ML19274E438

Responds to IE Bulletin 76-06.Forwards Form NIS-1 Owner'S Data Rept for Inservice Insp Summarizing Inservice & Nondestructive Examination of Stress Corrosion Cracks in Stagnant,Low Pressure Stainless Steel Piping

ML19274E438
Person / Time
Site:	Fort Calhoun
Issue date:	02/20/1979
From:	Short T OMAHA PUBLIC POWER DISTRICT
To:	Seyfrit K NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION IV)
References
NUDOCS 7903260109
Download: ML19274E438 (46)

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Omaha Public Power District 1623 HARNEY 4 OMAHA. NEGRASKA 60102 3 TELEPHONE 530-4000 AREA CODE 402 Febrtrtry 20, 1979

!! . Karl V. Seyfrit, Director U. S. ?!nelear Regulatory Conniacion Office of Inspecticn and En forec ent Per;1on IV 611 Ryan Plaza Drive Suite 1000 Arlington, Texas 76011 Re ference : Docket I!o. 50-285

Dear Idr. Seyfrit:

The Omaha Public Power Dictrict received IE Circular '(o-06, dated I;ovember 2h,1976, which reauested that a Lu mary report of the exanina-tions and evaluation of results of inspections performed to identify stress corrosion cracks in stagnant, low pressure stainless piping containing boric acid solution. Accordingly , please find attached, a prelininary copy of Forr HIS-1 Owners' Data Report for Innervice Inspections for the Fort Calhoun St ition. The report includen the follouing veldo examined purnuant to the circular Weld Ident,i fication h Page of Forn NTS-1 Report 12-S DC-2020-5 Tee-to-Pipe 27 12-LPH-2001-15 Pipe-to-Elbow 29 12-IPH-2001-29A Pipc-to-Elbow 29 12-LPSI-2002-20 Elbow-to-Pipe 30 12-LPSI-2003-5 Pipe-to-Elbox 30 12-LPS I-2003-21 Elbow-to-Pipe 30 12-LPSI-2003-3h Valve SI-167-to-Elbow 31 12-CSS-2001-2 Pipe-to-Pipe 31 12-CSS-2001-17 Elbow-to-Pipe 31 12-C38-2001-2h Tee-to-Pipe 32 12-CS3-2002-5 Valve SI-170-to-Elbow 32 12-S DC-2001-10 Elbow-to-Valve SI-17h 32 12-S D0-2002-10 Elbow-to-Valve SI-lT3 33 10-IPH-2001-35 Elbou-to-Pipe 3h 10-LPJI-2001- 10 Pipe-to _Clbow 3h 10-LP3I-2002-9 Eibow-to-Pipe 3h 8-CSS-2002-2 Elbow-to-Elbow 35 8-IPSI-2001-10 Elbow-to-Pipe 36 6-SI-202h-3 Pipe-to-Valve SI-197 37 6-3I-2Olk-1A Reducer-to-Pipe ~E Ac noted in the tepart for eneb well, no evidence of strecy cor-rosion cracking van found. Tr.e vela ex:ainationc , cubj ect to IL Cir-cular 76-06, represent a iceidos cample and comprice about 6.1% 0: the 7903260/07

Mr. Karl V. Seyfrit , Director February 20, 1979 Page 7wo total number of velds on stagnant boric acid systems. Future reports will be submitted as these velds become scheduled for the normal See-tion XI inservice examination.

The District continues to monitor and control oxy;;en and chloride levels in makeup water to all boric acid containing systems in order to assure lov levels of corrosive materials in stagnant regions within piping.

Cincerely, .

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'd. E. Short Assistant General Manager TE3/KJM/BJH:Jma Attach.

cc: LeBoeuf, Lamb, Leiby & MacRae 175T "M" Street, H. W.

Washington, D. C. 20030

October, 1978 TUI Attach:nnts , pace ii1-39 l Ol:M NIS-1 OWNE!;S' I)ATA 1;EPO1;T FOlt, INSEllV!CL INSPECT!ONS A:rc :y red by the Provhion, of the ASME Code 01:s

1. Owner Omaha Public Power Di stri ct , 16'fl ti: "rc ntcut Omh N W: 1

Name

c.d Address of Ow r.ct) 68102

2. 1 br.c Fort Calhoun Station , P.O. On 93, Fort C:21 hot:n , JebrnaPa (Nune and Add c>s of 112nt) 6092j

3. Plant Unit

4. Owner Certificate of A_thori2niaa (if rey.:ed) _ _ .

5. Com;nercial Service Date9-26-7 3 6. Natio.u! ce2rd Number for unit

7. Components inspected Manufnturer M an u f a.c:u rcr or Insra!!rt Sure er Nat: anal Component or or Instdter Scri21 No, hovince No. Board No.

Appurtenance Reactor Preunure CE 66111 POSP8 Vessel and (see attacht.ent, pone lb)

Clonure Ee:.d Prencurizer CE 66602 20BS?

(see [ttach: rent, par,e lb)

St. Gen. //l CE ' 66505 20870 (see e.ttach nnt, pace 15)

S t, . Gen. 82 CE 66506 POSD0 (see attachrent, pace 15)

Eet;enerati ve Atlan Industrial 102P 866 Fe HI, Evcim imr l'i f'r . Co., Cli f' ten . "T .

(see attac.r. m ;e ]Q Uings 1 Pir nc Systern (nee attach::;ent om l_'j )

C1nsa 1 hlv. c n (nen n +.t :ch::an t,Urr.e )

pj -

Pa isilig"Syntus (see n ttochrent arjl_;13)

Note: supplemental acers in fmm of lies, sketche . or dimi vs may t c wd rowi.Ied ( t) sire is 8" in. x 11 in..

(2) inforout;en in items I thron;5 6 on tE dita repor: it iad.id:J on cash s' net.:cd (31 enh >he :t k nt.mbersd and the nuraber of sheets is rewrded .it th:: top of this fori:i.

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>: . . o s s  : .,1, . ,, . , , . . . . , , ,, . . , ...,m, ,_, . ., .

o - Fort Cis1houn (,Lat. ion Unit :Io, 1,P,0, n u 90, It rL cit 11g,un , i;.fi;r it 68uf13 Ce arci:;l Service Date ."uptenbe: 26, 1973 FOR1.1 NIS-1 (back)

8. I'xamination Dates 10-13-78 to 12-2h- 'l9 9. Inspection inecrvat from 9-2E-73 o 9-26-0 ? t

10. Abstract of Enminations. Inttude a list of examinations and a st2te:nent cenecrning status of work require.1 for current interut. (Attach.ent, pages iii, 1, 2 )

11. Abstract of Conditions Noted. (Attach.ent, pages iii, 1, 2)

12. Abstract of Corrective Meisurcs Recommen, led :nd Taken We certify that the statements made in this repart are correct and the exx ninations and correctiver:5-sures taken conforra to the rutes of the ASME Code Section XI. r i Gmaha Public ( '

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Date 2-'1 19 77 signed Porr Dintrict ny (. d& ,3 Owner T. E. Short Certificate of Authorization No. (if applicabic) Expiration Date CERTIFICATE OF INSEltVICE INSI'ECTION I, the undersigned, holding a v.did commission i, sued by the National Board of GoMer and Prewure Vcxd Inspectors and/or the State or Province of _ and ernptcyed by of have inspected the components described in this Owners' Data Report during the pcriod to . and state that to the best of my know'ed;c and Lelief, the Owner has performed cuminations and taken corrective mesures described ia thi> Owners' Data I;gort in accoidaate with the requirements of the A5ME Code,Section XI.

By signing this certificate neither the inspector nor his empioyer makes any warranty, expressed or impfied, concerning the cuminations and corrective rneamres described in this owner,' Data Ryert. Further;ao -

neither the Inspector nor his emp! oyer shall be liable in any manntr for :ny personalinj.ny er property dama;e or a loss of any kind arising from or connected with this inspection.

Date 19 Commissions Inspector's Si;nsture Nation d 1102- , State, Pro..r.cc and No. j I

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• - - ~ C$aha Public Power liistrict, 16P2, Haracy Street , Oraha, Hebra:in 68102

- Fort Calhoun Station Unit i.'a. 1, P. O. P.ox 93, Port C tthouu , aebrasbt 600;'3 Co:1:aercial Servi.ce Dato - September 26, 3 9'(3 AB3 TRACT During the October-Hovember 1978 refueling outuge, Southuest Research Institute (SuRI) personnel performed nondestruet.ive e:aulinationn of selected Class 1 and Class 2 components in Cr.aha Public Power District'r (OPPD) Fort Calhoun Station Unit No. 1. These examinaticar constituted the second innervice examination of the second 40-m;ath period of com-r.ercial operation. The components examined were selected in accordance with the follouing documents.

(1) Section XI of the Ar erican Society of Mechanical Engineers Boiler and Pressure Vessel Code, " Rules for Incervice Inspection of Huclear Power Plant Components ," 797h Edition with Addenda throu:rh ,

Summer 1975 (2) Fort Calhoun Stat. ion Unit Ho. 1 Technical Specificationn (3) " Fort Calhoun Station Unit No. 1,10-Year Incervice Exanination Plan for Class 1, 2, and 3 Components," October 1978, prepared by SuRI.

The nondestructive examinations were performed using manual ultrasonic (UT), magnetic particle (K1'), liquid penetrant (PT), and visual (VT) techniques. The UT exaninations revealed several insignificcat indica-tions. The MT and PT examinations revealed no recordable indications.

Three examination areas exhibited VT indications which vere reported to OPPD personnel on Customer !!otification Forns (CNFs) for disposition.

One area was repaired by OPPD and reexanined by SwRI personnel uith no recordable indicatiens observed. The remaining arcan were dispositioned and accepttd by OPPD personnel. Ho other recordable or reportable indi-cations were observed by SuRI personnel, iii

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I - 0:nhet Putil.ic Power Dict 2 1ct, .162 3 H a rn ey S t ree.: t , Or.uh t , ::ebracP.a 6M102 Fort crilhoun Station 1* nit :10. 1, P. O. iv.ix 93, Fort Calhoun, !!ebrauh:t 6800'i Cor/:.ercial :;ervice lhte - September 26, iff(3 LIST OF ABBREVIATIO:!S

/.S:3 - The /corican Society of fiechanical Engineern

!U:!T - Yhe /c.erican Society for I!ondestructive TenLing, Inc CCM - Counterclochwice CL - Charging Line C::P - Cuatomer I!oti fication Form C:C - Cathode Ray Tube C53 - Containment Spray Line CJ - Clockuice DAC - Distance Anplitude Correction Dec - Decree (s)

P.3H - Full Screen Height F4 - Feedwater Systen I!AZ - Heat-Affected Zone HPH - Hich Pressure Header ISI - Incervice Exanination LL - Letdown Line Lo - Zero Reference Location LPII - Low Preacure Header Line LPSI - Low Precoure Safety Injection Line tR - Ililliren I'3 - I.:ain Stean Systen

??P - Iiagnetic Particle Exanination I DT - Hondestructive Testinc OPPD - Omaha Public Power Dintrict PRL - Preocurizer Relief Line PSL - Pren3urizer Surge Line PSS - Pressurizer Safety Syrten PT - Liquid Penetrant Exa .ination QA - Quality Assurance RC - Reactor Coolant RL - Refracted Longitudinal RPV - Reactor Pressure Vessel SDC - Shutdown Coolant Line SI - Safety Injection System SwRI - Southuest Research Institute LT1' - Ultrasonic Exanination VT - Visual Exanination iV

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O:r tha I%b lic lb.te r Dlut ri c t. , .IQ3 !!nrney Street , On t :a, Uebranka 68102 2 Port. Caliv>un St. tt.i on Un i t. '!o 1, P . O . h, 90, Fort Calhvua, !!cbranha 600:,

Co.v cecial Service Date - Sept,er.Ler 26, 19'l3 TABLE OF CO:ITC Ta Pfl f'e we, 1 %,

e - a , 0y Ap.,mie.r bvl.>l . u y ,,s 3. ii t 1. 0.. <v..

1. 1 NTEU$5.I(, "

'103 . . ... ... . .................. ... ..... ..

1 A. Exar.Inntion Arcan.. .... ... ........ ... . ......

1 B. Sur.r.ary of Exar:ination Resultn. ....... . . .. . ...

DETAILS OV THE I iSERVICE E7AMI!!ATIO:! . . . . . . . ............ . 3 II.

A. Equipment...... .. ................................ . 3 3

B. Radiation Exposure.............................. .. . .

Summary of Ilondestructive Examinations. . ....... .. 3 C.

D. Deviationn From the 10-Year TSI Plan. . .. . ....... . 10 III. Otr 3L'diY OF UO!!DESTRUCTIt. ~; E h:T iiMi'10: 0 TABLES. 13 A. C] ann 1..,,... . .... . . . . . ... . ... . 13 B- Clasa 2........ . .. . .. ... . . ... 23

• APPEf:DICEO A. Cirint 1 E' eld Identi fication Fi gnrer, B. Class 2 l!nnexel.pt 'c.' eld Identi fi cation Ci r.u re n C. South::est Peaearch Inctitute Ilondestructi ve Training Procedurer D. SoutF.cest Eesearch ]nstitute I!uele u Projecta Operatinr, Proced:.ren E. Ult.ranonic Calibration Block Drawingc and Certifications F. Certifica.tions of Personnel Qualificatienc G. Material and Equip:sent, Certificationo F. IE Circular 'o. 76-00 Ki:O'11: Appendices A thrau s H are not included in thi c report. . They are available for inspectien at the Fort Calhotut plant cite or the Operationn Technical Support Service; of fice.

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• 0: .nh:t Public l'over Dintrict , 1623 Hnene'r :!Leeet , Orcha, I elsr mk t 6R102

' For t C ilhotut ' 1,at ion lin it :o. 1, P. O. It c 98, Port Calhoun , !:ebraalot G8003 Co ..u rcial Pervi ce D:i t' - I4'p t.cnbe r P6, 19 (3 I. IllTRODUCTIO:!

During the October-:!ove:.ber 1978 re fueling outage, Soutfr.<ect Ecacarch Inntitute (SuRI) perconnel performed nondestruct.ive examinationc of nelected Clanc 1 and Clana 2 component,u i n Omh t Publ ic Po'.:e r Di s t r ic t ' t.

(OPPDi Fort Calhoun Station Unit ' o. 1. These examinations constituted the second inr.crvice exanination (ISI) of the second h0-nont.h period of co:r.ercial eparation.

A. Exami att.:on Arean The componentn examined were celected in accordance with the follow-ing docunentn:

(1) Section XI of the A-rican Soelety of Ibehanical Encineers

( ASME) Boil.er and Preasure Veccel Code , " Rules for Inservice Inspection of iluelear Pouer Plant Compments," 197h Edition, including Addenda through Su=.er 1975 (2) Fort Calhoun Station Unit I!o. 1 Technical Specifications.

(3) " Fort Calhoun Station Unit IIo. 1, 10-Year Incervice Examina-tion Plan for Class 1, 2, and 3 Component.c ," October 1978, prepared by SvRl.

Reprecentative samples of the components and/or areas in the follou-ing list were examined with nondestructive testi:u, (I!DT) techniques t Clans 1 (1) Reactor Preasure Vescel and Cloaure Head (2) Prennuriner (3) St,eam Generators (h) Recenerative Heat Exchanger (5) Piping Syntems (6) Valven Clans P (1) Steam Generators (2) Piping Syst,er:s li . Sumnary of Exn1inrtion e' ultn The nandest,ruc t.ive ex:e::innt,ionr. were performed using, vir d (VT),

n r.netic part,iele (::T), liquid penetrant (PT) , and r *tn ual ulta anic (U'M techniques. The various examinat ient we re conderted in acco Wume with 1

- 0:caha Publ i c Powe r Di n t ri c t , 163 3 H wn ey G L ree : , Omaha, Nebraaka 60!OP Fort. 'Culhoun Station Un it, !!o. .1 , P. O. Box 93, Fort Callnun , i!obrauha GIVO 3 Co:r.ercial Service Date - GepterJer ?6, 19'(3 standard GuRJ I!DT pr<,ce lurea ubich were written to confern to tin. require-

.cnto of the applicable nections of the A:3. ; inile: ond Prewire V~, r l Co Ie and the OwRI Huclear Qualit.y Aosurance Pro <; ram !'anual. A copy of each applicable SwRI !.aJ procedurt 1c incluled in Appendix C.

Three examination areac exhihi ted VT indicat, ions ,'hich were reporte i to GPPD pernonnel on Custo:r ?r Motification Purna ( C:!Ps ) "o r d i spa cit i on .

These VT indications were observed on pipe restraints No. 2-dPH-2.12-21-11, Ilo. 3-HPH-1P-9-PR, and :Io. 3-POS-]h-10-PR. Jo. 2-HPH-2.12-Pl-PR was re-paired by CPPD per.en 31 and rmamined by S'aRI pernann"l; no recordable indications were observed. The other two arens were diupoultioned und accepted by CPPD perconnel. Ho other VT indicationc ,eere observed.

UT examinations revealed four insignifiennt spot indicationn in the Reactor Presaure Vesuel Head-to-Flange veld. These indie2tice . at 10 percent and 20 percent of the Distance Amplitude Correction (IW.:) curve reference level were well belot the required recording level of 50 per-cen t, of the DAC curve, but were recorded for Puture referenec on b . The UT examinations of piping welds revealed a few insignificant indientions ttnd several indications due to weld crown or root ceoretr'.

No recordable indications were observed during ",T nnd PT examinatione All UT extu.inatiena of piping welds subject to the provisionc of IE Circular Ho. 76-06, "Strena Corrosion in Stagn ant , Low Precoure Stainler.,

Steel Piping Containing Boric Acid Colut. ion at P.,W ," were performed in accordance with the requirements of the Circular. (See "R m rku" colunn in the Table.)

Test data (instrument calibration records and exaninntien data) for examinations were recorded on standard SwRI forms.

Operating Procedurec governing the weld joint identification rark-ing en nucJ ear power plnnt componento and ncasuring and recording Learch unit location and taxinun signal ru tplitude dats durint, ultrasenic enatina-tions are located in Appendix D.

The SwRI Quality Aanurance and Reliability Pagineering Section was represented ensite b;; nn SVRI Quality Aanurance (QA) representative, who was present, for approximately 50 percent of the ex:enination period.

The QA representative pc" formed the appropriate duties out. Lined in See-tion 3 3.1. h , "Onsite quality Assurance Activitica ," of the "P roj e ci.

Plan for the 1978 Inservice E :anination of Fort, Calhoun Station Unit Ho. 1."

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nha Public Power District, 1623 Harney St ree t , Omaha, :Jobrasha 6,102 Fort Calhoun Station Unit Ho. i, P. O. 1:ox 9f i, Fort. Calhoun , Nebranka GB023 Connerc i".1 Servi ce Date - p ptember 26, 19'{3 II. DETAIIL OF THE I!ISE'RVICE EXA!!IIIATIO:!

This section of the report provides a discussion of the equipnent used during the ISI, supplenentary in formation , and a num:aary of the nondes-tructive examinations perforned.

A. Equipment

1. Manual Ultrasonic Instruments Sonic FT3 Mark I ultrasonic instruments were used for the UT examinations and thickness caut;ing of natorials. They were also used as an aid in determining the :tcoustic characteristics / properties through measurement of transmission and attenuation of ultrasound in naterials.

2. Transducers Various brands , sizea , types, and frequencies of ult.rasonic transducers (nearch units) were used to perforn the exteninations. CerLi-fications for the transducers used for this ISI can be found in Appendix G. For information on the actual transducer used for any specific exuina-tion, consult the data sheets and referenced calibration sheets in the Inservice Exanination Field Data Volumes of the Suilf Final Report.

B. Radiation Exposure Of fundamental concern to all personnel involved in the IS f was the radiation exposure received during the daily exantination activities.

SwRI personnel took the necessary precautions to mininize overall ex-posure, and consequently, received the minimum dosa!;e practicable while perforning the celected examinations. The following listing details the approximate radiation exposure levels associated with the various exanina-tion nreas Area, Exonsure I.evel RPV cnd Closure Head 90 to 400 ra/hr.

Pres surize r 10 to 30 mR/hr.

St.can Generators 30 to 100 na/hr.

Rer,enerative Heat Exchanger 50 to 200 na/hr.

Piping Systens 10 to 100 ift/hr, Valves 30 to 30 mR/hr.

C. _Stra rtry of Ucadestructive Examinations The Sun' nary of Hondestructive Exaninations table provides the results of examinations performed to satisfy the requirements of OPPD': Technical Specifications and the AS3'I;Section XI requiremnts. The wecific areas examined are listed in Table 1 und Table PA in the " Fort Calh nt'l btation Unit No. 3, 10-Year Inservice Examination Plan for Cinns 1, 2, nd 3 Cum-ponent:: . "

3

- 0:naba Pub.lic Pouer Di ntrict. , 1623 !!arney Street , Or:dia, i:chranka 68103 Port Cal hoitt Station lini t !!e. 1, P. O. iiox (18, Fo rt Calhoun , I!"bracka 6803%

Cc:n.nercial Service D:tte - September P6, 37(3 The Duncanry of Mondentructive Uxanin tiona table ]i nto the exanina-tion areac, ucthods, and reuultr. It in d iv irb"! int o nectiona according to najor systems or co:.nponents and subdivided to 1 int the cpecific con-ponent, area, or veld examined. Several colurnn are ce]f-exulanatory, but the follouing co: nante may be helpful in interpreting the i n foruat ica na presented.

1. Exanination Area Tdentification Colurn in tae coluna "Exanination Area Identification ," each area, component, or veld is designated with a unique alph mtecric code. Each area, component, or veld which van exanined in listed in the f ollowing manner.

a. Prensure Retaininc Ves nels The examination areas for these components are listed by the generic terns which cpecifically identif', the area, componcut, or veld examined. Tnese terna, such as "Precouriner Surge Line-to-Dotton Head Ueld," are celf-e):planatory and are excl usive to tha t area, conpo-nent, or veld. In addition to generic namen, veld utchern are used wherever poccible.

b. Class 1 Pining The Clann 1 piping velda exanined during thin ICI are identified by nominal pipe cize, function, and line nunber within the cyntemo, uhich are abbreviated functionally as follows:

CL - Charging Line PGL - Precsuriner Surge Line HPil - High Prencure licader PSS - Preunurizer Safety Syst.en LL - Letdown Line SI - Safety Injection PRL - Pressurize: Pelief Line Weld Identificatica Fif,ures ( Appendix /s) identi fy compo-nent velds and piping veld locations along uit.h ether information perti-nent to the performance of the IST.

Line nunbering and designationn for Claco 3 are unchanged fron thone uced for the baseline exar:inat. ion and are ernlained below.

(1) Figure 1 shova m general conposite layout of the area covered by the 197? preservice (baneline) examination of Onnha Publie Power Dintrict, Fort Calhoun nuclear Power Station linit No. 1, and 11-luctrates the line numberinc, nehene.

(2) E'honever possible , the lineu and cynt em vere num-bered in auch a p mner as to focun on t.he riain con-ponents, that, is , the reactor vennel and the reactor coolant. ayaten.

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Omalm Publ ic Power pi ntrict , 16P3 !!arney Ut reet , 0:rdet, IIebrn:t i 6f!!O ?

Fort Diihaun Stat. loa (In i. t I!o. 1, I' . O . luix % , Po rt en t houn , !!e b ra u bt 68023 Cu::.:w re i tl Ce rvi c" !hte - SeptenLor P6, 1973 (3) i ,p 1 reactor coolant Jo>p cont Unn five ,eetions.

ine hot leg, the pri:nry P actor Prenaure Vence]

(HPV )-to-Stea:a Generator Line , in nunbered HC-lo.

The re fo re , any line that in connected directly to inop 1 in intmbered in t.he 10 ; , and the lin , con-nected directly t.o t.he reactor coolant :,j nten in loop 2 are numbered in the 20a. The cold let i, the St,ean Generato r-to-Pur:p , and Punp-to-EPV l inen are numbered in the direction of the flow. Any 1ine connected t,o one of thene linen bearn the t, ate de-nigruttien an the nain run of pipe in order to nain-tain continuity.

(h) For exarnple , in the upper lef tletnd portion of the dach-1ine box in Figure 1, the 6-inch Inw Pra>,;ure Cafety Injection (LP31)-l? line tien in to the 6-inch Cafety Injection (CI)-12, which connect.r, to the 12-inch Garety Jnjection (UL)-22, which then connectn to the Oh-inch Heactor Coolent (HC) J ine Ho. 12 (hC-12).

c. Clar<, 2 Pininn Veld Identification Fir,ureu /A ppendix h) identif:' corpo-nent, veldu and piping, veld locat. ions alcac, wi th otner infor,at, ion perti-nent to the perferrmace of the ISI.

For the Clann P piping nynte: ,, the decif. nation nynten con s i n t: of several parts:

(1) The ficat character net is one or tuo dir.t t: in-oicating nominal pi Pe oi m.

(2) The necand net , of Luo to four }ettct<,, l len t i fien the nynten by an abbreviation o r i te, functionn! name.

The abbreviations for the linen er .ined durin{, thi:

IG1 are linted below:

W - Feeduater Gynt.en Pli - finin Stean Syn ter SI - Garely Jnjection 9 ctt .

CSG - Cont ainnunt Upray Line LPH - Low Pressure Header hint s LPSI - Low Precuure lMe t , injectien Line:

SDC - Shutdown Cau.Ituit Linen (3) The third net, conniuta of a unique lino n uribe r The first dir,it i e "O," ni;;nifying Clar . P. The necond d'ir,it in a "O." The third and fourt h dicitr annure uniquenens.

6

0:vdri Pot >1ic Power Di nt.ri c L , 1623 Harn<t - PLreet, Oc'dn, d eb r s ',hn 68102 Port Calha ri P,tution Unit Mo. i, P. O. i m: 90, Fo rt, Cal heun , f!ub ranha 630. 'i Corrercial Cer vice Date - P,ept enber 26, 1 (ff ,

(h) The fourt.h act i: u,n211y a 1- or 2-digit.rumber ident,ifyi ng a cpeci fi c ci rcu:,fe ren t,l al w 'I d - Ittn nuch ac pipe uupporto, etc., are iden t i fi c,1 t;y add--

ing initial s to the nuber c " tN ci rcur ."e ren t ial veld di rect,1y upntre m. For e:::e ple , h-PH i n a pipe rentraint downutrear:i fro:' circunferent in1 vel d Ho. h. If there t re nuccesai . c.z ponentn belveen circumferential .reldn, a fifth net vill be udded to identify then cequeutially eitha- clockwise from zero reference locat, ion (Irs ) or in tb direction of flow, as appropriate.

(S) Reprenentative exr.ples are as . follo.. , (see Appendix B, Figure B-3):

(i) 28-M3-2001-6 in the nixth circunferential veld in cequcace on Clrus 2, 28-in . Ihin Steam Line :;o. 2001.

(ii) 28-M3-P001-6-P2-1 i s the pipe- reat mint directly dounntrean "ron veld :io. 6 referred to in (1) above. Since two pipe rent: tinte e:: int bet-ween veld I on. 6 an 1 'l, thel: number:. are PR-1 and I'H-2, re spe cti vely.

2. I:xanination Methocl Colin a

a. Visual (VT)

Areas requiring VT vere e:m.i.ned in necordance tilth SuRi Precedure ::DT-900-1, Rev. h2, or IIDT-903 h , Rev. 19 These svuI proce-duren include those cuidelinea outlined in Parc3raph I'.-!A-2210 o f Section XI and op.;eify r.ct.heda of dacur.enting indicationn.

b. Licpiid Penetrant (PT)

Manual PT toutn vere perfarrad in cuordance wit h SuRI Procedure MDT-203-1, Rev. h2, uning a vinible r 1-?ye penetr."' PT r:aterial certifications are in Appendix G.

c. Marnetic Pnrticle (MT) l'ar.netic Particle tent.n . tere perfc: ed in acco"drace ui t.h OvHI Procedure "DT-300-1, Rev. Ih, usins the dry pwder imnet,ie particle r.ethod.  ??I' material certif.i eat ions are in Appendi:- G.

d. Minual Ul trar on i e (Iri')

The si'eei fic lit procedurer e: . ployed i n uny part i cul ar e y: ni n a-tion covered in thic repart are lound in B.ppendix C.

1:ach veld va , subjectea t o e xa..:Inat i on neen:. di :cunced in the following subnectionn. Exc ep t.i on : t/. th<'ae te:t: vere u:na l ly due t, nrea/ecr,penent con figurationn and/or i na ccer ;ibil i t.y

• (

O.J.:d e t Public Power D i r, t r i c t. , 100') lht ntey U!.reet , Onict , !!ebr: Aa 6MO?

Fo r t C s i t. ; un GLttion Unit !!o. 1, P. O. I'm 98, For t C :lh'n:n , m branha 6D" 'j Con / .o re . a; Ge rvice Date - Pep tor.bor '.'6, 19D

( .1 ) Im"i tu linnl Atton'atino. Th; onne retal d j acon t.

to pip;.nc weldc van exm <inea rit h a otraight-bn et neurch uni t in orrhr to 'let.e tine ths relatiso < . ur.d tran: .i : . . cn c!nre:te ri nt i cu o' the ban" I n t al rad tha enlibration block (2) Innination "can [0!,) . A O-detree (der,) lon:;itudinal v a '. e .mn used to exar.ine th inne te'.al adj acer: L to t.he veldt to det.cr-nine the e ;intence of any loninaticnn or inclunion:. Ubich, if present, would east "nh rlm ;" which could prevent cound be,. neccan to all or part.

of thr M. d a wid/or could aff eet the interpre tation o f the e xaninat.ioa reaults (see Paragraph I-2330 of Appendix I to Sect. ion XL, and Paragraph T-53h. 3 o f /,rtic] c 5, Cection V).

Loncitudinal Wave 'clei d Denn (Om.1). In canen where (3) ----.a ph;. u i c a] con figuration prohibited chear 'iave e>.n ainations from both sidec of piping veldn, a 0-der lonr.itudinal uave examination van perfarned fror the surface of the i. eld whenever ponsible. A 0-deg longitudinal u tve exu.ninn' ica vas perforr.ed on vezel veld: unl e:, . the nece: .;ibili ty and/

or coari,,;raticr.n prevented th< exanination. The exaninationn are uned to deternIne the existence of any rer]ectora in the uel d poaltioned paM le t to the w!d surface (see Pararraph I-2310 of Appendix I to Section XI nad Paracrnph T-536 of Actiele 5.Section V).

c. lie rrac ted imri tulin tl Hav ". c an (Rh). For the RPV-to-Fley;e .' eld ex:aination , re f racted J ou gi talinal ' ace nearch unitn were used to perforn the exarninn tion neanr . The refract ed anFl e in included in the Gm;try of !!onde .;t ruc tive Examination t.abl e along u i t.h the "ith" decirnation.

(h) Shme Unv Scann (h50, _h W'ia' 60'> 60"T. )_. Each veld una e:r.ined un ing h5- and/or 60-deg she".r waven to deternine the inter-nat cha;neterintica of the i r ld r.etal . Whanever ponuible, e :anination:

vere p"rfoin.ed fron both nim of the veld uuing the required tent angle:

In addition , tr msverse uenns (applied alc an the veld and b:ine :m t. a ] to detec t any re flec tors orien t.ed "trunnvel . e to the veld") using h5-dec sheer wtve nearch unitn vere performd whenever ponuible. The une of thene techniquer i: denoted by "h5 T" in the nondestructive e. mination nurm:u : table. Veucel veld exar,inations alno included uinilm 600T serma.

3 Indicat.innn colu,nr The four column. under the c.c eral he 'tdinr. o f "Indico '. ions" are "Ia Record,ble," "In s i r.n i fi c an t ," "Geomet ri c ," and "Other " These calurna 1:cre unrd s requi red , a.nd the i r gene: 'l O acription 1: pro-vided below.

The renult: for t he VT, It', nnd PT examination , are i n d i.c a ted by an "X" in the appropri at.e colurn to be e i ther "ih> Hecordable" or

" O t. h a r . " The t.crr "Oth"c" i: unad when indientienn are ob;erved that exceed the recording requin : ents of t.be applienble procedure.

U

.~ '

Omha Publie Power Di ntrict , 16"3 Harney 3treet , Omhu , liebr tuka 68102 Fo r t Ca l houn O t,rt ti f n Un i t 1:n . 1, P . () . Ivi y. 93, Po rt Calhoun , i ebranka. 6802.1 Co:m m a n] Servie" Date - Cap ter.be r 26, l'Y(3 The renult,r of th" UT examinationn are indi catml by recordirm, t.he ancle of the ul t,raconie nearch unit. t.nder the column herrli:J: which deceribes t.he tent reaults for that angle , i.e., th" ":o Reco: s able,"

"In uigni fi ca n t,," "Cear.et ri c ," or "Othe r" colu.in .

In the perfornance of the UT examinations, the dota recording level van eutablished by the applicable UDT procedure.

The tern " o Uecordable" van applied when no indications vere observed gr eater than the recordinc; level tutd no indications were observed between 20 percent, of the D*.C curve and the recording level which were nunpceted by the Level II examiner to be other than geometric in nature.

"Insignificent" was npplied when (1) the amplitude of any in-dication observed van equal to or creater than the recording level, but less th ta 100 percent of the DAC curve, or (2) nonrelevant indicationn, nuch an reflections due to ntanding wr'/es, trapped glycerine, etc., were observed.

" Geometric" indicut,ionn were (1) thoae indications uhich Irrte an tur.plitude equal to or cr eater tir1n 100 percent of t.he DAC curve and have been resolved and documented to be coometric in nature, or (2) in-dicatioun that are less than 100 percent of the DAC curve but were nua-pected by the Level II examinern to be other t.h:ci geomet,ric in nature, and were then resolved and documented to be cecmetric in nat ure.

Indicaticas that are geomet,ric in nature are thone renolved an due t.o a reflection from a georatric feature o the veld or component such an " root" gecretry., "croun" r.cometry, "innide surface" geometry, or "outaide surface" geomet.ry. An indication due t.o "reot" gecretry in one in which the ultraconic vave is reflected by the root geo ety of the veld bead; "croun" r,cometry indi cations occur when the ultrasonic va n reflectn off t.he inside curface of the examination area, utrihen the crown of the veld, cuid is returned to the tr ansducer, "incide uurface" georetric indications occur when the internal curi ace of the examination area of the veld ritup contains en anrular pl:cle cufficient to refleet a portion of the ultranenic be:m back to the trnnaducer, und "outside surface" geomet.ric indicationa occur uhen t.he ultrasonic wave reflect:

off the inside surface of the examination area, s t rikeu t h- outnide surface of the examination area, and in returned to the transducer.

"Other" indications include those indicationn evaluated to be othe:

than " Insignificant" or "Geomet rie" indicationo, ac duncribed above.

The resolut, ion of each " Geometric" and "Ot.her" indi ca ti on van docu-mented on SuRI Indication ResoluLion Recordr and inclu led ,ti th the veld data packnge. These records are listed by nerial number along with the appropriate examination data sheet on the nunmary nheet for the conpo-n en t, .

9

~

0: ha Public Pow. r Di :t ri c t , 16:!3 liarney ut,reet,, 0:n!n , T!ebrn +t 6810!

Fort C tthow. Jt ntion Un it Ho. .1 , P. O. Im 'JB, Fort Calhoun , f!cbranka GOM Ce: :nrelal A rvice ihte - Septe:.ther 26,1rfl3

h. ,11:, t ekn Colu n_

The "Perrarks" coluta in nced to provide M i tional i n forr. iti on D"etinen t to the evirination reJulto; (1) Uhen cor.plete coverage of th>> exm inntion area van not po.;-

sible, the "Eenarks" colu.Tn ,m, u.:ed to indicat,e the ] initu-tions.

(P) For VT, MT, or PT exrdnation resalta reported to the "Ot.ht r" colu a, a brief description la civen in the "Renarka" colu:rn .

(3) For UT exa'ainat ion recults reported in the " Geometric" or "Other" colu:an c , a brief descriptica of the recolution of the indication in presented in the "Remarhi" colunn.

(h) Re fe rence i s made in the "Rer::tr%n" colur.n to C:lF;, used in the reporting of indications.

(S) The required UT calibration block nu;bei in listed in th" "Pe:: 1rks" colurn for the applicable exanin atio: .

S. Table The funr.ary Table in incitrled from pace 13 through par.e 39 of thin report.

D. Deviations Fran tha 10-Yer.r ]",I Plnn-

'i"ne following examinntion arcan deviate from the scheduled exa:r.ina-tion areno of the 10-Year ISI Plan dated October 1976. The e> e-Ination areau were chosen over thoco r,cheduled no a r.atter of accencibility md convenience, unlean otherwise not.ed, and reprer.ent sinilar ', '] du on the natae or cimilar pipinf,.

Fxamination trea Deviation Fro": 10-Yea:- Pl an Vcanel Interior (page lh of Examination f.dded to cchadule to con-Table) form wi th requirement of the Cection XI Code.

Prennurir.er Surge Line nozzle-to- 600T neun wided to com-Bottom IIcad Weld (paga lb of Examina- plete exar'.ination per-tion Tab 1c) for.r.ed in the 19Tl ISI .

Ste:ua Generator <,1-:I-3 , 1-I:-3, licad- 600T ccan added to ce:n-to-!!ontle Welda (page 15 of Examina- plete exa dnation per-tion Table) for: red in the 39'lT ISI.

Stean Generatorn 2-M-2, 241 h, Appendix A 5'i;,ure 0: 10-Meridional E Ida (page 15 of Exandn t- Yenr Plan hml',reld'- in-tion Table) correct e l aboled .

10

Omihn Public Pmier Di n t. ri el , 1023 IIarney Ct.reet,, 0:'alet , H. bra:da 68l02 Fort Calhoun St.at. ion liniL Ho. 1, P. O, im 93, Port Cul houn , !!c bracha 6802 3 Co: ir. f re i al ::e rvi ce I;a t< - Ceplenber P6, 19'(3 1: min ttion Area Devi at i nn v rout ~10.-Yon r Pl an Utean Generatora 2-00-2, 2-3L-3. Examined for feasibility 2-GL- h , Support Lur, (pa::e .l's of o f UT scan t, not perforrnd Exanination Table) in the 1977 iSI.

Regenerative Heat Exchanr.er Uelda Dye penetrutt exanin:t-

//9 ran] //10 (par,e 16 o f Exanination tion perfcr .:1 in lieu Table) of UT examimlion aa called for in the 10-Year Plan becuuae the veld confic,tuations could not be determined.

Will be reacheduled.

3-POS-3 h-22-?H (pace l'l of E. mi n a.- Hecchedule! f-on 1980 tion Table) to 39'(8.

2 b PIFu-2-10-3C (page 13 of Ex:c:Ina- Recchedulea Fren 1980 tion 'nthle) to 1978.

12-SI-2h-l h-S C-1, -2 (p ar,e 18 of Hencheduled fra 1930 Exanirmt. ion Table) to 3978, 12-SI-Ph-l';-Pil (pni;e 18 of Ex: ':i n n- Reuclieduled fria 1980 tion Table) to 1978.

28-l'. ,-2001- l l-Ch' ( p a r.e 25 of Exanina- Addi ti on to 10-? car P3an.

tion Tnble)

]2-I?3T-201'h-2-PH (pam 28 of E tnina- lie.;i rn a ti on chrg,ed fro.i tion Table) GC (volded < ;, cort) te PH (elan: ped-type pipe restraint).

12-LPH-2001-19-PL-2 (page 29 of Reacheluled from se oad Exarination Table) 10-year interval.

12-1.PH-2031-29A (par,e 29 of Exa: ti n a-- M L p rev i ouc ' r liuted.

tion Table) Weld P9 of 10-Year Plan changed to 29 and 29A.

12-IPH-2001-29 (page 29 o f E.vn :i na- Unable to perfern UT tion Table) e x:r .it ri t. i en a r, acheduled due to con:'ir : atlen .

Pje penetrant exanina-tion perfor: d instead-12-CO-2001-Ph (page 32 of Exand ur.- Reccheduled ' con t h i r.!

t, ion Table) 10-vear int e: ,tl to re-plnee veld '6 fouul to be i nnece , :i !.!e 11

Or.ah t Pubtic l'over Dint.ri c t , 1.62 3 ll: rney P t.rcet , Omlia, t.'ebronka 68102 lbrt C:ti h >w P.t:tti on (fa i t. !!o. 1, P. O. i'o y 08, Fort C:t thoun , !!uhrauka 600"3 Cc,.:a re i tt l l rvi c. Ih te - ' cp t e . , lie r 2 6, l ')'l 3 l' rni n '. i ui Arc t Puviati<m Pro, 10-Yetr Plan 6-SI-202I.-3 (pn~e 3'( of Excaai tiat ion IJnable to 1,errorn UT Table) exaninition fron down-utreara cide of the weld due to confic,uration.

Dye perietrrutt e:canina-tion perforced in addi-tion to the UT fron the upctrea:a side.

I!one of the above devitttionn fron the 3 0-Yen: Pltei are critical to r.eeting the required number o f c:. ninations as specified by the AS!.i. See-tion Xi Code. The 10-Year ISI Plan vill be reviced to ref. lect thene ceheduling changes.

12

- i ; . i h r e. l'u! ] i c l'r,,ter Di :.t ri c L , 13.23 !!a rnr y Utreel, C: cal':t , 1:e b r inha bd.! O:;'

!N: 40, l' ort Calh aici, !ielirauha (290Z, l'o rt Cal h'sa:t : L'tLlon liail I:o. 1, l' O.

C- re i:11 :>cr ;ic.' Dale .;ep tenb . r P(> , .19'( 3 fiU'2il ' "T' I!O:IIE3Ti?UCTIE XA"I:'ATI0:13 TABL" Class 1

. .-.~

IT*tT CAT.ItCl ATIO!!tNIT 1 1778 IN' EPJICE EXAMINATI("I - CLA"!i 1 -

CUl:mRY OF Mn: 0ESTT.UCTIVE EXAMI iATIO!!9

~-

n. 2

,O c" TP.ESSt'RE VESSELS (See P.eferenced Figuren in Appendix A) Nhb a  ;

ASVE ASMC Sant WELD If:D tCAT IONS -

P.

EXA ATICfl EXAM. O

!!C. X1 S!C. Xt TnOCCOUHE C XAM. SU'.t MEMAnKS

, T E M NC ^"CA' ^' " "C NOln EV. SHEET tJ0. NO nECCMDAntt ' NStGNtr tCAN T CEGYETn!C OTIIED E, p. 3~

CATGY. -

-_? J '

FEACTO't TFTSS"P.E VESSEL .- -

A';D Ct.fc;LF E !lUD gyc Mne i A-1 ::n 1 A-2a) y e i-. -

Fi nnre 'ul is ]

E1.3 n-C A-11 vensel-to-rlenge t'T 000-13/23 300303 1.35'RL, 10

• RL,13

• EL 35% of weld len-th examined from stud hole No. 17 threegh hCI

- p.

stu! hole No. 34.  ! & T '

11-CSCL-5-TCL.

a=.

c:

T -

r+

Bl.3 E-C Closure liend-to-Flance iTT C0'0-15/37 300102 0*L,0*W,45'T, 45*,60' 39% of weld length exn-ined os 3

(:0*T from centerline of stud bele ro. 16 p*

Q ,T ;,

through centeritre of stul bole

, No. 35. Examinat ten lie-ited by head and finni,e configuration. UO~ '

$ 7-CSCL-7-FCL. . .

, c Vesgel Interinr kN m

'a so -

T.1.15 E-N-1 Vecsel Interior VT 900-1/42 300302 X Exantnatten rerferred re mtely by a;

renns of telavision ca <ra. _

~: .

TSESSUR 7.E't k, (F prec A-3 nn ! A-4) c-I:2.1 5- D 2-403-C UT 600-15/37 300103 0'L,0*W,45', 10% (10") of vcid lenr.th examined, r!

f Lower shell Cource 45'T,60',60'T weasured up f rc, tcp of insulation 9' Longitudinal Wcld coricrt ring. j-5-CS'L-6-TCL. 5

32.1 3-3 4-403 UT 600-15/37 300104 0*L,45*,45*T. UT 11 f ted due to inauf stion support n[

Upper-to-Lewer theil 00',00'T ring coverine, wcld plus 1/2" of base 1*

Keld retal alove top v31J fusten !!ne.  ;'

5 (16") of weld length ex2-tred M e t a r t in.a. 10" clockw!ic fro, center- Fi

!!nc of ru,way. e

[

5 - C." C L TC;. cs 03 o

B2.2 0-D Surge Line (10-PSL-10) UT 600-15/37 300277 00*T rec 1o77 151 Report for other scens. N No UT frem the upstrea9 side due to W No::z!c-to-Bot tom licad L'e l d the narric configuratien.

3-CSCL-S-TCL.

B2.11 n-C-2 Eniting VT 900-1/42 300291 X All 20 stub and all 20 nuts FM way Clocure examired in place.

FORT CAtl:01':1 STATION 17:1T 1 * '

1973 It:SCRVICE EX/JtIt?ATICN - CLASS 1 .

S"!2tARY OT t:GSCCSTRUCTIVE ELO'I!!ATIOMS

?

PRESSUPE VESSELS (Sce P.cferenced Figures in Appendix A) (Cont'd) .

ASMC ASMC S=31 V. C L O INDICATIONS S!t xn SC C. Y.I

^ ^ " ^

PnCOEDURE CXAM. SUM UCMARTS 91

^ ^ ^ 0 NSIGNLFICANT GCO*AIT8:C OTHEn 1q' 17 t u h0, CAIGY. f.OlR[V. SH E E T NO. NO RCCORDADLE c-4 6  %

STFAH CFNE'tATO't t:0. I c g w.

(Firure A-5) . .

CE 23.1 D-D 1-C-1 UT 600-15/37 300106 0*L,0*W,45*, 5: (13") cf veld !cngth ex::f red .,h Dollar Ucid 45'T,60*,00*1 counterclockwise f rcm scid 1-M-3. Y' 7-CSCL-7-FCL. ~%;

w.

33.1 E-B 1-M-3 UT C00-15/37 300107 0*L,0*W,45*, 10: (6") of weld length ex.rined  ?'l 45'T,60*,00*T f rom edge of weld 1-C-1 up. C turidipnsi Veld 7-CSCL-7-FCL. [~

c- C O

!).2 B-D 1-N-1 UT 600-15/37 300103 60*T No UT frem the downstrea a side due h.

!ead-to-Nozzle k'cid to the no

:1c configurctien. See I c-19 7 7 151 Fe;>o r t for other sc:ns. n-7-CSCL-7-FCL. j C E-60*T Na UT f rom the devnstre m side due 0 H 23.2 3-D 1-N-3 UT 600-15/37 300103

!!ead-to-Sozzle Weld to the nozzle configuratien. See  !!

• 1977 151 Report for other cesns. 0 7 7-CSCL-7-FCL.

MC W -

• C E3.7 3 - 11 1-SL-1 UT 600-15/37 300110 0*L,45*,45'T Na UT on veld due to weld con- .

Support Lug Dev. I 60*,60*T ficur tien. . ]

TL-CS-5.0-3-FCL. ox N

a' C STF.AM CENERATOR SO. 2 ,  ;.:

(Fleure A-6)

T B3.1 3-3 2-M-2 UT 6CO-15/37 300299 0*L,0*W,45*, 10% (6") of weld lenzth examined E turidional Weld 45'T,60*,CO*T from edge of wel.! 2-C-1 up. c-7-CSCL-7-FCL. a 33.1 3-3 2-M-4 UT 000-15/37 300300 0*L,0*W,45*, 10% (6") of weld length e ra=ined $

C Ikridional Weld 45'T,60*,60*T from rdre of weld 2-C-1 up.

7-CSCL-7-FCL. 5 33.7 D-11 2-SL-2 UT 600-15/37 300287 0

• L, t.5 * . 4 5

• T , ha UT on weld due to veld con- n Support Lug Dev. 1 00*,00*T figuration. 1

' L-CS -5. 0 FCL. ,

u 33.7 B-11 2-SL-3 UT 000-15/37 300288 0*L.45*,45*T, No UT on weld dae to weld cen- .-

P Support Lug Dev. 1 00*,00*T figuration.

P L- CS - 5 . 0 FCL . cs a

o I;3.7 2-SL-4 UT 6t:3-15 / 37 300293 0* L,4 5 * ,4 5*T , io UT on weld due to weld cen- O B-11 fi t ;uration.

W Support Lug Dev. I f.,0 * ,0 0

• T PL-CS-5.C-3-FCL. .

O

\g

-- TORT CAL!*C'.~4 STATIC:1 l'1IT 1 1973 I!;5tPNICC T.:tAMI?:ATIrri - CLASS 1 SLTAEY CT 1;T;0EST'TCTIVC EX?JtI!:ATIC:!". p 5 .O

'^ N :

F?.ESSt'RE VESSE!.S (See F.crerenced Tirures in /prendix A)'(Cont'd) i " T ACYr A!f.t E Cent vit to IN D 'C ATIO *iG

[4 C "

"^ ^' UCMARKS *L CEC.Xi rnCCC9Un! E X A'.1 SUY S*C. X?

> T C'/ NO CATGY AREA DENilF!C ATION t.* E T H00 t;313 E V. 01:ttit;0. Non COnD ADt.t 'N';tGN:r tCAN1 CEOYETRIC CTHED (([ r -

'2 e n Q

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_x- --

Circu-ferential Weld Feasibility of t*T to be in.esti- h L- c.

• 1 gated.

i e --

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TP",T CAU!CDs STATION l' NIT I

• 1970 I :"F.nVIC: EXM:U:ATIn!T - Cf. ASS I CTARY OF !!a:Dr.STE"CTIVE EXM!!MTIONS ce

.O. _'

fir!NC (See referenced Tigures in Appendix A) (Cont'd) . A r.

ACUE ACVC

^ ^ ^ Sa n t v.T LO INDtCAf f 0NS 2O SCC XI tt C. Xi enOCEDUnE E X AM. SUM UWAAKS 2. ?

' T E M f;C C AY G Y.

Ant A tCENTirtCATfCN VETHOD  ?;Oln:V. NO ntCOnDADI E I NSf GN J ICA*J T CECMEintC OTHCR  ;; -'

S!!CCT t;O.

, Hw E

PEE--. S C U't f r.ER S r PAY .,[~

SYSTUf (Cont'd) 'C

< q

-. s 3-r15-14 (Cent'd) E [.

,g,f p r e A-14)_ _g

.y -

• 4.10

, 5-K-2 3-PSS-14-23-rn-3 VT 900-4/19 300127 X E u ninatica area rainted. Fluid 5c ripe restraint PCS-30-A Icvel reeds 2.5 potets to right er C 3

"CXT" point. I c-Or TRESS'JE1ZrP. REY.ITF LINE  ?

v .O e-2-1/2-rPL-2  ? r-gigge A-70) ,) *

7 54.10 D-K-2 2-1/ 2 -P R!,-2-1-r n-1 VT 900-4/19 300131 X Eta-ination area pointed. ' '

y ripe Ecntraint NO b h=

C5.10 3-K-2 2- 1/ 2- P R L- 2 PR- 2 ripe Eentraint VT S00-4/19 300132 X Eu-inition cres rainted. T!uid icvel reads 3 points to ri;ht cf

{5

" EXT po in t , j, D

E4.10 c-K-2 2-1/2-Pr.L-2-10-SC VT 900-4/19 300133 X E-nmination area rainted.

• Support Cenonento 9 0

,S ATETY I' JECTIC'T c-Q 12-57-14 W JFi-ure A-23) --

35.10 E-K-2 12-SI-14-13-ra VT 900-4/19 300134 X Exa-iration area psinted. 5 ripe Ecrtra!nt

• r:

M4.10 3-K-2 12-SI-14-15-rR VT 900-4/19 300135 X E-aminatien crea painted. 1 ripe 3cntraint E d

12-SI-24 x

_g_i,r;gy A-25)  ?

P6.10 3-X-2 12-SI-24-14-CC-1 VT 900-4/19 300276 X tunicatien nres painted.

D

,k Tupport Cc ponents C

-~

C'. 10 C-K-2 12-SI-24-14-SC-2 VT 900-4/19 300137 X Exa-ination area rainted.

Surrett Cc'rencot9 E4.10 D-K-2 12-ST-24-15-PR VT 900-4/19 300133 X Ex3mination area painted. Tiuid PIre Rentraint level reads ! point to ripht of

" EXT" point.

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EN.

r1 pit:0 (Occ Paferenced Fir,uren in Arpendix A) (Con t 'd )- 4 c - E- ^

13 it:OICATCNS 9 F.

AtVE A;'.!: Sa nt  % ELD

^ C X AR OU'.'

U W AUKS .I

!*. C C CC C. XI P'10 C E DU n f G E O'.iE T n f C OTlit n A ^ f O /P.CV. $?tE CT NO. P:ORCCOnDA*1LE-NSIGNir !C AN T w lf E f filO CAYGY. e

., ~C' UICP. T.E.",9CPE 1:CA?:ERS-x.. .

-_'t (Cont'd)

,[...m[

u. ,c r

. r-

_2_- !!!" f- 2 .12 1rJ,r;1re A- M) _

x - _ .

L' 10 E-K-2 2-UPr!-2.12-l')-rR-1 VT 900-4/19 300146 X Exa-Inetten crea rstnted. ip.

r. ,

Pipe Pentesint I r r-4.10 S-K-2 2- tirit-2.12- 19-r ft-2 VT 900-4/19 300147 X Pipe Pectralnt [=-}5 J VT 900-4/19 300143 X Etsmination erca painteJ. Suppert 3-q U4.10 n-K-2 2-:!P!1-2.12 P R red detnebed; cee Cit? 100001. Ec- y Pipe Festr.-Int VT 900-4/19 X [

ext:mination af ter repair revealed ,', ,

no recordab!c indications. ,J uOm

'V ,m . -

2-1:Tlt- 2. 2 4 o '

gifure A-4l_), m X Exn-in, tion area rainted. -2.,'.'

25.10 T,-K-2 2-P rtl-2. 2 4-13-PR VT S00-4/19 300149 .) ~ -

Tipe T.cotrafnt y,c ,

c-54.10 3-K-2 2-!!rit-2. 2 4-15-P R VT 900-4/19 300150 X Exnminstion area painted.  ;.

Pipe Peatraint 2, r c+ ;;

J C' tar.GI!T LII;E o l I. I i

2-Cf.-27 ..

di[ 5 A-44) 3 --

.~

X Examinatien area painted.

'4.10

. E-K-2 2 - Ct,- 2 2 r a VT 900-4/19 300277 .-

Pfre Featraint __

T4.10 B-K-2 2-Cf.-2 2- 7-P R Pfpc Festrnint VT 900-4/19 300152 x Exa,1natie, aren painted.

]-

e ,-

_t r_r_D_M;9 1.!! ES.

a 2-1!-1 p g_lgu r e A-4 5 ) ,;

Examinatien area painted.

M .10 B-K-2 2 - l.L 5- r x VT 900-4/19 300153 X P!re Itcatraint

FORT CA!.11Ct!!I STATTON l' NIT 1 .

1978 I ;';t?VICC EW.!!!!iATION - C!>.SS 1 Sl'!::'_\;tY OF f t&:D:3Ht;CTIVC EX.U'I!;ATIO::S I'!?!?iO (See Prfercreed F!rures in Append!x A) (Cont'd)

A ?.' E AS?.* C Cant 'M t D l'4D: CATIONS 7 ~_ O SE C. XI SEC.XI

^ '^ ^ ' PitCCCI;UltE E r. AY. 0tif 1 IIE MA F.K S L T E M r.3 CATCY A A tDMMICATION 8.T T HC O N3 m tv, siitt g y,3, N3 fiL COP.D ADLC :';S;Cil.FICAN1 GECMETCfC OTHER d"g

'I LETiowl !. ! 'l F S (Cont'd) - . E =~

r:'

2-LL-1 f.% t'd) = -.

R12ure A-t5) .' " O

- aM F4.10 3-K-2 2- LL 15 - r P.- 1 VT 900-4/19 300154 X r.xamination stea painted. S.

7 -c

{[

Pipe P.estraint -

s%

B'. 10 B-K-2 2 - LL 15- P R- 2 VT 900-4/19 300155  % Examinatica area painted. -2

~-

r.

Pipe E=straint .

f 2-! f.-2  ; e J.

C (F1-ore A-4Q

- e.

E4.10 B-K-2. 2-LL-2-37-PP-1 VT S00-4/19 300156 X Examinatten arcs painted. r-

- u P!pe T.entraint - es

• - :c:

K

.. =

• e

.I 9 N '.N

• 9 w '

_. 6 4 r

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,C; I F...

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e c :--

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TORT CAL!*CLH STATIC!!LNIT 1 1973 I!:SER" ICE EXAMINATirt! - Cf.ASG 1 p'-

SL7'?tt",Y CF NC:C.STRL'CTIVE EXA'!!!!ATIC iS  ; 5 C. . _

F VALVES (9 e Pafarenced Tirures in Aam edir A) j {

A!YC ACUE Ca MI WELD INOfCAYtCNO 29-C * ^"' " ^ ' ' U " C * ^"- nrvAnxs st C. xi tre.xi PncCtcurit txAv. uu

' T E M P.O CATCY.

AM A toWMICADON MEMOD P;01D E V. 57 tt E T P.O. NO DECCRDACLC ' N GlC *Jlf !CAPM GCCVETC1C QillED l {1,_~P_.{:

nac m

VALVES Qn5

< c-O.

t6.5 B-K-2 1:CV-150-T R VT 900-4/19 300157 X tre sinatien area rainted. _ . ,T- E Valve itestraint G T9 (Figure A-20) e$e

- r4 36.5 E-K-2 1:CV-2 2 3-rR-1 VT 900-4/19 300290 I r.xamination cree rainted. S: r-Valve Rest.raint .

, 7,* ],

(Titure A-43) n n = c-E6.5 t-r-2 I:CV-2 33-in-2 VT 900-4/19 300159  % E m ination ares painted. -3 ~ '

Valve nenraint 5' m y (Figure A-2"J) .: TO 1, - w

% es.e m

F S% O M

~3

$ ." d

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D

S 0:s':! vt l ulali c- l'u..o r Di nt r i c t. , 1623 l!'rra f G L ren t. , Cr.nha , tlela n:irt 64102 Port, C:tlhaua U.Utti en Un i.t ;-) . 1, P. O. Ihr 93, l' ort Callioon , '.ebr: tnt:t 68m >3 Cor.w rci al Cr:rv ice l'< Lt - 0,plen).or Pfs, 19'll SU:"'. Ally OP !!O:!IEJ'":iUCTI.TJ EXA'"'!/JNO: o TA Bl.:

Clans 2

. TC*tT CAtICUN STATION t*!!T 1

• 5 l')75 INCERVICE r.XN!IMATirJi - C11.05 2 SL7CSRY Or N^' 0E':TEL'CT1*.T. r.Xfdtit:ATION';

9y{

VESSEI.S (See Teferenced Tieures in .8ppendix B)  ; [-y AS'A E AC'A E S* " I Y,t LD INDICATIONS r-C, -

C X A 8.f!NA T fC */ E X N.f.

7"h

, , C. F ,.

s. ,C

. C. xt Pr.CCE DUrti C x A*.1 eu*.9 n t v'an y.e ITEM NO CATGV. An t A ID ENMICATIO.N METHOD NOJR EV. Os tT E T t;O. NO ntCCnDA3Lt N0tGNITICAN T G ECVE T RIC OTHCn h

-c.

• : ~

EEAM CENT.f'ATOR N0. 1 C . ., _

(TI: ste 2-1) ., c- :.

.-. p e a c- -

C1.2 C-3 Stean OutIct UT 600-15/37 3001r0 0*L.0*W.45'. No UT frem the neerte aide due r -- ,

Nozzle-to '.*e-sel Veld 45*T.60*.60*1 to the nerrte confi uratic t n. ._, R ._.

Lietted 0*V. 45*T. and 00*T weld 7_. ~

I.

nenns dve to. veld crow configura-t100.

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C C 3' 7 .

PIPING (fee Peferenced rieures in Appendix 5) (Cont'd? ,

(* E

, e-A*;V C AWC 0* P I WCLD INDIC A f fCN, g C y, y, E X AVtN ATION E X A*A.

PnCCCDUttC EXAM.suu WARU .~. b d r T rM r.0 CA T GY.

ARCA f 0ENitr1CATIOrd Mr.TI'00 7:O /nCV. wr ti tJO. No ntCODDAnt t WSIGNIT IC AN I GC L"JE in tC Of fitn . , .

g e -.

~n a a MAI?l STEAM - 1.00* B

< c- 0 2 G-?C-2 00 2 y 4 .j gfyren n-5 nnd E-6) r.

7 C2.6 C-E-2 2 8-PC-20 0 2-0-r R-1 VT 900-4/19 3C0173 X Exacination ares rainted. riuid 'j ~r Fire reotraint tcs-4 level resds 3.5 poirts to right of 'i~ -'

EXT" po i n t . p~ Q Q t c' 28- E-2002-3-PR-2 900-4/19 300174 X Exa+1nstic, area rainted, riuid t: ::

C2.6 C-E-2 VT ripe Restraint level rea:!m 3 points to right of

" EXT" point.

2f*

7-c a ~,

C2.6 C-E-2 28-M-2002-12-rn-1 VT 900-4/19 300175 X Enm!naticn nren painted. Fluid [a ~ -

Fire Rentraint - level reads 2 roirts to right of C ,T'

" EXT" point. .

M to Ex winatten area painted. Fluto

.es .o  :

Ox C2.6 C-E-2 28-t!S 2002-12-TR-2 VT 900-4/19 300177 X Fire Reuttnint level renJs I reint to right of m o'

{M ~

" EXT" retnt. -:

AO1 C2.6 C-E-2 2 0-m-2 002-15-rR-6 YT 900-4/19 300178 X Ex winntien area rainted. ,ua j PJpe rentraint 2.

C2.6 C-E-2 23-m-2002-15-rR-7 vr 900-4/19 300179 X Exnntnation aren painted.

C' Pipe Ecotraint CE C2.3 C-C 28-M-2002-15-EC-3 UT 600-3/46 300180 See Rennrks  !;o ex n tnation due to the safety ij 6" Dranc.h Connection nhield cenfiguration.

{

.9 3 TEEU ATE't - tmr A ..-

16- W-2001  :: 'c b y or T '7) ((

~_

C2.6 C- E- 2 16- W-2001-2-SC-1 VT 900-4/19 300181 X Exarination area painted. 52 thrcu@ 4 Nrport Comperents

[ [,

9 E

N w

~'

TC't? CA'.!:C'.H STATIC:t tNIT 1 -

19 73 1 ;rrr!ICr. r.XMit!:aTic'i - CiX;'t 2 S'30'.* *"r OF ' '.' n-eTri cTIin tyJJti:tA!!N:s -_m

- _- r

s. -

r! RING (See referenced Tir.:res in Appendix E) (Cent'd) cy

s t?;y ggi toyg ng A0 C ACYC g ht y, r t ty c* "-~'

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w . . .

An t A t;;t urertCATION V Titoo  :;urti ;o. t;o f'tCono^t't t r.mCn'r tc Arn creot t nic o t itU'

' 7 0 v 7.0 CATCv t;o/ntv. f. - .

.u--

ST:TOTI CCC'>> T (Cont 'E 12- P:-2029 (ce,t'd)

<- h6

.Q_T'l." 3- Q). e w. n C2.6 C-::-2 12-330- 2 02 0-16-r R-4 5 VT 900-4/19 300129 X Er.:minetten ares reint-d. F1 >!d _2_

Pipe F.entra!nt SIS-24A level reads 1 point t o r i g';t o f 7 ~ .~

" EXT" point. C E' i

?- 4 i e -.

in r - m e "trETY IN_ iECTIC!i .. ,

12-LTS!-2012 7 (

(U c ;re li-~12 ) - ..-

z _

900-4/19 303190 X Exe-tration area ps!ntel. T1uld N - '"

C2.6 C-E-2 12-1.r:1-2 012-6-r R-3 VT  ; . =

level ree:!s 3 points to rit.St of Pf;c Restraint "rXT" raint. yg4 TO n. n c- Euminat t en area painted. Flu!J ~

5s C2.6 C "-2 12-!.r S I- 2 012- 5-r R-4 VT 900-4/19 3?2191 X level reada 3 points to right of PIrc restrafnt "EXI" raint. $d E2

.o e ~ -

12-trS;-2014 .*. _

c

( F i r a rr- n- 1_Q M.

900-4/19 200192 X Era,Inatie, area painted. Fluid - e C2.6 C-E-2 12-LPSI-2014-2-rR VT level renJn 1.5 points to right e-rire rentraint of " EXT" point. g3 s .:

C-E-2 12-LP::T-2014-11-rR-1 VT 900-4/19 300193 X E m !nstien aren painted. T!uid [*

C2.6 Icvel reads 1 point to right of 5 ---

Pfre rcotraint "rXT" reint. Eo 12-trS!- 2022 .

na-h!Iir_0 bIQ = +

E m ination arcs painte:!. Fluid m C2.6 C-E-2 12-I.rSI-2022-6-rR-1 VT 900-4/19 300194 X rire Featraint Icvel renJs I point te rigSt cf

" EXT point.

fQ x-

C, ,

p 12-i.r n !- 2 0 2 4 y J F,irir c F-]5) .x&

Exa,!natto, arci painted. Spring 's C2.6 C-E-2 12- LPO :-2 ?2 4-2-r2 VT 900-4/19 20029% X ec pressed 1/3 frem tep.

rire Rentraint C m !n. tic, area pst,ted. Tirid C2.6 C-E-2 12-LP5r-2024-G-rK-3 VT 900-4/19 300197 X level reads 3 reints pant "f 7.T

I'Irc Kentr1!nt rcint

FORT CA1."0"'t STATIC?1 t"(IT 1 -

• 1973 IMCE2VICE Exx!I:iATIC!i - CLACS 2 S20:ARY 07 TVESTRUCTi".:. EXAMI!;AT!C iS P!PINO (See Referenced Figures in Appendix 3) (Cont'd)

Ap?E A!*/ C Cw H e WELO If 4DIC ATIOr:0 ,y E x AMj N ATION Ex AM U E M AUI'S I

!EC. xi SEC.xi PnCM D'UE J h*M R'M IT E u r40 CATCY A AfD W M A N WWO NO !H EV. $tt Tf40. f.O D E CO RD AB LE M:Gr;;F ICAN1 GECMETRIC OTHER

]%

.O -

e.

FETM:ATTR - 1.OnP 3 p.

i:

[~~

r-- :

16- I+J- 7 002 g (Firore E-8) {DC

• 1 Examination arca painted. Fluid < c-C2.6 C-E-2 16-F'-2002-2-PR-1 VT 900-4/19 300182 X Pipe aestraint 1cvel resJs 1 point to r1.ht 2 of Ih

" EXT" paint. O %*

~ ::

C2.6 C-E-2 16-PJ-2002-2-Fa-2 P!pe Ees.traint VT 900-4/19 300183 X Examination area painteJ. Fluid level reada 2 pointu to right of

{i 3 "ET.T" point.

• I c-C2.6 C- E- 2 16-FJ-2002-7-PR-1 VT 900-4/19 300184 X Examinatten area painted. Flu 14 9 E-Pipe teatreint level reals 3 pointu to rigSt of 9 .'

"En" poin- r iH L.

C2.6 C-E-2 16-PJ-2002-7-PR-2 VT 900-4/19 300185 X Eu ninattan area paintej. Fluid [

Pipe Festraint FJS-2C

• level reals 3.5 points to right of 4 .*

" EXT" point. .,g,

,9 O+

~

IMJ PPECSU?.C MFETY ~

IN J::LTICN

.}

N 7

14-I. PSI-2001 ' to 4'

( Fi vir re l'. - y ) J*

C2.6 C-E-2 14-1. PSI-2001-2-PR-3 VT 900-4/19 303136 X Examination area painted. Fluid h '

Pipe restraint SIS-27 Icvel reclo 2.5 points to ri,htt of c-

" EXT" point.

C

?

S MU TDCL"4 CCOtANT ~

W O

12-SUC-2027- .c.

(Ficure t-11) ,-

C2.1 C-F 12-SOC-2020-5 UT 800-35/1C 300187 0*L,45*,45'T Per IE circular 76-C6, ex:ninstion T'

~c e- t .>-11 ; e extended to 3" W f rca seld fusien c line.  :;o exa ! nation frem the up-streas side dae to the tec cen-

{

a figuratica. j 12-SS-4CS .375-18-FCL.

m C2.6 C-E-2 12-SDC-2000-16-PR-4A VT 900-4/19 300108 X E..minat:en crea pain:cd. C Pip.e Restraint SIS-24A u Q' '&

10:11 3V;'lU.T;! 31V110E 1.N11 1 -

I6ZC II:51C. AI;*3 JXV(11NV110;1 - O'Y;S Z 01.iC.K'A 3Z ! !C35. V.311.f

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A1 600-4/16 000156 X 3xr tucitoc raar dciusap- atnip ]. ;

3Z*9 3-3-Z II-l'd!;-Z 0C I-C-di2 ,. '

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• 1 4

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- es -

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rc

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t1 C s, u u E4 t1 r4 t1 e

c. 3 e

e.

6-c.0 u c.. i t1 c. v. g; L

v. e c :s (1 s .

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• e4 v N . c4 4 e,t d N

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w .oJ .e l -M e.4 c. ** b N.

e N e* t - W e4 r. -s .- e .- c.

v --- -

g;

_y r4 en te f4 N N 4.8 x 0 4 f f I e tr 5 - . O W L. M B4 8% s, L s.J w w L2 { , O ** I t i I a e t t t I v q 6. < U O O O v v v u U u ou D

c.,,

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ed.

c .4 e4 0 @

+4 o N N N N N N N e4 N e4

[i () 7 U U g., g to u U U U U U U U U O ..

30

ror.T CA!.!!OL"! STATIO:I t* 171 ,

19 73 I!CrkVICI. UK *:ATIOM - Cl.*.SS 2 SL*"2'Xti CF I:UCTSTL'CTIVC U.A!i!l ATIN:S i '

P:Pf?!C (See Referenced Figurce in Apnendix B) (Cont'd) ,

A';u t A S'.t ! TwGt V. E L D if40! CATIONS C X Av;t: ATIO N EXAM. PCUARKS gy gg EX AM CUM

,7tg gg gg7gy AMA SMCAUM 6 00 I'G OS E O U TIE NO /REV. S1 tCCi r:0, T.OHCCO30A3LE r.56 Ct.t F ICAN T CECMETRIC OTHEn " 4'P c

^_ g 7 O Q '

IFJ F F ESSt"* f M ETY

- - - -. v~-

I'l l:CT imi (Con t ' d )  ; y3 s

12-LPSf-2CO3 (Cont'd) g$7

( F 1 "_u r e f,- l i ) [,,_

<c ;

C2.6 C-E-2 12-LPSI-2003-21-P2-2 VT 900-4/19 300215 X E m ination area painted. Fluid g4; Pipe Pestraint SIS-90 level reads 3 points to right of b -.

" EXT" point. {,

C2.6 C-E-2 12-LP S I- 203 3- 31-P R-1 Vr 900-4/19 300216 X ruantaction area paintcJ. Floid 'E- 9_

PJpc Restraint level reada 3 points to right of E. 4 I C'

" EXT" p o in t . {

==e C2.6 C-E-2 12-LPS !-2 0 0 3-31-T R-2 VT 900-4/19 300217 X Examination ares ratnteJ. Flati" ][*u Pipe Pestraint Icvel reads 1 p;1nt to right of -

"EX;" paint, h_7 {

C2.1 C-/ 12-LISI-2003-34 tit 800-36/13 300213 0

• L ,4 5 * ,4 5 *T Per IE Circular 76-C5, examinatica , 3 ._,

Valve SI-167-to-E11'ow area extended to 3" W from veld , , . -'

.; fust:a line. La c u =testica frc , --; . - -

H the ups:: cam eide de: to th vale: -

_ (1' cenfiguration, a 6 12-SS-4GS .375-IS-FCL. O P N

+~

CO*iTAIN".NT TPRAY O[

12- CS S-2 M I  ?*

' ri mre h-19) 1.

c g

C2.1 C-F 12-CSS-2L31-2 UT S00-36/13 300219 0*!. 45*,45'T rer IE Circular 76-05, emtnation a '-

Pipe-to-Pipe ares extended to 3" W frem veld (f fusian lins r 12-SS-l.SS .375-IS-TCL. S h: -

C2.6 C-E-2 12-CSS-2C01-12-TR VT 900-4/19 300220 X Lxaninatten arcs painted. Flu!J [

Pipe itestraint Ityt1 reaJu 1 poir.: to right of

'._.g

" EXT" palat.

m C2.1 C-F 12-CSS-2001-17 UT ECO-36/18 300234 0*I.,45*,45'T Per IE Circular 76-c5, exa:tr.ntion s$

E!Luw-to-Pipe area cater.Jed to 3" W from wid "Z fus!nn 11ae. '- 5 1.'-i s-4 0 3 . 3 D-1 J- rci.. C}

C2.0 C-C-2 12-CSS-2001-19-PR-1 VT ')3 0-4 /1') 300222 X E u iinat wa crea paintcJ. FluiJ E&

Pipe Pestraint level reuJs 2.5 points to right of "Exi" point.

V

TCr.T CAL'M'A ..rATIC:1 t'i1T 1 19 7 0 1:;r.r.'J.'I C' C7Mit: tTIC' - CI M S 2 SL72S .Y Cr ' ^:.0:3TTLCivr T7A:I?:iTir.M0 g

-.m*

• % e TIFIFO (See refer?e.ced Tirf.: ret in tcperlix 3) (Cent' d) - ,2

~z- -r N --"t

!* ft 1 #fLO l*43: CAT ION O A*N C SE C. Yi 70*'~

SEC XI t yr's * '!ATtmi t y t'*'*

rnOCCCUnr C F AV. SL".1 U E WIO n

,'. 1

- ~ -

1. ' ^' "U ^ M'I CU JO nECOND ASi t f 4S:G *P F IC AN t G C C*.' E T n t C OTHtr ,

n t u r:0 CATCY f:O;n tv. sut ET f:0. -

-_.- 5m.

CC?: TAT!;Mr?,7 SrAY ~.

s. .

gen..- *ty <

z

~. e C_ -

n . :^.

12-CSS-2C71 (C~ t'd)

(F:gro .-17) '-*2'

r. .

En-3nstie, ares pateted. .- g C2.6 C-E-2 12-C25-2001-19-FR-2 VT 900-4/19 3C0223 X ripe restraint g ,. _. -

0

• t.,4 5 ' .5*T .rer IE Circuint 7G-05, ev wi-stien nac C2.1 C- F 12-Cs7-2001-24 ti 6C0-35/13 300279 crea citte-/c l to 3 ' V f re, weld 0 Tec-to-Pfp S3 c m i-atic9 frc7 T.

fusion 11 7 -

t'ie e,st rm nife due to the t re .%_

centi,cratien. .

12-50-403 .37 rCL. ~ 7 ~.~

~, e ~

w 1_2_CM -2c"2 m .~ l._

r,

.~ -

m' F 1 e t_. r e_*.- 2 01 C2.1 C-F 12 -C';r-2 0 02-5 UT C00-35/IC 300:25 C*L,45*,45'T "er it circ clar 76-C5, cu-irstien 7~

nres e7 ten'e3 to 3 ' . f r e, eld M_&

. - h e 5:- 173-t e-r15<r, fu-te, lire. 7:2 ct -tr.:-ic, Ire, "h" the erst re-, c!de Le to the ulv e -

1 con f t ru r.a t ic9.

-- J 12-SS-405 .375-10-rCL.  ; g

_5::'R 302'; C^ T .S'T ... - _ .

- e 12 - r 7 0-2 0

- w .

(

__!! ,rr- n-21] _

r -

C2.5 C-E-1 12-5DC-2Pa!-0-r5 FT 200-1/42 300225  %

r!ra Su"rort -_ -

C2.6 C-E-2 12-r00-2001-7-SC VT 003-4/19 300227 X Ex.9-inctien crea painted. .~

%rport Cr penents

_ i-br '~

UT E'?O-3 6 /10 300223 0*L,45*.45'T rer IE Circular 76-05, ers-iration - R C2.1 C-7 17 - CC- 2 0':1- 19 ares exterded to 2" W fre- 6cld n' r.i t.c v- t o- V.t h a *;:-174  ?'? cx--!r tic, fre, --

fo21c- ure.

t ' e d ~- m t r e m side due to the valvc C confir"rit101 12-SS-40t .375-1E-fCL.

T07.T CAI.; nt". STAT!tW INIT 1 19 70 !!;i.1.RVIC: , 17J ';I!. AT IG:3 - CT_ ASS 2 SU:'"ARY UP f;J:nd'ST;'.t'CTIVT. I' J.AM !:ATIC::S I .

P I P I N'; (':c e Peferenced Pir. ores in Appendix B) (Coat'd)

S a fit t.r t o D CAT 6CNS A W '. e 's.* C

• Gl fa ^h S - -

U Pl;OC100ff t ;x Au wu SCC x '(C xi w M THN NO r.t COMO At:LL NCrCf M ICAr. l GCOMET n:COTHEft lT Cl t r;U A A NTlh ATICN f.0 /', L V. Sul t i f.O. c.

CATCY

_ i. -

,'4 .

SH'JTPOW CON. ANT (Cont 'd) ..o.. n._-

- ~

c.

12- %C- 2 M 1__(.cor t 'd )

( > J ni t B-21)

[_ _ -

Exam!nscion ares painted. Flaid C-E-2 12 - S DC- 2 001 - 2 4-I' T,- 1 VT 900-4/19 300:29 X ,c" C2.6 1m e! reads 2.5 points to r1 E5: of Pipe Peutraint SIS-170A " EXT ** point. i L. i

?

300230 X Exs=tnstien area painted. Fluid 3P E 02.6 C-E-2 12-500-2001-24-PR-2 ri 900 4/19 level reads 2.5 points to ric'it of 9' Pipe Fautraint STS-170 C.E

" EXT" roint. . _.

o

c-12-SDC-2n12 .

(M %re ?-22) . ,

C2.1 C-7 12-500-?0')2-10 UT C00-36/13 300231 0*L.45*,45'T Per IE Circular 75-C5, exastratten arca exten:ed to 3" W f rca the weld I7O b d E! Low-to-Valve SI-173 fusion 11ae. Na cs.s=inatien frc: -

• the dewastream side due to the salve ,) -

7 caafIgurntion. 37;~

A 12-SS-400 .375-15-TCL. .

~ ~,':

va s -

Exarinstica area painted, c :< '

C2.6 C-E-2 12-SCC-2002-18-PR-1 VT 900-4/19 300232 X < .

Pipe Restraint e.

an C2.6 C-E-2 12-SPC-2002-13-PR-2 VT 900-4/19 300233 X Exn:1 nation area painted. Fluid h Icvel read s 5 point:; to right of 5-Pipe Fxstra:nt SIS-67 Qc "FXT' point.

C2.6 C-E-2 12-50C-2002-26-PR-1 VT 900-4/19 300234 X L:aninatica area rainted. Fluid r, h'#

level rea.!s 2.5 points to r1 St of Pipe Pestraint SIS-169 " aT" reint, e-r l Y U.

Cxc.rinat* m ares painted. Fluid -; r C2.6 C-E-2 12-SL'C-2002-26-rx-2 VT 900-4/19 3CO235 X

• ?

level reads 2.5 points to right of Pipe i'estraint SIS-169A *LXI" ptnt.

7 6 1.CW P:tCSSUn: UEArrR S s C r r 10 - l.P!I- 2 0_0_1 c'

[-[:

Qlgure B-23) o C2.6 C-E-2 1 C -l.i'd- 2 0 01 P 't VT 900-4/19 300236 X Examinutten area rainted. $ >

I$[U heatIJInt .

I

'Q

e

- TonT Cf.I."L. .,TATION f*VIT 1 ,

1973 It:" R7ICO EX/Jt: .". tic *: - CIASS 2 SCCtARY OF EO::DESTT,UCT!VP T.Xt.'tINATICZ em O C P!PINC (See Eeferenced Figurce in Appendix B) (Cont'd) , E

/s.tEI ASv2 E X /A' Sa n t wrto INotCATIONS ~O g y, ,g x, C X AVINA Tio'd PROCCDURE E X Ar.t SU'.t AWS -

AnM T.WCAitCN NO D ,1 '

i t '.t no CATCY SI't tT r:0. No nECOOAULF 'NSIGNir tCAN T GECYEin!C OTHCn r;c fn r v.

L E*

LnW TV?.SURE ItEADr.:t C (Co9t'd), 1N_. p n c-10-1.11!-2001 (Cont'dl n ;-

Ji!.gure D-23) 3 C2.1 C-F 10-1.r:1-2001-35 UT 000-36/18 3C0237 0*L,45*,45*T Per IE Circulst 76-05, examication  ?@e' bow-to-rirn crea extended to 3" W frcm veld funion line. I #

f 10-SS-405 .365-19-rCL. ~2*:

7 C2.6 -

• m .o C-E-2 '001-35-rn VT 900-4/11 300233 X Er.aeination area rainted. c. -

etaint i ;"

c' C2.6 C-t-2 10-LPU-K1-3 7-rit VT 900-4/19 300239 X Encination area rainted. 2 Fire Tcstraint 'O C 3-LOy PQS"t"'C S AFETY

• J ,1jil!_C TItW _ '.

e 10-LPSI-2001 f rjfrire n- 2 r.1 - ;a

?' '_-

C2.6 C-E-2 10-1.P S I-7 001-5-P R-1 VT ?00-4/19 3C0240 X Ewainatien area pateted. Fluid y ripe rentraint 013-26 Icvel reads 2.5 points to ri;.ht of -

" EXT" point. "

l C -

C2.1 C-F 10-LPSI-2001-10 UT 000-36/18 300241 0*L,45*,45*T rer It Circuint 75-06, en-inntion _

Pipe-to-Elbov crea extended to 3" W fre, veld

?

hmten lire. 3 10-SS-4CS .365-19-FCL.

0 10-LPST-2n02 M bi f2 re U-22 h C2.1 C-F 10-LrrI-2002-7 LT 800-36/18 300242 0*L,45*,45'T rer In Circular 76-06, ernminntien 5 E15ew-te-Pire area cytended to 3" W fren veld E fecien lire.

10-S"-401 .355-19-rCL. SQ 7-:

C2.6 C- -7 10-L:'S I-2 002-I T.-r a-1 Pipe restraint SIS-30 VT 900-4/17 300243 X E x.,m in a t i n n area painted. Fluid Icvel reads 4 points to r i r.'it of

.]

"EU" point

TO'tT CALHO*.; STATION UNIT 1 .

1970 INSEnVICC CXAMI!!ATION - CLASS 2 SUl? \RY OT 1:0NDCSTRUCTIVE EXA!!IMATIONS 4'

~

P!PINC (See Referenced Fiqures in Appendix B) (Cont'd)

AS'/ C S* fi t WELD IND: CATIONS A7 8 E SE C. Ni SC C. x1

.L N ATIO N MAR PROCEDuflE E X AM. SU?.1 flE t/ AR KS Q T- 9 METHOD CTriER { q g.

LTEM NO CATGY.

ARC A ID ENTIFIC ATION ,,,O /it rv. SHEETreo. NO f:ECOilDAut.E :NSIGN J ICAN T GCOMETatC J c L' C p 9 C, -

t.NJ Pk SPMt:p2 S AM TY

~g{

Ill ! LCT IO1 (Congt) 12t1 10-!.P S !-2 007 (Cont'd) ., [ O*

,QP c. r e e-25) n n C2.6 C-E-2 VT 900-4/19 300244 X Pxa:sination area painted. 2.E$

10 - 1.P S I - 20 0 2 - 1 S - l'R - 2 n mgc, o Pipe Festraint a

C2.6 C-E-2 10- LP S I-2 002 P R-3 VT 900-4/19 300245 X Cya sination area painted. Fluid EU y level reads 3 points to right of F c .'

Pipe Restraint SIS-30A " EXT" point. F- h, [

l et -.'

o CONTAINM!:NT SPPAY g= .

l O B-CSS-2*31 h_. . *

' wd OI urc b-26) d' /'

C-E-2 S-CSS-2001-5-PR-1 VT 900-4/19 300246 X Exasination aren painted. Fluid }M C2.6 "*

Pipe 1:estraint SIS-1A level rends 3 poirca to rir.ht of 3

" EXT" point. 'O

,, n .O ML w

• C C2.6 C-E-2 8-CSS-2001-5-PR-2 VT 900-4/19 3CJ247 X Exa=ination area painted. Fluid EN Pipe Festraint SIS-1

• 1evel reads 3 points to right of 37 e

" EXT" point.

F

.C0 c 3-CSS-2002 (F1; ore b-27) m.

C C2.1 C-P S-CSS-2002-2 UT S00-36/18 300249 0*L,45*,45'T Per IE Circular 76-06, examinatten 2- 5; Elbow-to-Elbow area extended to 3" W f ro:s weld fusion line g" ?

8-SS-40S .322-20-FC1.. y*_

C2.6 C-E-2 S-CSS-2002-3-PR-2 VT 900-4/19 300251 X Exa:uina t ion aren p sie t ed. Fluid hh Pipe Restraint SIS-4 level re ad s 3 pointu to riS ht of -

3 "EX s" p aint. -. ;.

c_.

"Ps C2.6 C-E-2 5-CSS-2002-3-PR-3 VT 900-4/19 300252 X Examination area paintel. Spring .$

scale reads "J/4. P -

Pipu i<estraint hE b

Co C

r0 W

V'

M TORT CALF:0"It STATICN 191T 1 ,

1978 INSEnVICE r.X.AMI!:AT10!! - CLASS 2 St')"'AtY Cr 1:r';"CSTr.CCTIVC T.XAMI!!ATIONU @ g 11 6i e ^ ;

P!P150 (Ece Referen-cd Tieureg in Aprerdie 3) (Cont'd1 7 rvt Asvi. Swnl wttD If;DtCATIONS UW^UKU n

F-

C N "^ '

"'nocr ounE C x AM. ",UM SCC. xi SEC. x: GE OME T n tC 01stE r {

AntA totNTirtCATtoq vtT1100 N01n tv. Sitt ti t:0. ria ntconDAGl.E -NSmfMICANI mu no CATGL

=5 c

wa, CyhTAltgtiT SPPAY <; : u p-. g (Cont'd) o c-3

~.~ ,

U-CSS-2003

[ pyre n- 2 8)_ g3, b c; X Examination area painted. 0 R r C2.6 C-E-2 8-C S S-2 00 3- 7-PR-1 VT 900-4/19 300253 u.

P!pc Restraint c C2.6 C-E-2 8-CSS-2003-7-PR-2 VT 900-4/19 3C0254 X Exnmination area pointed. Fluid 55!

Pir :: Eentraint 515-9 Icvel reads 2.5 roints to ri2ht of y. .

" EXT" point. ca .

5.

4

• I C2.6 C- E- 2 8-CSS-2003-14-PR-3 VT 900-4/19 300255 X Examination area painted. 7' Fire Teatrair.t OO  ;

Exae.inntion area painted. O*

w C2.6 C-E-2 3-CS S-2 00 3 P R-4 VT 900-4/19 300255 X O P!pe Pentraint

~

-d

& G Vx s

LOV PP"St'rE S ArtTY A C., ,

I tu r.CT 1 c1 -,.<

3-LPST-7091-10. ,

j,]y,u r .- P.- 2 9 ),

c-0*L,45',45'T Per IE Circular 76-C6, examinrtien i C2.1 C-P S-trSI-2001-10 ITT B00-36/18 300257 n -

Elbow-to-Pire nies extended to 3" V frei veld y; fusion line. C*

8-SS-4CS .322-20-TCL. C E

C2.6 C-E-2 8- LPS I-2 001-10-r n VT 900-4/19 300253 X Examination area painted. Fluid J 1cvel reads 3 roints to right of Pire Ecotraint SIS-7 " EXT" point.

0-LPSI-2CCI-16-SW 200-1/42 300259 X "e.

C2.5 C-E-1 PT  :

Seal Wcld e e

C2.6 C-E-2 3-LPSI-2001-16-SC VT 900-4/19 300260 X Examinatinn area patrted. m Support Co renents C

9. e w

8-LPST-2002 (Ficure 0-30)

C2.6 0-E-2 3-LPSi-2002-10-PR-2 VI 900-4/19 300261 X Examination area painted. Fluid Pfre T:entraint S!S-11 1cvel recde 4 points to right of

" EXT" point.

T0!1T CAI.1:OL'N STATICN ("IIT 1 1973 I!:SEP.VICr. EXAMINATION - C!).SS 2 SLT".An't OP 1:CNOESTRL'CTIVE EXAM!NATICMS PIP!NC (See Peterenced Finures in Appendix D) (Cont'd)

AS' ' E AE S.t E S.w RI V.E t D INDICATIO*aS MC M MC. XI E X AMINATIO N AREA TOENM!CADON EXAM.

P.TTH00 PHCCED'1CE EX AM SUf.1 i UEM arf S hI

-- E EHE ET fJO. NO RECORD A0LE l tistGhiFICAir.

CATGY. f;O1REV. CECMETRIC OTHED IT E '.* ?.O r-Lm 1.w PP::SS lm U"ADER 5/.

-. m p tr 6-1.P H-2 02 2 ~c (Fivore P-31) , , . .

Ei "

C2.6 C-E-2 6-1.Pl:-2 02 2 P R-1 VT 900-4/19 300262 X Exs: ination area paintcJ. Fluid Icvel reads 3 points to right of

]h Pipe Ecstraint  ;- {

" EXT" point, f ;.,

C

~-,

C2.6 C-E-2 6-1. Pit-2 02 2-1-P R-2 VT 900-4/19 300263 X Examination arcs painted. Fluid y Pipe Ecstraint level reado 3 points to right of C9 E.

"EXf" point.

I c*

SAFFTY ItuCCTICM +=

i~ C T

• 6-ST-202' 1F1 pure S-32) EH*

C2.6 C-E-2 6-SI-2024-2-PR vt 900-4/19 300264 X Exa:nination ares painted. Fluid S,7' Pipe neutraint ' icvel reads 4 points to rif,ht of w " EXT" poin t. [f H

• C2.1 C-F 6-SI-2024-3 UT 600-3/46 300265 0*L,0*V,45'T 45*,60* 45' Per IE Circular 76-05, exa=1 nation y ;

Pipe-to-Valve SI-197 PT 200-1/42 X area extended upstream to 3T froa o weld fustoa line. !b UT f r o m t h e ]g downstream utde due to the valve '

'a configuration. One 45* Andication due to crown ceo.tetry. PT perforocJ after crosa grinding. y 6-2501-2-S.160. c C

r 6-SI-2012

.r.

(Figure n-33)

O

~

C2.6 C-E-2 6-SI-2012-2-TR-1 Vr 900-4/19 3002 f,6 X Examination area painted. Fluid 5 Pipe Restraint level reads 2 points to right of

" EXT" point, p..

E I.nW PFESSUxy HEADFR e f.;

_6 - T._P U- 2 014

[a

,Q1 pure 14 - 3 4 )

9 C2.6 C-C-2 6-:.PU-2014-9-PH-3 VT 900-4/19 3C0267 X Examination area painted. Fluid T/

level reaJu 2.5 point:; to rig.ht of i~

6'i p e !b traint "

" EXT" point.

J V 'V

-- TCRT CALC 0"N STATICS I"f!T 1 1970 It:SnRVICC EXA!!!!:ATICN - cf.A*:S 2 Sil:"ARY tT !!O::P'STP.1:CTIVE EXA?!1t:ATf 0!;S O *-- 0 0 0 -

• -1 i:

JIPIPq/Ja- Pde ren;f4 Tiruren in Ame~fix Pl_(Can_ tid) j C'

{

ACYE A W F.

C*^" ^0" C * ^"-

S.v n t Wil D IN:J tC A TIONS ?Q~

nC. xi st c. xi rnc< t e'st c x Au. St;u nt u An r.s 205 rit M NO CATCY. ^ O U NO /REV. CitcET NO. NO ntCOnD Ant F 'N".:GNt r tC AN I GCOMtinlC OTHtn  ;-; O~ {

c "-

s : ;o 0

-LO*J PPESSt*RE fiEADER 9 , s., .

iCcit'd) < c- C '

-: T Q r '

6- LP:!-2014 (Cont'd) - ;5 (Firure B-34) 3 t-C2.6 C-E-2 6 - LPl!- 2 014 P P.- 4 VT 900-4/19 30026S X Exsminatica area painted. riuid $Eh Pipe P.cstrnint level reads 3 points to right of y' 1

" EXT" point. o P r

• c-

-SATETY I!1)FSTION n .O

• t-L u a 6-SI-2014 . r0 J. g ire f.-34) [y U-C2.1 C-F 0-SI-2Cl4-1A UT 600-3/46 300269 0'L,0'1,45'T 45',60' Per IE Circuinr 76-06, exn,1catien [ ,5 area extended devnntren,to 3T frea 5s ." _ . .

g Peducer-to-Pipe wald fusien lire. Li91t ej L*T f rem 3 '

the upstream vide due to reducer .-,u cenfiguratien. Twa 45' cnd two (0* ,4 'd.

indications due to root nee-etry, wc-One 45' cnd ene 60' indiention due [35c' to crevn ge netry. _*

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