ML20093E405

Industry List of Proposed F-J Revisions Fr the April 7, 2020 SLR LLM 4

ML20093E405
Person / Time
Issue date:	04/02/2020
From:	William Burton NRC/NRR/DNRL/NLRP
To:
Burton W, 301-415-6332
References
Download: ML20093E405 (10)

Text

Page 1 of 10 AMR Standard Notes F-J

1. Management of reduction of heat transfer for heat exchanger tubes by the Fuel Oil Chemistry Program (XI.M30)

Reference:

Surry SER (ML#19360A020), Section 3.3.2.3.5, page 3-224, (Steel Fuel Oil Radiator Tubes)

VII Auxiliary Systems Table H1 Diesel Fuel Oil System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.H1-TBD 3.3-1, TBD Heat Exchanger Tubes Steel Fuel Oil Reduction of heat transfer due to fouling AMP XI.M30, "Fuel Oil Chemistry" No

2. Management of loss of coating integrity for compressed air (air, air-dry, condensation environments) steel tanks with internal coatings by the Internal Coatings/Linings for In-Scope Components (XI.M42)

Reference:

Surry SER (ML#19360A020), Section 3.3.2.3.5, page 3-225, (Internally Coated Carbon Steel Tanks)

VII Auxiliary Systems Table D Compressed Air System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.H1-TBD 3.3-1, TBD Tank Metallic with internal coating air-dry; air; condensation Loss of coating or lining integrity due to blistering, cracking, flaking, peeling, delamination, rusting, physical damage AMP XI.M42, "Internal Coatings/Linings for In-Scope Piping, Piping Components, Heat Exchangers, and Tanks" No

Page 2 of 10

3. Management of loss of material for compressed air (air, air-dry, condensation environments) steel tanks with internal coatings by the Internal Coatings/Linings for In-Scope Components (XI.M42)

Reference:

Surry SER (ML#19360A020), Section 3.3.2.3.5, page 3-225, (Internally Coated Carbon Steel Tanks)

VII Auxiliary Systems Table D Compressed Air System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.J-TBD 3.3-1, TBD Tank Metallic with internal coating air-dry; air; condensation Loss of material due to general, pitting, crevice corrosion AMP XI.M42, "Internal Coatings/Linings for In-Scope Piping, Piping Components, Heat Exchangers, and Tanks" No

4. Management of loss of material for nickel alloy strainer components in a fuel oil environment by the Fuel Oil Chemistry Program (XI.M30) and One-Time Inspection Program (XI.M32).

Reference:

Surry SER (ML#19360A020), Section 3.3.2.3.4, page 3-224, (Nickel Alloy Strainer Element)

VII Auxiliary Systems Table H1 Diesel Fuel Oil System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.H1-TBD 3.3-1, TBD Strainer element Nickel alloy Fuel oil Loss of material due to pitting, crevice, corrosion, MIC AMP XI.M30, Fuel Oil Chemistry and AMP XI.M32, One-Time Inspection No

Page 3 of 10

5. TLAA management of the stainless steel spent fuel pool liner plate fatigue.

Reference:

Surry SER (ML#19360A020), Section 3.5.2.3.1, page 3-267, (Stainless Steel Spent Fuel Pool Liner Plates)

III Structures and Component Supports Table A5 Group 5 Structures (Fuel Storage Facility, Refueling Canal)

Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation III.A5-TBD 3.5.1, TBD Fuel pool liner Stainless Steel Treated water, treated borated water Cumulative fatigue damage due to fatigue (Only if CLB fatigue analysis exists)

TLAA, SRP-SLR Section 4.7, Other Plant-Specific Time-Limited Aging Analysis Yes

6. Management of cracking or loss of material in subliming compound fireproofing/fire barriers (thermolag, darmatt, and others) by the Fire Protection Program (XI.M26)

Reference:

Peach Bottom SER (ML# 19317E013), Section 3.3.2.3.5 (Subliming Compound)

VII Auxiliary Systems Table G Fire Protection Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.G.TBD 3.3-1, TBD Fireproofing; fire barriers Subliming compound fireproofing/fire barriers (thermolag, darmatt, and others)

Air Cracking due to chemical reaction or settlement; or loss of material due to vibration or flaking AMP XI.M26, "Fire Protection" No

Page 4 of 10

7. Management of cracking and loss of material in cementitious fireproofing/fire barriers (Cafecote and others) by the Fire Protection Program (XI.M26)

Reference:

Peach Bottom SER (ML# 19317E013), Section 3.3.2.3.5 (Cementitious Fireproofing and Penetration Seals)

VII Auxiliary Systems Table G Fire Protection Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.G.TBD 3.3-1, TBD Fireproofing; fire barriers Cementitious coatings Air Cracking due to chemical reaction or settlement; or loss of material due to exfoliation, delamination, or spalling AMP XI.M26, "Fire Protection" No

8. Management of cracking and loss of material in aluminum silicate fireproofing/fire barriers (Silicates: maranite, kaowool, and others) by the Fire Protection program (XI.M26)

Reference:

Peach Bottom SER (ML# 19317E013), Section 3.3.2.3.5 (Aluminum Silicate Penetration Seals)

VII Auxiliary Systems Table G Fire Protection Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.G-TBD 3.3-1, TBD Fireproofing; fire barriers Silicates (maranite, kaowool, and others)

Air Cracking due to settlement; or Loss of material due to flaking AMP XI.M26, "Fire Protection" No

Page 5 of 10

9. Management of loss of material/wear in elastomers exposed to condensation by the Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components program (XI.M38)

Justification: Not needed - use SRP Table 3.3-1, item 263 VII Auxiliary Systems Table F2 Auxiliary and Radwaste Area Ventilation System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.F2-TBD 3.3-1, TBD Piping, piping components, ducting, ducting components, seals Polymeric Condensation Loss of material due to wear AMP XI.M38, " Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components" No

10. Management of loss of material/pitting, crevice corrosion in zinc exposed to lubricating oil by the Lubrication Oil Analysis program (XI.M39) and One-Time Inspection program (XI.M32)

Reference:

Peach Bottom SER (ML# 19317E013), Section 3.2.2.3.3 (Zinc Piping, Piping Components)

VII Auxiliary Systems Table H2 Emergency Diesel Generator System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.H2-TBD 3.3-1, TBD Valve Zinc Lubricating Oil Loss of Material due to pitting and crevice corrosion AMP XI.M39, "Lubricating Oil Analysis and AMP XI.M32, One-Time Inspection" No

Page 6 of 10

11. Management of loss of material/general, pitting, crevice corrosion in zinc exposed to a condensation environment by the Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components program (XI.M38)

Reference:

EPRI 3002011822 Appendix E.3.1.3 and E.3.1.4 indicate, with exception of titanium and associated alloys, all metals of interest are susceptible to general, pitting, and crevice corrosion when wetted and oxygen and/or other contaminants. This is consistent with ASM Handbook Volume 13, 1987, Corrosion of Zinc and Zinc Alloys. [

VII Auxiliary Systems Table C1 Open-Cycle Cooling Water System (Service Water System)

Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.C1-TBD 3.3-1, TBD Valve Zinc Condensation Loss of Material due to general, pitting and crevice corrosion AMP XI.M38, " Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components" No

12. Management of loss of material/general, pitting, crevice corrosion in carbon steel, stainless steel, and copper alloy exposed to a treated water environment by Water Chemistry (XI.M2) and One-Time Inspection Program (XI.M32) for GALL-SLR Chapter VII PWR Systems (e.g. CVCS or HVAC).

Justification: Provides a treated water environment AMR line in GALL-SLR Chapter VII consistent with those in Chapter VIII VII Auxiliary Systems Table E1 Chemical and Volume Control System (PWR)

Ite m

SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.E1-TBD 3.3-1, TBD Piping, piping components, tanks Stainless Steel; Steel; copper Treated water Loss of material due to general (steel only),

pitting, crevice AMP XI.M2, "Water Chemistry" and AMP XI.M32, One-Time Inspection No VII.E1-TBD 3.3-1, TBD Piping, piping components, tanks Stainless Steel Treated water

>60°C

(>140°F)

Cracking due to SCC AMP XI.M2, "Water Chemistry" and AMP XI.M32, One-Time Inspection No

Page 7 of 10 13 AMP XI.E7, High Voltage Insulators:

1.) Revise the materials portion of VI.A.LP-32 for management of loss of material in high voltage insulators to include materials associated with polymer insulators (EPR, silicone rubber, FRP and fiberglass).

2.) Revise the materials portion of VI.A.LP-28 for management of reduced electrical insulation resistance in high voltage insulators to include toughened glass and materials associated with polymer insulators (EPR, silicone rubber, FRP, and fiberglass).

References:

Turkey Point SER (ML# 19191A057), Section 3.6.2.3.1 (Polymer)

EPRI Insulator Reference Book, 3002010140, Dec 2017, Section 1.6, Section 3.4, Section 5 ( Toughened Glass)

VI Electric Components Table A Equipment Not Subject to 10CFR 50.49 Environmental Qualification Requirements Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VI.A.LP-32 3.6-1, 002 High-voltage electrical insulators Porcelain; malleable iron; aluminum; galvanized steel; cement; EPR; silicone rubber; FRP; and fiberglass Air -

outdoor Loss of material due to mechanical wear or corrosion caused by movement of transmission conductors due to significant wind AMP XI.E7, High-Voltage Insulators No VI.A.LP-28 3.6-1, 002 High-voltage electrical insulators Porcelain; malleable iron; aluminum; galvanized steel; cement; EPR; silicone rubber; FRP; fiberglass; and toughened glass Air -

outdoor Reduced electrical insulation resistance due to presence of cracks, foreign debris, salt, dust, cooling tower plume or industrial effluent contamination AMP XI.E7, High-Voltage Insulators No

Page 8 of 10

14. Revise reactor vessel internals components to reflect primary, expansion and existing components inspections specified by MRP-227 Rev 1-A. Note new materials for components with stellite wear surfaces.

Reference:

Clevis bearing wear surface: MRP-227 Rev 1-A Table 4-9, item W14 (Existing Components)

Radial support key wear surface: MRP 2018-022 Table 4-3 (New Primary Component)

No additional measures components: Adds new material: Stellite IV Reactor Vessel Internals, and Reactor Coolant System Table B2 Reactor Vessel Internals (PWR) - Westinghouse Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation IV.B2.RP-TBD 3.1-1, TBD Alignment and interfacing components: clevis bearing wear surface Stellite Reactor coolant and neutron flux Loss of material due to wear AMP XI.M16A, PWR Vessel Internals Yes IV.B2.RP-TBD 3.1-1, TBD Lower internals: radial support key wear surface Stellite Reactor coolant and neutron flux Loss of material due to wear AMP XI.M16A, PWR Vessel Internals Yes IV.B2.RP-TBD 3.1-1, TBD Reactor vessel internal No Additional Measures components Stellite Reactor coolant and neutron flux No additional aging management for reactor internal "No Additional Measures" components unless required by ASME Section XI, Examination Category B-N-3 or relevant operating experience exists AMP XI.M16A, PWR Vessel Internals Yes

Page 9 of 10

15. Management of cracking, blistering, and loss of material in polymeric (fiberglass) tanks exposed to a fuel oil environment by the Fuel Oil Chemistry Program (XI.M30).

Justification: EPRI 3002011822 Appendix C2.1.6 indicates fiberglass is often used for petroleum products because of its corrosion resistance. Fiberglass is susceptible to cracking, blistering, and loss of material in air environments (SRP 3.3.1 item 150) and raw water environments (SRP 3.3.1, item 030a). AMP XI.M30 Fuel Oil Chemistry and XI.M32 One-Time Inspection will confirm unacceptable degradation is not occurring.

VII Auxiliary Systems Table H1 Diesel Fuel Oil System Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.H1-TBD 3.3-1, TBD Tank Fiberglass Fuel oil Cracking, blistering, loss of material due to exposure to ultraviolet light, ozone, radiation, temperature, moisture, or chemical attack AMP XI.M30 "Fuel Oil Chemistry and AMP XI.M32 One-Time Inspection No

Page 10 of 10

16. Revise NUREG-2191 AMR Lines VII.C1.A-400 and VII.C3.A-400 to specify AMP XI.M20, Open-Cycle Cooling Water System or AMP XI.M38, Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components.

Justification: Avoids the use of AMR Standard Note E for raw water environment components not covered by NRC GL 89-03.

VII Auxiliary Systems Table C1 Open-Cycle Cooling Water System (Service Water System)

Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.C1.A-400 3.3-1, 127 Piping, piping components, tanks Metallic Raw water Loss of material due to recurring internal corrosion AMP XI.M20, Open-Cycle Cooling Water System or AMP XI.M38, "Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components" No VII Auxiliary Systems Table C3 Ultimate Heat Sink Item SRP Item (Table ID)

Structure and/or Component Material Environment Aging Effect/Mechanism Aging Management Program (AMP)/TLAA Further Evaluation VII.C3.A-400 3.3.1-127 Piping, piping components, tanks Metallic Raw water Loss of material due to recurring internal corrosion AMP XI.M20, Open-Cycle Cooling Water System or AMP XI.M38, "Inspection of Internal Surfaces in Miscellaneous Piping and Ducting Components" No