closed-Cycle Cooling Water System Program Cracking from SCC
- 13. Closure bolting and external surfaces of carbon steel and low-alloy steel components Tuesday, October 08, 2002 Page 5 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 13. Closure bolting and external surfaces of carbon steel and low-alloy steel components System No 2060 Chemical And Volume Control System Indoor - Not Air Conditioned Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 2118 Containment Vapor And Pressure Sampling System Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Material from Aggressive Chemical Attack System No 4060 Service Water System (SW)
Indoor - Not Air Conditioned Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Outdoor, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 4080 Component/Closed Cooling Water System Indoor - Not Air Conditioned Boric Acid Corrosion Program Carbon Steel Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Loss of Material from Aggressive Chemical Attack System No 6135 Instrument Air System (IA)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Outdoor, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 6150 Nitrogen Supply/Blanketing System (N2 SUP)
Containment Air, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Tuesday, October 08, 2002 Page 6 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 13. Closure bolting and external surfaces of carbon steel and low-alloy steel components Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 6175 Site Fire Protection System (SFPS)
Indoor - Not Air Conditioned Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Outdoor, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 6195 Fire Protection CO2 System (CO2)
Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack System No 7110 Spent Fuel Pool Cooling System (SFPCS)
Indoor - Not Air Conditioned Boric Acid Corrosion Program Carbon Steel Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 8010S01 Bldg 200: Reactor Containment Building Borated Water Leaks Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Borated Water Leaks Boric Acid Corrosion Program Loss of Material from General Corrosion System No 8150 HVAC Containment Building System (HVAC)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 8170 Containment Purge System (CV PUR)
Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack Tuesday, October 08, 2002 Page 7 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 13. Closure bolting and external surfaces of carbon steel and low-alloy steel components System No 8180 Rod Drive Cooling System (RDSC)
Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Material from Aggressive Chemical Attack Indoor - Not Air Conditioned, Containment Air, Borated Water Leakage Boric Acid Corrosion Program Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 8210 HVAC Auxiliary Building (HVAC)
Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack System No 8265 HVAC Fuel Handling Building (HVAC)
Indoor - Not Air Conditioned, Borated Water Leakage Boric Acid Corrosion Program Carbon Steel Loss of Mechanical Closure Integrity from Loss of Material due to Aggressive Chemical Attack
- 14. Components in or serviced by closed-cycle cooling water system System No 2060 Chemical And Volume Control System Treated Water (including steam)
Closed-Cycle Cooling Water System Program Carbon Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Stainless Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 4080 Component/Closed Cooling Water System Treated Water (including steam)
Closed-Cycle Cooling Water System Program Carbon Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Stainless Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Tuesday, October 08, 2002 Page 8 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 14. Components in or serviced by closed-cycle cooling water system System No 5095 Diesel Generator System (DIESEL)
Air and Gas Closed-Cycle Cooling Water System Program Carbon Steel Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 5098 Dedicated Shutdown Diesel Generator (DSD)
Treated Water (including steam)
Closed-Cycle Cooling Water System Program Carbon Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 6082 EOF/TSC Security Emergency Diesel Gen. (EOF DG)
Treated Water (including steam)
Closed-Cycle Cooling Water System Program Carbon Steel Loss of Material from Crevice Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion
- 15. Cranes including bridge and trolleys and rail system in load handling system System No 8010S01 Bldg 200: Reactor Containment Building Containment Air Inspection of Overhead Heavy Load and Light Load H Carbon Steel Loss of Material from General Corrosion System No 8300S36 Bldg 350: Turbine Building Outdoor Inspection of Overhead Heavy Load and Light Load H Carbon Steel Loss of Material from General Corrosion System No 8300S46 Bldgs 215, 220 and 225: Fuel Handling Building Indoor - Not Air Conditioned Inspection of Overhead Heavy Load and Light Load H Carbon Steel Loss of Material from General Corrosion Outdoor Inspection of Overhead Heavy Load and Light Load H Loss of Material from General Corrosion Tuesday, October 08, 2002 Page 9 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 16. Components in or serviced by open-cycle cooling water systems System No 4060 Service Water System (SW)
Raw Water Open-Cycle Cooling Water System Program Aluminum Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Raw Water Open-Cycle Cooling Water System Program Carbon Steel Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from General Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Raw Water Open-Cycle Cooling Water System Program Copper Alloys Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Raw Water Open-Cycle Cooling Water System Program Stainless Steel Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 4080 Component/Closed Cooling Water System Raw Water Open-Cycle Cooling Water System Program Carbon Steel Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Tuesday, October 08, 2002 Page 10 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 16. Components in or serviced by open-cycle cooling water systems Raw Water Open-Cycle Cooling Water System Program Carbon Steel Loss of Material from General Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Treated Water (including steam)
Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Treated Water (including steam)
Open-Cycle Cooling Water System Program Loss of Material from General Corrosion Treated Water (including steam)
Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Raw Water Open-Cycle Cooling Water System Program Copper Alloys Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC System No 5095 Diesel Generator System (DIESEL)
Raw Water Open-Cycle Cooling Water System Program Carbon Steel Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from General Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion Raw Water Open-Cycle Cooling Water System Program Copper Alloys Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from Galvanic Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 8150 HVAC Containment Building System (HVAC)
Raw Water Open-Cycle Cooling Water System Program Stainless Steel Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Tuesday, October 08, 2002 Page 11 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 16. Components in or serviced by open-cycle cooling water systems Raw Water Open-Cycle Cooling Water System Program Stainless Steel Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion System No 8210 HVAC Auxiliary Building (HVAC)
Raw Water Open-Cycle Cooling Water System Program Copper Alloys Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC System No 8220 HVAC Control Room Area (HVAC)
Raw Water Open-Cycle Cooling Water System Program Stainless Steel Flow Blockage from Fouling Raw Water Open-Cycle Cooling Water System Program Loss of Heat Transfer Effectiveness from Fouling of Heat Transfer Surfaces Raw Water Open-Cycle Cooling Water System Program Loss of Material from Crevice Corrosion Raw Water Open-Cycle Cooling Water System Program Loss of Material from MIC Raw Water Open-Cycle Cooling Water System Program Loss of Material from Pitting Corrosion
- 17. Buried piping and fittings System No 4060 Service Water System (SW)
Buried Buried Piping and Tanks Inspection Program Carbon Steel Loss of Material from Crevice Corrosion Buried Buried Piping and Tanks Inspection Program Loss of Material from General Corrosion Buried Buried Piping and Tanks Inspection Program Loss of Material from MIC Buried Buried Piping and Tanks Inspection Program Loss of Material from Pitting Corrosion System No 5098 Dedicated Shutdown Diesel Generator (DSD)
Buried Buried Piping and Tanks Inspection Program Carbon Steel Loss of Material from Crevice Corrosion Buried Buried Piping and Tanks Inspection Program Loss of Material from General Corrosion Tuesday, October 08, 2002 Page 12 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 17. Buried piping and fittings Buried Buried Piping and Tanks Inspection Program Carbon Steel Loss of Material from MIC Buried Buried Piping and Tanks Inspection Program Loss of Material from Pitting Corrosion System No 5100 Fuel Oil System (FO)
Buried Buried Piping and Tanks Surveillance Program Carbon Steel Loss of Material from Crevice Corrosion Buried Buried Piping and Tanks Surveillance Program Loss of Material from General Corrosion Buried Buried Piping and Tanks Surveillance Program Loss of Material from MIC Buried Buried Piping and Tanks Surveillance Program Loss of Material from Pitting Corrosion System No 6175 Site Fire Protection System (SFPS)
Buried Buried Piping and Tanks Inspection Program Carbon Steel Loss of Material from Crevice Corrosion Buried Buried Piping and Tanks Inspection Program Loss of Material from General Corrosion Buried Buried Piping and Tanks Inspection Program Loss of Material from MIC Buried Buried Piping and Tanks Inspection Program Loss of Material from Pitting Corrosion
- 18. Components in compressed air system System No 5095 Diesel Generator System (DIESEL)
Air and Gas Preventive Maintenance Program (Site Specific)
Carbon Steel Loss of Material from General Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Copper Alloys Cracking from SCC Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from Crevice Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from Pitting Corrosion System No 5098 Dedicated Shutdown Diesel Generator (DSD)
Air and Gas Preventive Maintenance Program (Site Specific)
Carbon Steel Loss of Material from Galvanic Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from General Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from MIC Air and Gas Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Crevice Corrosion Tuesday, October 08, 2002 Page 13 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 18. Components in compressed air system Air and Gas Preventive Maintenance Program (Site Specific)
Copper Alloys Loss of Material from Pitting Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Stainless Steel Cracking from SCC Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from Crevice Corrosion Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from MIC Air and Gas Preventive Maintenance Program (Site Specific)
Loss of Material from Pitting Corrosion
- 19. Components (doors and barrier penetration seals) and concrete structures in fire protection System No 6175 Site Fire Protection System (SFPS)
Indoor - Not Air Conditioned Fire Protection Program Galvanized Steel Loss of Material from General Corrosion System No 8300S46 Bldgs 215, 220 and 225: Fuel Handling Building Indoor - Not Air Conditioned Fire Protection Program Fire Barriers Cracking from Differential Movement Indoor - Not Air Conditioned Fire Protection Program Cracking from Vibration Indoor - Not Air Conditioned Fire Protection Program Delamination and Seperation from Differential Movement Indoor - Not Air Conditioned Fire Protection Program Delamination and Seperation from Vibration System No 8320S01 Bldg 205: Reactor Auxiliary Building Indoor - Not Air Conditioned Fire Protection Program Carbon Steel Loss of Material from General Corrosion Indoor - Not Air Conditioned Fire Protection Program Fire Barriers Cracking from Differential Movement Indoor - Not Air Conditioned Fire Protection Program Cracking from Vibration Indoor - Not Air Conditioned Fire Protection Program Delamination and Seperation from Differential Movement Indoor - Not Air Conditioned Fire Protection Program Delamination and Seperation from Vibration Indoor - Not Air Conditioned Fire Protection Program Loss of Material from Abrasion Outdoor Fire Protection Program Cracking from Differential Movement Outdoor Fire Protection Program Cracking from Vibration Outdoor Fire Protection Program Delamination and Seperation from Differential Movement Tuesday, October 08, 2002 Page 14 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 19. Components (doors and barrier penetration seals) and concrete structures in fire protection Outdoor Fire Protection Program Fire Barriers Delamination and Seperation from Vibration Outdoor Fire Protection Program Loss of Material from Abrasion
- 20. Components in water-based fire protection System No 6175 Site Fire Protection System (SFPS)
Raw Water Fire Water System Program Carbon Steel Flow Blockage from Fouling Raw Water Fire Water System Program Loss of Material from Crevice Corrosion Raw Water Fire Water System Program Loss of Material from Galvanic Corrosion Raw Water Fire Water System Program Loss of Material from General Corrosion Raw Water Fire Water System Program Loss of Material from MIC Raw Water Fire Water System Program Loss of Material from Pitting Corrosion Raw Water Fire Water System Program Copper Alloys Flow Blockage from Fouling Raw Water Fire Water System Program Loss of Material from Crevice Corrosion Raw Water Fire Water System Program Loss of Material from Galvanic Corrosion Raw Water Fire Water System Program Loss of Material from MIC Raw Water Fire Water System Program Loss of Material from Pitting Corrosion Raw Water Fire Water System Program Stainless Steel Flow Blockage from Fouling Raw Water Fire Water System Program Loss of Material from Crevice Corrosion Raw Water Fire Water System Program Loss of Material from MIC Raw Water Fire Water System Program Loss of Material from Pitting Corrosion System No 8010S01 Bldg 200: Reactor Containment Building Containment Air Fire Water System Program Carbon Steel Loss of Material from General Corrosion System No 8320S01 Bldg 205: Reactor Auxiliary Building Indoor - Not Air Conditioned Fire Water System Program Carbon Steel Loss of Material from General Corrosion Tuesday, October 08, 2002 Page 15 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 22. Tanks in diesel fuel oil system System No 5100 Fuel Oil System (FO)
Indoor - Not Air Conditioned Above Ground Carbon Steel Tanks Program Carbon Steel Loss of Material from General Corrosion Indoor - Not Air Conditioned, Outdoor Above Ground Carbon Steel Tanks Program Loss of Material from General Corrosion Outdoor Above Ground Carbon Steel Tanks Program Loss of Material from General Corrosion
- 23. Closure bolting System No 2060 Chemical And Volume Control System Indoor - Not Air Conditioned Bolting Integrity Program Carbon Steel Loss of Mechanical Closure Integrity from SCC
- 24. Components (aluminum bronze, brass, cast iron, cast steel) in open-cycle and closed-cycle cooling water systems, and ultimate heat sink System No 4060 Service Water System (SW)
Raw Water Selective Leaching of Materials Program Carbon Steel Loss of Material from Selective Leaching Raw Water Selective Leaching of Materials Program Copper Alloys Loss of Material from Selective Leaching System No 4080 Component/Closed Cooling Water System Treated Water (including steam)
Closed-Cycle Cooling Water System Program Copper Alloys Loss of Material from Selective Leaching System No 5095 Diesel Generator System (DIESEL)
Raw Water Selective Leaching of Materials Program Carbon Steel Loss of Material from Selective Leaching Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Selective Leaching Raw Water Selective Leaching of Materials Program Copper Alloys Loss of Material from Selective Leaching Treated Water (including steam)
Closed-Cycle Cooling Water System Program Loss of Material from Selective Leaching System No 5098 Dedicated Shutdown Diesel Generator (DSD)
Treated Water (including steam)
Closed-Cycle Cooling Water System Program Copper Alloys Loss of Material from Selective Leaching Tuesday, October 08, 2002 Page 16 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query
TABLE 3.3-1 TABLE 1 AUXILIARY SYSTEMS Auxiliary Systems Program Aging Effect/ Mechanism Material Environment
- 24. Components (aluminum bronze, brass, cast iron, cast steel) in open-cycle and closed-cycle cooling water systems, and ultimate heat sink System No 6082 EOF/TSC Security Emergency Diesel Gen. (EOF DG)
Treated Water (including steam)
Closed-Cycle Cooling Water System Program Copper Alloys Loss of Material from Selective Leaching System No 6175 Site Fire Protection System (SFPS)
Buried Selective Leaching of Materials Program Carbon Steel Loss of Material from Selective Leaching Raw Water Selective Leaching of Materials Program Loss of Material from Selective Leaching Raw Water Selective Leaching of Materials Program Copper Alloys Loss of Material from Selective Leaching Tuesday, October 08, 2002 Page 17 of 17 Rpt: NRC: Table 3-x-1 Table 1 w/ Union Query