Text

Rev 1 to Change 1 to Inservice Insp IGSCC Program for Millstone Unit 1,Applicable To:Rcpb Weld Exam Selection for 1989 Refueling Outage
	ML20207C034
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Site:	Millstone
Issue date:	07/31/1988
From:	; NORTHEAST UTILITIES SERVICE CO.
To:	;
Shared Package
ML20207C031	List: A07029, Responds to Generic Ltr 88-01, IGSCC in Austenitic Stainless Steel Piping. Util Developed Encl Updated IGSCC Program for Facility Which Follows Guidelines of NUREG-0313, Rev 2; ML20207C034;
References
	PROC-880731, NUDOCS 8808050011
	Download: ML20207C034 (160)
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{{#Wiki_filter:.. D:te: July 31, 1988 Revision: 1 Change: 1 O i l l INSERVICE INSPECTION INTERGRANULAR STRESS CORROSION CRACKING ICSCC PROGRAM FOR NORTHEAST NUCLEAR ENERGY COMPANY MILLSTONE UNIT 1 APPLICABLE TO: REACTOR COOLANT PRESSURE BOUNDARY PIPING WELD EXAMINATION SELECTIONS FOR THE 1989 REFUELING OUTAGE PREPARED BY NORTHEAST UTILITIES SERVICE COMPANY l O 3;ro88ea8883He O re89/8592 Page i

i Date: July 31, 1988 Revision: 1 Change: 1 () TABLE OF CONTENTS SECTION PAGES ABSTRACT Program Requirement Summary 1 INTRODUCTION 1.0 PROGRAM BASIS I.1 2.0 PROGRAM APPLICABILITY I.1 3.0 INSPECTION METHODS AND PERSONNEL I.1 4.0 NRC REPORTING REQUIREMENTS I.2 5.0 PROGRAM DOCUNINTATION I.2 SYSTEM BOUNDARIES 1.0 GENERAL INFORMATION SB.1 2.0 REACTOR PRESSURE VESSEL (RPV) SB.1 N0ZZLE TO COMPONENT WELDS 3.0 REACTOR RECIRCULATION SYSTEM WELDS SB.1 4.0 CORE SPRAY SYSTEM WELDS SP.1 5.0 REACTOR WATER CLEANUP SYSTEM WELDS SB.1 6.0 SHUTDOWN COOLING SYSTEM WELDS SB.2 7.0 LOW PRESSURE COOLANT INJECTION SYSTEM WELDS SB.2 8.0 ISOLATION CONDENSER SYSTEM WELDS SB.3 REFERENCES REF.1 1. Response Letter - NRC "Generic Letter 88-01" 2. NRC Geretic Letter 88-01 3. NUREG-0313 Rev. 2 4. Outage SER "MP1 1985 Outage" 5. Outage SER "MP1 1987 Outage" ] () 6. Correction of SER "MP1 1987 Outage" re89/8592 Page 11

Date: July 31, 1988 Revision: 1 Change: 1 (} TABLE OF CONTENTS SECTION PAGES ABBREVIATIONS 1.0 SYSTEMS ABBR.1 2.0 GENERAL ABBR.1, ABBR.2 3.0 WELD RECORD DEFINITIONS ABBR.2 TABLE 1 1. 1989 MP1

SUMMARY

TABLE OF INSPECTION TI.1, TI.2 SCHEDULES FOR PIPING WELDMENTS TABLE 2 1. 1989 MP1

SUMMARY

TABLE OF STRESS T2.1 IMPROVED WELDMENTS AND OVERLAY REPAIRS 2. IHS WELD LIST T2.2 thru T2.5 3. HSW WELD LIST T2.6 () 4. CRC WELD LIST T2.7 5. SHT WELD LIST T2.8 6. OVL WELD LIST T2.9 TABLE 3 1. 1989 MP1

SUMMARY

TABLE OF PIPING WELDMENTS T3.1 BY SYSTEM AND OUTAGE SCHEDULE LISTING 2. (ABBREVIATED) INSPECTION PROGRAM

SUMMARY

73.2 FOR UNIT MP1 3. RPV WELDS SCHEDULED 1989 OUTAGE T3.3, T3.4 4. RECIRC. WELDS SCHEDULED 1989 OUTAGE T3.5, T3.6 5. CORE.SPR WELDS SCHEDULED 1989 OUTAGE T3.7 6. RWCU.SUP WELDS SCHEDULED 1989 OUTAGE T3.8 7. RWCU. RET WELDS SCHEDULED 1989 OUTAGE T3.9 8. SHUTCOOL WELDS SCHEDULED 1989 OUTAGE T3.10 () 9. LPCI WELDS SCHEDULED 1989 OUTAGE T3.11, T3.12 10. ISOC.SUP WELDS SCHEDULED 1989 OUTAGE T3.13 11. ISOC. RET WELDS SCHEDULED 1989 OUTAGE T3.14 re89/8592 Page iii

Date: July 31, 1988 Revision: 1 Change: 1 TABLE OF CONTENTS SECTION PAGES CATECORY A 1.0 APPLICABILITY OF WELDMENTS A.1 2.0 DEFINITION OF WELDMENTS A.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL A.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS A.1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS A.1 6.0 EXPANSION REQUIREMENTS A.2 7.0 INSPECTION PROGRAM

SUMMARY

A.3 8.0 ISI HISTORICAL EXMKINATION SUMdARY TABLE A.4 thru A.8 9.0 WELD RECORDS FOR EACH WELD A.9 thru A.26 CATEGORY B 1.0 APPLICABILITY OF WELDMENTS B.1 2.0 DEFINITION OF WELDMENTS B.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL B.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS B.1 S.0 WELDNENT DISTRIBUTION REQUIREMENTS B.1 6.0 EXPANSION REQUIREMENTS B.1 CATEGORY C 1.0 APPLICABILITY OF WELDMENTS C.1 2.0 DEFINITION OF WELDMENTS C.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL C.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS C.1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS C.1 6.0 EXPANSION REQUIREMENTS C.2 re89/8592 Page iv

Data: July 31, 1988 R: vision: 1 Change: 1 () TABLE OF CONTENTS SECTION PAGES 7.0 INSPECTION PROGRAM

SUMMARY

C.3 8.0 ISI HISTORICAL EXAMINATION

SUMMARY

TABLE C 4 thru C.6 9.0 WELD RECORDS FOR EACH WELD C.7 thru C.18 CATEGORY D 1.0 APPLICABILITY OF WELDMENTS D.1 2.0 DEFINITION OF WELDMENTS D.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL D.1 4.0 INSrECTION EXTENT AND SCHEDULE REQUIREMENTS D.1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS D.1 6.0 EXPANSION REQUIREMENTS D.I 7.0 INSPECTION PROGRAM

SUMMARY

D.2 () 8.0 ISI HISTORICAL EXAMINATION

SUMMARY

TABLE D.3 thru D.9 9.0 WELD RECORDS FOR EACH WELD D.10 thru D.36 CATEGORY E 1.0 APPLICABILITY OF WELDMENTS E.1 2.0 DEFINITION OF WELDMENT3 E.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL E.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS E.1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS E.2 6.0 EXPANSION REQUIREMENTS E.2 7.0 INSPECTION PROGRAM

SUMMARY

E.3 8.0 ISI HISTORICAL EXAMINATION SUNMARY TABLE E.4 9.0 WELD RECORDS FOR EACH WELD E.5 thru E.7 l re89/8592 Page v

Date: July 31, 1988 Revision: 1 Change: 1 () TABLE OF CONTENTS, SECTICN PAGES CATEGORY F 1.0 APPLICABILITY OF WELDMENTS F.1 2.0 DEFINITION OF WELDMENTS F.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL F.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS F.1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS F.1 6.0 EXPANSION REQUIREMENTS F.1 CATEGORY G 1.0 APPLICABILITY OF WELDMENTS G.1 2.0 DEFINITION OF WELDMENTS G.1

3.0 DESCRIPTION

OF INSPECTION INTERVAL G.1 4.0 INSPECTION EXTENT AND SCHEDULE REQUIPEMENTS G.2 5.0 WELDMENT DISTRIBUTION REQUIREMENTS G.2 6.0 EXPANSION REQUIREMENTS G.2 7.0 INSPECTION PROGRAM

SUMMARY

G1 WELDS G.3 8.0 ISI HISTORICAL EXAMINATION

SUMMARY

TABLE G.4 9.0 WELD RECORDS FOR EACH G1 WELD G.5 thru G.7 10.0 INSPECTION PROGRAM

SUMMARY

G2 WELDS G.8 11.0 WELD RECORDS FOR EACH G2 WELD G.9, G 10 DRAWING SECTION PAGES OR DRAWING SHEETS 1. LIST OF DRAWING NUMBERS DWG.1 4 RPV SHEETS 2, 10, 56, 22 RECIRC. SHEETS 16, 14, 15 CORE.SPR SHEETS 20, 21, 19 RWCU.SUP & RET SHEET 23 i SHUTCOOL SHEET 24 (~' LPCI SHEETS 32, 33, 34 ~ ISOC.SUP & RET SHEETS 18, 17 4 re89/8592 Page vi

Date:- July 31, 1988 Rsvision: 1 Change: 1 i ABSTRACT The Inservice Inspection IGSCC Program presented within this document is I written in accordance with the requirements of the Nuclear Regulatory Commission Generic Letter 88-01, "NRC Position on IGSCC in BWR I l Austenitic Stainless Steel Piping," dated January 25, 1988. i i i i i O j I 4 ? ) )

O i

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4 Dr,ts: July 31, 1988 Revision: 1 Change: 1 0 V INTRODUCTION 1.0 PROGRAM BASIS 1.1 This program describes the requirements for Inservice In-spection of pipe weldments subject to intergranular stress corrosion cracking (IGSCC) at Millstone Nuclear Power Station Unit 1. The technical justification for development of this program is based on the requirements of NUREG-0313, Revision 2 "Technical Report on Material Selection and Process Guidelines for BWk Coolant Pressure Boundary Piping." 1.2 All IGSCC examinations that have been comp.'eted under this program since its original implementation date of May 21, 1985, have been credited in the development of this program. The basis employed for the credit of these examinations is due to the use of NDE personnel that were requalified under the NDE Coordination Plan agreed upon by the NRC, EPRI, and the BWR Owners Group for IGSC" research at the EPRI NDE Center in Charlotte, North Carolina, prior to the 1985 refueling outage. 2.0 PROGRAM APPLICABILITY 2.1 This program is applicable to all MP1 piping made of austenitic-stainless steel that is four inches or larger in nominal diameter, contains reactor coolant at a temperature above 200*F during power operation re p rdless of code classifica-4 1 tion. Included in this program are all welds made of Inconel In? weld material subject to the conditions described above ard reactor vessel attachments and appurtenances such as the jet pump instrumentation penetration assetablies, the control rod drive nozzle cap weld and head vent, head instru-ment, and head spray components. 2.2 IGSCC examinations scheduled in this program are limited to the 1989 refueling outage. This program is used strictly as a scheduling document to meet the regulatory guidance provided in NRC Generic Letter 88-01. This program will be revised or changed prior to each refueling outage in accordance with the latest regulatory guidance in existence at that time. 3.0 INSPECTION METHODS AND PERSONNEL 3.1 Examinations performed under this program comply with the 1980 Edition and the Winter 1980 Addenda of the ASME Code, Section XI, as specified in the Millstone Nuclear Power Station Unit 1 Inservice Inspection Programs, i 3.2 All examination personnel, equipment, and procedures are qualified in accordance with the NDE Coordinatiot. Plan agreed O upon by the NRC, EPRI, and the Boiling Water Reactor Owners Group for IGSCC Research, being implemented at the EPRI NDE Center in Charlotte, North Carolina. re89/8592 Page I.1 i

P4es: July 31, 1988 Rsvision: 1 Change: 1 l) 3.3 Millstone Unit I will continue on-site testing and surveil- \\' lance of examination vendor personnel to verify that personnel are performing quality work in accordance with Northeast Utilities IGSCC NDE procedures used in the examination of welds scheduled in this program. 4.0 NRC REPORTING REQUIREMENTS 4.1 Examination results will be reported in the Inservice In-spection Outage Summary Report provided to the NRC within 90 days following completion of scheduled refueling outages. 4.2 A summary of inspection results of welds that do not meet the acceptance criteria of IWB-3500 of Section XI of the ASME Code for continued operation without evaluation will be provided to the NRC. This summary will also provide any change found in the condition of welds previously known to be cracked, and evaluation of flaws for continued operation and repair plans performed or planned. 5.0 PROGRAM DOCUMENTATION 5.1 This program is filed in two computer systems with the excep-tion of the references and drawing sections. Changes or revisions to this program are controlled under the Nuclear Engineering and Operations Procedure NEO 3.10. OV

O re89/8592 Page I.2

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Dita: July 31, 1988 R;vicion: 1 Change: 1 ___ () SYSTEM BOUNDARIES V 1.0 GENERAL INFORMATION 1.1 The IGSCC System Boundary descriptions provided in this sec-tion describe the boundaries for welds made of materials that are subject to examination under the requiremencs of this program. All of these boundaries include welds that are > 4" nominal pipe size (NPS), contain reactor coolant during power operation and exceed a temperature > 200'F. 2.0 REACTOR PRESSURE VESSEL (RPV) N0ZZLE TO COMPONENT WELDS (6) 2.1 The RPV welds described in this paragraph are not included under other IGSCC piping system boundary descriptions because they are considered to be RPV attachments or appurtenances. The RPV boundary includes the Jet Pump Instrumentation System Nozzle Welds (Nozzle to Penetration Seal Welds 2) and the Control Rod Drive System (Nozzle to Cap Weld 1) located in the dryvell. Also included are the Head Vent, Head Instrument, and Head Spray Systems (Nozzle to Flange Safe End Welds 3) located on the RPV head. All of these welds are designated as ASME Code Class I welds and are made of Inconel or stainless steel materials. 3.0 REACTOR RECIRCULATION SYSTEM WELDS (116) p/ 's-3.1 The Reactor Recirculation System Boundary includes all piping welds > 4" NPS made of Inconel or stainless steel materials. The system boundary starts from the suction piping RPV nozzle to safe end welds and ends with the discharge piping safe end to RPV nozzle welds. All of the welds of this system are located in the drywell and are designated as ASME Code Class I welds. 4.0 CORE SPRAY SYSTEM WELD 3 (42) 4.1 The Core Spray System Boundary includes welds on both the "A" and "B" loops > 4" NPS made of Inconel or stainless steel ~ materials. The system boundary for the "A" loop starts at the dissimilar metal weld CSAC-G-3 in the reactor building and continues into the drywell, ending at the safe end to RPV nozzle veld CSAF-1. The "B" loop sees identical operating conditions as compared to the "A" loop and starts at the dissimilar metal piping veld CSBC-G-2 in the reactor building and continues into the drywell, ending at the safe end to RPV nozzle weld CSBF-1. All of the welds of this system are designated ss either ASME Code Class 1 or 2 welds. 5.0 REACTOR WATER CLEAWUP SYSTEM WELDS (92) tT 5.1 The Reactor Water Cleanup System Boundary is divided into two \\_,) separate systems. The first is the supply line systen and the second is the return line system. The subdivision of this re89/8592 Page SB.1

Dato July 31, 1988 Rcvision: 1 Change: 1 O SYSTEM BOUNDARIES V system is due to the operating condition variations (i.e., temperature and pressure), between the two lines. All of the welds in the system boundaries of both lines are made of stainless steel materials and are > 4" NPS. Both lines include ASME Code Class I welds and Non-Quality Assurance designated welds. The NQA welds on both lines are exempt under the existing MP1 ISI programs and are only scheduled for examination in this program. The system boundary for the welds of these lines is based on an actual operating tempera-ture > 200'F. 5.2 The Reactor Water Cleanup System Supply Line Boundary starts at veld CUAJ-1 inside of the drywell, of f of the Shutdown Cooling System and continues into the reactor building, then through the tube side of the system's heat exchanges and ends with weld CUA-32. 5.3 The Reactor Water Cleanup System Return Line Boundary starts at weld CUB-13 in the reactor building and continues through the shell side of the system's heat exchangers, into the dry-well and ends at the Feedwater System connecting dissimilar metal weld CUBF-2. 6.0 SHUTDOWN COOLING SYSTEM WELDS (6) \\' 6.1 The Shutdown Cooling System Boundary includes all welds > 4" NPS made of stainless steel materials and contain reactor coolant > 200* F. The system boundary starts at the dissimilar metal piping veld SCAF-2 and ends at the system connecting weld SCAJ-l to the Reactor Recirculation System. All of the welds are located inside the drywell and are designated as ASME Code Class 1 welds. 7.0 LOW PRESSURE COOLANT INJECTION SYSTEM WELDS (41) 7.1 The Low Pressure Coolant Injection System Boundary includes welds on both the "A" and "B" loops > 4" NPS, made of stain-less steel materials and whose temperature during power operation exceeds 200*F. The system boundary for the "A" loop starts at veld CCAJ-21 located in the reactor building and continues into the drywell, ending at the system codnecting weld CCAJ-1 to the Reactor Recirculation System. The "B" loop sees identical operating conditions as compared to the "A" loop and starts at weld CCBJ-20 located in the reactor building i and continues into the drywell, ending at the system connecting weld CCBJ-1 to the Reactor Recirculation System. All of the welds of this system are designated as ASME Code Class 1 welds. O l i re89/8592 Page SB.2

DIto: July 31, 1988 kevision: 1 Change: 1 [ SYSTEM BOUNDARIES 8.0 ISOLATION CONDENSER SYSTEM WELDS (107) 8.1 The Isolation Condenser System Boundary is divided into two separate systems. The first is the steam supply line system and the second is the condensate return line system. The sub-division of this system is due to the operating condition variations (i.e., temperature and pressure) between the two lines. All of the welds in the system boundaries of both lines are made of Inconel or stainless steel materials and are > 4 " NP S. Both lines contain ASME Code Class 1 and 2 welds -and are subject to an actual operating temperature > 200*F. 8.2 The Isolation Condenser System Supply Line Boundary starts at the RPV nozzle to safe end weld ICAF-1 and also includes the spare RPV nozzle to safe end weld ICBF-1 and the ICBJ-CAP weld. The supply line system runs from weld ICAF-1 located inside the drywell out to the Isolation Condenser north and south supply safe end to nozzle welds located in the reactor building. 8.3 The Isolation Condenser System Return Line Boundary starts at the Isolation Condenser nozzle to safe end welds, located in the reactor building on the north and south ends of the Isolation Condenser. The return line system then runs into O-the drywell and ends with the system connecting weld ICBJ-1 to the Reactor Recirculation System. O re89/8592 Page SB.3

Dets: July 31, 1988 R vision: 1 Change: 1 p REFERENCES a 1. Response Letter - NRC Generic Letter 88-01 "NRC Position on IGSCC in Bk'R Austenitic Stainless Steel Piping," Mroczka to U.S. Nuclear Regulatory Cormission. 2. NRC Generic Letter 88-01 "NRC Position on IGSCC in Bk'R Austenitic Stainless Steel Piping," dated January 25, 1988. 3. NUREG-0313 Rev. 2 "Technical Report on Material Selection and Processing Guidelines for BWR Coolant Pressure Boundary Piping," dated January 1988. 4. Outage SER - NRC LTR Docket No. 50-245 Grimes to Opeka, SER for Inspection and Repairs of Reactor Cooling Piping Systems - Inter-granular Stret.s Corrosion Cracking (IGSCC), 1985 MP-1 Outage, dated April 3, 1986. 5. Outage SER - NRC LTR Docket No. 50-245 Boyle to Mroczka, SER for Inspections and Repairs of IGSCC at MP-1,1987 MP-1 Outage, dated October 26, 1987. 6. Correction of SER - MP-1 1987 IGSCC Inspection Plan Resulte. LTR A06891 Mroczka to U.S. Nuclear Regulatory Commission, dated March 25, 1988. O i r ) Q re89/8592 Page REF.1

Data: July 31, 1988 Rsvicion: 1 Change: 1 ABBREVIATIONS 1 1.0 SYSTEMS 1.1 RPV Reactor Pressure Vessel 1.2 CRD Control Rod-Drive 1.3 JET. PUMP RPV Jet Pump Instrumentation s 1.4 HEADVENT RPV Head Vent 1.5 HEAD.SPR RPV Head Spray 1.6 HEADINST RPV Head Instrument 1.7 RECIRC. Reactor Recirculation 1.8 CORE.SPR Core Spray 1.9 RWCU.SUP Reactor Water Cleanup Supply 1.10 RWCU. RET Reactor Wtter Cleanup Return 7 1.11 SHUTCOOL Shutdown Cooling 1.12 LPCI Low Pressure Coolant Injection () m 1.13 ISOC.SUP Isolation Condenser Supply 1.14 ISOC. RET Isolation Condenser Return 2.0 GENERAL 2.1 FLW Flawed Weld 2.2 IHS Induction Heat Stress Improvement 2.3 OVL Overlay Weld L 2.4 HSW Heat Sink Weld 4 i 1 l 1 2.5 CRC Corrosion Resistant Cladding 2.6 89 DUE 1989 Scheduled Weld Examination 2.7 S/S Stainless Steel 2.8 C/S Carbon Steel 1 2.9 NA Not Applicable ( 2.10 UT Ultrasonic Test or Examination re89/8592 Page ABBR.1 l

Date: July 31, 1988 R0 vision: 1 Change: 1 ABBREVIATIONS 2.11 PT Liquid Penetrant Test or Examination 2.12 AE Acoustic Emission 2.13 SM Sump Monitoring 2.14 RX. BLDG Reactor Building 2.15 87C 1987 Examination Completed 2.16 CL1 ASME Code Class 1 wen 2.17 CL2 ASME Code Class 2 Weld 2.18 NQA Non-Quality Assurance Designated Weld i 2.19 TECH.SP Plant Technical Specifications 2.20 SHT Solution Heat Treated 3.0 WELD RECORD DEFINITIONS 3.1 UNIT MP1 Millstone Nuclear Power Station Unit 1 3.2 SYSTEM System Designation 3.3 COMP. EXAM Weld Identification Number 3.4 ITEM i Location Drywell or Reactor Building 3.5 CATEGORY ICSCC Category by Letter Designation 3.6 INSP. CODE IGSCC or INC.182 Examinations 3.7 PIPE SIZE / Pipe size of individual weld and UT or PT EXAM (S) REQ. excmination required 3.8 PROCEDURE Manual or Automated Ultrasonic Examination 3.9 INSPECTION Year Examination is due or completed, stress PERIOD (S) Improvements Applied Flawed or Weld Overlay Repaired Weld Class Designation and Schedt. ling Applicability 3.10 DRAWING # Drawing sheet number that is spplicable to each individual weld O re89/8592 Page ABBR.2 I -,~ +..

Dato: July 31, 1988 R vision: 1 Change: 1 TABLE 1 1989 MP1

SUMMARY

TABLE OF INSPECTION SCHEDULES FOR PIPING WELDMENTS IGSCC INSPECTION DESCRIPTION OF WELDMENTS NOTES CATEGORY EXTENT & SCHEDULE Resistant Materials A 25% every Total Welds = 117 10 years (at least 12% in 6 years) MP1 IGSCC Program 5% each refueling outage or 6 welds minimum. Nonresistant Materials (1) B 50% every SI within 2 years of opera-10 years (at tien (1) least 25% in Total Welds = 0 6 years) MP1 IGSCC Program not applicable. Nonresistant Materials (1) C All within the SI after 2 years of opera-next 2 refueling tion cycles, then all Total Welds = 76 every 10 years (at least 50% in O 6 years) MP1 IGSCC Program 20% each refueling outage or 16 welds minimum. These are welds with Induction Heat Stress Improvement (IHS) applied. Nonresistant Materials (1) D All every 2 No SI refueling cycles Total Welds = 184 MP1 ICSCC Program 501 each refueling outage or 92 velds minimum. Cracked (1)(2) E 50% next Reinforced by weld overlay refueling outage, or mitigated by SI then.all every 2 Total Welds = 12 refueling cycles f MP1 IGSCC Program all welds every 2 refueling cycles, varies ,according to application of weld overlay or identification of flaws. Cracked (2) F All every Inadequate or no repair refueling outage Total Welds = 0 MP1 ICSCC Program not applicable, o re89/8592 Page T1.1

Date: July 31, 1988 Rsvision: 1 i Change: 1 IGSCC INSPECTION O DESCRIPTION OF WELDMENTS NOTES CATECORY EXTENT & SCHEDULE Nonresistant (3) G All next Not Inspected refueling outage Total Welds = 21 MPl.IGSCC Program subcategorized as G1 accessible welds and G2 inac-cessible velds. G1 welds: 13, 100% during the 1989 refueling outage. G2 welds: 8 Inside drywell penetrations that are continuously moni-tored for leakage. Notes (1) All welds in nonresistant material should be inspected after a stress improvement process as part of the process. Schedules shown should be followed after this initial inspection. (2) See recommendations for acceptable weld overlay reinforcements and stress improvement mitigation. (See NRC Generic Letter 88-01 Reference 2.) (3) Welds that are not UT inspectable should be repaired, "sleeved," or i J (~s local leak detection applied. RT examination or visus 1 inspection \\ for leakage may also be considered. (See Response to NRC Generic 1 Letter 88-01 Reference 1.) a 1 i s 4 i l 7 1 ) a re89/8592 Page T1.2 gn. w ---, - -, - - = ,-_.,n m. -- - - - - -,,. _,--.,, -, -,

i Dsto: July 31, 1988 Rsvision: 1 Change: 1 TABLE 2 1989 MP1 SUIDU.RY TABLE OF STRESS IMPROVED WELDMEliTS AND OVERLAY REPAIRS PROCESS / SYSTEM WELDMENTS 1. Induction Heat Stress Improvement (IHS) Low Pressure Coolant Injection System 1 Reactor Recirculation System 82 TOTAL 83 2. Heat Sink Welded (HSW) Core Spray System 4 Reactor Water Cleanup Supply System 5 1 Reactor Water Cleanup Return System 2 Isolation Condenser Supply Sys;em 7 Isolation Condenser Return System 2 TOTAL 20 3. Corrosion Resistant Cladding (CRC) l Reactor Recirculation System 4 ) Core Spray System 2 Reactor Water Cleanup Supply System 1 Shutdown Cooling System 2 () Low Pressure Coolant Injection System 2 Isolation Condenser Supply System 9 Isolation Condenser Return System 4 TOTAL 24 4. Solution Heat Treated (SHT) l Reactor Recirculation System Sweepolets TOTAL 8 5. Weld overlay Repairs (OVL) Reactor Recirculation System 7 Isolation Condenser Supply System 2 TOTAL 9 TOTAL WELDMENTS = 144 i i /~T V re89/8592 Page T2.1 i

O O O PIPE SIZE / 1 LWe!T SYSTEM CDNP. EXAtt. ITEMS CATECORY INSP. CODE EXAMISB REQ. PROCEDUPE INSPECTIOP8 PERIDDI$3 DRAWINGS ..... _ ~... _ = MPI LPCI CCAJ--! DRYWELL C IGSCC UT 16 mat 0AL 89 DUE INS CL1 $HT.32 M MPI RECYWC. RCAJ--IA DRYWELL C IG5CC UT 28 MAPUAL IMS CLI HA SHT.16 eg MPI RECIRC. RCAJ--2 DRYWELL C IGSCC UT 28 ftAt0AL IHS CLI HA SHT.16 MPI RECIRC. RCAJ--3 DRYWELL C IGSCC UT 28 MANUAL IMS CLI HA $HT.I6 ftPI RECIRC. WCAJ--4 DRYWELL C IGSCC UT 28 ftANUAL IHS CLI HA 5HT.16 ftPI RECipC. WCAJ--5 DRYWELL C IGSCC UY PT 28 MAP 4JAL 89 DUE IMS CLI SHT.16 MPI RECIRC. RCAJ--6 DRVWELL C IG5CC UT PT 28 MAPUAL 89 DUE IMS CL1 $HT.16

10 1 RECIRC.

RCAJ--8 DRYWELL C IGSCC UT 28 NAPUAL 89 DUE IHS CLI SHT.16 ttPI RECIRC. RCAJ-5CI DRYWELL C IGSCC UT 16 FfAPUAL IHS CLI h4 $HT.86 MPI RECIRC. RCAJ-10 DRYWELL C IG5CC UT 28 71ANUAL IMS CL1 NA SHT.16 ttPI pfCIRC. RCAJ-Il DRYWELL C IGSCC UT 28 MANUAL IHS CL1 NA SHT.16

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PfPI RECIRC. RCAJ-12 DRYWELL C IGSCC UT 28 MANUAL I't$ CLI NA SHT.16 m g U ttPI RECIRC. RCAJ-13 DRYWELL C IGSCC UT 28 MAtOAL IMS CLE NA $HT.16 p y 0 tn MPI RECIRC. RCAJ-14 DRYWELL C IGSCC UT 28 MANUAL IHS CLI NA $HT.36 MPI RECIRC. RCAJ-15 DRYWELL C IGSCC UT 28 ttAt0AL IMS CL1 NA SHT.16 y MPI RECIRC. RCBJ--CCI DRYWELL C . SCC UT 16 ffANUAL IHS CLI HA SHT.16 t1PI RECIRC. RC8J--I DRYWELL C IGSCC UT 28 MANUAL INS CL1 NA $HT.16 HPI RECIRC. RC8J--1A DRYWELL C IG5CC UT 28 ftAPUAL IMS CLI HA SHT.16 Q[g m <: et t1PI RECIRC. RCBJ--2 D9YWELL C IGSCC UT 28 ttAPUAL IHS CLI HA $HT.16 y78 MPI RECIRC. RC8J-3 DRTWELL C IGSCC UT 28 ttAPUAL 89 DUE IMS CL1 SHT.16

- j yc MPI DECIRC.

RC8J--4 DRYWELL C IGSCC UT 28 MANU4L 89 DUE IMS CL1 SHT.16 y ttPI RECIRC. DC8J-6 DRYWELL C IG5CC UT 28 MA;4UAL 89 DUE IMS CLI SHT.16 P1PI RECIRC. RC8J--7 DRYWELL C IGSCC UT PT 28 MAtUAL 69 DUE IHS C t.1 $HT.16 g ~ t% e f1PI RECIRC. RCBJ--8 DRYWELL C IG5CC UT 28 FtAtEJAL 89 DUE IHS CL1 SHT.16 n ta tJ

O O O PIPE SIZE / 2 IJ8IT SYSTEM COMP. EXAM. ITEtte CATEGORY INSP. CODE EXAM 153 ptQ. PROCEDURE INSPECTION PERIOD 1SI DRAWINGS MPI #ECIRC. WCBJ-10 DRYWELL C IGSCC UT 28 MAtUAL IHS CLI HA SHT.16 +1 $ MPI ptCIRC. RCBJ-11 DRYWELL C IGSCC UT 28 71AtRJAL IHS CL1 NA SHT.16 e h MPI RECIRC. RC8J-12 DRTWELL C IGSCC UT 28 NAt0AL IMS CLI NA SHT.16 w 8 MPI pfCIRC. PCsJ.*3 DRyWELL C IGSCC UT 28 MANUAL IMS CL1 NA SHT.16 t1PI RECIRC. RC8J-14 DRYWELL C IGSCC UT 28 ttAtUAL IMS CLI M4 SHT.16 t1PI RECIRC. DC8J-IS DRYWELL C IGSCC UT 28 MANUAL IMS CLI NA SHT.16 FTPI DECIWC. WC8J-16 DRrWELL C IGSCC UT 28 MAtUAL IMS CLI MA SMT.16 MPI #ECIRC. PMAJ--! Dr.TWELL C IGSCC UT 22 t1AtUAL 89 DUE IMS CLI SHT.16 MPI DECIRC. EMAJ--2 DRTWELL C IGSCC UT 22 NatUAL IMS CLI HA 5H T.16 MPI #ECIRC. RMAJ--3 DRYWELL C IGSCC UT 22 f1AtUAL IHS CLI HA SHT.16 F1PI RECIRC. RMAJ--4 DRYWELL C IGSCC UT 22 t1ANUAL It!S CLI HA SHT.16 l l% NPI #ECIRC. WMAJ-5 DRYWELL C IGSCC UT 22 MANUAL IMS CLI HA SHT.16 M H MPI #ECIRC. Et1AJ-RWC DRTWELL C IGSCC UT 28 MANUAL IHS CLI HA SHT.16 e e O M t1PI #ECIRC. EtSJ-2 DRYWELL C IGSCC UT 22 MAPUAL IMS CLI NA SHT.16 t* r0 w f1PI RECIRC. et1BJ--3 DRYWELL C IGSCC UT 22 MANUAL IHS CLI HA SHT.16 M H F1PI #ECIRC. WreJ--4 DRYWELL C IGSCC UT PT 22 f1At0AL 89 DUE IHS CLI SHT.16 FTPI 9ECIRC. StSJ--5 DRTWELL C ICSCC UT 22 f1ANUAL IMS CL1 NA SHT.16 MPI RECIRC. SteJ-ppH DDTWELL C IGSCC UT PT 28 MAtUAL 89 DUE IHS CLI 5HT.16 QgU m < et F1PI RECIRC. DRAJ-1 CRYWELL C ICSCC UT 12

1AtUAL IHS CLI HA SHT.16 y w a, an F1PI DECIRC.

ppAJ-2 DRYWELL C IGSCC UT 12 t1AtUAL IMS CL1 NA SHT.16

- Q qc F1PI NECIRC.

RRAJ-3 DR7WELL C IGSCC UT 12 f1AtUAL IMS CLI HA SHT.16 y itPI RECISC. WWlu-3 DRYWELL C IGSCC UT 12 t1APOAL IMS CLI HA 5HT.16

c P1PI NECIRC.

ppBJ-4 DRVWELL C IGSCC UT 12 mat 0AL IMS CLI NA SHT.16 i ~ n 00 e P1PI RECIRC. RRCJ-l DRYWELL C IGSCC UT 12

1AtUA L IHS CLI HA SHT.16 g

-1 W.J f

PI SIIE / 3 UNIT SYST[ft COMP. EXAM. ITEMS CATEGDRT INSP. CDDE EXAn(St ptQ. 590CEDURE INSPECTION PERIDDt53 DRAWING 8 MPI p[ CIRC. PRCJ-2 097WELL C IG5CC UT 12 MAPUA L IMS CLI HA SHT.16 +1 'f MPI RECIRC. RPCJ-4 OpfWELL C IG5CC UT 12 MAf0AL IHS CLI NA 5HT.16 f1PI DECIDC. R9DJ-l DRTHELL C IG5CC UT 32 f1APUA L IMS CLI HA SHT.16

MPI RECIRC.

NRDJ-2 DRYWELL C IG5CC UT 12 MAPA?AL IMS CLE NA SMT.16 MPI etCIPC.

1. DJ-3 D9YWELL C IGSCC UT 12 mat 0AL IHS CLI HA 5HT.16 MPI DECIPC.
2. DJ-4 DRYWELL C IGSCC UT 12
1ANUAL IHS CLI HA 5HT.16 MPI BECIDC.

R9EJ-l DR1WELL C IG5CC UT PT 12 MAtUAL 89 DUE IMS CLI SHT.16 MPI RECIRC. WWEJ-2 DRYWELL C IG5CC UT 12 t1APUAL IMS CLI HA SHT.16 MPI RECIRC. R9EJ-4 DRYWELL C IG5CC UT 12 M A?UA L IMS CLI HA SHT.16 t1PI NECIRC.

1. FJ-2 DR1WELL C IGSCC UT 12 MAPUAL IHS CLI HA SHT.16 MPI RECIRC.

PDFJ-3 DRTWELL C IG5CC UT 12 ftAPUAL IMS CLI HA SHT.16 ftPI RECIRC. WWFJ-4 DRYWELL C IG5CC UT 12 MAPUAL IMS CLI HA 5HT.16

-4 ftPI RECIRC.

99GJ-l DR1WELL C ICSCC UT 12 MatUAL IMS CLI HA SHT.16 8~ P W

1PZ #ECIPC.

R9GJ-2 DRYWELL C IGSCC UT 12 MAPUAL IMS CLE HA 5HT.16 0 t's t* u MPI etCIRC. RDGJ-3 DR TE LL C IGSCC UT 12 MAtMAL IMS CLI HA SHT.16 [

1 MPI RECIRC.

ppGJ-4 DRYWELL C IGSCC UT 12

1APUAL IHS CLI HA SHT.16 81PI PECIPC.

ppHJ-l DRTWELL C IGSCC UT 12 r1ANUAL IMS CLI HA SHT.16 MPI RECIRC. R9HJ-2 DRYWELL C IGSCC UT PT 12 MAPUAL 89 DUE IHS CLI SHT.16 g g

s e on y

MPI DECIRC. F9HJ-3 DRYWELL C IGSCC UT 12 MAtUAL IHS CLI HA SHT.16 PIPI RECIRC. R9HJ-4 DRYWELL C IGSCC UT PT 12 f1AtUA L 89 DUE IMS CL1 $HT.16 ,8,{ l D ( MPI WECIEC. pffjj-1 DRYWELL C IG5CC UT 12 MANUAL IHS CLI HA SHT.16 M f1PI DECIDC. PWJJ-2 DWTWELL C IGSCC UT 12 f1ANUAL IMS CLI HA SHT.16 MPI RECIPC. RWJJ-3 DRYWELL C IG5CC UT 12 F14tOA L IHS CLI NA SHT.16 i y 9 MPI p[ CIRC. ORJJ-4 DRTWELL C IGSCC UT 12 flAPUAL IHS CLI HA 5HT.16 y =

3 u

O O O PIPE Sf2E / 4 UNIT SYSTEtt COMP. EXAM. ITEMS CATEGORT INSP. CODE EXAntSt REG. PROCEDtRE INSPECTION PERIODISI DRAMINGS ............... _= MPI WECIRC. ppKJ-I D9YWELL C IG5CC UT 12 MANUAL IMS CLI HA SMT.16 n $ MPI DECIDC. PPKJ-2 DRYWELL C IG5CC UT 12 MANUAL IMS CLI HA SMT. 36 e D MPI DECIRC.

pMJ-3 DRYWELL C IG5CC UT 12 MANUAL IMS CLI MA SHT.16 s.n MPI P! CIRC.

99EJ-6 DRTWELL C IGSCC UT 12 MatRfA L 89 DUE IMS CL1 SMT.16 FtPI RECISC. SCAJ--I DRTWELL E IG5CC UT 28 MAPSJAL 89 Old IHS 'LM CL1 SMT.36 MPI RECIPC. SCAJ--7 DRY'3E LL E IG5CC UT 28 MANUAL 89 DUE IMS FLW CLE SHT.16 MPI #ECIRC. WC8J--5 DRYWELL E IG5CC UT 28 MANUAL 89 DUE IMS FLM CLE SMT.16 MPI WECINC. RtSJ--1 DWYMELL E IG5CC UT 22 MatRJAL 89 DUE IMS OVL CL1 SHT.16 MPI RECIRC. SeeJ-3 DRVWELL E IG5CC UT 12 MANUAL 89 DUE IMS OVL CL1 5HT.16 tWI pfCIWC. WP5J-2 DRYWELL E IGSCC UT 12 MANUAL 89 DOE IMS OVL CL1 SHT.16 MPI #ECINC. 99CJ-3 DRYWELL E ICSCC UT 12 MANUAL 89 DUE IMS OVL CL1 $N e'.16 w un i THERE NEWE 83 PECDRDS iToute THROUGH THE SEADCH. j f l a o ni t'd PJ s ' t/h id n W t2

3* e D D < et 3

M S. 93 m. O M -- O .3 La C 4 tes e W em.s B 93 l o 05 OD M to e h i d L

v O o o PIre SIZE / 1 tMIT SYSTEM COMP. EXAM. ITEMS CATEG0pf INSP. CODE EXAntSt REQ. PROCE00DE INSPECTION PER100tSI DWAMINGS MPI CORE.5PN C58C-G--1A WX. BLDG A IG5CC UT 10 MAtUAL H5W CL2 NA SHT.21 +1 'd MPI Cope.5PW C56C-G--24 RX. BLDG A IGSCC UT 10 mat 0AL H5W C12 NA SMT.21 e f1PI CORE.5PW C58J-12A RX.BLOG A IG5CC UT 10 MANUAL H5W CLI HA SHT.21 g MPI CORE.5PW C58J-134 WX.8tDG A !G5CC UT to MAtUAL 85 COM H5W CL1 SHT.21 MPI DWCU.SUP CUAJ--7A DNYWELL A IG5CC UT 8 fMtOAL 85 C0ff H5'? CL1 SHT.23 MPI RWCU.SUP CUAJ-115 COTWEBt A IGSCC UT 8 MANUAL 87 COM H5W CLI SHT.23 MPI WWCU.5UP CUAJ-14A RX. BLDG A IGSCC UT 8 71AHUAL H54 CLI HA SHT.23 f1PI PMCU.5UP CUAJ-194 WX.BLEG A IGSCC UT 8 MAfCAL 87 COPI H5W CL1 SHT.23 MPI WWCU.SUP CU4J-254 RX.8LDG A ICSCC UT 8 MANUAL

f5W CL1 M4 SMT.23 31PI WWCU. RET CUBJ-19 DefWELL A IG5CC UT 8

MAPCAL NSW CLI MA SMT.23 NPI FWCU. NET CUBJ-11 DR7WELL A IGSCC UT 8 MANUAL H5W CLI HA 5HT.23 11PI ISOC.SUP IC AC-F-3A WX.8LDG A IG5CC UT 16 MANUAL 87 COM H5W CL2 5HT.18 $c MPI ISOC.5UP ICAC-F--78 WX. BLDG A IGSCC UT 16 MANUAL H5W CL2 NA SHT.18 y. ni b f1PI ISOC.SUP ICAC-F-21 WX. BLDG A IGSCC UT 12 MAfCAL H5W CL2 NA SMT.18 h h l(= MPT ISOC.SUP ICAC-F-21A WX.BLOG A IGSCO UT 12 MANUAL H5W CL2 NA SHT.18 f1PI ISOC.SUP ICAC-F-218 WX. BLDG A IGSCC 88T 12 MAPUAL H5W CL2 NA SHT.18 MPI ISOC.5UP ICAC-F-24C RX. BLDG A IGSCC UT 12 ftAtUA L H5W CL2 NA SHT.18 f1PI ISOC.SUP ICAC-F-29 RX.BLOG A IG5CC UT P J f1APCAL 89 OUE *154 CL2 SHT.18 n :xs t:2 f1ANUAL H5W CL2 NA 5HT.18 [ *g $ f1PI ISOC.ptT ICBC-F-14A WX.8tDG A IGSCC UT t

s r.

f1PI ISOC. NET ICBC-F-148 RX. BLDG A IG5CC UT 8 MtNUAL MSW CL2 NA SNT.18 o

s 4

.. cw THEtt leEWE 29 RECONOS FOUfe THROUGH THE SEARCH. W U M M .= e N (

O PIP SIZE / g tMIT SYSTEM CONP. EXAM. ITEMS CATEGC9Y INSP. CODE EXAMISS REG. n oCEGURE INSPECTION PER100(S) DRAMINGE MPI LPCI CCBJ--6 CRYWE t t. A IGSCC UY 16 MA%tAL 85 COM CRC CLI SHT.32 n g MPI LPCI CCBJ--9 DRYwELL A IGSCC UT 16 MAtmAL SS Cori CRC CL1 SHr.32 MPI CORE.SPR CSAJ-10 DRYMELL A IGSCC UT 10 t1APU4L CRC CLI HA SHT.20 $ NPI CORE.SPR CSBJ-10 DRYPELL A IGSCC UT 10 MAtMAL CRO CLI HA SHT.21 MPI RWCU.SUP CUAJ--2 DRYWELL A IGSCC UT PT 8 MANUAL 69 DUE CRC CL1 t,HT.23 M68I ISOC.SUP ICAC-BF-1 RX.BLOG A IGSCC UT 12 MANUAL CRC CL2 NA SHT.18 MPI ISOC.SUP ICAC-BF-2 RX. BLDG A IGSCC UT 12 mat 0AL CRC CL2 NA SHT.18 MPI ISOC.SUP ICAC-F--1A RX. BLDG A IGSCC UT 16 MANUAL 87 COM CRC CL2 SHT.18 MPI ISOC.SUP ICAC-F-16A RX. BLDG A IGSCC UT PT 12 MAtUAL 89 DUE CRC Cl2 SHT.18 MPI ISOC.SUP ICAC-F-25A RX. BLDG & IGSCC UT 12 MAPMAL CRC CL2 NA SHT.18 MPI ISOC.SUP ICAJ--I DRYWELL A IGSCC UT 14 MANUAL CRC CL1 NA SHT.18 O MPI ISOC.SUP ICAJ-13 DRYWELL A IGSCC UT 14 MAf0AL CRC CLI NA SHT.18 30 m MPI ISOC.SUP ICAJ-14 RX. BLDG A IGSCC UT PT 14 MAtUAL 89 DUE CRC CL1 SHT.18 g b MPI ISOC. RET ICBC-F-11 RX. BLDG A IGSCC UT PT 8 MANUAL 89 DUE CRC CL2 SHT.18 r MPI ISOC. RET ICBC-F-12A RX. BLDG A IGSCC UT 8 MANUAL CRC CL2 NA SHT.18 H MPI ISOC. RET ICBJ--8 DRYWELL A IGSCC UT 10 MANUAL 85 COM CRC CLI SHT.18 MPI ISOC. RET ICBJ-Il DRTWELL A IGSCC UT 10 MAPUAL CRC CLI HA SHT.18 MPI RECIRC. RCAJ-30 DRYWELL A IGSCC UT 4 MANunt 85 COM CRC CL1 SHT.16 m :xs C7 3' O N MPI RECIRC. RCAJ-32 DRYMELL A IGSCC UT 4 MAPUAL CRC CLI HA SHT.16 g<g 00 to -- MPI RECIRC. RCBJ-32 DRYWELL A IGSCC UT 4 MAtUAL CRC CL1 NA SHT.16 ra

2 r_.

MPI RECIRC. RCBJ-34 DRYWELL A IGSCC UT 4 MANUAL CRC CL1 NA SHT.16 C e* MPI SHUTCOOL SCAJ--1 DRYWELL A IGSCC UT 14 MANUAL 85 COM CRC CL1 SHT.24 w MPI SHUTCOOL SCAJ--3 DRYWELL A IGSCC UT 14 mat 0AL CRC CLI H4 SHT.24 = y ~ 0,0 MPI ISOC.SUP (AIX-10A DRYWELL G2 IGSCC SH 14 TECH.SP CRC CLI HA SHT.18 y m D4 THERE HERE 24 RECORDS FOUte THROUGH THE SEARCH. i

l o o o PIPE SIZE / 1 UNIT SYSTEN COMP. EXAft. ITEtts CATEGORY INSP. CODE EXAritSt REQ. PROCEDURE INSPECTION PERIOD (SI DRAWINGS MPI NECIRC. RNAJ-RRA DRYWELL A IGSCC UT 22 NANUAL SHT CLI NA SHT.16 et oo MPI RECIRC. RNAJ-RR5 DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 e D. NPI RECIRC. RMAJ-RRD DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 v* i eo MPI RECIRC. RMAJ-RRE DRVWELL A IGSCC UT 22 NANUAL SHT CLI NA SHT.16 i MPI RECIRC. 92J-RRF DRYWELL A IGSCC UT 22

1ANUAL SHT CLI NA SHT.16 HPI RECIRC.

RtSJ-RRG DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 MPI RECIRC. Rt1BJ-RRJ DRYWELL A IGSCC UT 22 NANUAL SHT CLI HA SHT.16 ftPI RECIRC. Rt2J-RRK DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 THERE WERE 8 RECORDS FOUte THROUGH THE SEARCH.

C H

H h b i r e-e m F PO H 4 C/1 4 1 bW 3* tb > m 4 rt 3 W (D 00 09== (D W

-O 4

~ M.. E-4 cw M w f ] 'tf e-. l on 00 e (D co 00

-I

.tO I I

O O O Pm Sm, UNIT SYSTEM COMP. EXAM. ITEMS CATEGORY INSP. CODE FXAN(SI REQ. PROCEDURE INSPECTION PERIO0tS) DRAWINGS MPI ISOC.SUP ICAC-F--3 RX. BLDG E IGSCC UT 16 MAHUAL 89 DUE OVL CL2 SHT.18 n# MPI ISOC.SUP ICAC-F-13 RX. BLDG E IGSCC UT 12 MANUAL OVL CL2 HA SHT.18 oo CN MPI RECIRC. RNBJ--I DRYWELL E IGSCC UT 22 MANUAL 89 DUE IHS OVL CLI SHT.16 co tit e MPI RECIRC. RRAJ-4 DRYWELL E IGSCC UT 12 MANUAL 89 DUE OVL CL1 SHT.16 w MPI RECIRC. RR8J-1 ORYWELL E IGSCC UT 12 MAHUAL 89 DUE IHS OVL CL1 SHT.16 MPI RECIRC. RR8J-2 ORYWELL E IGSCC UT 12 MAJUAL 89 DUE IHS OVL CLI SHT.16 MPI RECIRC. RRCJ-3 ORYWELL E IGSCC UT 12 MANUAL 89 DUE IHS OVL CLI SHT.16 MPI RECIRC. PREJ-3 ORYWELL E IGSCC UT 12 MANUAL 69 OUE OVL CL1 SHT.16 MPI RECIRC. RRFJ-1 ORYWELL E IGSCC UT 12 MANUAL 89 DUE OVL CL1 SHT.16 THERE WERE 9 RECORDS FOUFO THROUGH THE SEARCH. O h e Mr r C M r* N s M e H O pc c

3* (D p ln < 19 3 W O..

OQ 03 i O >^=

== 0 3 f-e c '4 4 w p-. e >=8 W m 00 (D e .N N I 4

Date: July 31, 1988 Revision: 1 Change: 1 () TABLE 3 1989 MP1

SUMMARY

TABLE OF PIPING WELDMENTS BY SYSTEM AND OUTAGE SCHEDULE LISTING NUMBER NUMBER OF OF WELDS-SYSTEMS TOTAL WELDS SCHEDULED 1. REACTOR PRESSURE VESSEL Jet Pump Instrumentation Nozzle Welds 2 0 Control Rod Drive Nozzle to Cap 1 1-Head Vent Nozzle to Safe End 1 1 Head Spray Nozzle to Safe End 1 0 Head Instrument Nozzle to Safe End 1 0 TOTAL 6 2 2. REACTOR RECIRCULATION SYSTEM TOTAL 116 40 3. CORE SPRAY SYSTEM TOTAL 42 12 4. REACTOR WATER CLEANUP SYSTEM RWCU Supply Line 60 6 .O RWCU Return Line 32 7 TOTAL 92 13 5. SHUTD M COOLING SYSTEM TOTAL 6 2 6. LOW PRESSURE COOLANT INJECTION SYSTEM TOTAL 41 37 7. ISOLATION CONDENSER SYSTEM ISO.COND Supply Line 59 19 ISO.COND Return Line 48 20 TOTAL 107 39 TOTAL WELDMENTS = 410 145 NOTE: There are 96 scheduled welds in the drywell and 49 scheduled welds in the reactor building for the 1989 refueling outage. Included in the total 145 scheduled welds are 43 welds which will receive a liquid penetrant examination. These 43 welds will be credited under the'MP1 Class 1 or 2 ISI programs to meet ASME Section XI requirements. O re89/8592 Page T3.1

O O O ( ABBREVIATF0 3 INSPECTIG4 PROGRAM SUMt1ARY FOR IIIIT NPI PIPE TOTAL SCHEr)ULED INTEDVAL-TO-DATE WELDS HEEDED TO CATEGORY ITEM SYSTEM SIZE WELOS WELDS PCT Car!P;E TED PCT INTERVAL COMPLETE REQS. A 117 31 26.5 IS 58.1 (10 YRS /5 REFUELING CYCLES) 13 41.9% oW ~~ 76 16 21.1 0 0,0 (10 YRS /5 REFUELING CYCLES) 16 100.0% O leg 92 50.0 0 0.0 (2 REFUEI,1NG CYCLES) 92 100.0% N oO E 12 11 91.7 0 0.0 (2 REFUELING CYCLES) 11 100.0% GI 13 13 100.0 0 0.0 (All 1989 REFUELING OUTACE) 13 100.0% e N 8 0 0.0 0 0.0 (t,0NTINUOUS HONITORINC) 0 0.0% t d> txt M M W w 00 22 M NC -Z O O h> 0 M (n OlI* M O Es C Cf 3* (D D C D < st F 3 W (D tr$ 00 in ** (D Wo U..%c W >= w W W g. w = 63 Y w 1 1 1 4 INSPECTION TOTALS FOR tMIT MPI : 410 163 39.8 18 11.0 (VARIOUS) 145 89.0% i

4 O 1 PIPE SIZE / f I t.; NIT SYSTEM ConP. EXAM. ITEMS CATEGORY INSP. CODE EXAMISI REQ. PROCEDURE INSPECTION PERIOD (Si DRAWINGS

=_-

MPI CR0 CROF-1 DRYWELL G1 INC.182 UT PT 5 MAtAJAL 89 DUE CLI SHT.2 l g 00 THERE WERE I RECOROS FotAS THROUGH THE 5 ARCH. co Us PJ t I d txs td i M w p* 0) W tM 2 b P ZO OCH>O M Cn O% M OWO i O 3" m W C m < et t d F.m. d M 00 or mF

- Op Cg H

V. 4 Uw r w M M m W 00 00 + 2 03 >-I w I l

Date: July 31, 1988 Rsvision: 1 Change:- 1 O r^>tt 3 1989 888"ett"o our^ot scatoutt f 5 n 8 E G ~ ~ 5a 5c S W = m e wiBi a 8: 8l = Ei sd' W5 UG Ort w e5, = w, .a w E, m -4 b $l Wl W 0l G w i5 .'l 8 l 5 5 0 W = i'i e E o 5 g 8 .a = b = E w 0 12 E W e w w iE b g 5 l 4 re89/8592 Page T3.4 I,___-.-___._____

i O O O PIPE SIZE / 1 UNIT SYSTEM COMP. EXAM. ITEMS CATEGDRY INSP. CDDE EXAMIS) REQ. PROCEDURE INSPECTION PERIODIS) DRAWINGS MDI RECIRC. RCAJ--5 DRYWELL C IGSCC UT PT 28 MAPOAL 89 DUE IHS CLI SHT.16 et "o MPI RECIRC. RCAJ--6 DR1WELL C IGSCC UT PT 28 MANUAL 89 DUE IHS CLI SHT.16 oe MPI RECIRC. RCAJ--8 DRYMELL C IGSCC UT 28 MAtUAL 89 DUE IHS CLI SHT.16 MPI RECIRC. RCBJ--3 DRYWELL C IGSCC UT 28 MAtUAL 89 DUE IHS CLI SHT.16 MPI RECIRC. RCBJ--4 DRYWELL C IGSCC UT 28 MANUAL 89 DUE IHS CLI SHT.16 MPI RECIRC. RCBJ--6 DdYWELL C IGSCC UT 28 NAt0AL 89 DUE IHS CL1 SHT.16 MPI RECIRC. RCBJ--7 DRYWELL C IGSCC UT PT 28 mat 0AL 89 DUE IMS CLI SHT.16 H os MPI RECIRC. RCBJ--8 DRYWELL C IGSCC UT 28 mat 0AL 89 DUE IHS CLI SHT.16 { MPI RECIRC. RMAJ--I DRYWELL C IGSCC UT 22 NAtUAL 89 DUE IHS CL1 SHT.16 W MPI RECIRC. RtBJ--4 DRYWELL C IGSCC UT PT 22 MANUAL 89 DUE IHS CLI SHT.16 e HPI RECIRC. RMBJ-RRH DRYWELL C IGSCC UT PT 28 NAHUAL 89 DUE IHS CLI SHT.16 M MPI RECIRC. RREJ-1 DRYWELL C IGSCC UT PT 12 MANUAL 89 DUE IHS CL1 SHT.16 y M hPI RECIRC. RRHJ-2 DRYWELL C IGSCC UT PT 12 MAtCAL 89 DUE IHS CLI SHT.16 [z MPI RECIRC. RRHJ-4 DRYWELL C IGSCC UT PT 12 MAtUAL 89 DUE IHS CL1 SHT.16 O O MPI RECIRC. RRKJ-4 DRYWELL C IGSCC UT 12 MAtMAL 89 DUE IHS CL1 SHT.16 Q> MPI RECIRC. RCAJ-PB1 DRYWELL D IGSCC UT 4 mat 0AL 89 DUE CLI SHT.16 Q MPI RECIRC. RCAJ-PB2 DRYMELL D IGSCC be 4 MANUAL 89 DUE CLI SHT.16 y

z:

MPI RECIRC. RCBJ-ICI DRYWELL D IGSCC UT PT 14 MAtLAL 89 DUE CLI SHT.16 y Qgg c m < re MPI RECIRC. RCBJ-PB1 DRYWELL D IGSCC UT 4 mat 0AL 89 DUE CL1 SHT.16 % y y ,8, a ow MFI EECIRC. RCBJ-PB2 DRYWELL D IGSCC UT 4 MAtMAL 89 DUE CLI SHT.16

- Q c MPI RECIRC.

RRCF-1 DRYWELL D INC.182 UT 12 MAIUAL 89 DUE CL1 SHT.16 y MPI RECIRC. RR[F-1 DRYWELL D IHC.182 UT 12 MAtUAL 89 DUE CLI SHT.16 W ~ ~

ts MPI RECIRC.

RRFF-1 DRYWELL D INC.182 UT 12 MAtMAL 89 DUE CL1 SHT.16 $e MPI RECIRC. RRGF-1 DRYWELL D INC.182 UT 17 MAtUAL 89 DUE CLI SHT.16 s 1 v.

O O O PIPE SIZE / 2 UNIT SYSTEM COMP. EXAM. ITEMB CATEGORT INSP. CODE EXAMIS) REQ. PROCEDURE INSPECTIDH PERIODESI DRAWINGS MPI RECIRC. RCAJ--i DRYWELL E IGSCC UT 28 mat 0AL 89 DUE IHS FLW CLI SHT.16 N co MPI RECIRC. RCAJ--7 DRYWELL E IG0CC UT 28 MANUAL 89 DUE IHS FLW CLI SHT.14 e N MPI RECIRC. RCBJ--S DRYWELL E IGSCC UT 28 MANUAL 89 DUE IHS FLW CL1 SHT.16 w N MPI RECIRC. Rt2J--! DRYWELL E IGSCC UT 22 MANUAL 89 DUE IHS OVL CL1 SHT.16 t1PI RECIRC. RRAJ-4 DRYWELL E IGSCC UT 12 MAPUAL 89 DUE OVL CL1 SH T.16 MPI RECIRC. RR8J-1 DRYWELL E IGSCC UT 12 MANUAL 89 DUE IHS OVL CLI SHT.16 MPI RECIRC. RRBJ-2 DRYWELL E IGSCC UT 12 MANUAL 89 DUE IHS OVL CLI SHT.16 8> tas 1*PI RECIRC. PRCJ-3 DRYWELL E IGSCC UT 12 MAPUAL 89 DUE IHS OVL CL1 SHT.16 F M MPI RECIRC. RREJ-S DRYWELL E IGSCC UT 12 MANUAL 89 DUE OVL CLI SHT.16 W b MPI RECIRC. RRFJ-1 DRYWELL E IGSCC UT 12 MANUAL 89 DUE OVL CLI SHT.16 = MPI RECIRC. RCAF-1 DRYWELL G1 IIC.182 UT 28 MANUAL 89 DUE CL1 SHT.16 m f1PI RECIRC. RRAF-1 DRYWELL G1 INC.182 UT 12 MANUAL 89 DUE CLI SHT.16 y MPI RECIRC. RRBF-1 DRYWELL G1 ItC.182 UT 12 MANUAL 69 DUE CL1 SHT.16 z MPI RECIRC. PRHF-1 DRYWELL G1 ItC.182 UT PT 12 MAtUAL 89 DUE CL1 SHT.16 O O MPI RECIRC. RRJF-1 DRYWELL G1 INC.182 UT PT 12 MANUAL 89 DUE CLI SHT.16 G D-MPI PECIRC. RRKF-1 DRYWELL G1 INC.182 UT PT 12 MANUAL 89 DUE CL1 SHT.16 Om in THERE WERE 40 RECORDS FOUte THROUGH THE SEARCH. O m O=c c

3* e m m (.

rt &. c " m -o

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c H M W W e W W ~ D 00 CD eF m

O O O PIPE SIZE / 1 (JHIT SYSTEM COMP. EXAM. ITEMS CATEGORY INSP. CODE EXAMISI REQ. PROCEDURE It!SPECTION PERIOD (S) DRAWINGS NPI Cope.SPR CSAJ--2 DRYWELL A IGSCC UT PT 10 MAtr'Al 89 DUE CLI SHT.20 n MPI CORE.SPR CS8J--! DRYWELL A IGSCC UT PT 10 Mat 0AL 89 DUE CLI SHT.21 m e y MPI CORE.5PR CSBJ--3 DRYKELL A IGSCC UT PT 10 mat 0AL 89 DUE CL1 SHT.21 w* MPI CORE.SPR CS8C-G--2 RX. BLDG D IGSCC UT 10 MAtWAL 89 DUE CL2 SHT.21 MPI CORE.SPR CS8J-13 RX.BLOG D IGSCC UT 10 MAf0AL 89 DUE CLI SHT.21 MPI CORE.SPR CS8J-14 RX.BLOG D IGSCC UT 10 MA!UAL 89 DUE CL1 SHT.21 MPI CORE.SPR CS8J-15 RX. BLDG D IGSCC UT 10 MANUAL 89 DUE CLI SHT.21 H> MPI CORE.SPR CSBJ-16 RX. BLDG D IGSCC UT 10 MAtUAL 89 DOE CL1 SHT.21 m MPI CORE.SPR CSAF-1 DRYWELL G1 IHC.182 UT 10 mat 0AL 69 DUE CL1 SHT.20 w MPI CORE.SPR CSAF-2 DRYWELL G1 INC.182 UT 10 MAtUAL 89 DUE CLI SHT.20 e. MPI CORE.SPR CSBF-1 DRYWELL G1 INC.182 UT PT to MANUAL 89 DUE CLI SHT.21 W MPI CORE.SPR CSBF-2 DRVWELL G1 INC.182 UT PT 10 MAtCAL 89 DUE CL1 SHT.21 P THERE HERE 12 RECORDS FOUte THROUGH THE SEARCH. y O O O M in O lI: M O W t2 O 7 tn m c m < rt td

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O O O PIPE SIZE / 1 UNIT SYSTEM COMP. EXAM. ITEMS CATEGORT INSP. CODE EXAN(St REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS MPI RWCU.SUP CU4J--! DRYWELL A IGSCC UT PT 8 mat 4UAL 89 DUE CL1 SHT.23 ge NPI PWCU.SUP CUAJ--2 DRYWELL A IGSCC UT PT 8 NANUAL 89 DUE CRC CLI SHT.23 e NPI RWCU.SUP CUAJ--4 DRYMELL D IGSCC UT 8 MANUAL 89 DUE CLI SHT.23 m N NPI RWCU.SUP CUAJ--5 DRYWELL D IGSCC UT 8 MANUAL P9 DUE CL1 SHT.23 MPI RMCU.SUP CUAJ--6 DRYWELL D IGSCC UT 8 NANUAL 89 DUE CLI SHT.23 NPI RWCU.SUP CUAJ--7 DRYWELL D IGSCC UT 8 NANUAL 89 DUE CLI SHT.23 1 b THERE WERE 6 RECORDS FOUte THROUGH THE SEARCH. e M W w OD J3 M d P Z O O

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O O O 1 1 PIPE SIZE / UN!T SYSTEM COMP. EXAM. ITEMS CATEGORY INSP. CODE EXAM (St REQ. PROCEDURE INSPECTION PERIDO(S) DRAWINGS \\ MPI RWCU. RET CteF--2 DRYWELL D IGSCC UT 8 MAFUAL 89 DUE CLI SHT.23 ) n $ MPI RWCU. RET CUBJ--3 DRYWELL D IGSCC UT 8 MANUAL 89 DUE CLI SHT.23 N MPI RWCU. RET CUBJ--4 ORYWELL 0 IGSCC UT PT 8 MAIMAL 89 DUE CL1 SHT.23 MPI RWCU. RET CUBJ--5 DRYWELL D IGSCC UT 8 MAtUAL 89 DUE CLI SHT.23 MPI RWCU. RET CUBJ--6 DRYWELL 0 IGSCC UT 8 MAIUAL 89 DUE CLI SHT.23 MPI RWCU. RET CUBJ-18 RX. BLDG D IGSCC UT 8 MANUAL 89 DUE CL1 SHT.23 MPI RWCU. RET CUBJ-19 RX.8LDG D IGSCC UT 8 mat 0AL 89 DUE CL1 SHT.23 s> txt FM THERE WERE 7 RECORDS FOUFO THROUGH THE SEARCH. w w OD W M P Wo O CH>c M Ch OZis9's' C = < n F U M (D M 00 (D u U* C a W M w e-* w M M N m 03 00 f3 I ki Y

i 5 O 1 PIPE SIZE / UNIT SYSTEtt COMP. EXAM. ITEMS CATEGORY INSP. C0t.E EXAMISI REQ. PROCEDURE INSPECTI0t! PERIDO(St ORAWINGS i i NPI SHUTCOOL SCAJ--2 DRYMELL A IGSCC UT PT 14 NAt0AL 89 OUE CL1 SHT.24 MPI SHUTCOOL SCAJ-cut DRYWELL A IGSCC UT PT 14 NAt0AL 89 DUE CL1 SHT.24 n OD N$ THERE WERE 2 RECOROS FOUDO THROUGH THE SEARCH. tJ +. I f i Id + i . as t* l M N W 00 W m M i t* HZ O O k> O M Cn O% M ("1 M C c Web C p 4 et M 3 m e. m p m. G F O c., o.. c d a g N 2 W e W W ij e m OD 00 00 + i >-1 w W t 4 b L

O o o PIPE SIZE / 1 t#1IT SYSTEtt CDNP. EXAN. ITEMS CATEGORY INSP. CODE EXAt1( S t REQ. PROCEDtME IttSPECTION PERIDDIS) DRAWINGS MPI LPCI CCAJ--I DRYWELL C IGSCC UT 16 NAtUAL 89 DUE IHS CL1 SHT.32

1 co NPI LPCI CCAJ--2 DRYWELL D IGSCC UT 18 NAtUAL 69 DUE CLI SHT.32 w

MPI LPCI CCAJ--3 DRYWELL D IGSCC UT 18 NAPUAL 89 DUE CLI SHT.32 8 MPI LPCI CCAJ--4 DRYWELL D IGSCC UT 18 NAt0AL 89 DUE CLI SHT.32 MPI LPCI CCAJ--5 DRYWELL D IGSCC UT 18 NAPUA L 89 DUE CLI SHT.32 MPI LPCI CCAJ--6 DRYWELL D IGSCC UT IS NAPUAL 89 DUE CLI SHT.32 MPI LPCI CCAJ--7 DRYWELL D IGSCC UT 18 NAtUAL 89 DUE CLI S:4T.32 8 b NPI LPCI CCAJ--8 DRYWELL D IGSCC UT 18 NatUAL 89 DUE CLI SHT.32 { MPI LPCI CCAJ--9 DRYWELL D IGSCC UT 18 NAtUAL 69 DUE CLI SHT.32 W NPI LPCI CCAJ-10 DRYWELL D IGSCC UT 16 NAPUAL 89 DUE CLI SHT.32 e NPI LPCI CCAJ-11 DRYWELL D IGSCC UT 16 NAFUAL 89 DUE CLI SHT.32 y trs NPI LPCI CCAJ-12 DRYWELL D IGSCC UT 18 NAtUAL 89 DUE CLI SHT.32 y NPI LPCI CCAJ-13 DRYWELL D IGSCC UT 18 NANUAB 89 DUE CLI SHT.32

2:

MPI LPCI CCAJ-14 DRYMELL D IGSCC UT 18 NANUAL 69 DUE CLI SHT.32 O O t1PI LPCI CCAJ-15 DRTHELL D IGSCC UT PT 18 MANUAL 89 DUE CLI SHT.32 HPI LPCI CCAJ-16 DRYWELL D IGSCC UT PT 18 NAtUAL 89 DUE CL1 SHT.32 Q MPI LPCI CCAJ-17 RX.BLOG D IGSCC UT 18 NAt0AL 89 DUE CLI SHT.33 y x NPI LPCI CCAJ-18 RX. BLDG D IGSCC UT 18 NAtUAL 89 DUE CL1 SHT.33 Qy{ c tn < et NPI LPCI CCAJ-19 RX.BLOG D IGSCC UT 18 NAt0AL 89 DUE CLI SHT.33 y 7,m. e e. NPI LPCI CCAJ-20 RX. BLDG D IGSCC UT 18 P1ANUAL 89 DUE CLI SH T. 33 yu HPI LPCI CCAJ-21 RX.BLOG L' IGSCC UT 18 NAPUAL 89 DUE CLI SHT.33 Q MPI LPCI CC8J--I DRYWELL 0 IGSCC UT 18 NANUAL 89 DUE CLI SHT.32

ts NPI LPCI CCBJ--2 DRTWELL 0 IGSCC UT 18 NAPUtl 89 DUE CL1 SHT.32

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O O O PIPE SIZE / 2 UNIT 3YSTEM COMP. EXAM. ITEMS CATEGORT INSP. CODE EXAtttSI REQ. PROCEDURE INSPECTION PERIOD (S) C@AWINGS MPI LPCI CCGJ--4 DRYWELL D IGSCC UT 18 MAtMAL 89 DUE CL1 SHT.32 et MPI LPCI CCBJ--5 DRYWELL D IGSCC UT 16 MAtMAL 89 DUE CLI SHT.32 eg MPI LPCI CCBJ-10 DRYWELL 0 IGSCC UT 18 MANUAL 89 DUE CLI SHT.32 w MPI LPCI CCBJ-11 DRYWELL D IGSCC UT 18 MAtMAL 89 DUE CL1 SHT.32 N MPI LPCI CCBJ-12 DRYWELL 0 IGSCC UT 18 Mat 0AL 89 DUE CLI SHT.32 MPI LPCI CC8J-13 DRYWELL D IGSCC UT PT 18 MAtUAL 89 DUE CLI SHT.3Z MPI LPCI CC8J-14 DRYMELL D IGSCC UT IS MAPUAL 89 DUE CLI SHT.3Z g> W MPI LPCI CCBJ-15 DRYWELL D IGSCC UT 18 mat 0AL 89 Ott CL1 SHT.32 t* in MPI LPCI CCBJ-16 RX.8tDG D IGSCC UT 18 mat 0AL 89 DUE CL1 SHT.34 y ~ MPI LPCI LCBJ-17 RX.BLOG D IGSCC UT 18 mat 0AL 89 DUE CLI SHT.34 00 MPI LPCI CC8J-18 RX.BLOG D IGSCC UT 18 MAtOAL 89 DUE CL1 SHT.34 W M MPI LPCI CCBJ-19 RX. BLDG D IGSCC UT PT 18 MAtCAL 89 DUE CLI SHT.34 b MPI LPCI CCBJ-20 RX. BLDG D IGSCC UT 18 PtAtWAL 89 DUE CLI SMT.34 E3 H

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O %i PIPE SIZE / 1 UNIT SYSTEM COMP. EXAM. ITEMS CATEGORf INSP. CODE EXAMtSi REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS MPI IS"C.SUP ICAC-F-16A RX. BLDG A IGSCC UT PT 12 NAt0AL 89 DUE CRC CL2 SH T.18

t9co MPI ISOC.SUP ICAC-F-29 RX. BLDG A IGSCC UT PT 6

Mat 0AL 89 DUE HSW CL2 SHT.18 e MPI ISOC.SUP ICAC-F-31 RX. BLDG A IGSCC UT PT 6 MAtUAL 89 DUE CL2 SHT.18 b MPI ISOC.SUP ICAJ-14 RX. BLDG A IGSCC UT PT 14 MAtUAL 89 DUE CRC CLI SHT.18 MPI ISOC.SUP ICAJ-15 RX. BLDG A IGSCC UT PT 14 MAISAL 89 UUE CLI SHT.18 MPI ISOC.SUP ICAC-F--I RX. BLDG D IGSCC UT a+ mat 0AL 89 DUE CL2 SHT.18 MPI ISOC.SUP ICAC-F--2 RX.BLOG D IGSCC UT 16 11AtUAL 89 DUE CL2 SHT.18

p MPI ISOC.SUP ICAC-F--8 RX. BLDG D IGSCC UT 16 MAtMAL 89 DUE Ct2 SHT.18 F

tg NPI ISOC.SUP ICAC-F--9 RX.BLOG D IGSCC UT 16 mat 0AL 89 DUE CL2 SHT.18 W MPI ISOC.SUP ICAC-F-10 RX.BLOG D IGSCC UT PT 16 MAtUAL 69 DUE CL2 SHT.18 e MPI ISOC.SUP ICAC-F-!! RX. BLDG D IGSCC UT PT 16 mat 0AL 89 DUE CL2 SHT.18 M MPI ISOC.SUP ICAC-F-12 RX. BLDG D IGSCC UT 12 MAHUAL 89 DUE CL2 SHT.18 ] MPI ISOC.SUP ICAC-F-12A RX. BLDG D IGSCC UT 12 MANUAL 89 DUE CL2 SHT.18 m MPI ISOC.SUP ICAC-F-14 RX. BLDG D IGSCC UT PT 12 MAIUAL 89 DUE CL2 SHT.18 O O MPI ISOC.SUP ICAC-F-15 RX.BLOG D IGSCC UT PT 12 mat 0AL 89 DUE CL2 SHT.18 MPI ISOC.SUP ICAC-F-16 RX. BLDG D IGSCC UT PT 12 MAtOAL 89 DUE Cl2 SHT.18 Q MPI ISOC.SUP ICAC-F-20 RX. BLDG D IGSCC UT 16 MAtMAL 89 DUE CL2 SHT.18 yx MPI ISOC.SUP ICAC-F--3 RX. BLDG E IGSCC UT 16 mat 0AL 89 DUE OVL Cl2 SHT.18 y Qyg g to < rt MPI ISOC.SUP ICAF-1 DRYMELL GI ItC.182 UT 14 mat 0AL 89 DUE CLI SHT.18 y p,Q - 8. u THERE WERE 19 RECORDS FOUte THROUGH THE SEARCH. g-E d E 00 de 00 CD d .u W U

O O O PIPE SIZE / 1 LMIT SYSTEM CONP. EXAM. ITEMS CATEGORT INSP. CODE EXAM (51 REQ. PROCEDURE IHSPECTION PERIOD (S) DRAWINGS ---= - MPI ISOC. RET ICBC-F-11 RX. BLDG A IGSCC UT PT 8 MANUAL 89 DUE CRC Cl2 SHT.18 Mo 00 MPI ISOC. RET ICBC-F--9 RX. BLDG D IGSCC UT 10 MAtCAL 69 DUE CL2 SHT.18 e MPI ISOC. RET ICBC-F-10 RX.BLGG D IGSCC UT PT 10 MAf 0A L 89 DUE CL2 SHT.18 N MPI ISOC. RET ICSC-F-IS RX. BLDG D IGSCC UT 8 mat 0AL 89 DUE CL2 SHT.18 MPI ISOC. RET ICBC-F-16 RX.BLOG D IGSCC UT PT 8 NAtMAL 89 DUE CL2 SHT.18 MPI ISOC. RET ICBC-F-17 RX. BLDG D IGSCC UT 8 MANUAL 89 DUE CL2 SHT.18 MPI ISOC. RET ICBC-F-18 RX. BLDG D IGSCC UT 8 MAPUAL G9 DUE CL2 SHT.18 H b MPI ISOC. RET ICBC-F-19 RX. BLDG D IGSCC UT PT 8 MAPUAL 89 DUE CL2 SHT.18 y MPI ISOC. RET ICBC-F-20 RX. BLDG D IGSCC UT PT 8 P1ANUAL 89 DUE CL2 SHT.18 W NPI ISOC. RET ICBC-F-21 RX. BLDG D IGSCC UT 10 MANUAL 89 DUE CL2 SHT.18 o MPI ISOC. RET ICBC-F-22 RX. BLDG D IGSCC UT 8 MANUAL 89 DUE CL2 SHT.18 g tn MPI ISCf. RET ICBC-F-22A RX. BLDG D IGSCC UT 8 MAtUAL 89 DUE CL2 SHT.18 y MPI ISOC. RET ICBC-F-23 RX. BLDG D IGSCC UT 8 MAPUAL 89 DUE CL2 SHT.18 MPI ISOC. RET ICBJ--I DRYWELL D IGSCC UT 10 MAIUAL 89 DUE CLI SHT.18 O o MPI ISOC. RET ICBJ--2 DRYWELL D IGSCC UT 10 MatMAL 89 DUE CLI SHT.18 Q MPI ISOC. RET ICBJ--3 DRYWELL D IGSCC UT 10 mat 0AL 89 DUE CL1 SHT.18 F1PI ISOC. RET ICBJ--4 DRYWELL D IGSCC UT 10 MANUAL 89 DUE CL1 SHT.18

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MPI ISOC. RET ICBJ--5 DRTWELL D IGSCC UT PT 10 MANUAL 89 DUE CLI SHT.18 y 9(( p m < et $. 7 m 81PI ISOC. RET ICBJ--6 DRTWELL D IGSCC UT 10 f1AtUA L 69 DUE CLI SHT.18 g MPI ISOC. RET ICBJ--7 DRYWELL D IGSCC UT 10 MANUAL 89 DUE CLI SHT.18 @q a w THERE WERE 20 REC 0905 FOUM) THROUGH THE SEARCH. W W w W W W pe 00 e OD te 00 >4 5

Dzts: July 31, 1988 Revision: 1 Change: 1 , () IGSCC CATEGORY A WELDMENTS 1.0 APPLICABILITY OF WELDMENTS 1.1 There are 117 MP1 weldments applicable to the definition, descriptions, and requirements presented within this section. 2.0 DEFINITION OF WELDMENTS 2.1 These weldments are those with no known cracks and a low probability of incurring IGSCC problems because of their resistant materials and the welding / heat treatment processes used fu their fabrication. The materials / processes applicable to each weldment are identified in the weld records of this section. 2.2 IGSCC Category A Weldments at MP1 consist of the following combinations of materials / processes: a. Resistant Material to Resistant Material. b. Resistant Material to Nonresistant Material with Heat Sink Welding (HSW) or Corrosion Resistant Cladding (CRC) applied. fN c. Cast Material to Cast Material. V d. Cast Material to Resistant Material. c. Cast Material to Resistant Material with CRC applied. f. Nonresistant Material to Nonresistant Material with CRC or Solution Heat Treatment (SHT) applied.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The 10-Year IGSCC Inservice Inspection Interval for veldments of this category is from October 25, 1985 to October 25, 1995. l This Inspection Interval includes a minimum of 5 refueling outages. i 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS 4.1 The minimum number of weldments selected for examination shall be 5 percent of the total number of welds each refueling oucage. The minimum extent and schedule of examinations over the 10-Year Inspection Interval shall include 25 percent of the total number of welds with at least 12 percent of these welds to be examined in 6 years. 1 5.0 WELDMENT DISTRIBUTION REQUIREMENTS O 5.1 Weldments selected for examination shall be distributed according to pipe size, system, and location to equal or re89/8592 Page A.1 \\

Date: July 31, 1988 1 Revision: 1 Change: 1 (~') l (_ IGSCC CATEGORY A WELDMENTS exceed 25 percent of the total number of welds within each parameter by the end of the 10-Year Inspection Interval. 5.2 Variations of these distribution requirements may be applied during a refueling outage to provide maximum credit for con-currently performed ASME Section XI examinations and to reduce personnel radiation exposure. 6.0 EXPANSION REQUIREMENTS 6.1 Original Sample - If one or more welds are found to contain suspected cracks, then an additional number of welds will be examined in accordance with paragraph 6.2. 6.2 Additional Sample 1st Expansion - This additional sample of welds will be approximately equal in number to the original sample. Welds will be distributed by the same pipe size, system, and location parameters used in the selection of the original sample, unless it is determined that there is a technical reason to select a dif ferent distribution. 6.3 Final Sample 2nd Expansion - If suspected cracks are found in the additional sample 1st expansion of paragraph 6.2, then all /% welds of this category shall be examined. (,,/ O re89/8592 Page A.2

O O O INSPECTION PROGRAM SUtt1A^1T FOR UNIT MPI PIPC TOTAL SCHEDULED INTERVAL-TO-DATE WELDS HEEDED TO CATEGORY ITEN SYSTEM SIZE WELOS WELDS PCT COMPLETED PCT INTERVAL CONPLETE REQS. A DRYWE LL CORE.SPW 10 20 8 40.0 5 62.5 3 37.5% ISOC. RET to 4 1 25.0 I 100.0 0 0.0% ISOC.SUP 14 12 2 16.7 2 100.0 0 0.0% g JET.PUNP 5 2 0 00 0 0.0 (10 YRS /5 REFUZI.INC CYCLES) 0 0.07 LPCI 16 2 2 100.0 2 100.0 0 0.0% tn u) RECIRC. 4 4 1 25.0 1 100.0 0 0.0% RECIRC. 22 8 0 0.0 0 0.0 0 0.0% RECIRC. 28 2 0 0.0 0 0.0 0 0.0% RWCU. RET 8 2 0 0.0 0 0.0 0 0.0% RWCU.SUP 8 8 4 50.0 2 50.0 2 50.0% SHUTCOOL 14 .e 3 75.0 1 33.3 2 66.7% WELDS FOR IT[H DRYMELL : 68 21 30.9 14 66.7 7 33.3% RX.BLOG CORE.SPR 10 4 1 25.0 1 100.0 0 0.0% ISOC. RET 8 4 1 25.0 0 0.0 1 100.0% ISOC.SUP 6 3 2 66.7 0 0.0 2 100.0% g ISOC.SUP 12 18 1 5.6 0 0.0 1 100.0% o ISOC.5UP 14 2 2 100.0 0 0.0 2 100.0% y ISOC.SUP 16 7 2 28.6 2 100.0 0 0.0% o RWCU.SUP 8 11 1 9.1 1 100.0 0 0.0% g> WELDS FOR ITEM RX.BLOG : 49 10 20.4 4 40.0 6 60.3% Hgao Ptf

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o :x: tr MP1 IGSCC Program 5% each refueling outage or 6 welds minimum. g*a a r.o. 00 (n (D 68 .. O 3 4c H M w m. o >=. W &= 2 la N i WELDS FOR CATEGORY A !!7 31 26.5 18 58.1 (1985 TO 1995) 13 41.9%

Date: July 31, 1988 Revision: 1 Change: 1 181 HISTORIC AL EXAMIN ATION SUMM ARY T ABLE o o o o o o o o o o o o o o o o o o o o o o o o o o b-g o o o o o o o o o o o o o o o o o o o o o o o o o o o v e o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o e o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o y o o o o o o o o o o o o o o o o o o o o o o o o o o o y o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o 7 g e o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o e o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o e o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o O o o o o o o o o o o o o o o o o o o o o o o o o o o o z 2 o o e o o o o o o o o o o o o o o o o o o o o o o a o w 2 g o o o o o e o o o e o e o o e o o o o o o o o o o o o (.() I o o o o o o o o o o o o o o o o o o o o o o o o o o o s I C 0 0 O O O O O O O O O O O O O O O O O O e j 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o I e e o o o o o o o o o o o o o o o o o o o o o o o e o e r o o o o o o o o o o o o e o o o o 0 0 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o I e E o o e o o o o o o o o o o o o o o o o o o o o e o o o j E e o e e o e e o o o o e o o e e o e e o o o o e o o e e C o o o o o o o e e e e o o o o o e o o o e o e o

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^ o o o o o o o o o o o o o o o o o o o o o o o o o o o o I b o o o o o o o o o o o o o o o o o o o o o o o o o o o x e g u o o o o o o o o o o o o o o o o o o o o o o o o o o o c o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 b o o o o o o o o o o o o o o o o o o o o o o o o o o o w o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 =v f o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o w E o 5 ;5 0 i i ???i????i??????i??i?i795? l e O i !!888888888!!s8!!!!!!!888Ei !. O e Note:1 For details of completed examinations see each Page A.4 component examination record comments section.

1 l Date: July 31, 19'?8 Revision: 1 Change: 1 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE O o O O O O O O O O O O O O O O O O O O O O O O O O O O D~ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C g C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ' O O O O O O O O O O O O O j g o O o O o 0 o 0 0 o 0 0 o O O O O O o O o O O O O o o g O O O O O O O o o O O O O O O O O O O O O O O O o O o O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O O I C C O O O O O O O O O O O O O O O O O O O O O O O O O j 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C i 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C O O O O O O O O O O O (3 O O O O O O O O O O O O O O O O O O O O O O O O O O O bl { 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 l j 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (a 3 0 0 o 0 0 0 o O O O o o o O O O O O o 0 O O O g h I Q 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 I O O O O O O O O O O O O O O O O O O O O O O O O O x 0 e.. e o O O O O O O O O O O O O O O O O O O O O O C 0 0 0 C e O O O O O O O O O O O O O O O O O O O O O O O O O O O e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C 0 0 0 0 0 0 0 0 0 U oe d C C O O O O O O O O O O O O O O O O O O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O O O O O O [w 0 0 0 0 o o o o o O O O o O o O O o O O O o O O o o O 0 0 0 0 0 0 0 0 0 0 0 o O O O O O O O O O O O O O O O E c 0 0 0 0 0 0 0 0 0 o O O O O O O O O O O O O O O O o O w [ O O O O O O O O O O C o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 j O o C o o o o O O O O O O 0 0 0 0 o O O o o O o O O O 2 $ 0 0 0 o o O o O o o o O O O o O O o o o 0 0 0 0 0 o O C o O O O o o o o O O o O o o o o o o o o O O o O O o O g E [ O O o 0 0 o o o o o O O O O O O O O o o O O O o o O O 8 8 T ? 7 T i t t g = w ? ? ? i : : : 1 e2 t S E % 0 % 0 2 : E e1 i i i 1 2 e d i i $$$$$$$$$$$$$i$$4 4 hhhhhhh E (N> E g 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 hhg S S S S g g y e o e Note:1 For detalle of completed examinatione so..ach Page A.5 component examination record commente section.

Date: Jttly 31, 1988 Revision: 1 Change: 1 181 HISTORIC AL EX AMINATION SUMM ARY T ABLE o o o o o o o o o o o o o o o o o o o c o l o o o o o o C (V'] e o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o e o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o e o o o o o o o o o o o o o o o o o o o o o o o o o 3 e o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 e o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o e o o o o o o o o o o o o o o e o o o o o o o o o o g o o o o o o o o o o o o o o o o o e o o e o o o o o o 2 o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o Z g o o o o o o o o o o o o o o o o o o o o o o o o o o w o o o o o o o o o o o o o o o o o o o o o o o o o o o (3 o o o o o o o o o o o o o o o o o o o o o o o o o o o iy) ee 3 o o o o o o o o o o o o o o o o o o o o o o e o o o o g j I o o o o o o o o e o o o o o o o o o o o o o o o o o o I o o e o o o o o o o o o o o o o o o o o o o o o o o o e x e e o o o e o o e o e e e e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o E I E o o o o o o e e o o o o o o o o o o o o o e o o o o o e o o o o o o o o o o o o o o o o o o e o e'o o o o o o M e O o o e e e e o o o o o o o o o e o e o o o e e o e o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 E o o o o o o o o o o o o o o o o o o o o o o o o o o o i e Mg o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o o w 2 C o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 @ o o o o o o o o o o o o o o o o o o o o o o o o o o o o E o o o o o o o o o o o o o o o o o o o o o o o o o o o o x j o o o o o o o o o o o o o o o o o o o o o o o o o o o E $ [ o o o o o o o o o o o o o o o o o o o o o o o o o o o e o E $$$-m a e e n p d i t i t iT T T T T T T T 4 i t i i i T T I V a W W W W W W W W W W W W W W W W W W W W W 2 2 0 2 ? 2 E o S S S S S S S S S S S S S S S S S S S S S S S S S S S y o e Note:1 For detalle of completed examinatione see each i Page A.6 component examination record commente section. i

Date: July 31, 1988 Revision: 1 181 HISTORIC AL EX AMINATION

SUMMARY

T ABLE Change: I o o o o o o o o o o o o o o o o o o o o o o o o o o o~ g y 'v' e o o o o o o o o o o o o o o o o o o o o o o o o o o o g e o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o e o o o o o o o o o o o o o o o o o o o o o o o o 3 o o e o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o n o o o o o o o o o o o o o o o o o o o o o o o o o o o Wz g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o e e o o o o o o o o o g j I o o o o o o o o e o o o o o o o o o o o o o o o o o o I o o o o e o o o o o o e o e o o o o o e o o o o o o o x o o o o o o o o o o o o o o o o o o o o o o o o o e o 3 S I o o o o o o o o o o o o o o o o o o o o o o o o o o e e o o o o o o o o o o o o o o o o o o o o o o o o o o o i e o o o o o o o o o o o o o o o o o o o o o o o o o o o M oe 0 e o e o e o e o e o o e e e e e o o o o o o o o o o o 2 P o o o o o o o o o o o o o o o o o o o o o o o o e o o u W o o o o o o o o o o o o o o o o o o o e e o e e o o o e* a o o o o o o o o o o o o o o o o o o o o o o o o o o o c o o o o o o o o o o o o o o o o o o o e e o e e o o o W 2 d o o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o e o E E $ o o o o o o o o o o o o o o o o o o o o o o o o o o o { f o o o o o o o o o o o o o o o o o o o o o o o o o o o R o o o o o o o o o o o o o o o o o o o o o o o o o o o I T* S 1 5 9 c i i ????? i i ??9fi?4I4f!!! i _N

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M M M M M M M M M M M M M M M M % E E E E E E E E o e o e Note:1 For detalle of completed examinatione see each component examination record commente section. Page A.7

Date: July 31, 1988 Revision: 1 181 Hl870RIC AL EX AMINATION SUMM ARY T ABLE Change: 1 o O O O O O O O O o O o O O o o O O o o Io o o o o o o D~ p U g O O 0 0 0 0 0 0 0 0 0 0 0 o O O o O O O O O O O O O O g C 0 0 0 0 0 0 0 0 0 o O O O O O O O O O O O O O O O O g O O O O O O O O O O O O O O O O O O O O O O O O O O O g O O O O o O O O O O O O O O O O O O O O O O O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o O O O O O O O O g O O O O O O O O O O O O O O O O O O O O O O O O O O O g O o O O O O O O O O O O O O O O o o O O O O O O O O O g O O O O O O O O O O O o O O O O O o O O O O O O O O O 5 o O O O O O O O O O O O O O O O O O O O o O O O O O O g 0 0 0 0 0 0 o O O O o 0 0 0 0 0 0 0 0 0 C 0 0 0 0 0 C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o O O O O O O o o C O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o O O O O O O O O O O O O O O O O O O O O O O O o O O O O O O O O O O O O O O O O O O O O O O O O O O I O O O o O O O O O O O O O O O O O O O O O O O O O O O 0 0 0 0 0 o O O O O O O O O O O O O O O O O O O O O O E O O O O O O O O o O O O O O O O O O O O O O O O O O o O E O O O O o O O O O O O O O O O O O O O o 0 0 0 0 0 0 0 W Z 0 0 0 0 0 0 0 0 0 0 o O O O O O O O o O O O O O O O O 3 0 0 0 0 0 0 0 o O O O O O O O O O O O O O O O O O O O I O 0 0 0 0 0 o o O O O O O O O O O O O O O O O O O O O g e O O O O O O O O O O O O O O O O O O O O O O O O O O O h I C O O O O O O O O O O O O O O O O O O O O O O O O O O I O O O O O e o O O O O O O O O O O O O O O O O O O O O e x e e e e e o o O O O O O O O O o O o 0 0 0 0 0 0 0 0 0 b O O O O O O O O O O O O O O O O O O O O O o O o O O O e e O O e O o O O O O O O o O O O O o O o O O O O O O O O e O O O O O e e e e O O O o O O O O o O O O O O O O O O O oe d o 0 0 0 C o O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O o O O O O O O O o o o O O O O o C 0 0 0 0 0 0 0 0 o o O O o o o O O O O O O O O O O 0 0 0 0 o O O O O o O O O o o O O o o o O O o O O O O 2 o o o O O O o o o o o O o O o o o o O o o o o O O O O O w [ o O o o o O O o o O O O O O O o o o o o o o o o o o O Z o O o o o O O o o o o o O o O o o o o o o o o o o o O E 5 2 o e o O O O o o o o O O o o o o o o o o o o O O O o O f 2 $ o o o o O O O o o O O O o o o o o o o o o o o O O O o l o o o O o o o o o o O O o O O o o O O o O O O o o o O g e E D E 3 w m o, w w aaaa& T ? ? 8 2 m d 4 4 4 4 4 $$$$ e L) l lEEEEM M M M y o e e Note:1 For detalle of completed examinations see each component examination record commente section. Page A.8

O O O PIPE SIZE / 1 ENIT SY STEtt CortP. EXArt. ITER 10 CATEGORY INSP. CODE EXAritSi REQ. PROCEDURE INSPECTION PERIO0tSI DRAWING 0 MPI LPCI CC8J--6 DJYWELL A IGSCC UT 16 P1AtlUAL 85 C0rt CRC CL1 SHT.32 +1 m Cort 1ENT ::> NEW WELD 1981. (EXArt YEARD COMMENT ::> r1ATERIALS 85C s CorittE NT = = > VA LVE : S/S SA351-CF8r1 CAST. C0rt1ElfT ::> ELBOW = S/S SA403-316K. e f1PI LPCI CC8J--9 DRYWELL A IGSCC UT 16 MANUAL 85 CON CRC CLI SHT.32 M C0rt1ENT==> NEW WELD 1981. IEXAM YEARD Cort 1ENT ::) r1ATERIALS SSC C0ft1ENT ::> RFOUCER = S/S SA403-304. Cort 1ENT = = > E LLOW = S/S SA403-316K. F1PI CORE.SPR CSAJ--! DRYWELL A IGSCC UT 10 r1ANUAL CL1 NA SHT.20 C0rt1ENT ::> NEW WELD 1981. (EXAM YEARI H COr1 MENT =^ f1ATERIALS C0rt1ENT = ELBOW = S/S SA358-304K. 3 Cort 1ENT

PIPE : S/S SA353-304K.

OO MPI CORE.SPR CSAJ--2 DRYWELL A IGSCC UT PT 10 MANUAL 69 DUE CL1 SHT.20 0> H C0rt1ENT==> NEW WELD 1981. (EXAH YEARI m Cort 1ENT==> r1ATERIALS 87C 8 Cort 1ENT ::> ELBOW = S/S SA358-304K.

xs d

Cort 1ENT==> ELBOW = S/S SA358-304K. MPI CORE.SF1r CSAJ--3 DRYWELL A IGSCC UT 10 r1ANUAL 87 C0rt CLI SHT.20 g M Cort 1[NT==> HEW WELD 1981. (EXArt YEAR) Q C0rt1ENT ::> r1ATERIALS 87C 3: CorttENT==> ELBOW = S/S SA358-304K. Q Cort 1ENT==> PIPE = S/S SA358-304K. Hvs r1PI CORE.SPR CSAJ--4 DRYWELL A IGSCC UT 10 MANUAL 87 C0rt CL1 SHT.20 0 :x8 t8

r o na os < re Cort 1ENT ::> HEW WELD 1981.

(EXArt YEARI

3 Wo Cort 1ENT==> ttATERIALS 87C O'

.. r o Core 1ENT==> VALVE = S/S CAST. Cort 1ENT==> PIPE : S/S SA358-304K. ?, M MPI CORE.SPR CSAJ--S DRYWELL A IGSCC UT 16 MANUAL 87 COM CLI SHT.20 w C0rt1ENT :-> NEW WELD 1981. (EXArt YEARI [ C0tt1ENT ::> r1ATERIALS 87C ~ C0tt1ENT ::> VALVE = S/S CAST. 00 C0rt1ENT ::> PIPE : S/S SA358-304K. m

PIP ZE / 2 t#41T SYSTEM COMP. EXArt. ITEMS CATEGORT INSP. CODE EXIJ1ESI REQ. PROCEDURE INSPECTION PERIOD (5) DRAWINGS MPI CORE.SPR CSAJ--6 DRYWELL A IGSCC UT 10 t1AtUAL CLI HA SHT.20 y Cott1ENT =r> HEW WELD 1980. (EXAM YEARI co Cort 1ENT ::) MATERIALS Q CorittENT==> Et00W = S/S SA358-304K. o> Cott1ENT ::> PIPE = S/S SA358-304K. Un b P1PI CORE.SPR CSAJ--7 DRYWELL A IGSCC UT 10 P1ANUAL 87 C0tt CLI SHT.20 Cott1ENT==> HEW WELD 1980. EEXAri YEAR) CONNEt4T==> MATERIALS 87C COtt1ENT ::> VALVE = S/S CAST. CONNENT== > ELBOW = S/S SA358-304K. F1PI CORE.SPR CSAJ--S ORYWELL A IGSCC (IT 10 MAFOAL CL1 NA SHT.20 Cort 1ENT==> NEW WELD 1980. (EXAM YEARI CotttENT==> MATERIALS g C0rt1ENT== > VALVE : S/S CAST. O M COMMENT==> PIPE = S/S SA358-304K. o 71PI CORE.5MI CSAJ -9 DRYWELL A IGSCC UT 10 NANUAL CL1 NA SHT.20 n> C0rt1ENT==> NEW WELD 1980. (EXAtt YEARI Cott1ENT==> t1ATERI ALS o Cott1ENT== > ELCOW = S/S SA358-304K. Q Cott1ENT ::> PIFE : S/S SA358-30%. t1PI CORE.SPR CSAJ-10 DRYWELL A IGSCC UT 10 F1ANUA L CRC CLI HA SHT.20 h Cott1ENT==> HEW WELD 1981. (EXAM YEARI t-* d C0rt1ENT==> f1ATERI ALS h C0!? TENT==> PENETRATION PIPE = S/S 304. Cott1ENT ::> ELBCW = S/S SA358-304K. m f1PI CORE.SPR CSBC-G--1A RX.8LDG A IGSCC UT 10 MANUAL HSW CL2 NA SHT.21 oWd r to na C0ftCNT==> HEW WELD 1984. (EXAM YEARI 00 to. Cott1ENT==> t1ATERI ALS 00ft1ENT==> VALVE = S/S CAST. ,, 7 l L C0ft1ENT==> PIPE : S/S SA358-304L.

s.

l c M'a j MPI CORE.SPEt CSBC-G-2A RX.8tDG A IGSCC (IT 10 NANUAL HSW CL2 NA SMT.21 a t.o C0tt1ENT==> NEW WELD 1984. ( EXAtt Y E AR ) Cort 1ENT==> t14TERIALS y .tr f5 Cort 1ENT ::> PIPE = S/S SA358-304L. ~ C0rttENT==> PIPE = S/S SA376-304. m D". O 5

PIl-i SIZE / 3 ID41T SYSTEM COMP. EXAM. ITER 18 CATEGORT INSP. CODE EXAMESI REQ. PROCEDURE INSPECTION PERIO0tS) DRAWINGS MPI CORE.SPR CSBJ--! ORYWELL A IGSCC UT PT 10 t1At!UAL 89 OUE CLI SHT.21 N CormENT==> NEW WELD 1981. (EXAtt YEARI 00 Cott1Et4T==> t1ATERI ALS ( C0ft1ENT== > ELE 0W = S/S SA 358-304K. In C0tt1ENT== > PIPE = S/S SA358-304K. ve O N F1PI CORE.SPR CS8J--2 CRYWELL A IGSCC UT 10 MANUAL 87 COM CLI SHT.21 C0tt1ENT==> NEW WELD 1981. (EXAtt YEARI C0tt1ENT==> MATERI ALS 87C Cott1ENT ::> ELBOW = S/S SA358-304K. C0tt1ENT== > ELBOW = S/S SA358-304K. F1PI CORE.SRt CSBJ--3 DRYWELL A IGSCC UT PT 10 r1ANUAL 89 DUE CL1 SHT.21 l C0ft1ENT==> BZW WELD 1980. (EXAM YEAR) COtt1ENT==> MATERI ALS H Cort 1ENT==> ELBOW = S/S SA358-304K. C0tt1ENT==> PIPE = S/S SA358-304K. O O 31PI CORE.SPR CSBJ--4 DRYWELL A IGSCC UT 10 t1ANUAL CL1 MA SHT.21 0>H C0ft1ENT ::> NEW WELD 1981. (EXAtt YLAR D M Cort 1ENT==> t1ATERIALS h Cott1ENT== > VALVE = S/S CAST. W* Cort 1ENT ::> PIPE = S/S SA358-304K. F1PI Cf1RE.SPR CS8J--S DRYWELL A IGSCC UT 10 MANUAL CLI HA SHT.21 gm Cott1ENT==> NEW WELD 1981. (EXAtt YEAR) h Cott1ENT==> t1ATERIALS C0ft1ENT ::> VALVE S/S CAST. Q Core 1ENT==> PIPE = S/S SA358-304K.

-a v) 791 COPE.SPR CSBJ--6 DRYWELL A IGSCC UT 10 t1ANUAL CL1 NA SHT.21 OWD

r to Da Ds < rt C0tt1ENT==> NEW WELD 1980.

(EXAM YEAR)

S W (D C0tttENT== > #1ATERI ALS r

-- o C0tt1ENT==> ELBOW = S/S SA358-304K. C0tt1ENT==> PIPE = S/S SA358-304K. ?. I 1 w< F1PI CORE.SPR CSBJ--7 DRYWELL A IGSCC UT 10 ftANUAL CLI HA SHT.21 q W 1 C0ft1ENT ::> NEW WELD 1980. (EXAM YEAR)

O C0tt1ENT==> t1ATERIALS Cott1ENT==> ELBOW = S/S SA358-304K.

[ Cort 1LNT==> VALVE = S/S CAST. oo 00 W O=*

/ b A s PIPE SIZE / UNIT SYSTEM COMP. EXAM. ITEMS C'.TEGORY INSP. CODE EXAr1ESI REQ. PROCEDURi INSPECTION PERIODIS) DRAWING 3 MPI CORE.SPR CS?J--8 DQYWELL A IGSCC UT 10 F1ANUAL CLI HA SHT.21 C0t1 MENT : > NEW WELD 1980. IEXAtt YEARI ne* COfSTENT : > t1ATERI ALS Corit1Et4T ::> VALVE = S/S C AST. N* CO*t1ENT== > PIPE : S/S SA358-304K. un ttPI CORE.SPR CS8J--9 DRYMELL A IGSCC UT 10 ftANUAL CLI NA SHT.21 N (EXAtt YEAR) C0ff.ENT ::> NEW WELD 1980. COtttEffT==> #1ATERI ALS C0ft1ENT ::> ELBOW = S/S SA358-304K. cot 1 MENT ::> PIPE = S/S SA358-304K. ftPI CORE.5M CS83-10 DRTWELL A IGSCC UT 10 t1ANUAL CRC CL1 NA SHT.21 (EXArf YEAPI C0tttENT==> NEW WELD 1981. Cort 1ENT==> #1ATERI ALS o C0ft1ENT==> PENETRATION PIPE : S/S 304. COMMENT== > ELBOW = S/S SA358-304K. y O ttPI CORE.SPR CSBJ-12A RX. BLDG A IGSCC UT 10 f1ANUAL HSW CLI NA SHT.21 g> H EEXAM YEARI C0tttENT==> NEW WELD 1984. cot 1 MENT==> t1ATERI ALS O COMMENT ::D pef!ETRATIOff FLUED k C0ft1ENT ::> HEAD = S/S SA182-GR.F-304. C0tt1ENT==> PIPE = S/S SA358-304L. MPI CORE.SPR CC8J-13A RX. BLDG A IGSCC UT 10 ftANUAL 85 C0tt HSW CL1 SHT.21 %r C8 C0ft1ENT==> NEW WELD 1984. (EXAri YEARI 65C COtt1ENT==> t1ATERI ALS COtt1ENT==> PIPE = S/S SA376-304. N C0ft1ENT==> PIPE : S/S SA358-304L. k t1PI RMCU.SUD CUAJ-1 DRTWELL A IGSCC UT PT 8 ttAMllAL 89 DUE CLI SHT.23

r p,3 M (D.

a, Cott1Etli==> ttEW WELD 1981. EEXArt YEARI G, y Cort 1EtIT==> t1ATERIALS

s y

CDtt1ENT==> WELDOLET = S/S SA182-GR.F-316L. CotttENT==> PIPE = S/S SA358-316K. x ttPI RWCU.SUP CUAJ--2 DRYWELL A IGSCC UT PT 8 ftANUAL 89 DUE CRC CL1 SHT.23 ~ N Cutt 1ENT==> NEW WELD 1981. ( EXAtt YE AR I ~ ~ ~ COMMEt(T==> t1ATERIALS 65C C0ft1Et4T ::> VALVE = S/S SA351-CF8tt CAST.

S/S SA358-316K.

C0ft1ENT ::> PIPE W N

PIri'TIZE / 5 UrlIT SYSTEM COMP. EXAM. ITEMS CATEGORY INSP. CODE EXAritSI REQ. PROCEDURE INSPECTION PERIO0tSI DRAWINGS MPI RWCU.SUP Ct;AJ--7A ORTWELL A IGSCC UT 8 mar 0AL 85 COM HSW CLI SH T.2 3 Cort 1ENT==> HEW WELD 1984. EEXAM YEARI 00 COMr1ENT== > r1ATERI ALS 65C ( C0rt1ENT==> PIPE = S/S S4312-304. CD Core 1ENT==> PIPE = S/S SA358-304L. w N F1PI RWCU.SUP CUAJ--SA ORYWELL A IGSCC UT 8 MANUAL CLI HA SHT.23 C0rt1ENT==> NEW WELD 1984. IEXAM YEAR) CONr1EffT==> MATERI ALS COMMENT==> ELBOW = S/S SA403-304L. Cort 1ENT==> PIPE = S/S SA358-304L. PfPI RWCU.SUP CUAJ--9A ORYWELL A IGSCC UT 8 MAtMAL CLI HA SHT.23 C0rt1ENT==> HEW WELD 1984. (EXAM YEARD H COMMENT==> tsATERIALS Cort 1ENT==> ELBOW = S/S SA403-304L. O CONNENT==> PIPE = S/S SA358-304L. OO MPI RWCU.SUP CUAJ-10A ORYWELL A IGSCC UT 8 MANUAL CLI HA SHT.23 0 3H COMMENT==> NEW WELD 1984. (EXAM YEARI trs Cort 1ENT== > MATERI ALS O Core 1EtiT==> ELDOW = S/S SA403-304L.

x2 d

CONMENT==> PIrE = S/S SA358-304L. t1PI RWCU.SUP CUAJ-11A DRYWELL A IGSCC UT 8 71ANUAL CL1 NA SHT.23 g tri Cort 1ENT==> HEW WELD 1984. (EXAff YEAR) h C0ft1ENT==> r1ATERI ALS 3: C0tt'EffT== > E LBOW = S/S SA403-304L. C0rt1ENT==> PIPE = S/S SA358-304L.

-1 en itPI RWCU.SUP CUAJ-118 ORYWELL A IGSCC UT 8

NAff3AL 87 C0rt HSW CLI SHT.23 O Jts t2

t o %

% < n C0rt1ENT==> HEW WELD 1984. (EXAM YEAR) D F. (D CorttENT==> t1ATERI ALS 87C ] [ ** o C0rf1ENT==> PIPE = S/S SA312-304. Cort 1ENT==> PIPE = S/S SA358-304L. .U. E t1PI RWCU.SUP CUAJ-14A RX. 8tDG A IGSCC UT 8 ttANUAL HSW CL1 NA SHT.23 w Cort 1ENT==> NEW WELD 1984. (EXAtt YEAR D 7

tf Cor21ENT==> t1ATERIALS CONMEffT==> PIPE = S/S SA312-304.

[ (D C0ft1ENT== > PIPE = S/S S A358-304L. oo oo Ww

O o g 6 PIPE SIZE / UNIT SYSTEM COMP. EXAM. ITEMS CATECORY INSP. CODE EXAMtSI REQ. PROCEDURE INSPECTION PERIODtSt DRAWINGS MPI RWCU.S*18 CUAJ-15A RX.BLOG A IGSCC UT 8 t1ANUAL CLI HA SHT.23 et "Ort 1ENT== > NEW WELD 1984. (EXAM YEARS Cort 1ENT==> t1ATERI ALS N C0r1 MENT== > ELBOW = S/S SA403-304L. C0ft1ENT==> PIPE = S/S SA356-304L. e tI RWCU.SUP CUAJ-16A RX.BLOG A IGSCC UT 8 MANUAL CLI HA SHT.23 (EXAN YEARI CorttENT==> NEW WELD 1954. C0tt1ENT ::> MATERI ALS Cort 1ENT 2=> ELBOW = S/S SA403-304L. C0f t1ENT==> PIPE = S/S SA358-304L. MPI RWCU.SUP CUAJ-17A RX.BLOG A IGSCC UT 8 71ANUAL CL1 NA SHT.23 Core 1ENT==> 93EW WELD 1984 (EXArt YEARD Cort 1ENT==> HATERI ALS u) C0t1t1ENT== > PIPE = S/S SA358-304L. O C0tttENT== > TEE : S/S 316L. f1PI RMCU.SUP CUAJ-18A RX. BLDG A IGSCC UT 8 ffANUAL CLI HA SHT.23 h 4 (EXAH YEARD C0rt1ENT==> NEW WELD 1984. o C0tt1ENT==> MATERIALS Cott1ENT== > PIPE = S/S SA358-304L. Cort 1ENT==> TEE = S/S 316L. f1PI RWCU.SUP CUAJ-19A RX.BLOG A IGSCC UT 8 NANUAL 87 CON HSW CL1 SHT.23 y t Cf C0ft1ENT z:) NEW WELD 1984. (EXAtt YEARD h Cort 1ENT==> MATERIALS 87C Z C0ft1ENT z:> VALVE = S/S CAST. C0ts1ENT x=> PIPE

S/S SA358-304L.

.1PI RWCU.SUP CUAJ-195 RX. BLDG A IGSCC UT 8 MANUAL CLI MA SHT.23 h(( " a >d. (D Cort 1ENT s=> HEW WELD 1984. (EXArt YEARD @ as.. 10 >a-O. c Cort 1ENT==> MATERIALS C0rttENT==> PIPE = S/S SA358-304L. c C0tt1ENT z:) TEE = S/S 316L. w'< tfPI RWCU.SUP CUAJ-22A RX. BLDG A IGSCC UT 8 71ANUAL CLI HA SHT.23 w w COMMENT==> HEW WELD 1984. (EXAtt VEARD ~ [ C0ft1ENT==> t14TER AILS C0tt1ENT== > ELBOW = S/S 316L. 00* C0ft1ENT ::> PIPE = S/S SA358-304L. WW

~ O n n/ PIPE M ZE / 7 h UNIT SYSTEM COMP. EXAM. ITEMS CATEGORY INSP. CODE EXAMISI CEQ. PROCEDURE INSPECTION PECIO0tSS DRAWINGS f1PI RWCU.SUP CU4J-23A RX.BLOG A IGSCC UT 8 f1AtaUAL CL1 NA SHT.23 y CormENT==> HEW WELD 1984. (EXAM TEARI Core 1ENT==> M ATERI ALS co Cort 1ENT ::> ELDOW - $/S 316L. N Cort 1ENT==> PIPE = S/S SA358-304L. 00 u N MPI RWCU.SUP CUAJ-24A RX.BLOG A IGSCC (E 8 f1ANUA L CL1 NA SHT.23 CorEENT==> HEW WE LD 1984. EEXAM YEARD Cort 1ENT==> t1ATERI ALS Cort 1 Etat==> E LBOW = S/S 316L. C0rtENT ::> PIPE : $/S SA358-304L. MPI RWCU.SUP CUAJ-25A RX. BLDG A IGSCC UT 8 NANUAL HSW CL1 NA SHT.23 Cort 1ENT==> HEW WELD 1984 (EXAM YEARD Cort 1ENT==> MATERIALS w Cort 1ENT ::> VALVE = S/S CAST. g(n Cort 1ENT==> ELBOW = S/S 316L. O O MPI RWCU. RET Ct2J-10 DRYWELL A IGSCC UT 8 MANUAL HSW CLI NA SHT.23 G> Core 1ENT==> NEW WELD 1979. ( EKAf1 Y E AR I Hm Cort 1ENT==> MATERI ALS aO C0f t1 Etat==> P!PE = S/S SA312-316L. ( Cort 1ENT==> PIPE = S/S SA376-304. MPI IrWCU. RET CUBJ-11 DRYWELL A IGSCC UT 8 P1AtaUAL HSW CLI NA SNT.23 C M C0r91ENT==> NEW WELD 1979. (EXAr1 TEARD b Cort 1ENT==> MATERIALS COMMENT==> ELECW = S/S 304. 1; C0rt1ENT==> PIPE = S/S SA312-316L. H in MPI ISOC.SUP ICAC-BF-1 RX. BLDG A IGSCC UT 12 f1ANUAL CRC CL2 NA SHT.18

r 'xs t2 O

to a Core 1ENT==> NEW WELD 1980. ( EXAtt T E AR ) m<n ,s r,,

n Cort 1ENT==> r1ATERIALS to Cort 1ENT==> SAFE Etc : S/S SA182-334L.

.. r o Cort 1Effi => N0ZZLE

C/S SA182-Ft.

c g MPI ISOC.SUP ICAC-BF-2 RX. BLDG A IGSCC UT 12 ftANUAL CRC CL2 NA SHT.18 y W CorttENT==> HEW WELD 1980. (EXAM YEARD .~ Cort 1ENT==> MATERI ALS ~

ts Cort 1EtiT==> SAFE EtO = S/S SA182-304L.

e CorttEtaT ::> ta0ZZLE

C/S SA182-Ft.

ao r3 ao Wu 1

O n o% pit c SIZE / 8 (Pe!T SYSTEtt COMP. E XAtt. ITENs CATEGORT INSP. CODE EXAtitSt REQ. PROCEDURE INSPECTION PE%IODESI DRAWINGS _=....... __.. __ FTPI ISOC.SUP ICAC-F--IA RX. BLDG A IGSCC UT 16 MArRJAL 67 COM CRC CL2 SHT.18 COMMENT ::> ORIGINAL WELD. EEXAM TEARI 00 CorinENT==> r1ATERI ALS 87C CorttENT :> REOUCER = S/S 304. cn Cort 1ENT ::> PIPE = S/S SA376-304. w N F1PI ISOC.SUP ICAC-r--3A RX.BLOG A IGSCC UT 16 NANUAL 87 C0rt HSW CL2 SHT.18 Cort 1ENT==> NEW WELD 1984. (EXAM YEARD Cort 1ENT==> MATERIALS 87C COMMENT ::> PIPE = S/S SA358-316L. Cort 1ENT ::> PIPE = S/S SA376-304. 71PI ISOC.SUP ICAC-F--4A RX. BLDG A IGSCC UT 16 MANUAL CL2 NA SHT.18 C0rt1ENT ::> HEW WELD 1984. (EXArt YEARD Cort 1Eti. ?" MATERIALS (n C0rt1ENT : > ELBOW = S/S 316L. Core 1ENT ::> PIPE = S/S SA358-316(.. O MPI ISOC.SUP ICAC-F--5A RX. BLDG A IGSCC UT 16 F1APAJAL CL2 NA SHT.18 h H C0rt1ENT ::) NEW WELD 1984. (EXArt VEARI Cort 1D(T ::> F1ATERIALS o Curt 1ENT ::s ELBOW = S/S SA403-316L. ( Cort 1ENT==> PIPE = S/S LA358-316L. t1PI ISOC.SUP ICAC-F--64 RX. BLDG A IGSCC UT 16 MAP AJA L CL2 NA SHT.18 rs t-* Cort 1ENT==> NEW WELD 1984. (EXAM YEARI t$ C0ft1ENT==> t1ATERIALS Cort 1ENT==> EL20W = S/S SA403-316L. Z CorttENT==> PIPE = S/S SA358-316L. itPI ISOC.SUP ICAC-F--7A RX. BLDG A IGSCC UT 16 MANUAL CL2 NA SHT.18 h(( co < rt Cort 1ENT==> HEW WELD 1984 (EXAtt VEARD mW C0rt1ENT==> MATERIALS Cort 1ENT :> ELBOW = S/S SA403-316L. $y C Cort 1Eter==> PIPE : S/S SA358-316L. w W t1PI ISOC.5UP ICAC-F-.75 RX. BLDG A IGSCC LTT 16 MAPAJAL HSW CL2 NA SHT.18 La C0ft1ENT ::+ NEW WELD 1984. EEXAtt VEARI ~ ~ N C0rt1ENT==> F1ATERIALS ~ o Cort 1DIT==> PIPE = S/S SA358-316L. Curt 1ENT==> 451PE = S/S SA376-304. W

O 9IZE/ O 9 PIPE (AsIT SYSTEM COMP. EXAM. ITEMS CATEGORT INSP. CODE EXAfttSi REQ. PROCEDURE INSPECTION PERIOutSi ORAWINGS MPI ISOC.SUP ICAC-F-16A RX.BLOG A IGSCC UT PT 12 MANUAL 89 OUE CRC CL2 SHT.18 N Cort 1ENT==> NEW WELD 1980. (EXArt YEARI N C0ft1ENT== > r1ATERI ALS 85C k Cor1r1Etsi==> PIPE = S/S SA358-316K. M C0rt1ENT==> PIPE = S/S SA376-304. w N P1PI ISOC.SUP ICAC-F-17 RX.BLOG A IGSCC UT 12 r1ANUAL CLZ NA SHT.18 Cort 1ENT==> NEW WELD 1980. (EXAM YEARI COMMENT==> r1ATERI ALS C0tt1ENT==> ELBOW = S/S SA403-316K. Cort *ENT==> PIPE = S/S SA358-316K. F1PI ISOC.SUP ICAC-F-18 RX.BLOG A IGSCC UT 12 31ANUAL CL2 NA SHT.18 Cort 1ENT==> NEW WELD 1980. (EXArt YEARD C0rt1ENT==> MATERI ALS g O Cor71Et4T==> ELBOW = S/S SA403-316K. tn CONMENT==> PIPE = S/S SA358-316K. g O r1PI ISOC.SUP ICAC-F-19 RX.BLOG A IGSCC UT 12 MANUAL CL2 NA SHT.18 g> Cort 1ENT==> NEW WELO 1980. (EXArt YEARI Q O C0rt1ENT==> f1ATERI ALS O Core 1Et1T==> SAFE END = S/S SA182-304L. Cort 1ENT==> PIPE = S/S SA358-316K. MPI ISOC.SUP ICAC-F-21 RX. BLDG A IGSCC UT 12 31ANUAL HSW Cl2 NA SHT.18 k Cort 1ENT==> f4EW WELD 1982. ( EXArt TE AR I c-*c C0rt1ENT==> f1ATERIALS y m Cort 1Ef4T==> REDUCER = S/S SA403-304. COMMENT==> PIPE = S/S 304K HOT SE Af1ED. w PSPI ISOC.SUP ICAC-F-21A RX. BLDG A IGSCC UT 12 MANUAL MSM CL2 NA SNT.18 ggg

r m e-Cort 1ENT =-> NEW WELD 1982.

(EXAM YEARI y$g on co.. CLtt1ENT==> r1ATERIALS m CorttENT==> PIPE = S/S 304K NOT SEAMED. p 4 Cort 1ENT==> PIPE = S/S SA376-304. c: MPI ISOC.SUP ICAC-F-218 RX. BLDG A IGSCC UT 12 31ANUAL HSH CL2 NA SHT.18 Gs. Cort 1ENT==> NEW WELD 1984. (EXAM YEARI

O CorttENT==> 81ATERI ALS

~ Cort 1ENT==> PIPE = S/S SA376-304. (D C0rt1ENT==> PIPE = S/S SA358-304L. g= $==8 M

PIs e dIZE / 10 s UNIT SYSTEM Ct/1P. EXAM. ITEt15 C ATEGL"J T IttSP. CODE EXAF1(S ) KEQ. PROCE0t2E INSPECTION PERIODES) DRAWING') = _ - ttPI ISOC.SUP ICAC-F-22A RX. BLDG A IGSCC tra 12 MAtUAL CL2 NA SHT.18 y Cort 1ENT==> NEW WE LD 1984. EEXAM YEARI COMr1ENT==> MATERIALS oo Cort 1ENT== > ELCOW = S/S SA403-304L. D Cort 1ENT==> PIPE = S/S SA358-304L. 1.n h MPI ISOC.SUP ICAC-F-23A RX. BLDG A IGSCC 11T 12 F1AtWAL CL2 NA SHT.18 C0tt1ENT==> NEW WELD 1984. EEXAM TEARD Cort 1ENT==> t1ATERI ALS COtt1ENT==> ELBOW = S/S SA403-304L. C0t1NENT== > PIPE = S/S SA358-304L. MPI ISOC.SUP ICAC-F-24A RX. BLDG A IGSCC UT 12 MANUAL CL2 NA SHT.18 C0ft1ENT==> NEW ?IELD 1984. (EXAM YEARD Cort 1ENT==> t1ATERI ALS g C0tt1ENT==> ELBOW = S/S SA403-304L. O M C0tt1ENT==> PIPE = S/S 54358-304L. g O MPI ISOC.SUP ICAC-F-248 RX. BLDG A IGSCC UT 12 MANUAL CL2 NA SHT.18 n> C0tt1ENT==> NEW WELD 1984. (EXAM YEAR) j o C0tttENT==> MATERI ALS Cort 1ENT== > ELBOW = S/S SA403-304L. C0tt1ENT== > PIPE = S/S SA358-304L. PtPI ISOC.SUP ICAC-7-24C RX. BLDG A IGSCC UT 12 MANUAL P.SW CL2 NA SHT.18 C M C0ft1ENT==> NEW WELD 1984. (EXAM YEAR) g Cort 1ENT==> t1ATERIALS g COMMENT== > PIFE = S/S S4376-304. m C0tt1ENT==> PIPE = S/S SA358-304L. m MPI ISOC.SUP ICAC-F-25A RX. BLDG A IGSCC UT 12 91ANUAL CRC CLZ NA SHT.18 nyn 3" o m y [ ".. Cott1ENT== > NEW WELD 1980. IEXAM YEARD 00 m COMMENT==> t14TEPI ALS C0tt1ENT==> PIPE = S/S SA358-316K. 8, y c COtt. INT==> PIPE = S/S SA376-304. s. c MPI ISOC.SUP ICAC-F-26 RX.8LDG A IGSCC UT 12 MANUAL Cl2 NA SNT.18 L.> C0tT1ENT==> NEW WELD 1980. EEXAM YEARD w Cort 1DIT==> MATERI ALS ~ ~ m C0ft1ENT==> ELBOW = S/S SA403-316K. y e 00tt1ENT== > PIPE = S/S SA358-316K. cn o 00 h==. O

PIPE SIZE / gg UNIT SYSTEM COMP. EXArt. ITER 18 CATEGORY INSP. CODE EXAMISD REQ. PROCEDURE INSPECTION PERID0tSt DRAWINGS ..o. MPI ISOC.SUP ICAC-F-27 RX. BLDG A ICSCC UT 12 t1ANUAL CL2 NA SHT.18 Me COPMENT ::> NEW WELD 1980. (EXArt YEAR) COtmENT== > MATERI ALS COMMENT== > ELBOW = S/S SA40 3-316K. COrmENT==> PIPE = S/S SA358-316K. e M MPI ISOC.SUP ICAC-F-28 RX. BLDG A IGSCC UT 12 MANUAL CL2 NA SHT.18 Cort 1ENT==> NEW WELD 1980. (EXAM YEARD Cor1 MENT : > MATERI ALS COMMENT==> SAFE Et0 = S/S sal 82-304L. COPMENT==> PIPE = S/S SA358-316K. MPI ISOC.SUP ICAC-F-29 RX. BLDG A IGSCC UT PT 6 PIANUAL 69 DUE HSH CL2 SHT.18 C0tmENT==> HEW WELD 1981. (EXAM YEAR) 00ttfENT==> MATERIALS CormENT==> WELDOLET = S/S SA182-GR.F-316L. m C0tmENT==> PIPE r S/S SA376-304. O PtPI ISOC.SUP ICAC-F-30 RX. BLDG A IGSCC UT 6 F1ANUAL CL2 NA SHT.18 h H C0rt1ENT==> NEW WELD 1981. (EXMt YEAR) CormENT==> t1ATERIALS O COMMENT ::> WELDOLET = S/S SA182-GR.5-316L. k COMMENT ::> PIPE = S/S SA312-316L. MPI ISOC.SUP ICAC-F-31 RX. BLDG A IGSCC UT PT 6 MANUAL 89 DUE CLZ SHT.18 t* COrMENT==> NEW WELD 1981. EEXAM YEARD O CarmENT==> t1ATERIALS h Cott1ENT ::> REDUCING CAP = S/S SA182-GR.F-316L. Z CormENT s:> PIPE = S/S SA312-316L. MPI ISOC.SUP ICAJ--! DRYWELL A IGSCC UT 14 NANUAL CRC CLI HA SHT.18 h$E w < cr CorMENT z:) NEW WELD 1980. (EXAPI YEAR) $ 7 f. 00rt1ENT s:D PtATERIALS eW Cott1ENT==> SAFE D4D = S/S SA182-304 LOW CARBON Oy C C0f t1ENT ::> LESS THAN.035%. C0ft1ENT zz> ELBOW = S/S SA403-316K. PfPI ISOC.SUP ICAJ--3 DRYWELL A IGSCC UT 14 P1ANUAL 87 COM CLI SH T.18 ~ g C0rt1ENT==> NEW WELD 1980. EEXAM YEAR) oo COMt1ENT==> r1ATERIALS 87C Cort 1ENT==> ELBOW = S/S SA403-316K. CLYt1ENT==> PIPE

S/S SA358-316K.

w

O o o 12 PIPE SIZE / UNIT SYSTEM COr1P. EXAM. ITER 19 CATEGORY INSP. CODE EXAMISS REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS MPI ISOC.SUP ICAJ--4 DRYWELL A IGSCC UT I4 F1ANUA L CL1 NA SHT.18

1 C0rir1ENT==> NEW WELD 1980.

(EXAM YEARI Cor1MEr4T ::> r1ATERIALS N Cort 1ENT==> VALVE : S/S SA351-CFBM CAST. C0rt1ENT ::> PIPE = S/S SA358-31oK. o MPI ISOC.SUP ICAJ--5 DRYWELL A IGSCC UT 14 MANUAL CLI HA SHT.18 C0rt1ENT ::D HEW WELD 1980. EEXAr1 YEARI Cort 1EffT==> MATERI ALS Cort 1ENT==> VALVE S/S SA351-CF8r1 CAST. Cort 1ENT== > ELBOW z S/S SA403-316K. MPI ISOC.SUP ICAJ--6 DRYWELL A IGSCC UT 14 mar 0AL CLI NA SHT.18 Cort 1ENT : > HEW WELD 1980. IEXAM YEARI e4 Cort 1ENT==> t1ATERIALS g r,n Cort 1ENT== > ELBOW = $/S SA403-316K. Cor1 MENT==> PIPE = S/S SA358-316K. Q MPI ISOC.SUP ICAJ--7 09YMELL A IGSCC UT 14 MANUAL CL1 NA SHT.18 Q H M Cort 1ENT==> NEW WELD 1980. EEXAM YEARI h Core 1Erli :=> MATERIALS C0rir1ENT==> EL40W

S/S SA403-316K.

y Cart 1ENT==> PIPE : S/S SA358-316K. MPI ISOC.SU* ICAJ--8 ORYWELL A IGSCC tfi 14 MANUAL CLI HA SHT.18 g r:1 CONMENT==> NEW WELO 1980. (EXAM YEARD 4 Cort 1ENT==> r1ATLRI ALS Cort 1ENT==> ELBOW = S/S SA403-316K. H Curt 1ENT ::> ELBCW = S/S SA403-316K. MPI ISOC.SUP ICAJ--9 DRYWELL A IGSCC UT I4 r1ArUAL CL1 NA SHT.I6 Qg{ ><n 3 ** C0rW1ENT :s> NEW WELD 1980. (EXAM YEARI Cort 1ENT==> r1ATERIALS -O Curt 1ENT==> ELBOW = S/S SA403-316K.

f. c Cort 1ENT z:) PIPE = S/S SA358-316K.

w '4 MPI ISOC.SUP ICAJ-10 DRYWELL A IGSCC UT 14 ftANUAL CLI HA SHT.18 CorttENT ::> HEW WELD 1980. (EXAM YEARD [ Cort 1ENT== > MATERI ALS e 09 Cort 1ENT== > ELDOW = S/S S A433-316K. C0rt1ENT ::> PIPE : S/S SA358-316K. Q .Jo $O O

O 9IZE/ O PIPE 13 UNIT SYSTEtt COMP. EXAM. ITEtis CATEGORY INSP. CODE EXAritS) REQ. PROCEDURE INSPECTION PERIODE?l DRAWINGS MPI ISOC.SUP ICAJ-II DRTWELL A IGSCC UT 14 t1AtJUA L CLI HA SHT.IS y CorttENT ::> NEW WELD 1980. IEXAM TEARI co COtir1ENT = = > t1 A T ERI A LS Q Cort 1ENT== > ELPOW = S/S SA493-316K. co C0rt1ENT ::> PIPE = S/S SA358-316K. u N MPI ISOC.SUP ICAJ-13 DRTWE LL A IGSCC UT 14 MANUAL CRC CL1 NA SHT.18 C0ft1ENT==> NEW WELD 1980. IEXAf1 YEAR D Cor1 MENT ::> r1ATERIALS Cort 1 TNT==> pet!ETRATION PIPE : S/S 304 C0ft1ENT== > PIPE

S/S 54358-316K.

MPI ISOC.SUP ICAJ-14 RX. BLDG A IGSCC UT PT 14 MANUAL 89 DUE CRC CLI SHT.I8 C0rt1ENT==> NEW WELD 1980. EEXAM YEARD Cor1 MENT==> F14TERI ALS l H C0rt1ENT==> PENETRATIOtt FLUED O C0rt1ENT==> HE AD = S/S SA182-GR.F-304. O Cort 1ENT==> PIPE S/S SA358-316K. O MPI ISOC.SUP ICAJ-15 WX. BLDG A IGSCC UT PT 14 MANUAL 89 DUE CLI SHT.18 N rn Cort 1ENT==> NEW WELD 1980. (EXAft YEARI Cort 1ENT ::> t1ATERIALS C0ft1ENT== > VALVE : S/S SA351-CF8tt CAST. COr1 MENT==> PIPE = S/S SA358-316K. MPI ISOC. RET ICBC-F-11 RX. BLDG A IGSCC UT PT 8 MANUAL 89 DUE CRC CL2 SHT.18 ts Cort 10(T==> NEW WELD 1980. (EXAtt YEARI Z Cort 1ENT==> t1ATERI ALS s Cort 1ENT ::> REOUCER = S/S 304. H Cott1ENT==> PIPE

S/S SA376-300K.

O :xs t1 MPI ISOC. RET ICBC-F-12A RX. BLDG A IGSCC UT 8 f1ANUAL CRC CL2 NA SHT.18 cm <n

2* o c)

s w o C0ft1ENT==> NEW WELD 1980.

(EXAtt YEARD k" Cort 1ENT== > t1ATERI ALS

- O C0ft1ENT ::> PIPE = S/S SA376-304K.

E. c C0tt1ENT==> PIPE = S/S SA376-304. M P1PI ISOC. RET ICBC-F-14A RX.BLOG A IGSCC UT 8 MANUAL HSW CL2 NA SHT.18

ts Cott1ENT==> NEW WELD 1987.

( EXAtt YEAR D ~ ~ 03' Cort 1ENT== > F1ATERI ALS 5 to C0ft1Elli : > ELE 0W = S/S 304 NOT SE Ar1ED. M C0ft1ENT ::> PIPE = S/S SA353-304L. y CorttE NT = = > NO T E = BASELIt:E EXAf1IllED U C0ft1E NT = = > LRIDER THIS PROGRAtt COrttENT==> IN 1987.

O O O PIPE SIZE / 14 UNIT SYSTEM COMP. EXArt. ITErf8 CATEGORT INSP. CODE EXArtiS t REQ. PROCEDURE INSPECTION PERIODI5) DRAWINGS MPI ISOC. RET ICBC-F-148 RX.BLOG A IGSCC UT 8 MANUAL HSW CL2 NA SHT.18 ete C0rttENT==> NEW WELD 1987. (EXAff YEAR) Core 1ENT==> r14TERI ALS Cort 1ENT== > PIPE = 5/S SA376-304. y Cort 1Er4T== > PIPE = S/S SA355-304L. e CorttENT==> NOTE = BASE LINE EXAr11NED N Core 1Er4T==> UrcER THIS PROGRArt CorttENT==> IN 1987. PtPI ISOC. RET IC8J--8 DRYMELL A IGSCC UT 10 MANUAL 85 COM CRC CL1 SHT.18 Cort 1ENT==> NEW WELD 1980. (EXArt YEAR D Cort 1ENT==> r1ATERI ALS 85C CorttENT==> ELBOW = S/S SA403-316K. C0rt1ENT==> PIPE = 5/S SA358-304. w MPI ISOC. RET IC8J--9 DRYWELL A IGSCC UT 10 MANUAL CLI HA SH T.18 O v1 O C0ft1ENT==> HEW WELD 1980. (EXAtt YEARD O Cor1 MENT==> r1ATERIALS n C0ft1ENT== > E LBOW = S/S SA40 3-316K. C0rttENT==> PIPE = S/S SA358-316K. O MPI ISOC.SUP IC8J-CAP DRYWELL A IGSCC UT 14 F1ANUAL 65 COM CL1 SHT.18 O C0rttENT==> HEW WELD 1970 BEFORE STARTUP. (EXArt YEARI y Cort 1ENT==> t1ATERIALS BSC CCrt1ENT==> SAFE Ere S/S SA182-304 LOW CARBON CotttENT==> LESS THAN.035%. r* Cort 1ENT==> CAP = S/S SA182-304 LOW CARBON O Cort 1ENT==> LESS THAN.035%. h Cort 1ENT==> WELD = S/S 308L. m MPI ISOC. RET IC8J-10 DRTWELL A IGSCC UT 10 t%NUAL CLI HA SHT.18 nye 3* e tu Cort 1ENT==> NEW WELD 1980. (EXAtt YEApl C0rt1ENT==> MATERI ALS 00 to.. Cort 1ENT '=> ELBOW = S/S SA403-316K.

7 i

C0ft1ENT==> *IPE F S/S SA358-316K. 3 (-. C

== w MPI ISOC. NET IC8b 11 DRTWELL A IGSCC UT 10 f1ANUAL CRC CL1 NA SHT.18 M Cort 1ENT==> NEF WELD 1980. IEXArt YEARi 00ft1ENT==> MAlERIALS w M C0r#10!T==> PfttETRATION PIPE = S/S 304. ~ Cort 1E*iT==> E J30W = S/S SA403-316K. e = M i

O o o PIPE SIZE / 15 t#4IT SYSTEM COMP. EXAM. ITEMS CATEGORT INSP. CODE EXArttS t REQ. PROCEDURE INSPECTION PERIODIS) DRAWINGS P1PI JET.PLR1P JPAF-1A DR1WELL A IGSCC UT 5 ftANUAL CL1 NA SHT.18 N Cort 1ENT ::) NEW WELD 1987 IEXAM YEARD CD CCit1ENT ::> MATERI ALS C0rttErfT ::> N0ZZLE

C/S SA508-CL2 WITH

,0D Curt 1ENT==> S/S 305 CLAD. Cort 1ENT==> PENET. SE AL = S/S SA182-TP-316tG. e M CorttENT== > WE LD = INC013Ei 82 COVERItG CoettE NT = = > EXISfItG 182 BUTTER. Cort 1EtiT==> NOTE = BASELINE EXAr11t4ED C0rt1'NT==> UFOER THIS PROGRAM C0rt1ENT== > IN 1987. MPI JET. PUMP JPIW-14 DRYWELL A IGSCC UT 5 ftANUAL CL1 NA SHT.10 C0rt1ENT==> NEW WELD 1987. E EXArt TEAR D Core 1EtIT==> ttATERI ALS w C0rt1ENT==> N0ZZLE

C/S SA508-CLZ WITM O

C0rt1ENT ::> S/S 308 CLAD. cn O C0rt1ENT ::> PE18ET. SFAL = S/S SAI82-TP-316tG. O C0ritENT== > NELD = INC0f!EL 82 COVERIIG O C0rt1ENT : > EXISTItG 182 BUTTER. M Cort 1ENT==> NOTE = BASELINE EXANINED g Cort 1ENT==> UNDER THIS PROGRArt M C0rt1EtIT = = > IN 1957. W d MPI RECIRC. RCAJ--9 DRTWELL A IGSCC UT 28

UFFNOWN CLI HA SHT.16 C0ft1ENT==> ORIGINAL WELD.

(EXArt YEAR 1 g M Cort 1Et4T==> r1ATERIALS C0rt1ENT==> ELBou S/S SA351-CF8tt CAST. Cort 1ENT==> PUr1P CASING = S/S SA351-CF8r1 CAST.

C Cort 1ENT==> NOTE = a PROCEDLRE TO BE DETERt1114E0 H

Cort 1ENT== > AT TIME OF SCHEDULED EXAM. in t1PI RECIRC. RCAJ-30 DRTWELL A IGSLC UT 4 ftANUAL 85 Curt CRC CLE SHT.16 O M t"f

r o so En < rt C0ft1ENT==> NEW WELD 1976.

(EMAM TEARI mrm $.. O CorttLNT==> MATERIALS 85C r C0rttENT ::> WELDOLET = S/S SA182-304. ?. I C0rt1ENT==> CAP = S/S 304. ftPI RECIRC. RCAJ-32 DRT1 DELL A IGSCC UT 4 ftANUAL CRC CL1 NA SHT.16 W Cort 1ENT ::> NEW WELO 1976. E EXAtt T E AR I 7 ~ ~ g C0rttENT==> f1ATERIALS C0rt1ENT==> WELDOLET S/S SA403-304. g on co C0rt1EffT==> CAP = S/S 304. 00 NW i I m

PIPE ZE / IS LRIIT SYSTEr1 COMP. EXAPT. ITER 18 CATEGORT INSP. CODE EXAMESI REQ. PROCEDURE INSPECTION PERIODtSI DRAWINGS MPI RECIRC. RCBJ--9 DRYWELL A IGSCC UT 28

Ut1KNOWN CL1 NA SHT.16 N

Cort 1ENT==> ORIGINAL WELD. ( DIAR 1 Y E AR I N COMMENT x2) t1AT ERI ALS ( CortetEtif ::> ELBOW = S/S SA3SI-CF8t1 CAST. M C0rt1ENT== > PUT1P CASING = S/S S A3SI-CF8M CAST. COtt1ENT ::> NOTE z a PROCEDURE TO BE DETERr11NED N C0rtitta== > AT TIrtE OF SCHEDULEO EXAM. MPI RECIRC. RCBJ-32 DRYWELL A IGSCC UT 4 MANUAL CRC CL1 NA SHT.16 CorirOfT 2 > NEW WELD 1976. IEXAP1 YEARD C0ft1ENT I:> MATERIALS Cort 1ENT 2 > WELDOLET

S/S SA182-304.

CCrt1ENT z:) CAP = S/S 304. MPI RECIRC. RC8J-34 DRTWELL A IGSCC UT 4 MANUAL CRC CL1 K3 SHT.16 CotTTENT zz> HEW WE;D 1976. (EXAtt YEARI Cort 1Et#T==> MATERIAL 7 O Cott1Et#T==> WELOOLET S/S SA403-304. Cort 1ENT==> CAP =.VS 304. Q H MPI RECIRC. WP1AJ-RRA DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 ]o Cort 1ENT==> ORIGINAL WELD. IEXAtt YEARI Cort 1EtiT==> t14TERI ALS Cott1Etif==> F1At1IFC40 PIPE = S/S SA358-304. C0ft1EtIT==> SWEEPOLET = AP.4 FADS TO BE S/S CAST g Cort 1ENT== > SPEGFIED TO BE S/S t'1 Cort 1ENT==> SA24@-304. b MPI RECIRC. WMAJ-RR8 DRYWELL A IGSCC UT 22 01ANUAL SHT CL1 MA SHT.16

2:

H Cort 1ENT r=> ORIGItJAL HELD. (EXAM YEARD C0tt1ENT==> MATERIALS Qy{ Core 1ENT==> t1ANIFOLD PIPE = S/S SA358-104. m < re Cott1EtiT =2> SWEEPOLET = APPE ARS TO VE S/S CAST j 7 m, C0rt1ENT==> SPECIFIED 10 BE S/S e 00rir1ENT zz> SA240-304. Q c MPI RECIRC. RMAJ-WWD DR YWF LL A IGSCC UT (2 t1ANUAL SHT CLI MA SHT.16 ,7 COPT1EtIT==> ORIGINAL WELO. IEXAtt TEARI W Cort 1ENT==> t1ATERIALS .~

tf Cort 1ENT z:> r1ANIFOLD PIPE = S/S SA358-304.

Cort 1Etif==> SWEEPOLET = APPEARS TO BE S/S CA"iT 5 m Cort 1ENT = = > SPECIFIED TO BE S/S m C0tt1EtiT==> SA240-304. n u

O Q PIPE SIZE / 17 UNIT SYST[M COr1P. EXAM. ITEttS CATEGORT INSP. CODE EXAMISI REQ. PR'4EDURE INSPECTION PERIO0tSt DRAWINGS MPI RECIRC. WMAJ-RRE DRTMELL A IGSCC UT 22

ANUAL SHT CLI NA SHT.16
t fD Cort 1ENT==> ORIGIllAL WELD.

(EXAM TEAR) Cort 1ENT==> #1ATERI ALS N C0ft1ErfT==> ttAr31 FOLD PIPE = S/S SA358-304. Cott1ENT== > SWEEPOLET = Al:' EARS TO BC S/S CAST e Cort 1ENT== > SPECIFIED TO BE S/S Cort 1E NT = = > SA240-304. MPI RECIRC. RfSJ-INFF DRYWELL A IGSCC UT 22 MANUAL SHT CL1 NA SMT.16 C0rffENT==> ORIGINAL 84 ELD. (EXAM YEARI C0titEffT==> MATERIALS Cort 1EtiT==> MANIFOLD PIPE = S/S SA358-304. C0rttENT==> SWEEPOLET =.4PPEARS TO BE S/S CAST C0ft1E NT = = > SPECIFIED TO BE S/S C0rt1ENT==> SA240-304. g O MPI RECIRC. WrSJ-RRG DRTWELL A IGSCC UT 22 MANUAL SHT CL1 NA SHT.16 y o Cort 1ENT==> ORIGINAL WELD. (EXAff YEARI g C0ft1ENT==> t1ATERIALS y A CorttENT==> MANIFOLD PIPE = S/S SA358-304 Cort 1ENT==> SWEEPOLET = APPEARS TO BE S/S CAST C0rt1ENT==> SPECIFIED TO BE S/S Q C0rt1ENT = = > SA240-304. g t1PI RECIRC. RfSJ-ROJ DRTMELL A IGSCC UT 22 MANUAL SHT CLE NA SMT.16 h C0rt1ENT==> ORIGINAL WEED. (EXAM TEAR) t-* t"8 CorttEtiT==> t1ATERIALS C0rt1Et4T==> mar 41 FOLD PIPE = S/S SA358-304. 00fttENT==> SWEEPOLET = APPEARS TO B:" S/S CAST C0r111DIT==> SPECIFIED TO BE S/S cn C0ft1ENT==> SA240-304. ggg

3* (D ca HPI RECIRC.

PrSJ-RpK DRYWELL A IGSCC UT 22 MANUAL SHT CLI HA SHT.16 y$" DQ 03 ** Cort 1ENT==> ORIGINAL WELD. (EXAM YEARD G, y Cort 1ENT==> ttATERIALS a y i C Cort 1ENT==> ttANIFOLD PIPE = S/S SA358-304. C0rt1ENT==> SWEEPOLET = APPEARS TO BE S/S CAST g Cort 1ENT==> SPECIFIED TO BE S/S Core 1ENT==> SA240-304. y ~ ~ [ 71PI SHUTCOOL SCAJ--! DRYWELL A IGSCC UT 14 ftANUAL SS Cort CRC CL1 SHT.24 ~e i oo Cort 1ENT==> NEW WELD 1981. (EXfft TEAR) C0rt1ENT==> MATERI ALS 65C Cort 1ENT==> REDUCER = S/S SA403-304. w C0rt1ENT==> PIPE = S/S SA358-316K.

O O o PIPE SIZE / 13 UNIT SYSTEM COMP. EXAM. ITEffe CATEGORT INSP. CODE EXAMist REQ. PROCEDURE INSPECTION PERIDOESI DRAWINGS =_ MPI SHUTCOOL SCAJ--2 DWTHELL A TGSCC UT PT 14 F1AHLfAL 89 DUE CL1 SHT.24 e CMt1ENT==> NEW WELD 1981. IEXAM YEAR) CD COMttttfT==> MATERIALS k C0ft1ENT== > E LBOW = S/S SM03-316K. CD C0fffENT==> PIPE = S/S SA358-316K. e M PIPI SHUTCOOL SCAJ-3 DRTWELL A IGSCC (IT 14 MANUAL CRC CL1 NA SHT.24 CotetENT==> NEW WELD 1981. IEXAM TEARI C0t31ENT==> MATEWI ALS C0ttfENT==> ELBOW = S/S SA403-316K. C0ft1ENT==> VALVE = S/S SA351-CT871 CAST. MPI SHUTCOOL SCAJ-CUI DRTWELL A IGSCC UT PT 14 MANUAL 89 DUE CL1 SHT.24 CottfENT = = > NEW WE t D 1981. IEXAtt VEAR) C0tttENT==> ttATERIALS CotttEtrT==> WELDOLET = S/S SA182-F-316L. M C0ft1ENT==> PIPE = S/S 54358-316K. 0

D-THERE WERE 117 RECORDS FOUpe THROUGH THE SEARCH.

Hm O OW .i A lt-Cm 1 x 1 M l Z H I M O w ts

r (D fa e

n 4 rt U W (D 1

no on.. (D W f O U. %c w j U ) i g I Ma = N g j i

Dits: July 31, 1988 Revision: 1 Change: 1 IGSCC CATEGORY B WELDMENTS 1.0 APPLICABILITY OF WELDMENTS 1.1 There are no MP1 weldments applicable to the definition, descriptions, and requirements, presentsd within this section. This section is intended to provide for future Category B weldments if they become applicable to MPl. 2.0 DEFINITION OF WELDMENTS 2.1 These weldments are those not made of resistant materials, but that have had a Stress Improvement (SI) process applied, either before service or within two years of operation. If the SI process is applied after plant operation, then an Ultrasonic Test (UT) baseline examination must be performed after the SI process to ensure each weldment is not cracked.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The 10-Year IGSCC Inservice Inspection Interval for veldments of this category would begin one refueling outage after the application of an SI process and a baseline UT examination was completed. This Inspection Interval would include a minimum of 5 refueling outages. O 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS 4.1 The minimum number of weldments selected for examination would be 10 percent of the total number of welds each refueling outage. The minimum extent and schedule of examinations over the 10-Year Inspection Interval would include 50 percent of the total number of welds with at least 25 percent of these welds to be examined in 6 years. 5.0 WELDMENT DISTRIBUTION REQUIREMENTS j 5.1 Weldments selected for examination would be distributed i according to pipe size, systen, and location, to equal or exceed 50 percent of the total number of welds within each parameter by the end of the 10-Year Inspection Interval. 5.2 Variations of these distribution requirements could be applied during a refueling outage to provide maximum credit for con-currently performed ASME Section XI examinations and to reduce personnel radiation exposure. 6.0 EXPANSION REQUIRDIENTS 1 6.1 Original Sample - If one or more welds are found to contain j suspected cracks, then an additional number of welds will be i j examined in accordance with paragraph 6.2. 2 re89/8592 Page B.1 j J

Dcte: July 31, 1988 Revision: 1 Change: 1 O %./ ICSCC CATECORY B WELDMENTS 6.2 Additional Sample 1st Expansion - This additional sample of welds would be approximately equal in number to the original s ample. Welds would be distributed by the same pipe size, system, and location parameters used in the selection of the original sample, unless it could be determined that there is a technical reason to select a different distribution. 6.3 Final Sample 2nd. Expansion - If suspected cracks are found in the additional sample 1st expansion of paragraph 6.2, then all welds of this category would be examined. 4 O i l i l i i () re89/8592 Page B.2 l

Dato: July 31, 1988 Revision: 1 Change: 1 IGSCC CATECORY C VELDMENTS 1.0 APPLICABILITY OF WELDMEr j 1.1 There are 76 MP1 s41dments applicable to the definition, descriptions, and requirements presented within this section. 2.0 DEFINITION OF WELDMENTS 2.1 These veldments are those net made of resistant materials and have been given a Stress impronment (SI) process after more than two years of operation. All cf these weldments have had Induction Heat Stress Improvement (IHS) applied. An Ultrasonic Test (UT) has been completed on each veld before and af ter the application of the IHS process. All of the veldments in this category have been examined to the latest IGSCC requirements of this program. The materials / processes applicable to each weldment are identified in the veld records of this section. 2.2 IGSCC Category C Weldments at MP1 consist of the following combinations of materials / processes: a. Cast Material to Nonresistant Material with IHS applied. b. Nonresistant Material to Nonresistant Material with IHS applied.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The 10-Year IGSCC Inservice Inspection Interval for weldments of this category will begin with the 1989 refueling outage and end in 1999. This Inspection interval includes a minimum of 5 refueling outages. 4.0, INSPECTION EXTENT AND SCHEDULE REQUIREMENTS I 4.1 The minimum number of weldments selected for c~amication shall be 20 percent of the total number of welds each refueling outage. The minimum extent and schedule of examinations over the 10-Year Inspection Interval shall include 100 percent of the total number of welds with at least 50 percent of these welds to be examined in 6 years. 5.0 WELDMENT DISTRIBUTION REQUIREMENTS 5.1 Weldments selected for examination shall be distributed according te pipe size, system, and location, to equal or exceed 100 percent of the total number of welds within each parameter by the end of the 10-Year Inspection Interval. 5.2 Variations of these distribution requirements may be applied O aeries re tie 8 ee< s te Previa xi=== cr ait ror ce - currently performed ASME Section XI examinations and to reduce j personnel radiation exposure, j re89/8592 Page C.1

Date: duly 31, 1988 Revision. 1 Change: 1 IGSCC CATEGORY C WELDM QT_SS 6.0 EXPANSION REQUIREMENTS 6.1 Original Sample - If one or more welds are found to contain suspected cracks, then an additional number of welds will be examined in accordance with paragraph 6.2. 6.2 Additional Sample 1st Expansion - This additional sample of welos will be approximately equal in number to the original sample and distributed by the same pipe size, system, and location parameters used in the se.1ection of the original sample, unless it is determined that there is a technical reason to select a different distribution. 6.3 Final Sample 2nd Expension - If suspected cracks are found in the additional sample 1st expansion of paragraph 6.2, then all welds of this category shall be examined. O O I re89/8592 Page C.2

O O O INSPECTION PROGRAM St#994#Y FOR 194IT MPI PIPE TOTAL SCHEDULED It4T E RVA L-TO-D A T E WELDS NEEDEO TO CATEGORY ITEM SYSTEM SIZE WELDS WELDS PCT 00ttPLETED eCT INTERVAL Co rLETE RESS. C De A LL trCI 16 1 too.o o o.o a loo.oz 8, DECipC. 12 4 11.8 o 0.0 4 100.0z e mECroc. 16 2 o o.o o e.o (10 vRs/5 REJUELING CYCLES) S 8.0% g stCIRC. 22 9 2 22.2 e 0.0 2 103.0% to pECIpC. Ze 30 o so.o e o.o S toe.ez e MEIDS FOR ITEM DWYWELL : 76 16 21.1 4 0.0 16 104.9z e-aomno o>a MooN.< n MP1 IGSCC Program 20% cach refueling outage or 16 welds minimum. $eCK M m O }l3 C

2* a >

In 4 n U W4 00 tn. O W

- O U. 4c w

'1$ b> e* w W W n 00 CD .O MELDS FOR CATEGORY C 76 16 21.1 0 0.0 (1989 TO 1999) 16 100.9z

1 l Dsto: July 31, 1988 l Revision: 1 181 HISTORIC AL EX AMINATION

SUMMARY

T ABLE Change: 1 o o o o o o o o o o o o o o o o o o o o o o o o o o o b-q V g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o e o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o e o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o e o o o o o o o o o o o o o o o 3 o o o o o o e o o o o o o o o o o o o o o o o o o o o 3 o o e o o o o o o o o o o o o o o o o o o o o o o o o e o o e o o e o o o o o o o e o o o o o o o e o o o o 2 o o o o o o o o o o o o o e o o o o o o o o o o o o o 2 e o o o o o o o o o o o o o o o o o o o o o o o o o o n o o o o o o o o o o o o o o o o o o o o o o o o o o o Wy 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o U o o o o o e o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o e o o o o o o o o o o o o G g e o e e e e o e e e e e o e e o e o e o e e e e e e e [ E o o e o o o o o o o o o o e o o o o o o o o o o o o o I o a e o e o o o e o o o o o o o o o o o o o o o o o o e r o

e e

e o e e e e e e e e o e e o e o e e e e e 2 I o o o o o o o o o o o o o o o o o o o o o o o o o o o E h e o o o o e o o o o o o o o o e o o o o e o o e o o o o e o o o o o o o o o o o o o o e o o o o o o o o o o M o. O e o o o o o o o e o o o o o o o o e o o o o o o e o o O E o o o o o o o o o o o o o o o e o o e e e o o o o o o = g e o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g [ o o e o o o o o o o o o o o o o o e o o o o o e o o o Z o o o o o o o o o o o o o e o o o e o e o o o o o o o E = u o o o o o o o o o o o e o o o o o e o o o o o o o o o j R $ o o o o o o o o o o o o o o o o o o o o o o o o o o o O o o o o o o o o o o o o o o o o o o o o o o o o o o o l E u T h7 7 T T i i $2 : 2 0 1 2 7 h7 7 T ? 7 ? E 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 a ,\\ (O 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 8 8 8 8 8 8 8 8 8 8 8 l g u a a a a a a a a a a a a a a a a a a a a a a a a a a n u e e Note:1 For detalle of completed examinatione see each component examinellon record commente section. Page C.4

Dsts: July 31, 1988 Rsvision: 1 181 HISTORIC AL EX AMlH ATION SUMM ARY T ABLE Change: 1 ojb-o o o o o o o o o o o o o o o o 0 jo (^1o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o Ug g o o o o o o o o c o o o o o o o o o o o o o o o o o o g o o o o o e o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o e o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o e o o o o o o o o o o g e o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o e o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o e o o o o o o o o o o e o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o e o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o e o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o a o o e o o o o o o o e o o o o o o o o o o o o o o o o wz 2 o e o o o o o o o o o o o o o o o o o o o o o o o o o (4 3 o e o o o e o o o o o o o o o o o o o o o o o o o o o w) I o e o o o o o o o o o o o o o o o o o o o o o o o o o x t 3 e o e e e e o e e o e e e e o e o e o e e e o e e e o g j I o o ti o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o e o e o o o o o o o o o o e o e o o o o z e e e e o e e o e o e e e e o e o e e e o e o e o e o o o o o o o o o o o o o o e o o o o o o o o o o o o S h o o o o o o o o o o o o o e o e o o o e e o o o o o o E h e o o o o o o o o o o o o o o o o o o o o o o o o o o o ^ e d o o o o o o o o o o o o o o o o o o o o o o o o o o o o E b o o o o o e e o o o o o o o o o o o o o o o e e o o o xg o o o o o o o o o o e e o o o o o o o o o o o o o o o e* o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o 2 g I b o o o o o o e o o o o o o o o o o o e o o e o o o o o E o o o o o o o o o o o o o o o o o o o o o o o o o o e E 5 o o o o o o e o o o o o o o o o o o e o o o o o o o o E $ c E $ o o o o o o o o o o o o o o o o o o o o o o o o o o o y o o o o o o o o o o o o o o o o o o o o o o o o o o o e o w E e h h i " 7 7 7 7 T T 7 T T 7 7 T 2 2 2 2 2 U C O y2 2 2 I !' !' ' !' 2 2 2 2 2 2 2 2 2 2 2 E E & a& E aaaa E R E o (3w) y eeeeE E E E E E o e u o Note:1 For detalle of completed examinations see each Page C.5 component examination record commente section.

Nte: July 31, 1988 R9 vision: 1 181 HISTORit nl EX AMIN ATION SUMM ARY T ABLE Change: 1 O o o o o~6 o o o o o o o o o o o o o o o o o o o o o o b~ g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o e o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o e o o o g o o o o o o o o o o o o o o o o o o go o o o o o o o o g o o o o o o o o o o o o e o o o e o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o e o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 e o e o o o o o o o o o e o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o e o o 3 o o o o o e o o o o o o o o o o o o o o o o e o o o o 3 e o o o o-e o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o n o o o o o o o o o o e o o o o o o o o o o o o o o o o wy 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 e o o o o o o o o o o o o o e o o o o o o o o o o o o i 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o wJ 3 e e e e o e o e e e e o e o e e o e e o e e o o o o o g j I o o o o o o o o o o o o o o o o o o o o o o e o o o o I o o e o e o o o e o o o o o e o o o o o o o e o o o o x e o e e o e o e e o e e e o e e e o e e o e o o o o o S I o e o o o o o o o o o o o o o o o o o o o o o e o o o E h o o o o o e o o o o o o o o o e o o o e o o o c o o o e e o o o o o o o o o e o o o o o o o o o o o o o o o o A oe o o o o o o o o o o o o o o o o o o o o o o o e 'o o o 2 b o o o o o o o o o o o o o o o o e o o o e o o o o o o I E o o o o o o o o o e o o e o o o o o o o o o o o e o o R o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 e o o o o o o o o o o o o o o o o o o o o o o o o o o o 1 2 [" l o o o o e o o o o o o o o o o o o o o o o o o o o o o _E Z o o o o e o o o o o o e o o o o o o o o o o o o o o o 2 u, o o o o o o o o o o o o o o o o o o o o o o o o 9 o o ef 2 o o o o o o o o o o o o o o o o o o o o o o o o o u o o o o o o o o o o o e o o o o o o o o o o o o o o o o e e e e .5 7 7 T 7 7 T T 7 7 T 7 7 7 T T 7 7 T T Y 7 T .3 aaa;;;';aaaa;;;; = 0 e. o o e e Note:1 For detalle of completed examinatione see each component examination record commente section. Page C.6

O O O PIPE SIZE / 1 tMIT SYSTEM Cor1P. EX Att. ITEtte CATEGORY INSP. CODE EXAMISt REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS .==_ 91PI LPCI CCAJ--! DRYWELL C IGSCC UT 16 MANUAL ft9 DUE 1HS CLI SHT.32 et$ CONMENT =r> ORIGINAL NttD. ftXArt YEARI e Cort 1Etri zz> t1ATERIALS 87C D C0r1 MENT== > REDUCING ELBOW = S/S SA403-304 u COMriENT z:> TEE = S/S 54403-304. e PJ MPI #ECIRC. RCAJ~lA DRYWELL C IGSCC UT 28 rtANUAL IHS CLI NA SHT.16 Cor? TENT ::> ORIGINAL WELD. (EXAM YEAR) COMME;ff z:) MAIERIALS 85C CorttENT==> PIPE = S/S SA358-304. 87C Cor1ME NT = = > E LBOW = S/S SA403-304 MPI RECIRC. RCAJ--2 DRrWELL C IGSCC UT 28 PTANUAL IMS CLI NA SHT.16 C0ft1ENT== > ORIGINAL WELD. E EXArt YEAR 3 M Cor1 MENT==> MATERI ALS 85C O C0r1ME NT = = > E LBOW = S/S SA403-304. 87C n O C0r7 TENT 2:> PIPE = S/S SA358-304. O MPI RECI9C. RCAJ--3 DRYWELL C IGSCC UT 28 FtJUAL IHS CLI HA SHT.16 m CorttENT zz> ORIGINAL WELD. (EXAtt YEAR) h COrttENT ** > r14TERI ALS 87C CONMENT==> PIPE

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O 9 O PIPL SIZE / 2 UNIT SYSTEtt C0rtP. EXAtt. ITEttS CATEGORY INSP. CC3E EXAntSB ptQ. PROCEDURE Itf5PECTION PERIODES9 DRAWINGS MPI RECIRC. PCAJ -8 DRfWELL C IGSCC UT 28 F1ArUAL 89 D'.Ji IHS CLE SHT.36 N COMrtENT = = > ORIGINAL WE LD. (EXArt YEApt CD Cor1rfENT== > ttATERI ALS 87C ( CorttENT== > PIPE = S/S SA358-304 CD COMMENT== > E EBOW = S/S SA351-CF8rt CAST. w to itpI pECIRC. WCAJ-SC1 DRVWELL C IGSCC UT 16 t1ANUAL IHS CL1 NA SHT.16 COMrtENT==> ORIGINAL WELD. (EXArt YE AR D Cor1rtENT = = > t1ATERI ALS 65C C0rir.lNT== > REDUCER = S/S SA403-304. 87C Cort 1ENT== > TE E = S/S SA403-304. ftPI RECIWC. PCAJ-10 DRYWELL C IGSCC UT 28 ftAt0AL IMS CLI HA SHT,16 Cort 1ENT==> ORIGINAL WELD. IEXArt YEARD CCrttEt8T==> t1ATERIALS 87C Cort 1ENT==> PERtP CASING = S/S SA351-CF8tt CAST. (n C0rftENT==> PIPE = $/S SA358-304. O ftPI RECIRC. NCAJ-11 DRYWELL C 1GSCC UT 28 f1APUAL IHS CLI HA SHT.16 h

-I C0rt1ENT==> ORIGINAL WELD.

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r (D su sn < n PtPI RECIRC.

RtSJ--S DRYWELL C IGSCC UT 22 MANUAL IHS CL1 NA SHT.16 3 ka- (D on to (D w CorttENT==> ORIGINAL WEL9. (EXAH YEAR) o CorttOIT==> MATERIALS 87C .U. $ l C0tatENT==> 91AtIIFOLD PIPE = S/S SA358-304. H i CoritENT ::> CROSS = S/S SA240-304. M LJ ttPI RECIRC. DFSI-RRH ORYWELL C IGSCC UT PT 28 HAHUAL 89 DUE IHS CL1 SHT.16 ,~ M ~ ~ 8# C0rt1[NT ::> ORIGIHAL WELD. ( EXA?1 YE AR ) j ~ CorttENT==> NATERIALS 87C 00 Cort 1ENT==> ELLIPSOIDAL F LUED 00 .O C0rt1ENT ::> HEAD = S/S SA403-304. Cott1ENT==> CROSS

S/S SA240-304.

N

O O O PIPF SIZE / 7 C0t1P. EXAM. ITEMS CATEGORT INSP. CODE EXAntSt REQ. PROCEDURE INSPECTION PERIODESI DRAWINGS t#1IT SY.2 ~ " - ' F1PI RECIRC. RRAJ-1 ORYWELL C IGSCC UT 12 MAtlUAL IHS CLI HA SHT.16 M Cort 1ENT== > NEW WE LD 1970 BEFORE STARTUP. (EXAM YEARI e CorttEr4T== > t1ATERI ALS 87C g Cott1 Etat==> SAFE Etm

S/S SA182-304 m

COff1ENT== > LOW CARBON LESS Corn 1ENT==> THAN.035%. Cor21ENT==> PIPE = S/S 304 t40T SEAMED. Cort 1ENT==> WELD = S/S 308L. MPI RECIRC. RRAJ-2 DRYWELL C IGSCC UT 12 MAtUAL IHS CLI HA SHT.16 Cort 1ENT ::> NEW WELD 1970 PropE STARTUP. (EXAM YEARI C0t1r1ENT==> t1ATERI ALS 87C C0tir1ENT ::> ELBOW = S/S SA403-304. Cort 1ENT==> PIPE = S/S 304 NOT SEAMED. Cottr1ENT==> WELD = S/S 308L. e-e O MPI RECIRC. RRAJ-3 DRYWELL C IGSCC UT 12 MANUAL IHS CL1 NA SHT.16 $o C0ft1ENT==> ORIGINAL WELD. (EXAM YEARI o Cott1ENT==> t1ATERIALS 87C CotetElli==> ELBOW = S/S SA403-304. m COtt1ENT==> PIPE = S/S SA358-304. Q W MPI RECIRC. RRBJ-3 ORTWEtt C IGSCC UT 12 MANUAL IMS CL1 NA SHT.16 4 O COMMENT==> ORIGINAL WELD. (EXAM YEAR) C0t#1ENT ::> t1ATERIALS 87C m Cott1ENT==> ELBOW = S/S SA403-304. y 00t1 MENT== > PIPE

S/S SA358-304.

x M

2:

MPI RECIRC. PRBJ-4 DRYWELL C IGSCC UT 12 MANUAL IHS CLI HA SHT.16 H cn C0rt1ENT==> ORIGINAL WELD. (EXAM YEARI ONd COtt1ENT==> MATERI ALS 87C [$$ C0tt1ENT==> SWEEPOLET = APPEARS TO BE S/S CAST

3 m to Cott1ENT==>

SPECIFIED TO BE S/S Cott1ENT== > SA240-304. -- o COMMENT==> PIPE = S/S SA358-304. ?. F1PI RECIRC. RRCJ-1 DRTWELL C IGSCC UT 12 NANUAL IHS CLI HA SHT.16 u C0tt1ENT==> NEW WELD 1970 BEFORE STARTUP. (EXAM YEARD 7 COtt1ENT==> t1ATERIALS 85C y ~ m C0tt1ENT :-> SAFE EPO = S/S SAI87-304 87C i Q CotstENT== > LOW CARDON LESS l Cort 1ENT = = > THAN.035%. I N .O COtt1ENT==> PIPE = S/S 304 NOT SEAT 1ED. Cott1ENT==> WELD

S/S 308L.

-u

O O O PIPL SIZE / 8 UNIT SYSTEM C0rtP. EXAM. ITEMS CATEGORT INSP. CODE EXAMISI REQ. PROCEDURE ItEPECTION PERIOD (St DRAWINGS MPI RECIRC. RRCJ-2 DRYWELL C IGSCC UT 12 t1APUAL IHS CLI HA SHT.16 et C C0t1 MENT ::> HEW WELD 1970 BEFPRE STARTUP. (EXAM YEARD Cot 21ENT ::> MATERI ALS 8SC N CottriiHT = = > E LBOW = S/S SA403-304. 87C C0f? TENT = = > PIPE = S/S 304 HOT SEAT 1ED. Corit1ENT = = > WE LD = S/S 308L. ro MPI PECIRC. RRCJ-4 DRYWELL C IGSCC UT 12 MAPUAL IHS CLI NA SHT.16 COMMENT ::: ORIGIHAL WE LD. (EXAM YEARI C(siit1ENT ::> MATERIALS 85C C0t1hENT ::> ELLIPSOIDAL FLUED 87C C0ftt1ENT== > HE AD = S/S SA403-304. Cot 21ENT==> PIPE S/S SA358-304. F1PI RECIRC. RRDJ-1 ORYWELL C IGSCC UT 12 mat 0Al. IMS CLI HA SHT.16 g O COMt1ENT ::> HEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) y Cortt1ENT==> MATERI ALS 87C o C0tt1ENT ::> SAFE EIO = S/S S4182-304 g C0t21EllT ::> LOW CA900N LESS

p.

Ct'i2 TENT ::> THAN.035%. Cotst1ENT ::> PIPE = S/S 304 NOT SEAMED. o C0t71ENT== > WE LD = S/S 308L. Q R MPI RECIRC. RRDJ-2 DRYWELL C IGSCC UT 12 MANUAL Its : CLI HA SHT.16 g t COMt1ENT ::> NEW WELD 1970 BEFORE STARTUP. (EXAM YE*R) Cot 1MEtir==> t1ATERIALS 87C t-* Cot 1t1ENT==> ELBOW = S/S SA403-304. j Cott1ENT==> PIPE = S/S 304 NOT SEAMED. trs Cott1ENT ::> WELD

S/S 308L.

m MPI RZCIRC. RROJ-3 DRTWELL C IGSCC UT 12 P1APUAL IHS CL1 NA SHT.16 gga 4

r o cs ID 4 "

C0tir1ENT ::> ORIGINAL WELD. (EXAM YEAR) C0tir1ENT==> MATERI ALS 87C h$. 0 C0tt1ENT==> ELBOW = S/S SA4C3-304. p Cott1ENT==> PIPE = S/S SAS58-304.

s.

c 4 c MPI RECIRC. RROJ-4 DRTWELL C IGSCC UT 12 t1ANUAL IHS CLI HA SHT.16 Y C0ff*ENT ::> ORIGINAL WELD. (EXAM YEARI U Cott1ENT==> NATERIALS 87C ~ ~ [ C0t21ENT ::> SWEEPOLET = APPEARS TO BE S/S CAST ~* (n CotetEtli ::> SPECIFIED TO BE S/S Cott1Erli ::> SA240-304. ,o Cort 1ENT ::> PIPE

S/S SA358-304.

U a

O O 4 PIPE SIZE / 9 UNIT SYSTEM COMP. EXAM. ITEtts CATEGORY It4SP. CODE EXAMISI REQ. PROCEDURE ItiSPECTION PERIODIS) DRAWINGS ttFI RECIRC. RREJ-l DRVWELL C IGSCC UT PT 12 t1AfMAL 89 DUE IHS CLI SHT.16 M C0t?tttTT ::> HEW WELD 1970 BEFORE ST ARTUP. (EXAM YEARt e CCitt1ENT ::> NATERI ALS 87C y cot 7 TENT ::> SAF E Etc = S/S SA182-304 vi Cott1E t4T = = > LOW CARD 0ta LESS Cott1Et4T ::> MN.035%. C0f0 TENT ::> PIPE = S/S 304 ta0T SE At1ED. cot?1ENT ::> WEL3

S/S 308L.

t1PI RECIRC. RREJ-2 ORYWELL C IGSCC UT 12 MANUAL IHS Ct.1 NA SHT.16 cot 1 MENT ::> NEW llELD 1970 BEFORE STARTUP. (EXAM YEARD Cot 21ENT ::> f1ATERIALS 87C cot 1t1EtIT ::) ELBOW = S/S SA403-304 Cot 21Et4T ::> PIPE = S/S 304 NOT SEAT 1ED. COtT1ENT ::> WELD

S/S 308L.

g O MPI RECIRC. RREJ-4 DRYWELL C IGSCC UT 12 MANUAL IHS CLI HA SHT.16 y n COMMENT ::> ORIGINAL WELD. (EXAM YEAR) cot 21ENT ::> ttATERIALS 87C y Cot 2fENT ::> SWEEPOLET = APPEARS TO BE S/S CAST Q C0t#tEtlT ::> SPECIFIED TO BE S/S o Cor 1EtlT = = > SA040-304. Q C0t1:1ENT ::> PIPE = S/S SA358-304. MPI RECIRC. RRFJ-2 DRYWELL C IGSCC UT 12 MANUAL IHS CLI NA SHT.16 C Cott1ENT ::> HEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) Cot? TENT ::> MATERIALS 87C C0tt1ENT ::> ELBOW = S/S SA403-304. r:1 Cott1ENT ::> PIPE = S/S 304 NOT SEAMED. y CotttiNT==> WELD = $/S 30SL. rn MPI RECIRC. PRFJ-3 DRTMELL C IGSCC UT 12 MANUAL IHS CLI HA SHT.16 ham a < rv 3 WD C0tt1Et!T ::> ORIGINAL WELD. (EXAM YEARI on tn.. 0 C0tt1ENT==> t1ATERIALS 85C y C0tR1ENT ::> ELBOW = S/S *iA403-304. 87C a y C Cott1E*1T== > PIPE = S/S SA358-304. M f1PI RECIRC. RRFJ-4 DRYWELL C IGSCC UT 12

1ANUAL IHS CLI HA SHT.16 C0ft1ENT==> ORIGINAL WELD.

(EXAM YEAR) y cot?1Et4T ::> t1ATERI ALS 87C ~ m 0,0 C0tr1EtIT = = > SWE E PO LE T = APPEARS TO BE S/S CAST g Cot 2tEt4T ::> SPECIFIED TO BE S/S co O C0t21EtIT ::> SA040-304. Cott1EtlT ::> PIPE

S/S S4358-304.

vi a

O O O' PIPE t%IZE / 10 tXIIT SYSTEM COMP. EXAM. ITENs CATEGORT INSP. CODE E X Att( S ) REQ. PROCEDURE INSPECTION PERIOD (St DRAWINGS MPI RECIRC. RRGJ-1 DRYWELL C IGSCC UT 12 ftAt0AL IHS CLI NA SHT.16 n COMMENT ::) NEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) COtt1EtIT = = > MATERI ALS 87C N C0tt*ENT ::> SAF E Etc = S/S SA182-304 C0 tit 1ENT ::> LOW CARC0ta LESS o C011 MENT== > THAN.035%. COMMENT== > PIPE = S/S 304 POT SEAMED. C0tt1ENT ::> WELD = 308L. f1PI RECIRC. RRGJ-2 ORYWELL C IGSCC UT 12 mat 0AL IMS CLI HA SHT.16 s C0ft1ENT== > NEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) C0t1 MENT==> ttATERIALS 87C COMMENT = = > E LBOW 7 5 S SA403-304. C0t11ENT==> PIPE = 3/? 304 NOT SEAMED. COMMENT==> kELD

S/S 308L.

11PI RECIRC. RRGJ-3 DRTWELL C IGSCC UT 12 ftAtMAL IHS CL1 NA SHT.16 o O C0ft1ENT==> ORIGINAL WELD. (EXAM TEAR) C0t1 MENT==>.1ATERI ALS 87C O CM1ENT = = > E LDOW = S/S SA403-304. k C0tt1ENT ::> PIPE = S/S SA358-304. g o MPI RECIRC. RRGJ-4 DRTWELL C IGSCC UT 12 t14t0AL IHS CLI NA SHT.16 W< C0tttENT==> ORTGINAL WELD. (EXAM

EAR)

O Cott1ENT :> itATERIALS 8 ', C g Cort'4t3T :> SWEEPOLET = APPEARS TO BE S/S CAST t'1 C0tthENT==> SPECIFIED TO BE S/S C0;1t1ENT = = > SA240-304. X i Lott1ENT==> PIPE

S/S SA358-304.

H MPI RECIRC. RRHJ-1 DRYWELL C IGSCC UT 12 mat 0AL IHS CLI NA SHT.16 o :o e C0tt1ENT ::> NEW WELD 1970 BEFORE STARTUP. (EXAtt YEAR) [ @ f., C0ft1ENT==> ttATER1aLS 87C 3 mo CotetENT==> SAF E EPO = S/S S4182-304 O C0tt1ENT==> LOW CARBON LESS C0tt1ENT==> THAN.035%. U. I CotttENT==> PIPE = S/S 304 tot SEAMED. W COMMENT ::> WELD = S/S 308L. w ttPI RECIRC. RRHJ-2 DRVWELL C IGSCC UT PT 12 ftAtOA L 89 DUE IHS CLI SetT.16 ,~ ~ ~ 00 00ft1ENT==> NEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) C0tt1ENT==> t1ATERI ALS 87C 00 0 Cott1ENT ::> ELBOW = S/S SA403-304 COtt1ENT==> PIPE = S/S 304 foi SEAMED. Cott1EtR :=> WELD

S/S 308L.

O O O PIPE SIZE / 11 UNIT SYSIEtt COr1P. EXAM. ITEtts CATEGORY INSP. CODE EXAMIS) REQ. PROCEDURE If4SPECTION PERIO0tSI DRAWINGS P1PI RECIRC. RRHJ-3 DR WT LE. C IGSCC UT 12 t1AHUAL IHS CLI HA SHT.16 Pt Cott1E rtT = = > ORIGIh! L WE LD. (EXAtt YEARI CorntENT== > t1ATERI ALS 87C soy C0tt1ENT== > ELBOW = S/S SA403-304. u cot 1t1ENT ::> PIPE

S/S SA358-304.

e t1PI RECIRC. RRHJ-4 DRYWELL C IGSCC UT PT 12 t1ANUAL 89 DUE IHS CL1 SdT.16 Cott1ErfT==> ORIGIN AL WELD. EEXAM TEARI C0tilfEtif==> t1ATERI ALS 87C ( Ort f *d! *n ELLIPSOIDAL FLUED Cmf... ret :-L HEAD = S/S SA403-304. COtt1[NT== > PIPE

S/S SA358-304, t1PI RECIRC.

RRJJ-1 ORYWEtt C IGSCC UT 12 t1ANUAL IHS CLI HA SHT.16 M Cort 1ENT==> HEW WELD 1970 BEFORE STARTUP. EEXAtt YEARI h COtttENT==> MATERI ALS 87C COtt1EtiT==> SAFE END = S/S SAI82-304 Q Cortt1Et4T== > LOW CARBON LESS C0titENT==> THAN.035%. Q Corit1EtiT==> PIPE

S/S 304 t10T SEAMED.

g Cort 1[NT==> WELD = S/S 308L. Q O MPI RECIRC. RRJJ-2 DRYWELL C IGSCC UT 12 t1ANUAL IHS CL1 NA SHT.16 y O Cort 1ENT ::> NEW WELD 1970 BEFORE STARTUP. (EXAr1 YEARD C0titENT==> t1ATERI ALS 87C g r:1 C0ft1ENT ::> ELBOW = S/S SA403-304. Cott1ENT==> PIPE = S/S 304 NOT SEANED. COT 1t1[NT==> WELD = S/S 308L. z P1PI RECIRC. RRJJ-3 DRYWELL C IGSCC UT 12 t1ANUAL IHS CLI MA SHT.16 j C0rt1ENT==> ORIGINAL WELD. IEXAH YEARI Qyy C0tt1ENT==> t1ATERI ALS 87C ga < n Cott1Et4T==> ELBOW = S/S SA403-304. j W,Q Cott1ENT==> PIPE = S/S SA358-304. mm -o 3 f1PI RECIRC. RRJJ-4 DRTHELL C IGSCC UT 12 P1ANUAL IHS CLI HA SHT.16 cw M C0t.t1ENT==> ORIGINAL WELO. (EXAP1 YEARD W Cott1ENT==> t1ATErtI ALS 87C ~ CotttEllT==> SWEEPOLET = APPEARS TD BE S/S CAST ~ ~ y Corit1Et" ::> SPECIFIED TO DE S/S ~ c> Cott@lf==> SA240-304. e Cott1ENT ::> PIPE

S/S SA358-304.

g .n W M

O O O PIPE SIZE / 12 tA4IT SYSTEtt COP 1P. EXAtt. ITEMS CATEGORY INSP. COOE EXAMESI REQ. PROCEDURE INSPECTION PERIODES) DRAWINGS t1PI RECIRC. RRKJ-1 DRYWELL C IGSCC UT 12 MANUAL IHS CL1 NA SHT.16 et COMMENT ::> HEW WELD 1970 BEFORE STARTUP. (EXAtt YEAR) I e COtt1ENT==> F1ATERIALS 87C y COtt1[HT ::> SAF E FND

S/S S4182-304 (n

COMr1E N T = = > LO'4 CARDOtt LESS COr21EHT ::> THAN.035%. COtt1ENT :E> PIPE = S/S 304 NOT SEAMED. COtt1ENT ::> WELD

S/S 308L.

t1PI RECIRC. RRKJ-2 ORYWELL C IGSCC UT 12 t1ANUAL IHS CLI NA SHT.16 COtt1ErfT ::> NEW WELD 1970 BEFORE STARTUP. (EXAM YEARD Cort 1ENT ::> MATF. RIALS 87C COr21ENT ::> ELBOW = S/S SA403-304. COr21ENT ::> PIPE = S/S 304 HOT SEArtED. cot 1 MENT ::> WELD = S/S 308L. g O t1PI RECIRC. RRKJ-3 DRYWELL C IGSCC UT 12 MANUAL IHS CL1 NA SHT.16 $n COtt1ENT ::> ORIGINAL WELD. (EXAt1 YEARI g COtt1ENT ::) MATERIALS 87C y Corr 1ENT ::> ELBOW = S/S SA403-304. y COtr1ENT ::> PIPE = S/S SA358-304. ooW F1PI RECIRC. RRKJ-4 DRYWELL C IGSCC UT 12 MANUAL 89 DUE IMS CLI SHT.16 M O COMMENT==> ORIGINAL WELD. (EXAM YEAR) h COMMENT ::> t1ATERIALS 87C COr21ENT==> SWEEPOLET = APPEARS TO BE S/S CAST r Cort 1EtiT ::> SPECIFIED TO PE S/S CO!1 MENT : > SA240-304. g COMMENT ::> PIPE

$/S SA358-304.

g u) O SIS t'7 THERE WERE 76 RECORDS FOUtE) THROUGH THE SEARCH.

r CD sn sn < rt l3 W (D 00 02 **

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Date: July 31, 1988 Rsvision: 1 Change: 1 () IGSCC CATECORY D WELDMENTS 1.0 APPLICABILITY OF WELDMENTS 1.1 There are 184 MP1 weldments applicable to the definition, descriptions, and requirements presented within this section. 2.0 DEFINITION OF WELDMENTS 2.1 These weldments are those that are not cracked or not made with resistant materials and that have not been given a stress improvement process. An ultrasonic test has been completed on all welds of this category to the latest IGSCC requirements of this program. Weldment materials are identified in the weld records of this section.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The IGSCC Inservice Inspection Interval for veldments of this category is two refueling cycles. The first inspection inter-val included the 1985 and 1987 refueling outages. Inspection Intervals for Category D weldments will continue to follow this initial time frame for all future examinations. 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS /O (,) 4.1 The minimum number of weldments selected for examination shall be 50 percent of the total number of welds each refueling outage, with at least 100 percent of these welds to be ex-amined every 2 refueling cycles. 5.0 WELDMENT DISTRIBUTION REQUIREMENTS 5.1 The original distribution per refueling outage established during the first inspection interval will be maintained where practical for the life of this program, i 6.0 EXPANSION REQUIREMENTS 6.1 Original Sample - If one or more welds are found to contain suspected cracks, then an additional number of welds will be i examined in accordance with paragraph 6.2. 6.2 Additional Sample 1st Expansion - This additional sample of j welds will be selected based on the welds that are determined to contain suspected cracks. The number of welds will be approximately equal to and distributed by the same pipe size and system parameters that were included in the original sample, unless it could be determined that there is a techni-cal reason to select a different distribution. 6.3 Final Sample 2nd Expansion - If suspected cracks are found in (~)> the additional sample 1st expansion of paragraph 6.2, then all x-welds of that pipe size and system will be examined. re89/8592 Page D.1 i

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== ee me N ao f/j e >J I me g Cw I >30 N e. o. e e. WW 4 eJ e o.f.e e. $ N 4 0 e e.te J o @ @ c.o. N 4 m es e.o LN ee o ae =.e n w.* J M== aM$ 3 o R N o a o i -a > a.a aa--waaa -aa EI wD e * * *wDO E66MwwDDD wDD E ) C. M. U U U U M. M Q nnJ M. M. e.eZ 2 12. M. M M. k. O. O. w I enJ i >e gaag y p ti-M4 UUMMM MMM3 Mw0000 UMDD3 M > 0 OOUUUUUUU D a et et O O QUUUU W M0 MMabwwww3 I kQw6OO Oa333 k 6 M M J.J a a a a a a M Q V I Z M M M M M.J n a M C 4 w U M M g d so S w wS E w w w 3 3 cD. 3 M o M = x w a = w A V 5! w. >1 < i Uio re89/8592 Page D.2

Date: July 31, 1988 Revision: 1 181 HISTORIC AL EX AMIN ATION 8UMM ARY T ABLE Change: I o o o o o o o o o o o o o o o o o o o o o o o o o o o b-(j] g gm o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o e o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g g o e o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o e o o o o o o o o o o o o o o o o o o e o o o g o o o o o o o o o o e o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o wz 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 g o e o o e o o o o o o o o o e o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o e o o o o o o o o o o o o o o o o o o o o o g j 3 o e o e o o o o o o o o o o o e o o o o o o o o o o o e e e e e e e o e e e e e o e o e o e o e e e e e 3 x e e e o o o o o o o o o o o o o o o o o e o e e e o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o E h o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o O e e o o e o e o o o o o e e o o o o o o e e e o e o o o b o o e e o e e o e e o e o e e o e e e e o e o e o e o e W o o o o o e e o e o e e e o o o o o o o o o o o o o o e m a o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 e o o o o o o o o o o o o o o o o o o o o e e o e o o o [w o o o o o o o o o o o o o o o o o o o o o o o o o o C o o o o o o o o o o o o o o o o o o o o o o o o o o o 5 5 2 $ o o e o o o e o o o e o o o o o e o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o j [ o o o o o o o o o o o o o o o o o o o o o o o o o o o e o E 5* e* 7 7 T i T T i T S U C $ $ $ D S E E Z T ? 7 T T S 4 A A A A A A A A 4 4 4 4 4 4 4 4 4 4 4 4 A A A A A A i d O O O O O O O O O O O O O O O O O O O O 8 8 8 8 8 8 8 E s j E u u u u u u u u u u u u u u u u u u u u u u u u u v u a u e Note:1 For details of completed examinations see each component examination record commente section. Page D.3

Date: July 31, 1988 Ravision: 1 Change: 1 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE o o o o o o o o O o o O O O O O O O O O O O O O O O O D~ pV g o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o j o o o o o o o o o o o o o o o o o o o o o o o o o o O y o o o o o o o o o o o o o o o o o o o o o o o o o o o y o o o o o o o o o o o o o o o o o o o o o o o o o o o j o o o o o o o o o o o o o 1 o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o e o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o e o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o wz 3 o o o o o o e o o o o o o o o o o o o o o o o o o o o 3 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o h) o o o o o o o c o o o o o o o o o o o o o o o o o o o g e o o o o o o o o o o e o e e o e e e o o o e e e e e o v j I o o o o o o o o o o o o o o o o o o o o o o o o o o o e o e e e e o e e o o o o o o o o o o e e o e o o e o z e o e e o o o o o e o e o e o e e o e e e o o o o o o N o o o o o o o o o o o o o o o o o o o o o o o o o o o e e o o e e o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o ^ e 5 o o o o o o e o o o e e e o e o e e e o e o o o o o o o I b o e e o o o o o o o o o o e e e o e o e e o o o o o o e o o o e e o o o o o o o o e g o o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o e o o o o o e e e o e e e e o o o o o o w [ o o o o o o o o o o o o o o o o o o o o o o o o o o o I e o o o o o e c o o o o o o e o o e o o o o o o o o o E E o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 x c o o o o o o o o o o o o o o o o o o o o o o o o o o o g j N $ E o o o o o o o o o o o o o o o o o o o o o o o o o o o e o 5 I 2 7 w C 1 $ $ t

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Date: July 31, 1988 Revision: 1 Change: I 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE d; o o o o o o o o o o o o o o o o o o o o o o o o o o b-o o o o o o o o o o o o o o o o o o o o o o o o o o o (g g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o y o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o z g o o o o o o o o o o o o o o o o o o o o o o o o o o o w 3 e o a o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o [) %/ u. e o e o e e o e e o e e a w e e e o e o e o e e e e o g j I o o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o o o I r o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o E 5 E h o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o

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I e = Completed examination.

Date: July 31, 1988 Revision: 1 Change: 1 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE /S o o o o o o o o o o o O O o C 0 o O O O O O O Q Q o o D~ \\j s e o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o c o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o m ,2 g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 g o e o o o o o o o o o o o o o o o o o o o o o o o o o r8 (j 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 e e e e e e e o o e e o e e e o e o o o e e e e e j I o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e e o o o o e o o o e e e e e o o o o o x e e e e o e o e e o o e e e e e e o e o e e e o e E I o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o e o o o o o e o e e o e e o e e e e o o e o e o o o o o o o o o o o o o o o o o o o o o o o o o o o M e Z o o o o o o o o o e e o e e e o e e o e o e e o e e e o 2 b o e o e e o e e e o o o o e o o o o o o o o o o o o I w o o o o o o o o o o o o o o o o o e o e o e o o o o o % y o o o o o o o o o o o o o o e o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o o o o w 2 b o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o 5 a E o o o o o o o e o o o o o o o o o o o o o o o o o o o o ec o o o o o o o o o o o o o o o o o o o o o o o o o o o g C o o o o o o o o o o o o o o o o o o o o o o o o o o o e U na m e o - n m o e - n e e o - n IY9f999Y97 7 a 4 W W W W W W W W W W W W M 8 88 E [s 'b y 'q 'q 'b y j g g b u D D u v v v E E M M M M M M M M M M M M M M M M N m 0 o Note:1 For detalle of completed examinatione see each component examination record commente section. Page D.7

Date: July 31, 1988 Revision: 1 181 HISTORICAL EX AMIN ATION SUMM ARY T ABLE Change: 1 0 0 o o o o o o o o o o o o o o o o o o o o o o o o o 6~ V g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o j o o o o o o o o o o o o o o o o o o o o o o o o o o o Q o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o e o o o o o o o o o 5 o o o o o o o o o o o o o O o o o o o o o o o o o o o O O o o o o o o o o o o o o o o o o o o o o o O o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o e o o o o o o o o o o o o o o o o o o g C o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o j o o o o o o o o o o o o o o o o o-o o o o o o o o o o Q o o o o 0 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o wz 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 g o e o o o o o o o o o o o o o o o o o o o o o o o o o / \\ l I o o o o o o o o o o o o o o o o o o o o o o o o o o o N 2 e e e o e e o e o e e e e e o e e o e o e o e e e e o g j I o o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o o o I ~x e o e e o e o o e e e o o o e o o o o o o o o o o o e S I o o o o o o o o o o o o o o o o o o o o o o o o o o o E o o o o o o o o o o o o o o o o o o o o e e o e o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o v> ,e 2 e e e e e e e e e e e e e e e e o o e e e e e e e e e 2 P o o e o o o o o o o o o o o o o o o e e o o o o o o o e xy o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 e o o o o o o o o o o o o o o o o o o o o o o o o o o a 2 [w o o o o o o o o o o o o o o o o o o o o o o o o o o o Z o o o o o o o o o o o o o o o o o o o o o o o o o o o 5 x E o o o o o o o o o o o o o o o o o o o o o o o o o o o o 1 j E o o o o o o o o o o o o o o o o o o o o o o o o o o o l o o o o o o o o o o o o o o o o o o o o o o o o o o o e W E ? ? 7 T T S U C $ $ % 2 E 2 U b0 $ $ 2 U8 E E 3 W i i i i i i i i i i i I i i i i i i i i i I I I i 7 2 6 6 6 6 6 6 6 6 6 6 6 6 6 6 g6 6 Q6 1 4 rm f 6 6 d' 8 6 6 d' 8 8 ,a 8 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 U e 8 8 o u U a e Note:1 For detalle of completed examinations eso each component examination record commente section. Page D.8

Date: July 31, 1988 Revision: 1

E' 181 HISTORIC AL EX AMIN ATION 8UMM ARY TABLE o

o o o o o o o o o o o o o o o o o o o o o o o o o o b-g. V g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o j g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o j g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o e o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o g o e o o o o o o o o o o o o o o o o o o o o o o o o o a g o o o o o o e o o o o o o o o o o o o o o o o o o o o wz 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 g o e o o o o o o o o o o o o o e o o o o o o o o o o o f.j 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o v g e e e e o o o e e e o o o e o o o e o o o e e o o o o o j 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o I o e o e e e o o o e e o o e e e o e e e o o o o o o o x e o e o e e e e e o o e e o o o e o o o e e o o o o o S I o o o o o o o o o o o o o o o o o o o o o o o o o o o E o o o o o o o o o o o o o o o e o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o M oe d e o e o e e o e e o o o e o o o o o o o o e o o o o o I b o o o o o o e e e o o o e o o o o o o o e e o o o o o x e o e o e e o o o o o o o o o o o o o o o o o o o o o o g E o o o o o o o o o o o o o o o o o o o o o o o o o o o o e e o e o e o e o o e e o o o e e e e o e o o o o o g 2 d o o o o o o o o o o o o o o o o o o o o o o o o o o o Z o o o o e o o o o e o o o o o e o o o o o o o o o o o E \\ a E o o e o o o o o o o o o o o o e o o o o o o o o o o o o e y o o o o o o o o o o o o o o o o o o o o o o o o o o o R o o o o o o o o o o o o o o o o o o o o o o o o o o o e s 1 e b I N - n a n C % 2 2 W E 2 ? ? 2 ? ? f i ? 7 d 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 2 e2 2 a2 4 a 1 e 8 8 8 8 8 8 8 8 8 5 5 8 8 8 8 W eea8 5 5 e s> o - - - - - - - - - =.. = a = = a a = a e o o O e Note:1 For details of completed examinations see sach component examination record comments section, Page D.9 i

O O O PIPE SIZE / I

- "4 I T SYSTEM COMP.

EXAM. ITEMS CATEGORT INSP. CODE EXAt1($3 REQ. PROCEDURE INSPECTION PERIO0tSt DRAWINGS FTPI LPCI CCAJ--2 ORYWELL D IGSCC UT 18 t1AtUAL 89 DUE CLI SHT.32 N COMt1ENT==> ORIGINAL WELD. EEXAM YEAR) cot 1t1Et4T==> NATERI ALS 85C N COMitENT ::> REDLCING ELBOW = S/S SA403-304. g COMt1ENT== > PIPE = S/S SA358-304. ra t1PI LPCI CCAJ--3 DRYWELL D IGSCC UT 18 F1At044. 89 DUE CLI SHT.32 COMMENT ::> ORIGIt3AL WELD. (EXAM YEARD COMMENT==> FTATERI ALS 85C Cott1ENT ::> ELBOW = S/S SA403-304. CCr1r1ENT ::> PIPE S/S SA358-304. F1PI LPCI CCAJ--4 DRTWELL D IGSCC UT 18 MAtUAL 59 DUE CLI SHT.32 Cort 1ENT==> ORIGINAL WELO. (EXAM YEARI e-e COtt1ENT==> MATERIALS OSC Q COMMENT==> ELBOW = S/S S4403-304. O O COtt1ENT==> PIPE = S/S SA358-304. O P1PI LPCI CCAJ--5 DRYWELL 3 IGSCC UT 18 t1ANUAL 89 DUE CLI SHT 32 tri O COtt1ENT==> ORIGINAL WELD. (EXAM YEARD C0tir ENT z=> FIATERIALS 85C O 4 C0ft1ENT==> VALVE = S/S SA351-CF8M CAST. C0ft1ENT==> PIPE = S/S SA358-304. ts h t1PI LPCI CCAJ--6 DRYWELL D IGSCC UT 18 mat 0AL 89 DUE CLI SHT.32 G Cort 1EtIT==> ORIGINAL WELD. (EXAt1 YEAR) Z C0r21EtIT==> t1ATERIALS 85C Q COtt1ENT==> VALVE = S/S SA351-CF8M CAST. H* C0ft1ENT== > ELBOW = S/S SA403-304. g Dtf t2 f1PI t *TI CCAJ--T DRYWELL D IGSCC LIT 18 t1AtUAL 89 DUE CLI SHT.32 $ "n gana COtt1ENT==> ORIGINAL WELD. EEXAM YEAR) o Cort 1ENT==> t1ATERI ALS 85C C0ft1ENT==> ELBOW = S/S SA403-304 ?. $ C0ft1ENT==> PIPE = S/S SA358-304. >a FTPI LPCI CCAJ--8 DRYMELL D IGSCC UT 18 t1ANUAL 69 DUE CLI SHT.32 y

t COMr1ENT ::> ORIGINAL WELD.

(EXAM YEARD p COMMENT==> MATERIALS 85C G e C0ft1ENT==> PIPE S/S 54358-304. oo CD COMMENT==> PIPE = S/S SA358-304. O

/S. PIP ( SIZE / 2 Ur8IT SYSTEM COMP. EXAM. IT E r** CATEGORT INSP. CODE EXArit SI REQ. PROCEDURE INSPECTION PERIODtSB DRAWINGS itPI LPCI CCAJ--9 DRYWELL D IGSCC UT 18 MarMAL 89 DUE CLI SHT.32 H COMMENT==> ORIGINAL WELD. (EXAM YEARP e CorstENT ::) MATERIALS 85C g C0rt1ENT ::> REDUCER = S/S SA403-304. em CorttENT==> PIPE

S/S SA358-304.

e MPI LPCI CCAJ-10 DRYWELL D IGSCC UT 16 Mt r0AL 89 DUE CL1 SHT.32 CorttENT ::> ORIGINAL WELD. (EXAM YEARI Cort 1ENT : > MATERIALS 85C CorstEtai ::> REDUCER = S/S SA40 3-304. COMMENT==> VALVE

S/S SA351-CF8N CAST.

PtPI LPCI CCAJ-Il DRYWELL D IGSCC UT 16 ftANUA L 89 DU2 CLI SHT.32 i CorttENT ::> ORIGINAL WELD. tEXAM YEARI s Cort 1ENT ::> ttATERIALS 85C O Cort 1ENT ::> REDUCER = S/S SA403-304. COr1 MENT ::> VALVE S/S SA351-CF8N CAST. O O MPI LPCI CCAJ-IZ DRYMELL D IGSCC UT 18 MANUAL 69 DUE CL1 SHT.32 in Cor1 MENT==> ORIGINAL WELD. (EXAr1 YE ARI O Core 1ErfT==> PIATERI ALS 85C O Cort 1ENT==> REDUCER = S/S S A403-304. 4 COMr1ENT ::> PIPE = S/S SA358-304. tp itPI LPCI CCAJ-13 DRYWELL D IGSCC UT 18 MAtCAL 89 DUE CL1 SHT.32 C0rttEtiT==> ORIGINAL WELD. (EXAM YEARI k Cort 1Et!T ::> MATERIALS 85C Q Cort 1ENT==> ELBOW = S/S SA403-304. H Cott1ENT ::> PIPE = S/S SA358-304. M oqc ttPI LPCI CCAJ-14 DRTWELL D IGSCC UT 18 MAPCAL 89 DUE CL1 SHT.32 [$% D Ho CorttENT==> ORIGINAL WELD. IEXAM YEAR) Do m.. Cort 1ENT : > MATERIALS 85C .". o Cort 1ENT ::> ELFOW = S/S SA403-304. D f-* C0rt1ENT ::> ELBOW = S/S SA403-304. h M ttPI LPCI CCAJ-15 DRYWELL D IGSCC UT PT 18 MANUAL 89 DUE CLI SHT.32 C0rttENT ::> ORIGINAL WELO. (EXAr1 YEAR) yn Cor1rtENT ::> t1ATERIALS SSC CorttENT ::> ELBOW = S/S SA403-304. 4 CorttENT==> PIPE : S/S SA358-304. OD C W W i

O O O PIPE SI2'E / 3 UNIT SYSTEM COMP. EXAM. ITEtts CATEGORY INSP. CODE EXAtit S t REQ. PROCEDURE INSPECTION PERIODISI DRAFINGS MPI 1"CI CCAJ-16 DRYWELL D IGSCC UT PT 18 titNUAL 89 DUE CLI SHT.32

1 "o

COMMENT ::) ORIGIN 4L WELD. IEXAtt YEAR) o Q COMMENT ::> 41ATERI ALS SSC co COMrtENT ::> PENETRATION PIPE = S/S SA358-304. y Curit1ENT ::> PIPE = S/S SA358-304. N FTPI LPCI CCAJ-17 RX.8tDG D IGSCC UT 18 ftANUAL 89 DUE CLI SHT.33 CONNENT ::> ORIGINAL WELD. I EXArt VE AR I C0t1 MENT ::) ttATERIALS 85C CotttEt4T==> PEP:ETRATIOtt FLUED CotttENT ::> HEAD = S/S SA182-GR.F-304. C0tttENT== > PIPE = S/S SA358-304. ftPI LPCI CCAJ-18 RX.BLOG D IGSCC UT 18 MANUAL 89 DUE CLI SHT.33 C0ft1ENT==> ORIGINAL WELD. (EXAM YEARD COMMENT ::> t1ATERIALS 85C n O Cort 1ENT ::> ELDOW = S/S SA403-304 C0t1 MENT ::> PIPE : S/S 54358-304. Q R 81PI LPCI CCAJ-19 RX. BLDG D IGSCC UT 18 MANUAL 89 DUE CLI SHT.33 y o COtttENT==> ORIGINAL WELD. (EXAtt YEARI W C0ft1ENT==> MATERIALS 85C Cott!ENT==> ELBCW = S/S SA403-304. O C0tt1ENT ::> PIPE : S/S SA358-304. g trt FIPI LPCI CCAJ-20 RX. BLDG D IGSCC UT 18 P1ANUAL 89 DUE CLI SHT.33 cx Cort 1ENT==> 001GINAL WELD. IEXArt YEARI Cott1ENT==> MATERI ALS 85C H g COtttENT ::> ELBOW = S/S SA403-304. Cor1 MENT==> PIPE : S/S SA358-304. Q g,U , <n MPI LPCI CCAJ-21 RX.8LDG D IGSCC UT 18 ttANUAL 89 DUE CLI SHT.33 $ 7,*, m-C0tt1ENT ::> ORIGINAL WELD. (EXAtt TEAR) "@y C0tTIENT ::> MATERIALS 95C c COMMENT==> E LBOW = S/S SA403-304. y C0ft1ENT==> PIPE : S/S SA358-304. W FfPI LPCI CC8J--! DRYWELL D IGSCC UT 13 MANUAL 89 00E CLI SHT.32 4y C0tt1ENT==> ORIGINAL WELD. (EXAf1 YEAR D C e COMt1Et1T==> MATERI ALS 85C OD C0tt1ENT==> REDUCER = S/S SA403-304. g C0tttENT==> ELBOW = S/S SA403-304. N

O O O PIFE SIZE / 4 174IT SYSTEtt C0t1P. EXAN. ITEtts CATEGORY INSP. CCOE EXANfS) REQ. PROCEDURE INSPECTIO*4 PERIOD (St DRAWINGS NPI LPCI CCBJ--2 DRYWELL D IGSCC UT 18 NANUAL 89 DUE CLI SHT.32

1 COHttENT==> ORIGINAL WELD.

(EXAtt YEARB t,0tt1ENT== > HAT ERI ALS 85C D Cott1Et4T==> FLBOW = S/S S A403-304. u Cort 1ENT==> VALVE = $/S SA351-CF8N CAST. e 94 tipi LPCI CCBJ--3 CRYWELL D IGSCC UT IS NANUAL 69 DUE CLI SHT.32 Cott1ENT==> ORIGINAL WELD. (EXAtt YEARD C0ft1ENT==> NATERI ALS 35C j C0 tit 1ENT== > ELECW = S/S SA403-304. U]tttEt4T==> VALVE = S/S SA351-CF8N CAST. t1PI LPCI CCBJ--4 DRYWELL D IGSCC UT 18 NAPFJA L 89 DUE CLI SHT.32 CcM1ENT==> ORIGINAL WELO. (EXAN YEARD w CoritENT==> t1ATERIALS 85C Q C0ft1ENT==> REDUCER = S/S SA403-304. O O COtt1ENT==> ELBOW = S/S 54403-304. O ttPI LPCI CCBJ--S DRYWELL D IGSCC UT 16 NANUAL 89 DUE CLI SHT.32 t1 Cort 1ENT==> ORIGINAL WELD. (EXAN YEARI Q Cott1ENT==> NATERIALS 85C

o 4

C0tt1ENT==> REDUCER = S/S SA403-304. C0tir1ENT==> VALVE = S/S SA351-CF8t1 CAST. c h F1PI LPCI CC8J-10 DRYWELL D IGSCC UT 18 NANUAL 89 DUE CLI SHT.32 t-O C0tt1ENT==> ORIGINAL WELD. (EXAtt YEARD X COtt1ENT==> NATERI ALS 65C C0ft1ENT==> REDUCER = $/S SA403-304. H M C0tt1ENT== > PIPE = $/S SA358-304. O 90 C [ $ $. r1PI LPCI CC8J-11 DRYWELL D IGSCC (T 18 F1ANUAL 89 DUE CLI SHT.32 => r C0ft1ENT==> ORIGINAL WELD. (EXAtt YEARD O C0tittENT==> t1ATERI ALS 85C C0ft1ENT== > ELBOW = S/S SA403-304. ?. $ C0tt1ENT==> PIPE = S/S SA358-304. s M NPI LPCI CCBJ-12 DRYWELL D IGSCC UT 18 NANUAL 89 DUE CL1 SHT.32 W .o CotttENT==> ORIGINAL WELD. ( EXAt1 YE AR I y C0tt1ENT==> NATERI ALS 85C e Cott1ENT== > ELBOW = S/S SA403-304. oo N 00titENT==> PIPE = S/S SA358-304. W e l \\

O O O PIPE SIZE / 5 UNIT SYSTEft C0ttP. EXAM. ITEMS CATEGORY ItlSP. CODE E X Atit S ) REQ. PROCEDURE INSPECTION PERIO0tSt DRAWINGS f1PI LPCI CCBJ-13 ORTWELL D IGSCC UT PT 18 NAt0AL 89 DUE CLI SHT.32 M$ C0tttENT==> ORIGINAL WELD. ( EX Att YE AR I e Corit:Ettr==> MATERIALS 65C g CorttE N T = = > E L COu S/S SA403-304. v. CotttENT ::> PIPE : S/S 54358-304. e F1PI LPCI CCBJ-14 DRYWELL D IGSCC UT 18 ftANUAL 89 DUE CLI SHT.32 C0rittEtIT ::> ORIGItlAL WELD. (EXAH YEARI C0f 21Etti==> NATERI ALS 85C C0ft1ENT ::> ELBOW = S/S SA403-304. C0tttENT = = > PIPE = S/S SA358-304 PfPI LPCI CCBJ-15 DRTWELL D IGSCC UT 18 NAtUAL 89 DUE CLI SHT.32 COMr1ENT ::> ORIGINAL WELD. (EXAtt YEARI ,e C0tttENT==> ttATERI ALS 85C O C0t21ENT==> PEHETRATION PIPE = S/S SA358-304. n" Cor1NENT ::> PIPE

S/S SA358-304.

O O F1PI LPCI CCBJ-16 RX. BLDG D IGSCC UT 18 NAt0AL 89 DUE CLI SHT.34 M C0tMEtIT ::> ORIGINAL WELD. EEXAtt YEAR) O COtt1ENT ::> NATERI ALS 85C O C0rRIENT ::> PEHEIRATION FLUED 4 C0t2tEt4T== > HE AD = S/S S4182-GR.F-304. O C0t?1ENT==> PIPE : S/S S4358-304. ftPI LPCI CCBJ-17 RX.BLOG D IGSCC UT 18 ftAHUAL 89 DUE CLI SHT.34 yx CotetENT==> ORIGINAL WELD. IEXAH YEARI Q C0t1NENT==> NATERIALS 85C H Cor71DIT==> ELBOW = S/S S4403-304. 1 C0ft1ENT== > PIPE : S/S SA358-304. O,o tr 3 a su so < re FTPI LPCI CCBJ-18 RX. BLDG D IGSCC UT 18 ftAfUA'. 89 DOE CLI SHT.34 cem 00 m ** CotttENT==> ORIGINAL WELD. (EXAM YEARI .. o COtt1ENT==> ttATERIALS 85C U, y Cor1NENT ::> ELDOW = S/S SA403-304 e-. Cort 1ENT==> PIPE : S/S SA358-304. M t.a itPI LPCI CCBJ-19 RX. BLDG D IGSCC UT PT 18 F1AtUAL 89 DUE CLI SHT.34 ~ m su CotttENT== > ORIGItul WELD. (EXAr1 YEARI G Cort 1ENT==> t1ATERI ALS 85C co C0ft1ENT ::> ELDOW = S/S SA403-304. M .D C0ft1DIT ::> PIPE : S/S SA358-304. U

O O O PIPE SIZE / 6 IE4IT SYSTEtt C0ftP. EXArt. ITENs CATEGORY INSP. CODE EXAtitSt REQ. PROCEDURE INSPECTION PERIODtS) DRAWINGS NPI LPCI CCBJ-20 RX. BLDG D IGSCC UT 18 ftAPAJAL 89 OUE CLI SHT.34 n C0tt1ENT ::> ORIGINAL WELD. EEXArt YEAR) y CCtt1EtiT ::> MATERIALS 85C co C0ftt1ENT== > E LBOW = S/S SA40 3-304. C0ft1ENT== > PIPE S/S SA358-304. m ttPI CORE.SPR CSAC-G--! RX. BLDG D IGSCC UT 10 MANUAL CL2 NA SHT.20 t CONT 1ENT ::> ORIGINAL WELD. E EXAt1 YS AR D CO:1ttENT ::> ttATERIALS 87C COtttENT== > VALVE : S/S SA351-Cr8t1 CAST. CONNENT ::) PIPE : S/S SA376-304. I t1PI CORE.SPR CSAC-G--2 RX. BLDG i' IGSCC UT 10 MANUAL CL2 NA SHT.20 Cort 1ENT==> ORIGINAL WELD. EEXAtt YEAR) H CONMENT ::> ttATERIALS 87C h CCritENT ::> ELBOW = S/S 304. O O C0ft1ENT==> PIPE = S/S SA376-304 O FfPI CORE.SPR CSAC-G--3 RX. BLDG D IGSCC UT 10 t1ANUAL CL2 NA SHT.20 h trl C0ttfENT ::D ORIGINAL WELD. (EXAM YEAR) h Cott1ENT==> ttATERIALS 87C W* C0t1t1ENT ::> ELBOW = S/S 304 C0tittENT==> PIPE : "./S SA106-GR.B. O C ttPI CORE.SPR CSAJ-13 RX. BLDG D IGSCC UT 10 71ANUAL CLI HA SHT.20 p C C0ft1ENT==> ORIGINAL WELD. (EXAtt YEAR) 3' C0 tit 1ENT ::> t1ATERIALS 87C q C0tttENT ::> PEtIETPATION FLUED

4 cot 21ENT ::> HEAD : S/S SA182-GR.F-304.

CotttENT==> PIPE : S/S SA376-304. OWD

f m m m < rt

h. 7,*,

FTPI CORE.SPR CSAJ-14 RX.BLOG D IGSCC UT 10 ftANUAL CL1 NA SHT.23 C0ttt[NT==> ORIGINAL WELD. EEXAt1 YEARI y CotttENT==> MATERIALS 87C c CotetENT== > E LBOW = S/S 304. r M Cott1ENT==> PIPE S/S SA376-304. w ~ tfPI CORE.SPR CSAJ-15 RX. BLDG D IGSCC UT 10 NANUAL CLI HA SHT.20 m M C0tt1ENT ::> ORIGINAL WELD. (EXAf1 YEARI C o COMMENT ::> ttATERIALS 87C M* C0t1t1ENT ::) ELBOW = S/S 304. t-f C0tt1ENT ::> PIPE : S/S SA376-304. ~ \\ l

O O O PIPE SITE / 7 UNIT SYSTEtt CortP. EXArt. ITErts CATEGORT INSP. CODE EXAMISI REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS ttPI CORE.SN CSAJ-16 RX. BLDG D IGSCC UT 10 ftAtUAL CLt NA SHT.20 n Cot? TENT ::> ORIGIt!AL WELD. IEXArt YEARI e Cort 1ENT==> t1ATERI ALS 87C y Cor1rtENT ::> VALVE = S/S SA351-CF8t1 CAST. u C0rttENT ::> PIPE = S/S SA376-304. e N ttPI CORE.SPR CSBC-G--2 RX.BLOG D IGSCC UT 10 NAtUAL 89 DUE CL2 GHT.21 Cort 1ENT ::> ORIGINAL WELD. IEXArt YEARI Cort 1ENT ::> NATERIALS 87C CotttEtiT :> PIPE : C/S SA106-GR.B. CorttENT ::> PIPE : S/S SA376-304. MPI CORE.SPR CSBJ-13 RX. BLDG D IGSCC UT 10 ftAIUAL 89 DUE CL1 SHT.21 Cor1NEtif ::> ORIGINAL WELD. EEXA'i YEARI s CatetENT 2 > NATERIALS 87C O Cort 1Erli ::> ELBOW = S/S 304. CorttENT ::> PIPE S/S SA376-304. O O fiPI CORE.SN CSBJ-14 RX. BLDG O IGSCC UT 10 MANUAL 89 DUE CL1 SHT.21 t:1 C0rttENT ::> ORIGINAL WELD. (EXArt YEARD O CotttENT ::) t1ATERIALS 85C O C0tttENT ::> ELBOW = S/S 304. 4 C0ft1ENT ::> PIPE = S/S SA376-304. O P1PI CORE.SPR CS8J-15 RX. BLDG D IGSCC UT 10 MANUAL 89 DUE CLI SHT.21 C0rt1ENT==> ORIGINAL WELD. (EXArt YEARI k CorttEt4T ::> ttATERIALS 85C g Cort 1ENT==> ELB0u = S/S 304 y Cort 1ENT==> PIPE : S/S S4376-304. m g us o itPI CORE.SPR CSBJ-16 RX.BLOG D IGSCC UT 10 MANUAL 89 DUE CL1 SHT.21 ,8 n D n.a 00 m C0tttENT==> ORIGINAL MELO. ( EXAtt Y E AR I Cort 1ENT==> t1ATERI ALS 85C .. o C0ft1ENT

t>

VALVE : S/S CAST. D 4 Cort 1ENT ='> PIPE = S/S SA376-304. h itPI RWCU.SUP CUA--1 RX.BLOG D IGSCC UT 8 t1ANUAL N7A NA SHT.23 C0ft1ENT ::> ORIGINAL WELD. ( EXArt V E AR ) g m Cort 10t4T ::> NATERIALS 87C CorttCHT==> PEDUCER = S/S SA403-304. oo Cott1ENT==> VALVE = S/S CAST. M i .C J 9-. O

O (n. D,1 PIPE SIZE / 8 UNIT SYSTEtt Cor1P. EXAtt. ITEt18 CATEGORT INSP. CODE EXAtttSt REQ. PROCEDURE INSPECTION PERIO0tSI DRAWINGS NPI RWCU.SUP CUA--2 RX.BLOG D IGSCC UT 10 NAt0AL HQA NA SHT.23 n C0ft1ENT ::> ORIGINAL WELD. (EXAN YEARI e CONNEtif ::> ttATERI ALS 87C D C0f t1ENT ::> REOLKER = S/S S4403-304. u C0t1NENT ::> VALVE

S/S CAST.

e PJ ttPI RWCU.SUP CUA--3 RX.0 LOG D IGSCC UT 10 NAtUAL NQA NA SHT.23 CONT 1ENT ::> ORIGINAL WELD. (EXAt1 YEARD Cott1Ef3T==> t1ATERIALS 87C C0t1NENT ::> VALVE = S/5 CAST. Cor1NENT ::> TEE = S/S SA382-F-304. ftPI RWCU.SUP CUA--4 RX.BLOG D IGSCC UT 10 NANUAL NQA NA SHT.23 C0t1NENT ::> ORIGINAL WELD. IEXAN YEARD w Cot?1ENT ::> #1ATERIALS 87C O CONNENT==> PIPE S/S SA358-304. O CotttENT ::) TEE = S/S SA182-F-304. O O f1PI RWCU.SUP CUA--5 RX. BLDG D IGSCC UT 10 ftAPUAL HQA NA SHT.23 rn C0tir1[NT==> ORIGINAL WELD. (EXAH YEARI O COrit1EtIT ::> ttATERIALS 87C w Cottt1ENT = = > E LDOW = SA403-304. 4 Ca21ENT==> PIPE = SA358-304. e 11PI RWCU.SUP CUA--6 RX.BLOG D IGSCC UT 10 FIA?UAL HQA NA SHT.23 h t" C0tTIENT==> ORIGINAL WELD. (EXAN TEARD C0t1NENT==> NATERIALS 87C y COtt1ENT ::> ELBOW = SA403-304. 4 C0tt1ENT ::> PIPE = SA358-304. M g$$ Mc t1PI RWCU.SUP CUA--S RX. BLDG D IGSCC UT 10 t1ANUAL NQA NA SHT.23 3ee COtt1ENT==> ORIGINAL WEdl. (EXAf1 YEAR) ] $ ** C0tttENT ::D P1ATERI ALS 67C .. O COrittENT==> E LBOW = S/S SA403-304. 3, y C0tstEt4T ::> PIPE S/S SA358-304. 5-* A ttPI RWCU.SUP CUA--9 RX.BLOG D IGSCC UT 8 NANUAL NQA NA SHT.23 m CONNENT==> ORIGINAL WELD. (EXAH YEAR) 85 Cott1ENT==> t1ATERIALS 87C y e C0titEllT ::> REDUCER = S/S SA403-304. oo Cott1ENT== > ELDOW = S/S SA403-304. 00 W N

O O O PIPE SIZE / 9 UNIT JYSTEM cot 1P. EXAM. ITEMS CATEGORY INSP. CODE EXAM (St REQ. PROCEDURE INSPECTION PERIODESI DRAWINGS F1PI RWCU.SUP C'.- 10 RX.BLOG D ICSCC UT 8 MANUAL HQA NA SHT.23 et Gco COtt1ENT== > ORIGIHAL WE LD. (EXAM YEARI ( C0ft1EHT==> t1ATERI ALS 87C co CO!E1EHT== > VALVE : S/S CAST. Cott1ENT ::> ELBOW = S/S SA403-304. N F1PI RMCU.SUP CUA-11 RX. BLDG D IGSCC UT 10 MANUAL HQA NA SHT.23 COtt1ENT ::> ORIGINAL WELD. (EXArt YEARD C0r#1ENE ::> HAIERIALS 87C COrir1ENT ::> ELBOW = S/S SA403-304. C0t1 MENT ::> TEE

S/S SA182-F-304.

F1PI RWCU.SUP CUA-12 RX.BLOG D IGSCC UT 10 MANUAL HQA NA SH T.23 C0tt1ENT==> ORIGINAL WELD. (EXAM YEAR) g cot 1 MENT ::> t1ATERIALS 87C m COtt1ENT== > E LBCW = S/S SA40 3-304. n O C0tt1ENT==> PIPE = S/S SA358-304. O F1PI RWCU.SUP CUA-13 RX. BLDG D IGSCC UT 10 MANUAL NQA NA SHT.23 b in Core 1EtJT==> ORIGIHAL WELD. (EXAM YEAR) C0t1*1ENT==> HATERI ALS 87C C0tr1ENT==> ELBOW = S/S SA403-304. COtt1ENT==> PIPE : S/S SA355-304. O MPI RWCU.SUP CUA-14 RX.BLOG D IGSCC UT 10 t1ANUAL HQA NA SHT 23 O COtt1ENT ::> ORIGINAL WELD. (EXAM TEARD Z Core 1EtIT==> t14TERI ALS 87C h C0t21ENT==> ELBOW = S/S S A403-304. j COr21ENT==> PIPE = S/S SA3SS-304. O 1x2 O r.3' (D on HPI RWCU.SUP CUA-15 RX. BLDG D IGSCC UT to MANUAL HQA NA SHT.23 c> < re

s e to C0tt1ENT ::> ORIGINAL WELD.

(EXAM YEAR) $ r ~' C0 tit 1ENT==> MATERI ALS 87C

- y C0ft1ENT==> PIPE = S/S SA358-304.

c COtt1ENT : > PIPE = S/S SA358-304. y PtPI RWCU.SUP CUA-16 RX. BLDG D IGSCC UT 10 F1ANUAL NQA NA SHT.23

ts C0tt1ENT ::> ORIGINAL WELO.

(EXAtt 1EARD ~ ~ (.0tttENT ::> t1ATERI ALS 87C 5 O C0!?!ENT ::> EteOW = S/S SA403-304. e COtt1ENT==> PIPE : S/S SA358-304 O ~

O O O PIPE SIZE / 10 Le4IT SYSTEff COMP. EXAM. ITEtte CATEGORY INSP. CODE EXAt1ESI REQ. PROCE0tRE IHSPECTION PERIO0lSI ORAMINGS MPI RWCU.SUP cut-17 RX.0LDG D IGSCC UT 10 mat AJA L HQA NA SHT.23 n$ Cor1r1ENT ::> ORIGINAL WELD. TEXAN 1EARI e CONHEtif ::> t14TERI ALS 87C y COrttEHT ::> ELBOW = S/S SA403-304. u Cor1NENT ::> PIPE = S/S SA358-304. e HPI RWCU.SUP CUA-18 RX.BLOG D IGSCC UT 10 NANUAL HQA NA SHT.23 CONr1ENT ::> OUIGINAL WELD. ( EXAf1 YE AR D Cor21EHT ::> ttATERI ALS 87C CONNENT==> ELBOW = S/S SA403-304 Cor1ttENT : > PIPE : S/S SA358-304. MPI RWCU.SUP CUA-19 RX. BLDG D IGSCC UT 10 r1ArJJAL HQA NA SHT.23 Cort 1ENT==> ORIGINAL WELD. (EXAr1 YEARI g CorttENT==> r1ATERIALS 87C O CONT 1ENT== > ELBOW = S/S SA403-304. C0r21ENT ::> [LBOW = S/S SA403-304. O O t1PI RWCU.SUP CUA-20 RX.BLOG D IGSCC UT 10 MANUAL HQA NA SHT.23 >H C0ft1ENT== > ORIGINAL WELD. EEXA'1 YEARI O C0rt1ENT==> ttATERI ALS SIC Cort 1ENT ::> ELOCW = $/S SA403-104 4 CorttENT ::> PIPE = S/S 54358-304. n

1PI RWCU.SUP CUA-21 RX.BLOG D IGSCC UT 10 ftANUAL NQA NA SHT.23 C0rt1ENT ::> ORIGINAL WELD.

EEXAM YEAR) C0f t1EP'T ::> t1ATERI ALS 87C g CorstEter ::> ELBOW = S/S SA403-304. g Cort 1ENT==> PIPE : S/S SA358-304 m o :o e FTPI RMCU.SUP CUA-22 RX. BLDG D IGSCC UT 10 t1ANUAL NQA NA SHT.23

r to m so < re

3 w m.

C0rt1ENT z=> ORIGINAL WELD. E EXArt TEARI 00 ui. m Cort 1ENT ::> ttATERIALS 87C CorttENT ::> EL20W = S/S SA403-304.

3** h 4

Cort 1ENT== > PIPE : $/S SA358-304. M MPI RWCU.SUP CUA-23 RX. BLDG D IGSCC UT 10 t1ANUAL HQA NA SHT.23 C0rt1ENT ::> ORIGINAL WELD. (EXAr1 YEARI g ~~

m COrntENT ::> t1ATERIALS 87C

~ 0 COr21ENT ::> PIPE : S/S 5A358-304. COr1rt!NT ::> PIPE : S/S SA358-304. on .O W

O O O PIPE SIZE / 11 UNIT Svi. COMP. EXAtt. ITEMS CATEGORT INSP. CODE EXAMISI RE

Q. PROCEDURE

INSPECTION PERIDO(S) DRAWINGS MPI RWCU.SUP CUA-24 siX. BLDG D IGSCC UT 10 MAf0AL HQA NA SH T.23 n Oco COtt1ENT==> ORIGINAL WE10. EEXAN VEARI ( Cot 1 MENT==> MATERI ALS 67C cn 00tF1ENT ::> ELROM : S/S SA403-304. COMMENT ::> 91PS, = S/S SA358-304. ha itPI RWCU.SUP CUA-25 RX. BLDG 0 IGSCC UT 10 f1ANUAL NQA NA SHT.23 COMMEt4T==> ORIGINAL WELD. EEXAtt YEARD Cort 1ENT ::) HATERIALS 87C C0tttEt!T==> ELCOW = S/S S4403-304. COMMENT==> PIPE S/S SA358-304. r1PI RWCU.SUP CUA-26 RX. BLDG D IGSCC UT 10 ffAPUAL HQA NA SHT.23 Core 1Et4T ::> ORIGINAL WELLS. (EXArt YEARI N C0ft1ENT==> t1ATERI ALS 87C O COtt1ENT ::> REDUCER = S/S SA182-F-304. O O Cott1ENT==> PIPE S/S SA358-304. O MPI RWCU.SUP CUA-27 RX. BLDG D IGSCC UT 8 FtANUAL NQA NA SHT.23 k in O C0tt1ENT==> ORIGINAL WELEi. (EXArt YEARI o COMt1EF1T==> tt4TERI ALS 87C Cott1ENT ::> REDUCER = S/S SA182-F-304. C0 tit [tfT==> PIPE = S/S SA312-304. O C ttPI RWCU.SUP CUA-28 RX. BLDG D IGSCC UT 8 NANUAL NQA NA SHT.23 "I b Cott1ENT ::D ORIGINAL WELD. (EX4tt YEAR) Z C0tttENT ::> Pf 4T[RI ALS 87C CotttENT ::> PIPE = S/S SA3I2-304. y CotttENT==> PIPE : S/S SA312-304. O :n t3

3* m tu MPI RWCU.SUP CUA-29 RX.BLOG D IGSCC UT 8

ftANUAL HQA NA SHT.23 su <: rt

s r o CottfENT==> ORIGINAL WELD.

( EXAtt Y E AR ) r CotttEtIT==> ttATERI ALS 87C

- Q y

Cort 1Et4T==> ELBOW = S/S SA403-304. c Corir1Et4T==> PIPE = S/S SA312-304. y ttPI RWCU.SUP CUA-30 RX. BLDG D IGSCC UT 8 ftANUAL NOA NA SHT.23

t8 C0ft1ENT==> ORIGINAL WELD.

E EXAtt YEAR) ~ C0tetEtIT ::> t1ATERIALS 87C 5 ed CotttENT ::> ELL 40W - 5/S 304. g ts C0ft1ENT==> PIPE : S/S SA312-304. w O

O O O PIPE SIZE / 12 UNIT SYSTEM C0t1P. EXAM. ITEtts CATEGORY INSP. CODE EXAr1E SI REQ. PROCEOURE IllSPECTION PERIODESI DRAWING 5 MPI RUCU.SUP CUA-30A RX.BtDG D IGSCC UT 8 F1ANUA L N1A NA SHT.23

1 "oo C0ft1ENT ::> ORIGINAL WELD.

(EXAtt YEAR) COMt1ENT== > t1ATERI ALS 87C D Cor131ENT ::> ELBOW = S/S 304. O' Cors1Et4T== > ELBOW = S/S 304. e r4 MPI RWCU.SUP CUA-31 RX.BLOG D IGSCC t!T 8 MANUAL NQA NA SHT.23 COMriti!T ::> ORIGINAL WELD. (EXAt1 YEARS COtt1ENT==> NATERI ALS 87C COtt1It4T==> ELCOW = S/S 304 cot 1?tfNT ::> PIPE = S/S SA312-304. f1PI RWCU.SUP CUA-32 RX. BLDG O IGSCC UT 8 F1ANUAL NQA NA SHT.23 COMt1ENT ::> ORIGINAL WELO. (EXAtt YEARI +-4 C0ft1ENT ::> t1ATERI ALS 87C h Cott1ENT==> ELBOW = S/S SA403-304. O Colt 1ENT ::> PIPE S/S SA312-304 O O P1PI RWCU.SUP CUAJ--3 DRYWELL 0 IGSCC UT 8 t1APUAL CL1 NA SHT.23 t1 C0tt1ENT ::> ORIGINAL WELD. IEXAt1 YEARD h C0f1t1Et4T==> MATERI ALS 87C N Cott1Et4T ::) VALVE = S/S CAST. C0tt1ENT==> ELBOW = S/S 304. t1 r1PI RWCU.SUP CUAJ--4 DRYWELL D IGSCC UT 8 P1AtUAL 89 DUE CLI SHT.23 t3 CONNENT==> ORIGINAL WELD. (EXArt YEARI C0tt1ENT==> t1ATERIALS BSC COtt1[HT==> E LBCW = S/S 304. H* C0ft1ENT ::> PIPE = S/S SA312-304. O us O P1PI RWCU.SUP CUAJ--5 DRYWELL D IGSCC UT 8 t1AtUA L 89 DUE CLI SHT.23 [k" one r COtt1ENT==> ORIGINAL WELD. (EXAN YEAR) Cott1ENT ::> t1ATERIALS 8SC

- O COM?tEt4T ::> VALVE = S/S CAST.

?. c C0ft1Etaf '-:> PIPE = S/S SA312-304. y 71PI RWCU.SUP CUAJ--6 ORTWELL D IGSCC UT 8 ttAtUAL 89 DUE CLI SHT.23 't! CONT 1ENT ::> ORIGINAL WELD. (EXAt1 YFAR) M COPTt[ TIT ::> t1ATERI ALS 85C 5 w CO 1? TENT ::) VALVE : S/S CAST. m* C0tir1ENT ::> ELBOW = S/S 304. o to e-*

u. -..

m .m m m m

O O o PIPE SIZE / 13 LP4IT SYSTEM C0t1P. EXArt. ITEMS CATEGORY INSP. CODE EXAf1(S t REQ. PROCEDURE INSPECTION PERIODISI ORAWINGS MPI RWCU.SUP JUAJ--7 ORYWELL D IGSCC UT 8 F1ANUAL 89 DUE CLI SHT.23 M Cott1ENT==> ORIGINAL WELD. (EXArt YEARI e COru1Er4T==> t1ATERI ALS 85C y COr2104T== > E LBOW = S/S 304. tn Cott1ENT==> PIPE = S/S SA312-304. e N P1PI RWCU.SUP CUAJ-12 DRYWELL D IGSCC UT 8 P1ANUAL CLI HA SHT.23 COtt1ENT==> ORIGINAL WELD. (EXAtt DEARD Cort 1ENT==> t1ATERIALS 87C Cott1ENT==> ELBOW = S/S 304. C0tt104T==> PIPE : S/S SA312-304. F1PI RWCU.SUP CUAJ-13 DRYWELL D IGSCC UT 8 NANUAL CL1 NA SHT.23 C0tt1ENT==> ORIGIN AL WELD. (EXAH YEAR) g C0ft1ENT==> t1ATERIALS 87C O Cott1ENT==> PD2ETRATION PIPE = S/S 304. C0ft1ENT==> ELBOW = S/S 304. O O F1PI RWCU.SUP CUAJ-14 RX. BLDG D IGSCC UT 8 f1ANUAL CLI HA SHT.23 >H tri C0tt1DIT==> ORIGINAL WELD. (EXArt VEARD O COHttEt4T==> ttATERI ALS 87C O CorttD4T==> PENETRATIOt3 FLUED 4 C091 met 4T== > HE AD = S/S SA182-GR.F-304. g C0ft104T==> PIPE : S/S SA312-304. F1PI RWCU. RET CUB--! RX. BLDG D IGSCC llT 8 NANUAL HQA NA SHT.23 F0X Cort 1ENT==> ORIGINAL MELD. (EXArt YEARI g Cort 1Et4T==> t1ATERIALS 87C 4 Cort 1ENT== > F11TERED PIPE ELBOW = S/S SA358-304. En C0ft1DIT ::> VALVE = 5/S CAST. Oye o to on $ k $. MPI RWCU. RET CUB--2 RX. BLDG D IGSCC UT 8 71ANUAL NQA NA SHT.23 00 02 Cott1ENT==> ORIGINAL WELD. (EXAtt YEARD CoriMDIT==> t1ATERI ALS 87C D 4 C0tt104T ::> NITERED PIPE ELBOW = S/S SA358-304. h l C0tt1ENT==> PIPE ' S/S SA358-304. M w P1PI RWCU. NET CUB--3 RX. BLDG D IGSCC UT 8 t1ANUAL HQA NA SHT.2 3 ,~ oy z w ~ so Crat? TNT==> ORIGINAL WELD. EEXAM TEAR) i C0ft104T==> t1ATERIALS 87C Cott1ENT==> ELBOW = S/S SA403-304. CD .D cot 1t1DIT :2> PIPE : S/S SA358-304. w M 1 l i

O O O PIPE SIZE / I4 UNIT STSTEN CONP. EXAtt. ITENs CATEGORT ItiSP. CODE EXAtitSt REQ. PROCEDURE If*SPECTION PERIODISI CRAWINGS NPI RWCU. RET CUB--4 RX.BLOG D IGSCC UT 8 t1At4UAL HQA NA. SHT. 23 n oo C0r1NENT==> ORIGINAL WELD. ( EXAN YEAR) Q C0t1r1EPIT : > t1ATERIALS 87C co CCit1EPIT ::> ELDOW = S/S S4403-304. y CorttENT ::> PIPE = S/S SA3SS-304. u ttPI E"4CU. RET CUB--5 RX. BLDG D IGSCC UT 8 F1ANUAL HQA NA SHT.23 C0tt1ENT==> ORIGINAL WELD. (EXAN YEAR) C0tttENT== > ti.nTERI ALS 87C CONNUIT ::> ELBOW : S/S SA403-304. Cott1ENT==> PIPE = S/S S4358-304. NPI RWCU. RET CUB--6 RX.BLOG D IGSCC UT C MANUAL NQA NA SHT.23 C0tt1ENT== > ORIGINAL WELD. E EXAtt YE AR ) g Cott1ENT==> t1ATERIALS 87C m COrttENT==> ELCOW = $/S SA403-304. O O COtttENT==> ELBOW = S/S SA403-304. O NPI RWCU. RET CUB--7 RX. BLDG D IGSCC UT 8 ftANUAL NQA NA SHT.23 k tn COtt1ENT==> ORIGIPIAL WELD. I EXAN YE AR ) CO*EtE!iT== > NATERI ALS 87C ] Core 1ENT==> ELBOW = S/S SA403-304. Cor1NENT ::> N0ZZLE : S/S 54182-F-304. O s* h P1PI RMCU. RET CUB--8 RX. BLDG D IGSCC UT 8 NANUAL NGA NA SHT.23 C0tttENT ::> ORIGINAL WELD. (EXAt1 YE AR) C0tttENT== > F1ATERI ALS 87C z C0t1NENT==> tt0ZZLE : S/S SA182-F-304. Q C0tttENT = = > E LBOW = S/S SA403-304. O so O D* so m flPI RWCU. RET CUB--? RX. BLDG D IGSCC UT 8 ttANUAL HQA NA SHT.23 m<n D mm 00 En ** C0tttENT==> ORIGIIIAL WELD. IEXAtt TEAR) or

- h..

y Cott1ENT==> NATERIALS 87C CotttEt4T==> ELBOW = S/S SA403-304. c Cott1Et4T==> PIPE S/S SA312-304. 7 W NPI R)fCU. RET CUB-IS RX. BLDG D IGSCC UT 8 ftANUAL eT:iA NA SHT.23 ~ ~ N CotttENT==> ORIGINAL WELD. (EXAtt YEARI g"n Cott1Et4T = => NATERI ALS 87C e e Cort 1ENT==> ELBCW = S/S SA403-304. CONNENT==> PIPE = $/S SA312-304. e NW

O O O PIPE SIZE / IS tRJIT SYSTEM COMP. EXAM. ITEtts CATEGORY INSP. CODE EXAtilSI REQ. PROCEDURE INSPECTION PERIOctS) DRAWINGS MPI RWCU. RET CUB-11 RX.B LDG D IGSCC UT 8 F1ANUAL NQA NA SH T.23 94 h C0tt1ENT = > ORIGINAL WELD. IEXAtt VE ARI y Corr 1Et4T==> t1ATERI ALS 87C co COtttEFIT== > frJZZLE = S/S SAI82-F-304. y CortfENT = = > E LBCW = S/S SA403-304. ~ MPI RWCU. RET CUB-12 RX. BLDG D IGSCC UT 8 t1ANUAL HQA NA SHT.23 Cort 1EtiT==> ODIGINAL WELD. (EXAM YEARD CotttENT==> ttAi[ RIALS 87C Cot 2 TENT== > N0ZZLE = S/S SAI62-F-304. C0ft1ENT==> PIPE = S/S SA312-304. t1PI RWCU. RET CUB-13 RX.BLOG D IGSCC UT 8 ftAtR.lAL HQA NA SHT.23 C0tt1ENT==> ORIGINAL WELD. (EXAtt YEARI H COtttENT==> MATERI ALS 87C CurrtENT==> N0ZZLE S/S SA182-F-304. OO Cort 1Et4T==> PIPE = S/S 54312-304. O PIPI RWCU. RET C12F--2 DRYWELL D IGSCC UT 8 ftANUAL 89 DUE CLI SHT.23 in COMitENT ::> ORIGINAL WELD. ( EX Art T E AR I Q C0tt1ENT ' => F1&TERI ALS 87C ,xs 4 Cort 1ENT ::> ELE 0W = S/S 304. COMP'ENT==> PIPE : C/S SA106-GR.B. O ttPI RWCU. RET CtBJ--3 DRYWELL D IGSCC UT 8 ffANUAL 89 DUE CLI SHT.23 0 C0ttfENT :=> ORIGINAL WELD. (EXAM YEARI Cott1ENT==> t1ATERIALS 87C Cit 21ENT : > ELDOW = S/S 304. H" C0ft1ENT==> VALVE S/S SA351-CFett CAST. O sts O P1PI RWCU. NET CUBJ--4 DRYWELL D IGSEC UT PT 8 ffANUAL 89 DUE CLI SHT.23 [ @ ",

's e to COtttENT==> ORIGINAL WELD.

IEXAM YEARI r COtt1ENT : > ttATERIALS 87C .- O CCtt1ENT==> VALVE = S/S SA351-CF8tt CAST. .U. I C0tttENT==> PIPE = S/S SA312-304. P< PfPI RWCU. REY C1.lBJ-5 DRYWELL D IGSCC UT 8 MANUAL 89 CUE CL1 SHT.23 W- 'ts C0tt1ENT==> ORIGINAL WELD. IEXArt TEARD g$ C0tt1Et4T ::> t1ATEEIALS 87C ] Cort 1EPIT==> VALVE : S/S SA351-CF8M CAST. 00 00 Cott:Et3T ::> PIPE = S/S 54312-44. .e N O 1

O O O PIPE SIZE / 16 UNIT SYSTEM COMP. E XArt. ITEtts CATEGORT INSP. CODE EXAMIS8 REQ. PROCEDURE INSPECTION PERIDO(St ORAMINGS ffPI RWCU. RET CUBJ--6 DRVWELL D IGSCC UT 8 MatUAL 89 DUE CLI SHT.23 n "oo CotttE NT = = > ORIGIN A L WE LD. (EXAtt VEARI e CotitENT==> ttATERI ALS 87C oo CO*t1EHT== > EtCOW = S/5 304. u Cott1ENT==> VALVE = S/S SA351-CF8tt CAST. e N PnPI RWCU. RET CtmJ--7 DRYWELL D IGSCC UT 8 t1AtajAL CLI NA SHT.23 C0fffENT==> ORIGIHAL WELD. IEXAtt YEARI CotttENT== > t1ATERI ALS 87C C0fetENT== > E LBou = S/S 304. Cott1EffT== > ELBOW = L'S 304. MPI RWCU. RET CUBJ--8 DRTWELL D IGSCC UT 8 MANUAL CLI NA 9tT.23 CuttitNT==> ORIGINAL WELD. EEXAtt YEARP e-o COtt1E NT = = > N AT EE I ALS 87C h C0t21ENT==> ELDOW = S/S 304. O O COtt1ENT==e PIPE = S/S SA358-304. o> t1PI RMCU. RET CUBJ--9 DRYMELL D IGSCC UT 8 ftAtUAL CL1 NA SHT.23 ,g M COMMENT==> ORIGINAL WELD. (EXAtt YEARI Q Cort 1ENT==> ttATERIALS 87C

o d

CO*t1ENT== > PIPE = S/S SA358-304. C0ft1ENT==> PIPE = S/3 SA376-304. O C t1PI RMCU. RET CtmJ-12 DRYMELL D IGSCC UT 8 F1ANUAL CL1 NA SHT.23 M t" O C0ft1ENT==> ORIGINAL WELD. (EXAM YEARI DC C0titENT==> t1ATERIALS 87C h CotttEtfT==> ELBOW = S/S 304. 4* C0ft1ENT==> PIPE = S/S SA312-304. O :x2 d [ k f., MPI RMCU. RET CUBJ-13 ORYWELL D IGSCC UT 8 MAtOAL CL1 NA SHT.23 u-00ft1ENT==> ORIGINAL WEl.D. (EXAtt YEARD $ "r ** C0ft1ENT==> NATERIALS 87C O C0ft1ENT==> PIPE = S/S SA312-304. U. I Cott1ENT== > PIPE = S/S 54358-304. H V. ftPI RWCU. RET CtmJ-14 DRTMELL D IGSCC UT 8 MAPCAL CL1 NA SHT.23 m CotttENT==> ORIGINAL WELD. (EXArt YEARI ,8 COtt1ENT==> ttATERI ALS 87C e CorttENT==> P!rE = S/S SA358-304. m* C0ft1ENT== > PIPE = S/S SA312-304. ~ 19

O O O PIPE SIZE / 17 UNIT SYSTErf C0tW. EXAtt. ITEt18 CATEGORT INSP. CODE EXAtttSI REQ. PPOCEDURE INSPECT!DN PERIO0tSI DRAWING 8 FTPI RWCU.RE T CUBJ-15 DRYWELL D IGSCC UT 8 NAP AJA L CLI HA SHT.23 M oo C0ft1ENT > ORIGINAL WELD. (EXArt TEARI Q CotttENT ::D NATERIALS 87C co C0".r1Etti== > PIPE = S/S SA 312-304 y C0tirttt3T== > PIPE = S/S SA 376-30fe. r0 PtPI RWCU. RET CL2J-16 DRYWELL D ISSCC UT 8 NANUAL CLI HA SHT.23 C0rt1ENT==> ORIGIN AL WELD. (EXAtt YEARI Cort 1Etif ::> t1ATERIALS 87C C0ft1ENT== > E LBCW = S/S 304. COMMENT ::> PIPE = S/S SA376-304. f"PI RWCU. RET CUBJ-17 DRYWELL D IGSCC UT 8 NANUAL CLI NA SHT.23 COMMENT ::> ORIGIHAL WELD. (EXAff YEARI N O COtt1ENT== > t1Al[DI ALS 87C g Cott1ENT== > pet:ETRATION PIPE : S/S 304. O O C0r1.1ENT ::> ELCOW = S/S 304. O ttPI RWCU. RET CUBJ-18 RX.BLOG D IGSCC UT 8 F1ANUAL 89 DUE CL1 SHT.23 h tn CONr1ENT== > ORIGIHAL WELD. I EXArt VE AR I Cott1Et#T== > t1ATERI ALS 85C

xt CotttENT==> PENETRATION FLUED CCiT1ENT== > HE AD S/S SA182-GR.F-304.

O C0ftfENT==> PIPE = S/S SA312-304. NPI RWCU. NET CtmJ-19 RX. BLDG D IGSCC UT 8 ftANUAL 89 DUE CLI SHT.23 hx Cutt 1ENT==> ORIGINAL WELD. EEXAtt YEARI C0tt1ENT== > tt ATERI ALS 85C H M C0ft1Et!T== > VALVE = S/S CAST. CONT 1ENT==> PIPE = S/S SA312-304. G, ** tt o su -so<n NPI MEADIreST HIBF-1 RX. BLDG D IHC.182 UT 9 ftANUAL CLI NA SHT.2 y p O, oe C0ft1ENT==> HEW WELD 1970 BEFORE STARTUP. E EXAtt YE AR I o Cott1EtIT==> ttATERI ALS 87C [. C0ft1ENT== > fr2ZLE

C/S SA5SS-CL2 S/S 308 CLAD.

M< COMr1EHT==> SAFE EfB = S/S Stit,2-304 LOW CARBON CottfENT== > LESS THAN.035%. W Cort 1ENT== > WELD = INCONEL 182. .~ i en w w g itPI HEAD.SPR HSAF-1 RX.BLOG D INC.102 UT 9 ffANUAL CLI NA SHT.2 5 t, m Cort'ENT==> HEW WELD 1970 BEFORE STARTUP. (EXArt YEARI g C0fttEt3T==> ttATEPIALS 87C y Cott1ENT==> t30ZZLE

C/S SA508-CL2 S/S 308 CLAD.

4 C0tttttIT==> SAF E EtB = S/S SA182-304 LOW CARBON Cott!ENT==> LESS THAN.035%. COMMENT== > WE LD = It3C0f tE L 182. 4

OT O O PIPE SIZE / 13 UNIT SYSTEtt C0rtP. EXAM. ITEtte CATEGORY INGP. CODE E X Aril S ) REQ. PROCEDtJRE INSPECTION PERIODES) DRAWINGS f1PI ISOC.SUP ICAC-F--I RX. BLDG D IGSCC UT 14 ffAt0AL 89 DUE CL2 SHT.18 M# CorffENT==> ORIGIraet WELD. EEXArt YEARB Cott:E NT = = > tt AT E R I A LS 87C CO:ttENT = = > REDUCER = S/S 304. Cott1Et!T = = > VALVE = S/S SA351-CF8tt CAST. f1PI ISOC.SUP ICAC-F--2 RX. BLDG D IGSCC UT 16 ftANUAL 89 DUE CL2 SHT.!8 CotttENT==> ORIGIt1AL WELD. EEXAH YEApt C0ft1ENT== > NATERI ALS 87C Cort 1ENT==> ELECW = S/S SA403-304. 00tittENT==> PIPE = S/S SA376-304. PfPI ISOC.SUP ICAC-F--8 RX.BLOG D IGSCC UT 16 ftANUAL 89 DUE CL2 SHT.18 Cott1ENT==> ORIGINAL WELD. ( EXAtt T E AR D g CorttENT==> MATERI ALS 65C O Cort 1Et!T==> ELBOW = S/S SA403-304. C0ft1ENT==> PIPE = S/S SA376-304. O O flPI ISOC.SUP ICAC-F--9 RX. BLDG D IGSCC UT 16 NAr0AL 69 DUE Cl2 SHT.18 frs C0ft1ENT==> ORIGINAL WELD. (EXAtt YEARI O Cottr1ENT==> ttATERI ALS 87C h Cort 1ENT==> ELDOW = S/S SA403-304. CorttENT==> PIPE - 5/5 54376-304. t; ftPI ISOC.SUP ICAC-F-10 RX. BLDG D IGSCC UT PT 16 ilAt04L 69 DUE CL2 SHT.18 C0tt1EffT==> ORIGINAL WELD. EEXAtt YEARI k COttIENT==> ttATERIALS 87C g C0tt1ENT = = > PIPE = S/S SA376-304. H CoritENT==> TEE = S/S 304. M O M tt f1Pt ISOC.SUP ICAC-f~P RX. BLDG D IGNC UT PT 16 ftANUAL 89 DUE CL2 SHT.18 [*$ ana C0tt1ENT==> ORIGINAL WELD. (EXArt YEAR) 00 % ** COtttENT==> HATERI ALS 87C o CotstENT==> REDUCf R = S/S 304.

f. I Cott1ENT==> TEE

= S/S 304. s< MPI ISOC.SUP ICAC-F-12 RX.BLOG D IGSCC UT 12 MANUAL 89 DUE CL2 SHT.18 w C0ft1ENT==> ORIGINAL WELD. (EXAN YEARD [ C0ft1ENT==> ttATERIALS ESC 00 Cort!E NT = = > P E DUCE P = S/S 304. oo CotttENT==> PIPE = S/S 54 376-304. .t3 N N

O O O PIPE SIZE / 19 UNIT SYSTEM CONP. EXAt1. ITEtis CATEGORT INSP. CODE LXAMfSt REQ. PPOCIOURE ItSPECTION PERIO0tSI DRAWINGS MPI ISOC.SUP ICAC-F-12A RX.B LDG D IGSCC UT 12 t1ANUAL 89 000 CL2 SHT.18 n S Cott1EtiT ::> ORIGINAL WELD. (EXAM YEAR) Cor:1ENT ::> t14TERI ALS 85C D Cott1EtiT ::> PIPE = S/S SA376-304. U' COMt1ENT ::) PIPE : S/S S4376-304. e M MPI ISOC.SUP ICAC-F-14 RX. BLDG D IGSCC UT PT 12 P1APR.lA L 89 DUE CL2 SHT.18 C0tt1ENT==> ORIGIN AL WELD. EEXAM YEARD COtt1ENT ::> NATERIALS 85C C0tt1ENT : > ELBOW = S/S 304. C0titlENT==> PIPE = S/S SA376-304. MPI ISOC.SUP ICAC-F-15 RX. BLDG D IGSCC UT PT 12 t1ANUAL 89 DUE Cl2 SHT.18 COMMENT ::> ORIGINAL WELD. (EXAM YEARI N Corettfir :=> nMERIALS 85C r.n CorstENT ::> ELCOu = S/S 304. O O C0t1 MENT==> PIPE = S/S SA376-304. n MPI ISOC.SUP ICAC-F-16 RX.8LDG D IGSCC UT PT 12 MANUAL 89 OUE CL2 SHT.18 .-l tr! C0tt1ENT ::> ORIGINAL WELD. IEXArt YEARI Cott1Et47 ::> MA1ERIALS 85C y C0tSTENT== > ELBou = S/S 304. CotttENT==> PIPE S/S SA376-304 O s~ PtPI ISOC.SUP ICAC-F-20 RX.BLOG D IGSCC UT 16 t1ANUAL 89 DUE CL2 SHT.18 ts Cott1ENT==> 09IGItfAL WELD. EEXArt YEARI Z COMt1ENT==> MATERIALS 87C h COtt1ENT==> REOUCER = S/S SA403-304. j Cott1Etti = = > T E E

S/S 304.

o :xt tj MPI ISOC. RET IiBC-F--I RX.BLOG D IGSCC UT 10 MANUAL CL2 NA SHT.18 k'$ ana COtt1ENT==> ORIGINAL WELD. (EXAM YEARI o$" C0rt1ENT==> MATERIALS 87C

- j y

Cort 1ENT==> ELBOW = S/S 304. c Cott1ENT==> VALVE : S/S SA351-CF8M CAST. y f1PI ISOC. RET ICBC-F--2 RX. BLDG D IGSCC UT 10 MANUAL CL2 NA SHT.18

tt Core 1ENT==> ORIGINAL WELD.

IEXAtt YEARI ~ Cott1ENT==> MATERI ALS 87C 5 m Cott1ENT ::> ELBOW = S/S 304. M* CONT 1ENT ::> PIPE : S/S SA376-304. e n 00

O O O PIPE SIZE / 20 UNIT SYSTEN COr1P. E X Art. ITEtts CATEGORT INSP. CODE EXAMtSt PEQ. PROCEDURE INSPECTION PERIO0tSI DRAWINGS MPI ISOC. NET ICBC-F--3 AX.BLOG D IGSCC UT 10 t1APUAL CL2 NA SHT.18 et oo COtt1ENT==> ORIGINAL WELD. ( EXAtt T E AR I COtt1ENT==> t1ATERIALS 87C m CotttENT==> [LDOW = S/S 304. Cort 1ENT==> PIPE = S/S SA376-304. to etPI ISOC. RET ICBC-F--4 RX.BLOG D IGSCC UT 10 ftANUAL CL2 NA SHT.18 C0ft1ENT== > ORIGINAL WELD. (EXAtt YE AR D COrttEtiT==> t1ATERIALS 87C Cort 1ENT ::P ELBOW = S/S 304. COMMENT==> PIPE = S/S SA376-304. MPI ISOC. RET ICBC-F--S RX.BLOG D IGSCC UT 10 F1APUAL CL2 NA SHT.18 Cor1HEtti==> ORIGINAL WELD. (EXAM YEARD Curt 1ENT ::> r1ATERIALS 87C h C0rfr1ENT==> ELBOW = S/S 304 O O COttttENT==> PIPE = S/S SA376-304. O ttPI ISOC. RET ICBC-F--6 2X. BLDG D IGSCC UT 10 t1ANUAL CL2 NA SHT.18 k in Cort 1ENT==> ORIGINAL WELD. IEXArt YEARI Cort 1ENT==> MATERIALS 87C W< COtt1ENT== > E tBOW = S/S 304. CorttENT==> PIPE = S/S SA376-304. O s~ t1PI ISOC. RET ICBC-F--7 RX. BLDG D IGSCC VT IC t1ANUAL CL2 NA SHT.18 0 Cott1ENT==> ORIGINAL WELD. I EXAtt YE AR D CorttENT==> ttATERIALS 87C z Cor1 MENT =x> ELBOW = S/S 304. H" COr1r1ENT==> PIPE = S/S SA376-304. gwc k re ffPI ISOC.RFT ICBC-F--8 RX. BLDG D IGSCC UT 10 MANUAL CL2 HA SHT.18 on:s W m Cort 1ENT==> ORIGINAL WELD. (EXAM YEARI e"** r Cott1ENT :-> ttATERIALS 87C " 9,lc Cort 1Erff ::> ELBOW = S/S 304. Cott1ENT==> PIPE = S/S SA376-304. y NPI ISOC. RET ICBC-F--9 RX. BLDG D IGSCC UT 10 MANUAL 89 DUE CL2 SHT.18 'O Cort 1ENT==> ORIGINAL WELD. IEXArt YEARI ~ ~ g"n CorttENT==> NATERIALS 87C C0ft1ENT== > PIPE = S/S SA376-304. e Cort 1ENT==> TEE = S/S 304. 94

O O O PIPE SIZE / 21 UNIT SYSTEM C0r1P. EXAM. ITENs CATEGORT INSP. CODE EXAP115 9 REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS MPI ISOC. RET ICBC-F-10 RX.B LDG D IGSCC UT PT 10 t1AP3U A L 89 DUL CL2 SHT.18

1**

COMMENT==> ORIGINAL WELD. (EXArt YEARI ,e CCttr1EHT== > t1ATERI ALS 87C g Cor1r1ENT==> RE DUCER = S/S 304. u Cort 1E tit = = > T E E = S/S 304. o NPI ISOC. RET ICBC-F-12 RX. BLDG D IGSCC UT 8 NANUAL CL2 NA ShT.18 Cort 1ENT==> ORIGINAL WEID. (EXAM YEApl COtt1 Erst==> F1ATERIALS 87C CotetENT==> ELBOW = S/S 304. 1 Cott1ENT==> PIPE = S/S SA376-304. t1PI ISOC. RET ICBC-F-13 RX.BLCS D IGSCC UT 8 11APAJAL CL2 NA SHT.18 C0ft1ENT==> ORIGINAL WELO. EEXAM YEARD g C0ftr1ENT==> t1ATERIALS 87C o Cor 1ENT==> E LBOW = S/S 304. y COtt1EtiT==> PIPE = S/S SA376-304. O O 11PI ISOC. RET ICBC-F-15 RX.BLOG D IGSCC UT 8 t1AHUAL 89 DUE CL2 SHT.18 .-4 Cort 1E NT = = > ORIGIN A L WE LD. EEXAM YEAR) C0ft1EHT==> NATERIALS 87C cot 1t1EllT==> ELBOW = S/S 304. Cott1ENT==> PIPE = S/S S A376-304. n h MPI ISOC. RET ICBC-F-16 RX.6 LOG D IGSCC UT PT 8 NAt3UAL 89 DUE CL2 SHT.18 r Cort 1DIT==> ORIGINAL WELO. EEXAN YEARI Cort 1ENT==> MATERIALS 87C g CorstENT==> ELBOW = S/S 304. g C0ft1ENT==> PIPE = S/S 54376-304. rn O :x2 c MPI ISOC. RET ICBC-F-17 RX. BLDG D IGSCC UT 8 MAtAJAL 89 DUE CL2 SHT,18 Or to m m 4 re u n a. 00 m. Cott1ENT==> ORIGINAL WELD. (EXAM YEARI 8 Cort 1ENT==> t1ATERI ALS 87C , { Cort 1ENT==> ELBOW = S/S 304. p c Cort 1Elli==> PIPE = S/S SA376-304. t1PI ISOC. RET ICBC-F-18 RX. BLDG D IGSCC UT 8 NANUAL 89 DUE CL2 SMT.18 Cort 1EtiT== > ORIGINAL 6* ELD. (EXAM YEARI y m Cott1ENT==> t1AT[ RIALS 87C C0tt1ENT==> ELDOW = S/S 304. an Cort 1ENT==> PIPE = S/S SA376-304. 00 0 O

O O O PIPE SIZE / 22 UNIT SYSTEtt C0t1P. EX Art. ITEMS CATEGORT INSP. CODE EXititSI REQ. PROCEDURE ItaSPECTION PERIO0tSI DRAMINGS _= MPI ISOC. RET ICBC-F-19 RX.BLOG D IGSCC UT PT 8 NAtUAL 89 DUE CL2 SHT.18 n CotetENT ::> ORIGINAL WELD. (EXAtt YEARI e Cor1 MENT==> t1ATERIALS 87C D Cort 1ENT== > SAF E Etc = S/S SA182-304L. u CorffE tit = = > E LDOW = S/S 304. e FJ MPI ISOC. RET ICBC-F-20 RX. BLDG D IGSCC UT PT 8 t1ANUAL 89 DUE CL7 SHT.18 C0rt1ENT==> ORIGINAL WELD. IEXAtt YEARI C0ft1ENT==> t1ATERIALS 87C Cottr1ENT ::) NOZZLE C/S SA182-F1 S/S CLAD. Cort 1ENT ::> SAFE END = S/S SAI82-304L. MP2 ISOC. RET ICBC-F-21 RX.BL3G D IGSCC UT 10 NANUAL 89 DUE CL2 SHT.18 C0ft1ENT 2:> ORIGINAL WELD. (EXAr1 YEARI N Cott1ENT==> ttATERI ALS 87C O C0ft1ENT==> REDUCER = S/S 304. O C0r11ENT==> TEE S/S 304. O O MPI ISOC. RET ICBC-F-23 RX. BLDG D IGSCC UT 8 t1AtUAL 89 DUE CL2 SHT.18 h tM Cort 1ENT==> ORIGINAL MELD. ( EXAf1 YE AR I O Cort 1ENT==> r1ATERI ALS 87C W CorttENT==> REDUCER = S/S 304 4 00rt1ENT==> PIPE = S/S SA376-304. O P1PI ISOC. RET ICBC-F-22A RX. BLDG D IGSCC UT 8 f1ANUAL 89 DUE CL2 SHT.18 eO Cort 1ENT==> ORIGINAL WELD. (EXArt TE AR)

C Cort 1Et4T==> t1ATERIALS 87C Q

CotttENT==> PIPE = S/S SA376-304. M Corit1ENT==> PIPE = S/S SA376-304. OWd f1PI ISOC. RET ICBC-F-23 RX. BLDG D IGSCC UT 8 11APUAL 89 DUE CL2 SHT.18 [$$ a n c, C0ft1ENT==> ORIGINAL WELD. IEXAtt YEARI r Cort 1ENT==> F1ATERIALS 87C O Cort 1ENT==> PIPE = S/S 54376-304. U. h C0rffENT ::) PIPE

S/S SA376-304.

N< MPI ISOC.RLT ICBC-F-24 RX. BLDG O IGSCC UT 8 MAFCAL CL2 NA $NT.18 y M C0ft1ENT==> ORIGINAL WELD. (EXAtt YEARI y Cort 1ENT==> NATERI ALS 87C o Cort 1ENT==> ELOOW = S/S 304. oo CD Cort 1ENT : ) PIPE S/S SA376-304. .e

O O O PIPE SIZE / Z3 UNIT SYSTEM C0rtP. EXArt. ITEMS CATEGORY INSP. CODE EXArilSt REQ. PROCEDURE ItISPECTION PERIOD (S) DRAWINGS MPI ISOC. RET ICBC-F-25 RX. BLDG D IGSCC UT 8 ftANUAL CL2 NA SHT.18 n "o C0r1 MENT==> ORIGINAL WELD. (EXA:s YEARI c C0f ttEt#T==> ttATERI ALS 87C D Core 1ENT== > E LOOW = S/S 304. u Cort 1ENT== > PIPE = S/S SA376-304. e PJ MPI ISOC. NET ICBC-F-26 RX.BLOG D IGSCC UT 8 ftAtRJAL Cl2 NA SHT.18 Cort 1ENT ::> ORIGINAL WELO. (EXArt YEARD CorttENT==> NATERI ALS 87C C0ft1ENT==> ELBCW = S/S 304 C0rt1ENT : > PIPE : S/S SA376-304. MPI ISOC. RET ICEC-F-27 RX.BLOG O IGSCC UT 8 ftANUAL CL2 NA SHT.18 C0ft1ENT==> ORIGINAL WELD. (EXAtt YEARI H Cott1ENT==> ttATERIALS 87C CorttENT x=> ELBOW = S/S 304. O COMMENT==> PIPE = S/S SA376-304. O O PfPI ISDC. RET ICBC-F-28 RX. BLDG O IGSCC UT 8 7"HUA L CL2 NA SHT.18 D m C0rt1ENT *:) ORIGINAL WELD. (EXAM YEARI 8 Cort 1ENT 2= > ttATERIALS 87C W Cott1ENT==> EtBOW = S/S 304. CorttErfT==> PIPE = S/S SA376-304 O C ttPI ISOC. RET ICBC-F-29 RX.BLOG D IGSCC UT 8 ftANUAL CL2 NA SHT.18 pc Cort 1ENT==> ORIGINAL WELD. (EXAM YEARI

C C0f tfENT== > ttATERI ALS 87C Core 1[NT== > SAFE END = S/S SAIS2-304L.

H CONNE NT = = > E LCOM = S/S 304. gwc k ", ttPI ISOC. RET ICBC-F-30 RX. BLDG D IGSCC UT 8 PfANUAL CL2 NA SHT.18 on r u-a C0ft1ENT==> ORIGINAL WELD. (EXAM DEARI "o $ ** Cortt[NT==> ttATERI ALS 87C

- O Cort 1ENT==> SAF E END = S/S sal 82-304L.

?. I COMr1ENT==> N0ZZLE

C/S 54182-F1 S/S CLAD.

HM PfPI ISOC.SUP ICBF-1 ORYWELL D INC.182 UT 14 PtANUAL CLI HA SHT.18 m Cort 1ENT==> NEW WELD 1970 BEFORE STARTUP. EEXAM YEARD y C0ft1[NT zz> ttATERI ALS 87C to CorttENT== > N0ZZLE

C/S SA508-CL2 S/S 308 CLAD.

00 Cort 1ENT==> SAFE EPO : S/S S4182-304 LOW CARBON g CotstENT== > LESS TNAN.035%. M Core 1[HT = = > WE LD = INCONEL 182. I I

V (~') o PIPE'STIE / 24 UNIT SYSTEM C0rtP. E XArt. ITEtts CATEGORT It4SP. CODE EXAt1tSi REQ. PROCEDURE IttSPECTION PERIODf SI DRAWINGS PtPI ISOC. RET IC8J--I DRYWELL D IGSCC UT 10 mat 0AL 89 DUE CLE SHT.18

1 C0tttENT== > ORIGINAL WELO.

(EXAtt VE ARI e CorttENT==> MATERIALS 87C g C0rt1ENT== > RE DUCER = S/S SA40 3-304. v. Corir1ENT==> PIPE = S/S SA376-304. e MPI ISOC. NET IC8J--2 DRYWELL D IGSCC U1 to ttAPUAL 89 DUE CLI SHT.18 Cort 1ENT==> ORIGINnt WELD. (EXAtt YEARI C0tRTENT==> tt4TERIALS 87C CotttENT==> ELBOW = S/S SA403-304. C0rt1ENT==> PIPE = S/S 54376-304. ftPI ISOC. RET IC8J--3 DRTNELL D IGSCC UT 10 MAPUAL 89 DUE CLI SHT.18 COMMENT==> OC.IGINAL WELD. IEXArt YEARD Cort 1ENT==> #1ATERI ALS 87C Cort 1ENT==> ELBOW = S/S SA403-304. vs C0ft1ENT== > PIFE = S/S SA376-304. Q ttPI ISOC. RET IC8J--4 DRYWELL D IGSCC UT 10 MAPUAL 89 DUE CL1 SHT.IS h

3 C'8 C0ft1ENT==> ORIGINAL WELD.

(EXAtt YEARD b Cort 1ENT==> r14TERIALS 87C C0f t1ENT==> VALVE = S/S S A351-CF8M CAST. ( Cort 1ENT== > PITE = S/S SA376-304. O MPI ISOC. RET IC8J--5 DDTHELL D IGSCC UT PT 10 MANUAL 89 DUE CL1 SHT.18 g e-Cort 1ENT==> ORIGINAL WELD. (EXAtt YE ARI t1* Cort 1Et4T==> t1ATERI ALS 65C E Cort 1ENT==> ELCOW = S/S SA403-304. CorttENT==> VALVE = S/S SA351-CF8tt CAST.

h. [<,[,

ftPI ISOC. NET IC8J--6 DRYWELL D IGSCC UT 10 MAPCAL 89 DUE CLI SHT.18 CorttENT==> ORIGINAL WELD. (EXAM YEARI $ 7.". C0r1 MENT==> MATERI ALS 85C C W C0rt1ENT==> ELBOW = S/S SA40 3-304. @y C Cort 1Et4T==> PIPE = S/S SA358-304. e* 4 (1PI ISOC. RET IC8J--7 DRTWELL D IGSCC UT 10 MANUAL 89 DUE CLI SHT.18 w CurttENT==> ORIGINAL WELD. (EXArt YEARI y rs CorttEtIT==> tt4TERIALS 85C Ectt1EtIT==> PIFE = S/S SA358-304. e C0rt1ENT== > PIPE = S/S SA358-304. .e 44 j 4 't

O O O PIPE SIZE / 15 UNIT SYSIEN C0t1P. EXAM. ITEMS CATEGORT INSP. CODE EXAttiS t REQ. F' 70CEDURE INSPECTION PERIODESI DRAWINGS .. = - MPI ISOC. RET ICBJ-12 RX. BLDG D IGSCC UT 10 t1Af0AL CLI HA SHT.18 n O CD C0ft1ENT ::> ORIGINAL WEED. ([XArt TEARI COtt1[NT 22) t1ATERIALS 87C OD C0f t1ENT =r> pet 3ETRATIO'8 FEt'ED C0ft1EffT n = > NE AD = S/S SA182-GR.F-304. to C0rt1ENT 2:> PIPF. = S/S SA376-304. MPI ISOC. NET IC8J-83 RX. BLDG D IGSCC UT 10

1AtUAL CLI HA SHT.18 C0ft1ENT =s> ORIGINAL WELD.

( EXAtt T E AR I C0f t1ENT az) ttATERIALS 87C COtt1Elli== > PIPE = S/S S A376-304. C0rir1ENT==> PIPE = $/S SA376-304. PtPI ISOC. RET IC8J-14 RX. BLDG D IGSCC UT 10 mat 0AL CL1 NA SNT.18 Cott1ENT==> ORIGINAL WELD. (EXAM TEARD Cott1ENT zz> 31ATERI ALS 87C O O C0tt1ENT==> VALVE = S/S SA351-CF8tt CAST. Cort 1ENT==> PIPE = S/S SA376-304. O H MPI RECIRC. RCAJ-PB1 DRTWELL D IGSCC UT 4 31ANUAL 89 DUE CLI SHT.16 y o C0tt1ENT mz> ORIGINAL WELD. ( EXAtt VE AR I d C0tFTEllT 2:> ttATERIALS 85C C0ft1ENT==> WELOOLET

S/S S4182-304.

Cf C0tt1ENT mz> PIPE = S/S SA358-304. MPI RECIRC. RCAJ-PB2 DRYWELL D IGSCC UT 4 MANUAL 89 DUE CL1 SHT.16 hx COtttENT==> ORIGItfAL WELO. (EXAM YEAR) h a C0ft1ENT ::D ttATERIALS 85C H* Cort 1Et#T zz> WELOOLET z S/S SA403-304. Cott1ENT==> PIPE = S/S SA358-304. Oyy

y. <,,

HPI RECIRC. RCBF-1 DRYWELL D INC.let UT 28 P1AtUAL CLI NA SHT.16 y 7,#, COtt1ENT==> HEW WELD 1970 BEFORE STARTUP. I EXArt VE AR I

- O Cort 1ENT zz> FTATERIALS 87C E. c Cort 1ENT *=> NOZZLE
C/S SA508-CL2 S/S 308 CLAD.

W Cott1ENT =r> SAFE EtB z S/S SA182-304 LOW CARBON CorttENT==> LESS THAN.035Z. W C0fttE NT = = > WE LD = Il3C0f 4EL 182. on ~ ~ '1 N., MPI ~ RECIRC. RC8J-IC1 DRYWELL D IGSCC UT PT 14 MANUAL 69 DUE CLI SHT.16 ew ty COtttENT =2> ORIGINAL MELO. (EXAM YEAR) Cott1ENT zz> MATERI ALS 87C C0tet[ TIT==> REDUCER = S/S SA403-304. CotttENT z:) TEE = S/S SA403-304. i J

O O O PIPE SIZE / 26 UNIT SYSTEtt Cor1P. EXAti. ITErts CATEGORT INSP. CODE EXAMISI REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS -= f1PI RECIRC. RC8J-PBI DRYWELL D IGSCC UT 4 MANUAL 89 DUE CL1 SHT.16 n$ C0rt1ENT zz> ORIGINAL WELD. (EXAM TEAR) e CorttENT== > NAT ERI A LS 65C D Cort 1ENT==> WELDOLET = S/S 54182-304. g C0rt1ENT== > PIPE = S/S SA358-304. ra f1PI RECIRC. RC8J-PB2 DRYWELL D IGSCC UT 4 f1ANUAL 69 DUE CLI SHT.16 Cort 1ENT zm> ORIGINAL WELD. (EXAri YEARI CONMENT==> t14TERIALS 85C C0ft1ENT :s> WELOOLET = S/S SA403-304. C0tt1[NT==> PIPE = S/S SA358-304. MPI RECIRC. RRCF-1 DRYWELL D INC.182 (IT 12 MAPUAL 89 DUE CLI SHT.16 Cott1ENT==> NEW WELD 1970 BEFORE STARTUP. (EXAM TEAR) y Cort 1ENT mz> NATERIALS 85C tr. CorttENT==> NcZZLE z C/S SA508-CL2 S/S 308 CLAD. Q Cort 1[NT==> SAFE Ere = S/S 54182-304 LOW CARBON Cott1[NT z:> LESS THAN.035%. O Cort 1ENT==> WELD = IHCONEL 182. Amo MPI RECIRC. RRDF-1 DRYWELL D IHC.182 UT 12 F1ANUAL CL1 NA SHT.16 O N C0ft1ENT z:> HEW WELD 1970 BEFORE STARTUP. (EXAN TEARD Cort 1ENT zz) NATERIALS 87C D CorttEHT z:> H0ZZLE = C/S SA508-CL2 S/S 308 CLAD. g Cott1ENT zz) SAFE Ere = S/S SA182-304 LOW CARBott p Cort 1ENT==> LESS THAN.035%. t:7 Cort 1ENT = = > WE LD = INCONEL 182. %z f1PI RECIRC. PREF-1 DRYWELL D INC.182 UT 12 MANUAL 89 DUE CLI SHT.16 j C0rt1ENT zz) NEW WELD 1970 BEFORE STARTUP. EEXAM YEAR) 9[E C0rttENT==> NATERIALS 85C m 4 ** COtt1ENT zz> H0ZZLE = C/S SA508-CL2 S/S 308 CLAD. $ 7 *. Cortt[NT zz> SAFE Ete = S/S SA382-304 LOW CARDON O W O.y C0rt1ENT zz) LESS THAN.035%. Cort 1ENT zz> WELD s ItsCONEL 382. c$ f1PI RECIRC. IMPFF-1 DRYWELL D INC.182 UT 12 NANUAL 89 DUC CLI SHT.16 w C0ft1ENT *=> HEW WELD 1970 BEFORE STARTUP. EEXAP1 TEAR)

o CONr1ENT z z > t1ATERI ALS 85C

~ Cort 1ENT :s> H0ZZLE z C/S SA508-CL2 S/S 308 CLAD. e Cort 1ENT==> SAFE Ete = S/S SA182-304 LOW CAPBort Cott1ENT z:) LESS THAN.035%. .e Cort 1ENT==> WELD z INCOHEL 182. w V8

-- -~ O O PIPE SIZE / 27 LRdIT SYSTEM COMP. EXArt. ITEtts CATEGORT INSP. CODE EXAN(S) REQ. PROCEDURE INSPECTION PERIO0tSt DRAWINGS MPI RECIRC. FRGF-1 DRYWELL D INC.182 UT 12 t1ANUAL 89 DUE CLE SMT.16 M$ CONr1ENT *z> NEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) e Cort 1ENT ::> t1ATERI ALS 85C y COr1rtENT==> HOIZLE = C/S SA508-CL2 S/S 308 CLAD. u Cor1r1EHT==> SAFE Ere z S/S SA182-304 LOW CApeOr8 Cor1r1ENT sr> LESS THAN.035%. 00rittENT :z> WELD = INCOHEL 182. MPI SHUTCOOL SCAF--2 DRYWELL D IGSCC UT 14 NAHUAL CLI HA SH T.24 Cort 1ENT rz) ORIGINAL WELO. EEXArt 1 EAR) C0rir1[rff==> r1ATERI ALS 87C Cort 1ENT 2:> PIPE = S/S SA376-304. C0rt1ENT== > PIPE : C/S SA106-GR.B. PfPI $HUTC00L SCAJ--4 DRYWELL D IGSCC UT 14 MANUAL CLI HA SHT.24 H O tn Core 1[NT =*> ORIGINAL WELD. ( EX API Y E AR ) O C0rt1EtsT **> HATERI ALS 87C O Cort 1Er4T : > VALVE = S/S SA351-CFort CAST. O> C0ft1ENT==> PIPE

S/S SA376-304.

g m OO THERE WERE 184 RECORDS FOUte THROUGH THE SEARCH.

ss 4

O h eO 'A $e tn O 3x2 O tr e p p 4 rt i

s W (D 00 m **

) O Mo

2 C

C M 1 l W 1 w w Y m M i 03 00 N OD .O o, U l

Dcto: July 31, 1988 Revision: 1 Change: i IGSCC CATEGORY E WELDMENTS 1.0 APPLICABILITY OF WELDMENTS 1.1 There are 12 MP1 weldments applicable to the definitions, descriptions, and requirements presented within this section. 2.0 DEFINITION OF WELDMENTS 2.1 Those weldments are those with known cracks or suspected cracks, that have been reinforced by an acceptable standard type weld overlay or have been mitigated by a stress improvement process with a subsequent ultrasonic test to verify the extent of the cracking. 2.2 For circumferential cracks mitigated by a stress improvement process, size limits must not exceed a depth greater than 30 percent of the wall thickness and a length greater than 10 percent of the circumference. Axial cracks of any extent that have had only a stress improvement process applied must be treated as Category F weldments or standard type veld overlay reinforced. 2.3 Mitigation by a stress improvement process is not applicable to weldments of this category if the service stress is over 1.0 Sm. The materials / processes, along with the service stress levels for each applicable welde.nt are identified in the veld records of this section. 2.4 IGSCC Category E weldments at MP1 consist of the following: a. Standard type weld overlay reinforced weldments, b. Cracked or suspected cracked weldments with Induction Heat Stress Improvement (IHS) applied and whose service stress is not over 1.0 Sm. I

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The IGSCC Inservice Inspection Interval for veldments of this category varies according to the refueling outage in which the overlay reinforcements were applied or when the cracks or suspected cracks were identified. The Inspection Interval is i every 2 refueling cycles. Category E weldment examinations started on October 25, 1985 and have continued under the requirements of this program since that date. 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS 4.1 One hundred percent of the weldments of this category will be examined every 2 refueling cycles. O re89/8592 Page E.1

Data: July 31, 1988 Revision: 1 Change: 1 IGSCC CATEGORY E WELDMENTS 5.0 WELDMENT DISTRIBlTTION REQUIREMENTS 5.1 When a cracked or suspected to be cracked weld is mitigated by a stress improvement process, is not reinforced by a weld overlay, and is identified and evaluated to be acceptable for continued service, the weld shall be examined during the next refueling outage. Following this one refueling cycle inser-vice examination, the weld shall be examined every other refueling outage. 5.2 When a cracked or suspected to be cracked weld is reinforced by a standard type weld overlay, the weld overlay shall be baseline ultrasonic and liquid penetrant tested, and then examined at the next refueling outage. Following thfs one refueling cycle inservice examination, the weld overlay will be examined every other refueling outage. 6.0 EXPANSION REQUIREMENTS 6.1 If significant crack or suspected crack growth is identified exceeding the sizes defined in paragraph 6.1(a) or (b) or additional cracks are identified and found during the in-spection of one or more IGSCC Category E welds, all Category E welds shall be examined. a. Significant crack growth for overlayed welds are defined as crack extension to deeper than 75 percent of the original wall thickness or for cracks originally deeper than 75 percent of the pipe wall thickness, evidence of crack growth into the effective weld overlay. b. Significant crack growth for stress improved mitigated Category E welds are defined as growth to a length or depth exceeding the criteria for stress improved mitiga-tion (i.e., 10 percent of circumference or 30 percent in depth). O re89/8592 Page E.2

_u___.__--. O o o INSPECTION PROGRAM SUP91ARY FOR UNIT MPI PIPE TOTAL SCHEDULED INTERVAL-TO-DaTE WELDS NEEDED TO CATEGORT ITEM SYSTEM SIZE WELOS WELDS PCT COMPLETED PCT INTERVAt. COMPLETE REQS.

i. CIRC.

12 6 6 100.0 0 C.0 6 100.0% T 1 E ORYWELL RECIRC. 22 1 I E00.0 0 0.0 1 300.0% e DECIRC. 28 3 3 100.0 0 0.0 (2 REFUE1.ING CYCLES) 3 200.0% N h HELDS FOR ITEM DRYWELL : le 10 100.0 0 0.0 le 100.0% I C Rx.8LDG 150C.5UP 12 1 0 0.0 0 0.0 0 0.0% i IsOC. sue 16 1 1 100.0 0 0.0 1 100.0r WEtoS FOR ITEM Rx.etDs : 2 1 50.0 0 0.0 a 100.0% Hom 2 oo o> t Hm o i o

x8 i

rn l s: m 1 ec MPI ICSCC Program all welds every 2 refueling cycles, varies according to application of weld overlay or identification of flaws. m s O :xt U .3 e os i o < rt

s m e so to --

mw i

== 0 I 1

s. r_.

c I ,4 W I, ~ ~

e O

i e 90 i ao 00 .tT1 1,a i MELDS FOR CATEGORT E 12 11 91.7 0 0.0 (1989 TO 1998) 11 100.0% i w

Dato: July 31, 1988 Revision: 1 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE Change: I f] o o o o o o o o o o o o o o o o o o o b-o a o o o o o jo V g o o o o o o o o o o o o o o o o o o o o o o o o o e o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o e o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o e o o o o o 2 e o o o o o o o o o o o o o o o o o o o o o o o o o o O E o o o o o o o o o o o o o o o o o o o o o o o o o o o wy 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o >l 3 o e o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o e o e o e o o o o o o o o o o o o o o o o o o o o o n j I o o o o o o o o o o a o o o o o o o o o e o o o o o o I e o e o o o e e o e o e o o o o o o o o o o o o o o o e x e o e o e e e e e o e e o o o o o o o o o o o o o o o S N o e o o o o o o o o o o o o o o o o o o o e o o o o o E e e e o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o W oe 0 e e o o o o o o o o o o o o o o o o o o o o o o o o o 2 5 o o o o o o e o o o o o o o o o o o o o o o o o o o o E o o o o o o o o o o o o o o o o o o o o o o o o e o o N o o o o o o o o o o o o o o o o o o o o e o o o o o o I e o o o o o o o o e o o o o o o o o o o o o o o o o o o I [w o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o e o o o o o o o o o o o o o o o o 5 a E v o o o e o o e o o e o o o o o o o o o o o o o o o o o 1 e j 2 o o o o o o o o o o o o o o o o o o e o o o o o o o o C o o o o o o o o o o o o o o o o o o o o o o o o o o o i E w I E m m \\ I27 7 i 7 4 - a m m - W 2 oaA A A A A A 4 4 4 4 y o h E O O O O 8 E E E E E E E o m - a a a a a a a a a a o o e e Note:1 For details of completed examinatione see each component examination record commente section. Page E.4

~. = =.- O O O PIPE SIZE / 1 UNIT ST5 TEM CONP. EXArt. ITEtis CATEG0GT INSP. CODE EXANESI DEQ. FROCEDURE IrtSPECTICN PERIODISI DRAWINGS t1PI 150C.5UP ICAC-F--3 PX.BLOG E IGSCC UT 16 titr:UAL 89 DUE OVt CL2 SMT.18

t h

Cort 1ENT **> ORIGINAL WELD. (EXAM YEApt e Cortr1ENT ::> #1ATERI AL5 85C y C0rt1ENT==> E LPOW = 5/5 304. Un C0rt1ENT==> PIrt = 5/5 SA376-304. CQt1ENT 2: > OVEDLAY 5/5 ER308L. 00rt1Et4T :s > t101E r OsEplAY PEINFORCEO 4 CC*f1E NT E x > BASELINE EXArtir*ED IN Core 1ENT rs > 1934 ISTArOARD TvrE8. MPI ISOC.SUP ICAC-F-13 WX. BLDG E IGSCC UT 12 NANUAL OVL CL2 NA SNT.18 CONNENT 2*> ORIGINAL MELD. (EXAM YEARI Corir1ENT mz> HATEp! ALS 87C Cort 1Et T==> EleC:.8 = 5/5 30%. Cort 1ENT zz> PIFE = 5/5 SA376-304. g Core 1ENT==> OVERL AY = 5/5 3R308L. O i M CONr1ENT ::> HOTE OVERLAY EEIteFDPCED S g Cort 1ENT ** > BASEt'NE EXAt11t:E0 IN O Cort 1ENT z* > 1955 ISTAr30APD TVFE S. g> MPI RECINC. SCAJ--! DRYMELL E IG5CC UT 28 f1ANUAL 89 DUE IMS FLW CLI SNT.16 N O C0rt1ENT zz> HEW WELD 1970 BEFORE STARTUP. (EXArt TEARI Q C0rt1ENT==> #1ATERI ALS 85C 4 Cort 1[NT *z> SAF E EfD = 5/5 54I82-304 LOW CAPCON g Cort 1ENT :s> LESS THAN.035%. C0rt1ENT 82> PIPE

5/5 SA358-304 C0tir*ENT==> !JE LO x 5/5 33St.

r* Cort 1ENT==> NOTE s FIPST INDICATIONS EVALUATED E Cor 1ENT *** IN 1932 A5 GE0t1ETPT. THESE g CCMr1ENT==> ItOICATIOlis WE9E Cor:5EpVATIVELT q Cort 1ENT szm TREATED 35 ACCEPT 15LE FLAWS IN r.n Cort 1ENT z:> 1934. nyg CO*t1ENT==> SERVICE STRESS r LESS TNAN 1.9 Srt. if a > m < re one f1PI RECIRC. WCAJ--7 DWTWELL E IG5CC UT 28 MANUAL 39 DUE IMS FLW CLI SNT.16 00 in * .e. ro Core 1ENT sr> ORIGINAL WELD. EEXAft VEAWD 3 f Cott1ENT zz> t14TERIALS 87C h Cort 1ENT *zz VAL %E

5/5 54358-CF8t1 CAST.

Cort 1ENT 22> PIFE = 5/5 54358-304. w Cort 1ENT : > NOTE 2 FIPST ItOICATIONS EVALUATED C0rt1ENT== > IN 1087. THESE ItOICATI0rts y .g ra CCretENT==> WEPE CCHSEPVATIVELY TREATED C0rffENT ::> A5 ACCEFTf 5LE FLAWS.

- g Cors1ENT==> SERVICE STRESS
LESS THar# !.0 Sft.

OD 4 t>e l i

O o o PIPE SIZE / 2 UP81T SYSTEM COMP. E X Art. ITEtte CATEGORY INSP. CODE EXArtt S B RE9. PROCEDURE IttSPECTION PERIODISI DRAWINGS F1PI RECIRC. RC8 J--5 DR1WELL E IGSCC UT 28 MAf0AL 80 OUE IHS FLW CLI SHT.16 +1 O Cort 1Et47 m:> ORIGINAL WELD. t EXArt VE AR S Cort 1Etaf =zz t1ATERIALS 87C N Cort 1Et4T s:D ELECW = S/S 5A403-304. C0ft11HT ::> PIPE = S/S 54353-304. e CONrtEtaf z:> tote = FIRST It.*JICATICitS EVALUATED N C0rt1ENT 2:> IN 1987. THESE IteICATIO'85 Corir1ENT m > WERE C0t45EPVATIVELY TREATED COMMENT==> AS AECEPTABLE Flaus. Core 1ENT =r> SERVICE STRESS r LESS THAN 1.0 Srt. t1RI RECIRC. RNBJ--! DRrWELL E IGSCC UT 22 Maf0AL 89 DUE IMS OVL CLI SNT 16 C0rt1ENT =* > ORIGINAL MELO. ( EX Art Y E AR D Cor1NE NT 2 * > MATERIALS Cort 1ENT== > t1ANIFOLD PIPE = S/S SA358-304. Cort 1E N T z = > C AP z S/S 304. O C0f t1[NT :* > OVE RL AY = S/S ER30et. Mn Core 1ENT z= > tcTE z C%ERL AY FElteFORCED 8 o Cort 1ENT zz> E ASELItat EXAP11taED IN Cor1 MENT== > 1957 ISTAtOARD T1PER. h +-I MPI RECIRC. RRAJ-4 DRYWELL E IGSCC UT 12 t1AtUAL 69 DUE OVL CLI 5HT.16 $o Cort 1ENT zz> ORIGINAL WELD. (EXAtt VEARI N Core 1[NT ** > MATEPI ALS 85C Cort 1ENT =z> SWEEPOLET z APPEARS TO BE S/S CAST Cort 1ENT ::> SPECIFIED TO BE S/S Cott1ENT rs> SA240-304. Corir1ENT zz> PIPE = S/S SA358-304. Ug Cort 1ENT zz> OVERLAT = S/S ER358L. 00rstENT== > NOT E z OVERLAY REINFORCED S C0rt1ENT zz> BASELItJE EXANItED IN m CorTIENT z:> 1984 iSTAfDARD 1TPEI. n,g it e ne

a. h.$

t1PI RECIRC. RR6J-1 DRYMELL E IGSCC UT 12 MAtUAL 89 DUE Ih5 OVL CLI SHT.16 C0ft1ENT rz) HEW WELD 1970 BEF0pf STARTUP. IEXAtt YEARI ,,y Cort 1ENT =s> MATERIALS 85C

s c

8: C0rfl[NT :s> SAFE Eto r S/S 54182-304 LOW CARBON g Cor1NENT zzi LESS THAN.035Z. l Cort 1ENT zz> PIPE S/S 304 ter SEAMED. g CotstENT ss> wet 0 x S/S 30$L. Cort 1[NT m:> OVERLAT z S/S ER308L. Cor? TENT *=> tJOTE r OtERLAY REINFORCED 8 n 00 C0f t1Et#7 ::> BASELIt4E EXAMINED IN CotttENT rz, 1984 ISTAtOARD ftPER. "p c .m 1

O 9IZE/ o PIPE 3 v l UP8IT SISTEM COMP. EX Art. ITENs CATEGORY INSP. CODE EVAt1853 ptQ. FROCEDURE Ir85FECTIOP4 PERIODISI D#AWINGS t1PI p[ CIRC.

98J-2 DptWELL E IG5CC UT 12 riaHUAL 89 OUE INS OVL CL1 SHT.16 no Core 1ENT m > HEu WELD 1970 PEFOPE STARTUp.

I Evart YE AQ t CortfENT : > t1ATERIALS 85C C0ft1ENT ::> E tPOu a 5 5 5A403-304. CD C0ftfEt4T z:> PIrE = 5/5 304 NOT Sear 1ED. e COrtittfi > WELD = 5/5 303L. N COMr*E N T = = > OVE p E A y = 5,5 E R 308L. C0rt1ENT zz > NOTE z OVERLAY ptINropCED & Cott1ENT== > e ASELIt:E ED Ar11t*ED IN C0rt1Et4T ::> 1954 (STAICARD TvrES. f1PI PECIRC.

pCJ-3 DRtWELL E IGSCC UT 12 MAtFJAL 89 DUE IMS OVL CLE SMT.16 COMr1ENT 2:> ORIGIt3AL WELD.

(EXArt TEARD C0ft1ENT :s> t1ATERI ALS 85C C0ft1ENT z:) ELBCW = 5/5 SA403-304. C0ft1ENT== > PIPE z 5/5 54359-304. Cort 1ENT== > OVEptAir = 5/5 ER308L. m Corir1ENT==> NOTE = 0%ERLAT pfIt40pCED & h CorttE*1T==> PASELItaE EXAMIt!ED IN Core 1ENT==> 1964 ISTAt3DARD YtPEl. h H tipi ptCIRC. pptJ-3 DUTWELL E IG5CC UT 12 t1 A?JUA L 89 DUE OVL CL1 SMT.16 $o Core 1ENT==> ORIGINAL nt!LD. 4 EXAM TEApt E Cort 1ENT =r> f1ATERIALS SSC M COMritt4T==> ELE 04 x 5/5 SA403-304. Cort 1ENT==> PIPE z 5/5 5A358-304. C C0tt1ENT==> OVEptAT = 5/5 Ep3cSL. h Cort 1ENT z:> NOTE = OVEptAT REIPNOPCED 8 O Cort 1[HT== > BASELIrtE EXAP11taED IN C0rt1ENT 2:> 19S4 ISTAffDARD TyrER. MPI DECISC. WWFJ-! DDTWELL E IG5CC UT 12 MANUAL 89 DUE OVL CLI SHT.16 9m. Cort 1ENT z=> HEW WELD 1970 BEFORE STARTUP. (EXAtt YEARD r* Cort 1ENT z=> t1ATEUIALS 85C $ 7.". ee Cott1ENT==> SAF E Etc = 5/5 SAI82-304 LOW CAP 50rf Cort 1EtIT = = > LESS THaN.035%. ~$y C ~ Cort 1ENT== > PIFE = 5/5 304 ta07 Started. Corir1ENT== > WELD = O/S 30SL. 7 CortlENT z:D OVERLAY z 5/5 ER308L. C0rt1ENT==> 980TE z OVERLAT Rett 3FOPCED 8 d Cort 1ENT **> BASELINE EXAt11t3ED 198 ~ ~ k COMitttaf =r> 1934 (STAT 3DARD YtFEl. OD 40 y OD t'l THERE WERE 12 RECORDS FOUPO THROUGH THE SEARCH. ~ m

Dute July 31, 1988 R vicion: 1 Change: 1 IGSCC CATEGORY F WELDMENTS

1. 0 APPLICABILITY OF WELDMENTS 1.1 There are no MP1 weldments applicable to the definitions, descriptions, and requirements presented within this section.

This section is intended to provide for future Category F weldments if they become applicable to MPl. 2.0 DEFINITION OF WELDMENTS 2.1 These weldments are those with known cracks that have been approved by analysis for limited additional service without repair and meet the conditions described below: a. Weldments found to have significant cracking (i.e., exceeding 10 percent of circumference or 30 percent in depth) or have a questionable extent of cracking that has been minimally overlay reinforced (i.e., design overlay applied) and are considered acceptable only for interim operation. b. Weldments with significant cracking that have been Stress Improvement (SI) treated will be considered to be under this category if the service stress is over 1.0 Sm. O c-weta e=t ita xi 1 cr cx er 11 er #7 exte== ** t have had only an SI process applied, d. Weldments that are classified under this category, because they meet the conditions described in (a), (b), or (c) above, may be upgraded to IGSCC Category E af ter four successive examinations indicate no adverse change in their cracking conditions.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The IGSCC Inservice Inspection Interval for veldments of this category would be each refueling outage. 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS 4.1 One hundred percent of the weldments of this category would be examined each refueling outage. 5.0 WELDMENT DISTRIBUTION REQUIREMENTS 5.1 Not applicable for veldn.erts of this category. J 6.0 EXPANSION REQUIREMENTS 6.1 O Not applicable for weldments of this category. re89/8592 Page F.1

Dsto: July 31, 1988 R vicion: 1 Change: 1 () ICSCC CATEGORY G WELDMENTS 1.0 APPLICABILITY OF WELDMENTS 1.1 There are 21 MP1 weldments applicable to the definitions, descriptions, and requirements presented within this section. 1.2 Weldments of this category have been subcategorized as G1 or G2 based on their accessibility for Ultrasonic Test (UT). There are 13 accessible G1 weldments and 8 inaccessible C2 veldments. 2.0 DEFINITION OF WELDMENTS 2.1 These veldmen'.s may not be made totally of nonresistant materials, but have not been given a Etress Improvement (SI) treatment and have not been examined to the latest IGSCC requirements of this program. In addition, these weldments could include SI welds that were not examined after an SI treatment. At MP1, there are no welds that fall us. der this last noted condition. 2.2 IGSCC Category G weldments at MP1 consist of the following: a. G1 weldments are those veldments that are accessible for UT, made with nonresistant and resistant base materials, fg(,) but include Inconel 182 weld metal and are considered susceptible to IGSCC. These weldments once examined to the latest requirements of this program will be upgraded to Category "D" weldments, b. G2 veldments are those weldments that are made of non-i resistant materials and are located inside of drywell piping penettstions which make them inaccessible for UT.

3.0 DESCRIPTION

OF INSPECTION INTERVAL 3.1 The IGSCC Inservice Inspection Interval f or veldments of this category varies according to the subcategory designations. All 13 G1 weldments will be examined during the 1989 refueling outage. The 8 G2 veldments will be continuously monitored for leakage by the drywell sump monitoring system to restricted leakage limits. The G2 weldments (5 Total), that are 10" and smaller in nominal pipe size are being evaluated to determine the applicability of a local leak detection system utilizing acoustic emission technology. To date, no vendor's system has been determined to be totally reliable or practical for installation at MPl. Evaluation of this technology is con-tinuing so that an acceptable solution can be identified that would result in our desired level of quality / reliability needed in this application. O re89/8592 Page G.1

.- ~ i Date: July 31, 1988 l Ravision: 1 l Change: 1 () IGSCC CATEGORY G WELDMENTS 4.0 INSPECTION EXTENT AND SCHEDULE REQUIREMENTS l I 4.1 Not applicable for weldments of this category. 5.0 WELDMENT DISTRIBITTION REQUIREMENTS 5.1 Not applicable for weldments of this category. ) 6.0 EXPANSION REQUIREMENTS 6.1 Not applicable for weldments of this category. d l i I 2 (:) i 4 i a f i i l l 1 d i (:) 4 re89/8592 Page G.2

O O O INSPECTION PROGRAM SUrt1 ART FOR t#41T MPI PIPE TOTAL SCHEDULED INTERVAL-TO-DATE MELDS NEEDED TO CATEGORT ITEM SYSTEM SIZE WELOS WELDS FCT CortPLt TED PCT INTERVAL COMPLETE REOS.

1 GI OptWELL CORE.5PR 10 4

4 100.0 0 0.0 4 100.9% CRO 5 1 1 100.0 0 0.0 1 100.0% e ISOC.5UP 14 1 1 500.0 0 0.0 1 100.0% (ALL 1989 REf1JELING OUTAGE) 5 100.0% y

ECIRC.

12 5 5 100.0 0 0.0 sn RECIRC. to a 1 100.0 0 0.0 1 300.0% e tJ MELDS FOR ITEM ORYWELL : 12 12 100.8 8 0.0 12 190.0% ex.eLOG HEA0 VENT 6 a 1 200.o o 0.0 t 10e.0% No v1 oo o

D-Hmoo Jts o

x: nse MP1 ICSCC Program 100% during the 1989 refueling outage. g Ee tn o)(10 re> > < et 3 MS 00 ta -- G. M o 3 Cc w '4 W w M W te 04 CD .O MELDS FOR CATEGORY G1 13 13 100.0 0 9.4 (1989) 13 809.8%

DIts: July 31, 1988 Rsvision: 1 181 HISTORIC AL EX AMIN ATION SUMM ARY T ABLE Change: 1 o o o o o o o o o o o o o o o o o o o o o o o o o o o b- {] ks g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o e o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 o o o o o o o o o o o o o o o o o o o o o e o o o o o 3 o o o o o o o o o o o o o o o o o o o o o o o o o o o 3 e o o e o o o o o o o o o o o o o o o o o o o o o o o g o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o O g o o o o o o o o o o o o o o o o o o o o o o o o o o o wy 2 o o o o o o o o o o o o o o o o o o o o o o o o o o o U 3 e o o o o o o o o o o o o o o o o o o o o o o o o o o R ty o e o o o o o o o o o o o o o o o o o o o o o o o o o 3 e o o o o o o o o o o o o o o o o o o o o o o o o o o g j I e o o o o o o o o o o o o o o o o o o o o o o o o o o I o o o o o o o o o o o o o o o o o o o o o o o o o o o e r o o o o o o o e o e 0 0 o o o o o o o o o o o o o o o S 5 o o o o o o o o o o o o o o o o o o o o o o o o o o o l I h o e e o o e e e e e o o o o o o o o o c o o o o o o o e o o o o o o o o o o o o o o o o o o o o o o o o o o o V oe e e e e e o e o o o o e o o o o o o o o o o o o o o o 2 b o o o o o o o o o o o o o o o o o o o o o o o o o o o 2 h o o o o o o o o o o o o o o o o o o o o o o o o o o e E o o o o o o o o o o o o o o o o o o o o o o o o o o o c o o o o o o o o o o e o e o o o o o o o o o o o o o o w I d o o o o o o o o o o o o o o o o o o o o o o o o o o o Z o o o o o o o o e e o o o o o o o o o o o o o o o o o E 2 5 5 o o o o o e o e o o o o o o o o o o o o o o o o o o o f o o o o o o o o o o o o o o o o o o o o o o o o o o o R o o o o o o o o o o o o o o o o o o o o o o o o o o o e E W 2 7 7 7 7 7 7 7 T T T T T T I W g aeh e4 4 4 e1 4 % (-) eecBerae% a aaaaa U e U e e Note:1 For detalle of completed examinatione see each component examinetton record commente section. Page G.4

D:to: July 31, 1988 Revision: 1 Change! I s, / ICSCC CATEGORY G WELDMENTS i I I h!gi '1 'T 'T 'T 'T 't E E E E 5 E E U 8 u u u u u u E E C 5 C e e e e e e e e e e e e wI $l s - a - s - a - s - s =

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O O O I PIPE SIZE / 2 UNIT SYSTEtt C0t1P. EXAf1. ITEtts CATEGOPY INSP. CODE EXAtilSt PEQ. PROCEDURE INSPECTIOra PERIC0(St DRAWINGS t1PI ISOC.SUP ICAF-1 DRYWELL G1 INC.182 UT 14 F14NUAL 89 DUE CLI SHT.19 M C0tt1ENT ::> HEW WELD 1970 BEFORE STARTUP. (EXAtt YEARI e C0tt1ENT ::> t1ATERI ALS y Cott1Et4T ::> t:0ZZLE

C/S SA508-CL2 S/S 308 CLAD.

vi C0tt1ENT ::> SAFE END : S/S SA182-304 LOW CARB0tl Cott1ENT ::> LESS THAN.035%. Cott1Et4T ::> WELD

IHCONEL 182.

FTPI RECIRC. RCAF-1 DRYWELL G1 IHC.182 UT 28 MANUAL 39 OUE CLI 3HT.16 Cott1ENT==> HEW WELD 1970 BEFORE SI ARTUP. (EXAtt YEARI C0 tit 1ENT==> HATERIALS C0t21ENT==> ICZZLE

C/S SA508-CL2 S/S 308 CLAD.

C0ft1Et1T ::> SAF E EPO : S/S 54182-304 LOW CAR 80t1 C0tt1EhT ::> LESS THAN.035%. Cotit1ENT ::> WELD = INCONEL 182. Js O FTPI RECIRC. RRAF-1 DRYWELL GI INC.182 UT 12 t1ANUAL 89 DUE CLI SHT.16 $o C0ft1ENT ::> HEW WELD 1970 BEFORE STARTUP. (EXAM YEARI n C0tt1ENT ::> t1ATERIALS C0tt1ENT ::> tOZZLE

C/S S&508-CL2 S/S 308 CLAD.

j Cottt1Et4T ::> SAFE EPO : S/S SA182-304 LCW CARB0f1 o COtt1Et4T ::> LESS THAN.035%. C0tt1ENT==> WELD = IHCONEL 182. O MPI RECIRC. RRBF-1 DRYWELL G1 INC.182 UT 12 t1AtlUAL 89 DUE CLI SHT.16 Cm Corit1ENT ::> HEW WELD 1970 BEFORE STARTUP. (EXArt YEARI t~ C0tt1ENT ::> MATEPI ALS s C0ft1ENT==> N0ZZLE = C/S SA508-CL2 S/S 308 CLAD. M Coritittaf==> SAFE EPO S/S SA182-304 LOW CARBON Corit1ENT== > LESS THAN.035%. En C0t1HENT ::> WELD = IHC0tIEL 182. nyn

3 e m FTPI RECIRC.

PRHF-1 DRTWELL G1 INC.182 UT PT 12 MANUAL 89 DUE CLI SHT.16 $k$ 00 IB ** C0tt1ENT ::> NEW WELD 1970 BEFORE STARTUP. (EXAM YEAR) .", [ C0t1 MENT==> t1ATERIALS 3 C C0tt1Et4T ::> POZZLE C/S SA508-CL2 S/S 308 CLAD. h Cott1ENT==> SAFE END : S/S SA182-304 LOW CARB0tl M Cott1Ct4T ::> LESS THatl.035%. p Cott1ENT ::> WELD

INCOHEL 182.

k t1PI RECIRC. RRJF-1 DRYWELL G1 It3C.182 UT PT 12

1AHUAL 89 DUE CLI SHT.16

-e 00 C0ft1ENT==> NEW WELD 1970 BEFORE STARTUP. (EXAtt YEARI ,0 Cott1EtiT==> MATERI ALS C0ft1ENT ::) POZZLE

C/S SA505-CL2 S/S 308 CLAD.

00ft1ENT==> SAFE EtO : S/S SA182-304 LOW CARBO'8 CONMENT==> LESS THAN.035%. Cort 1Et4T ::> WELD = IHCONEL 182.

O O O PIPE SIZE / 3 UNIT SYSTEM COP 1P. EXAM. ITEMS CATEGORT INSP. CODE EXAMISI REQ. PROCEDURE INSPECTION PERIODES) DRAWINGS --~~ -- MPI RECIRC. RPKF-1 DRYWELL GI IllC.182 UT ?T 12 F1AtUAL 89 DUE CLI SHT.16 ng C0t1 MENT==> NEW WELD 1970 BEFORE STARTUP. (EXAP1 YEARI e COtCIENT = = > t1AT ERI ALS g cot 21EtIT==> N0ZZLE

C/S SA503-CL2 S/S 308 CLAD.

v. COrttENT==> SAFE DD = S/S SA182-304 LOW CARB0t1 COtRIENT==> LESS THAN.035%. cot 21ENT :> WELD = It4COtlEL 182. THERE HERE 13 RECORDS FOUte THROUGH THE SEARCH. 4 H 4 O r.n OO O> J' H M O O

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D < n i c ta (D 00 tm ** t (D. >* o D. 4 c a p N 4 1 L.) e.e e i 2 P='8 00 e l O co CO i 1 i

O O O INSPECTION PROGRAN SUrt1ARY FOR UNIT HPI PIPE TOTAL SCHEDULED INTERVAL-TO-DATE WELDS NEEDED TO CATEGORY ITEM SYSTEM SIZE WELDS WELDS PCT cot 1PLETED PCT INTERVAL COf1PLETE REQS. '1 G2 DRYWELL CORE.SPR 10 2 0 0.0 0 0.0 0 0.0% ISOC. RET 10 1 0 0.0 0 0.0 0 0.0% ISOC.SUP 14 1 0 0.0 0 0.0 (CONTINUOUS MONITORINC) 0 0.0% ) LPCI 18 2 0 0.0 0 0.0 0 0.0% u PWCU. RET 8 1 0 0.0 0 0.0 0 0.0% 8 RWCU.58JP 8 1 0 0.0 0 0.0 0 0.0% WELOS FOR ITEM DNYWELL : 8 0 0.0 0 0.0 0 0.0% f 1 9 H O r.n O O O> H MOO W O 1 MP1 ICSCC Program continuously monitored for leakage. h 4 e 3' M 1 Z l

-1 m

OMU D' fD Da D < rt 4 3 FQ 00 03 (D F =* O

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C W M w e-. = 1 4 on ~ o gn D O 00 ,i 00 .O oo I i WELDS FOR CATEGORY G2 8 0 0.0 0 0.0 (CONTINUOUS MONITORINC) 0 0.0%

PIPE SIZE / g UNIT SYSTEtt COMP. EXAM. ITEMS CATEGORY INSP. CODE EXAMISI REQ. PROCEDURE INSPECTION PERIODES) DRAWINGS MPI ISOC.SUP EAIX-10A DRYWELL G2 IGSCC Sit 14 TECH.SP CRC CL1 NA SHT.18 N C0ft1ENT== > ORIGINAL WELD. II.D. CRC 1980 ). IINACCESSIBLED co COtt1Et3T ::> MATERI ALS COtt1ENT ::> PEHETRATION FLUED HEAD = S/S SA182-GR.F-304. co C0t21ENT==> PENETRATION PIPE = S/S 304. COMMENT==> NOTE : Cot 4TINUCUS LFAK DETECTI0tl APPLIED BY ORYMELL h.) C0 tit 1[NT ::> SUttP t10t4ITORING SYSTEt1 (Stil. C0tt1Et4T ::> NOTE : CORROSION RESISTAtIT CLADDIrfG ON THE WELD I.D. WAS COtt1ENT ::) APPLIED IN 1980 DUE TO ACCESSIBILITY BEItG MADE C0tt1ENT ::) POSSIBLE BY PIPItG REPLACEMENTS. t1PI RWCU.SUP (AIX-14 DRYWELL G2 IGSCC SM AE 8 TECH.SP CLI f4A SH T. 23 C0tt1ENT==> ORIGINAL WELD. (INACCESSIBLEI C0tt1ENT==> F1ATERIALS C0 tit 1ENT ::> P[t4ETRATION FLUED HEAD = S/S SA162-GR.F-304. COMMENT==> PENETRATION PIPE

S/S 304.

Cott1EPIT ::> NOTE = CotiTINUOUS LEAK DETECTION APPLIED BY ORYWELL cn C0f t1ENT==> SUt1P mot 4ITORING SYSTEt1 ISM). ACOUSTIC Et11SSION Q COtttENT : > LEAK OETECTION SYSTEM EAE) IS Ut0ER EVALUATION Cott1ENT = = > FOR THIS WELD. Q H MPI CORE.SPR (AIX-16A DRYWELL G2 IGSCC SM AE 10 TECH.SP CL1 NA SHT.20 $o C0tt1ENT==> ORIGINAL WELD. (INACCESSIBLEI y C0tt1ENT : > t1ATERIALS O COtt1EtIT ::> PENETRATION FLUED HEAD : S/S SA182-GR.F-304. C0tt1EHT==> PENETRATION PIPE = S/S 304. C COtt1ENT==> NOTE : cot 4TIHUOUS LEAK DETECTICt1 APPLIED BY ORYWELL y ra Cort 1ENT== > SUt1P t10NITORING SYSTEM (SM). ACOUSTIC E(11SSION c COtt1 Etat ::> LEAK DETECTI0tf SYSTEM (AE) IS UNDER EVALUATION COMMEt4T==> FOR THIS WELD. ZH tn i1PI LPCI (AIX-43 DRYWELL G2 IGSCC SH 18 TECH.SP CL1 NA SHT.32 O :xs c

3" o En Cort 1ENT ::> ORIGINAL WELD.

(INACCESSIBLE) In <n CorttENT ::> t1ATERIALS $ 7,ID, C0ft1ENT ::> PENETRATION FLUE 3 HEAD = S/S SA182-GR.F-304. to r C0ft1ENT ::> PENETRATION PIPE = S/S SA358-304. y c COMr1ENT :=> NOTE : CONTINUOUS LEAK DETECTION APPLIED BY DRYWELL C0ft1ENT ::> SUMP N4ITORIttG SYSTEM (Sit). y MPI ISOC. RET IBlX-118 DRYWELL G2 IGSCC SM AE 10 TECH.SP CLI HA SHT.18 m Cort 1ENT==> ORIGINAL WELD. (INACCESSIBLE) _e l C0tt1ENT==> MATERIALS o Cott1ENT ::> PENETRATI0tt FLUED HEAD : S/S SAI82-GR.F-304. Cott1ENT ::) PEHETRATI0tt PIPE = $/S 304 g C0tt1ENT ::> NOTE : cot 3TINUOUS LEAK DETECTI0tl APPLIED BY DRYWELL COMt1ENT ::> SUttP t'Or1ITORING SYSTEM (SM). ACOUSTIC Et1ISSION C0ft1EtIT==> LEAK DETECTION SYSTEM (AE) IS Ut0ER EVALUATION CONNENT==> FOR THIS WELD.

O O O PIPE SIZ'E / 2 UNIT SYSTEtt. COMP. EXAtt. ITENs CATEGORY INSP. CODE E X Arit S ) REQ. PROCEDURE INSPECTION PERIODISI DRAWINGS NPI RWCU. RET EBlX-15 DRYWELL G2 IGSCC St1 AE 8 TECH.SP CL1 NA SHT.23 N CONNENT ::> ORIGINAL WELD. (INACCESSIBLED N COrttENT ::> t1ATERI ALS k COtt1Et4T ::> PEllETRATI0t4 FLUED HE AD = S/S SAI82-GR.F-304. 00 C0ft1Et4T ::> PENETRATIOta PIPE = S/S 304. COtt!ENT==> NOTE : CONTIttUOUS LEAK DETECTION APPLIED BY ORYWELL N COtt1ENT ::> SUt1P MONITORItG SYSTEtt (SNI. ACOUSTIC EMISSION Cort 1ENT ::> LEAK DETECTI0t4 SYSTEtt ( AE l IS UNDER EVALUATIOt3 Corit1ENT==> FOR THIS WELD. NPI CORE.SPR (BlX-16B DRYWELL 62 IGSCC Stt AE 10 TECH.SP CLI HA SHT.21 CorttENT ::> ORIGINAL WELD. t I.D. PT 1984 9. (INACCESSIBLEI C0tir1ENT ::> NATERIALS C0t#1ENT ::> pet!ETRATION FLUE 3 HEAD = S/S SA182-GR.F-304. 00rt1ENT==> PENETRATION PIPE = S/S 304. g Cott1Et3T ::> NOTE : CONTINUOUS LEAK DETECTIOta APPLIED BY DRYWELL o COtt1Et4T ::> SUMP N0f3ITMItG SYSTEM t Stil. ACOUSTIC EttISSION y Cort 1Et3T==> EEAK DETECTION SYSTEt1 ( AE) IS Ut10ER EVALUATION o 00titEtlT ::D FOR THIS WELD. g COtt1ENT : ) NOTE LIQUID PENETRANT OF WELD I.D. WAS PEPFORNED IN y C0ft1ENT ::> 1954 OUE TO ACCES?!BILITY BEItG NADE POSSIBLE BY Q Cort 1ENT==> PIPItG REPLACEt1ENTS. oO NPI LPCI (BlX-45 DRYWELL G2 IGSCC SN 18 TECH.SP CLI NA SNT.3? k CONrtENT ::> ORIGINAL WELD. IINACCESSIBLEI C0tetEtif ::> ttATERIALS CottfENT==> PENETRAT10t1 FLUED HE AD : S/S SA182-GR.F-304. r C0621Et4T ::> l'Et1ETWATI0t4 PIPE

S/S SA358-304.

] COtt1ENT ::> NOTE : cot 1TItlUOUS LE AK DETECT 10t1 APPLIED BY DRYWELL tri CotttENT ::> SUt1P notaITURIt:G SYSTEtt (Stil. m THERE WERE 8 RECORDS F0tM) THROUGH THE SEARCH. hhh a<n U Wm 0Q ID (D &

- O 3

C-4 c >-a M w w e p D D M 00 O C0 .o N O

Date: July 31, 1988 Revision: 1 Change: 1 ,) DRAWING SECTION DRAWING NUMLER 25202-20338 1. REACTOR PRESSURE VESSEL SHT. 2 Jet Pump Instrumentation Nozzle Welds SHT. 10 Control Rod Drive Nozzle to Cap SHT. 56 Head Vent Nozzle to Safe End SHT. 22 Head Spray Nozzle to Safe End SHT. 22 Head Instrument Nozzle to Safe End SHT. 22 2. REACTOR RECIRCULATION SYSTEM SHT. 16 Recirculation Outlet Nozzle to Safe End SHT. 14 Recirculation Inlet Nozzle to Safe End SHT. 15 3. CORE SPRAY SYSTEM Core Spray "A" Loop SHT. 20 Core Spray "B" Loop SHT. 21 Core Spray Nozzle to Safe Ends SHT. 19 4. REACTOR WATER CLEANUP SYSTEM SHT. 23 5. SHUTDOWN COOLING SYSTEM SHT. 24 p) (, 6. LOW PRESSURE COOLANT INJECTION SYSTEM LPCI "A" & "B" Loops Inside Drywell SHT. 32 LPCI "A" Loop Outside Drywell SHT. 33 LPCI "B" Loop Outside Drywell SHT. 34 7. ISOLATION CONDENSER SYSTEM SHT. 18 Isolation Condenser Nozzle to Safe End SHT. 17 NOTE: Drawings of this section are not controlled under this pro-gram. Verification with the Nuclear Plant Records Facility (NPRF) must be completed to ensure the latest revision is being used prior to perf rming examinations in accordance with this program. O re89/8592 Page DWG.1

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O O O itEF I7835. BioLO6tCAL sinELD watL EP-2DI-4.... INMT10M ~ =27. E 10 6 AWAN6EMENT l _ lt. _. cc 232-052 54 3 o W CAP MATERIAL 2SZOZ-2013 7 INCOMEL ASME 551% 10.21$ SE 21$ CLAD (5330P2) N / .031R - h, 7 incouEt-gz N, j (( WELD l CRDD-i H M~' l 0 3eyy5* h O 5 TO SA E -Ct2. www -CS NOZZLE r-g a a 's .a (p u 1 g e d-, {B = s p w,4 s.isC i wmm ,o astr (capo-i wEto wium) l r.2so a p, ly 'EstEotTait o caoy.i / 5.w R] O j'////,//M T gpy(c3 g ~ su-30Z-es ,o. M MASLE t.% O inm, iou b.m gab u 2E. CON 3NABLE MM i 'r / - z$icf LENTE 12ED INCONEl. 57 I _.- LON LAMD % DRYWELL ELEV. 72'd g 33303_/ m3 !.8 e .A. ctAo incourt a surr m e h DETAIL d O +_ ~~. <n vwm l.. SECT 10M B-B .p m-NORIHEASI UllLITIES SERYlCE CO. h ..,. _""morrwasr uoaram rutem ca _-.s,_-> I6I CtWTROL RCD DRIVE RETURN N0ZILE 1 CAP DETAILS 52 A5 501 ose w.bFTR 404 W ~ ..'A b..wJu i n y m e.zom ms,

O O O FLANGE SURFACE INSTR. SPRAY l / / b N g-F CIS SA302 GR B // ty // / 15 { DIA. 15 { 3 25" THICK t" / / SAFE END "OfA. DIA. t" SA 182/ 304LSS INCONEL N WELD CLAD SS 308 BUTTERING \\ ./ INCONEL 182 rTHICK 182 SG DETAll'A' g \\ REACTOR VESSEL HEAD \\ WELD

NOZZLE e

SA 508 CL2 C/S INST. HIBD-1 1* WIDE E VENT HIAD-1 $~ WIDE SPRAY HSAD-11*WlDE CONSUMABLE CLADDING i y INCONEL 82 308 SS INSERT w REFERENCE DWGS S SAFE END VENT 1275* NOMINAL TM 6 375*OD EP-201-4__ ___INSULATON ARRANGEMENT "o ~ 1.437"NOMINAL TM 9~0"OD INST. 25202-20338 SH 2 oo .062 - 3 y gR NOZZLE WITHOUT CLADDING hAe H Q prveswns Dunisso minucTioso 25** ' VENT 1093* NOMINAL TM M37"NOMINAL TM. 02Yo 338 5H AY Rcv i NORTHEAST UTitlTIES SERVICE CO. gg g, Y RTHEA%T NLICLE AR ENERCd COMi%NY "'d Mit LSTONE NUCLE AR POWE R STAT 80N UNIT 1 IM REACTOR PRESSURE VESSEL DETAIL 'A' HEAD tOZZLE SAFE END WELD DETAll - erw <~ ydG

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x O p v v J 10.4* 27 $~ S WELD

WELD i

WELD

I RRAJ-2 RRAF-1 r-WELD
RRBJ-2

, OVERLAY WELDS W l hRAD-1 RROF-1 RRAJ-1 6h. 4 RROD-1 RRCF-1 RRCJ-2 , ppg,9 RRDJ-2 RRCD-1 RRDF-1 k*2 s RRCJ-1 RREJ-2 W RR -1 RREF-1 0 RR DJ-1 RRFJ-2 >D RRE 1 RRFF-1 f / Sb j.j RRGJ-2 NOTES RRFD-1 RRGF-1 d ~ j 1 INSULATION AROUND RPV IS

== R F-1 3 O RRJD-1 RRKF-1 RRJJ-1 (\\ 4 RRKJ-2

4) THICK o

b ? RRKD-1 Z g RRKJ-1 81~ h E 4: SEE DETAll 8 W LD WELD e 4 m wws;wezi"b P z 12 NOM. DIA. PIPE i t j , '[_M S '** SEE NCONEL18. INCONEL 82 m DETAll CONSU OLE NSERT y f _ BUTTERING a \\\\\\\\%f!((//hd k\\\\\\\\Nf V#4F i O SHIELD WALL X "R f 1 C C ELB L L h N / 304 SS y \\ 4 g,, / 72, L NON REMOVABLE / SPOOL PIPE E INSULATION 304 SS o NOZZLE CS SAFE END SA 508 CL2 SA 182 /304L SS EP-201-4 _____ INSULATION ARRANGEMENT y RPV 25202-29119 SH. 32 tn CS SA302 GR B 25202-2O33BSH 2 U 25202-2O338 SH.16 o 5 22 3o OA - -- wus1 F-S ~ ~ - - .31' neonawn room wireo* M / MIN. .06*R 25202 2033e suis atv. 2 M MAX wetO 8j ~ g ,NORMEAST UUUTIES SERVICE CO. Ei 1 3OBL ~ ersrasr uuctran rurpar ca 402 u ld.g .06 i.iu uttsvost noctc powta 31 1,0 vuir-, ISI RECIRCULATION INLET s JET PUMP RISER THERMAL SLEEVE SAFE END WELD DETAILS ATTACHMENT WELD INTERFACE

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O (d 0 D O V NOTES: WELD' I NOZZLE CS ICAF-1 WELD 1 INSULATION AROUND RPV 15 8 1 j,- SA 508 CL 2 ICBF-1 ICAJ-1 4h THICK g ICBJ-CA P SEE DETAll'A + CLAD 316L \\ ),75'92 3OBL L0 ' D'VF/// A3n+ n E [ 2O'#d CLADDING INCONEL 82 BIOLOGICAL JOB SS CONSUMABLE INSERT 7 182 WEW N i (( 1 ICAJ-1 ONLY A \\ / \\kkkYI //#2_DW ,f 1'R ELDOW t-c 1 M 3/3 M s 4[ 73" / SAFE END un NEL \\ WELD

SA182/304L SS W LD g2 M

10 4 N 272 ICAD-1 ICBD-1 g o 7-REFERENCE DNGS. INSULATION N Sq }* 6 RPV ~~ EP-201 - 4_ _ _ _INSUL ATION ARR ANGEMENT

A' NOZZLE AT 90*

SA 302 GR B CS 25202-29312 25202-20338 SH 2 m U 25202-2O338 SH 18 CAP O N SA-182 37*30r 30" ,8, TYP-304L SS OA "'""-a<<~**'-I'*- O 38* g econswN rnou Nusco* yj MIN 06.R 2s2o2-2o338 sH D REV 2 u (D b NORTHEAST UTILITIES SERVICE CD. ~~ NORTHE AsT NtK1F AR E NF RGY CO C 'B' NOZZLE AT 270* '062 !0 6 ,in u,usw Nuctc An ma s1ATION UN.T 1 ISI ISOLATON CONDENSER (SPARE CAPPED) DETAIL.A, SAFE END WELD DETAILS y' m_ s.v i-h.p?n $$.$ts % hd-_ - na "lA y_Av Wuh s' b ,%','fl .320')-20338 sh 17 .-l-

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ML20207C034

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