ML070110285

Calculation for Alternative Source Term, H21C087, Unit 1 LOCA Secondary Containment Bypass Piping Data

ML070110285
Person / Time
Site:	Nine Mile Point
Issue date:	10/13/2006
From:	Stinson G Nine Mile Point
To:	Office of Nuclear Reactor Regulation
References
H21C087
Download: ML070110285 (58)

Text

Nine Mile Point Unit 1 Alternative Source Term Calculation H21C087 "Unit 1 LOCA Secondary Containment Bypass Piping Data"

illý1!31NEERJNG SEkV[GES I

ENGINERING SI ICESrotail

~.4 P~roject: NINE MILE POINT N.UCLEAR STATION Unit()1, 2ar0=Eoth): 1 Discipline:

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'Title Calculation N~o.,

Uinit 1 LOCA Slecondary Cont.9inmenlt'Bypass Pipingý ata H21 CD37 Bidn lo ~ v ne o

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Descriptio 7

Cha. geNo By AP._....

~omlee QtuJirirn Fited Separartely(Yes `1 N NA)N' Aafety

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'DdcuiMent' Cross Referen6ce~is) -For additional refereqoSes seeO pg(s) :$EEPAGES 45th.4 9titpii prvdd fy ru(s)NA~

(YIN)

No, Documient 'Nox.

Tye Index.,-

Seet

___'Rev SE E PAGES 45 thru 47

'General Reference(s);:

SEE PA~GE 45 thru47 Remnarks:

NA, u....(

es......

..[

i al IssueStatus:

Turno.T ver

.,See Page(s):

AP' Required es N/A): NIA I 0CF1350.59' Evaluation Nuimbor(s):~ NA Component 11D(s) (A's~ shoWn inMEL).:

Copy of A~pplicabjlity Determinationi'or 50.59 Screen Nk Attached? Yes I Nol Key Words: LOCIA. BYPAS1S',.PIPIN.G S:\\Groups\\FUELS\\HP\\Calcs\\O1\\H21CQ87~H21CQ87COVd6C NE-LESvu8 Rev 07

"'Project: Nine Mie P~oint Nucleari Station, Unt ipsition: N/A OiWinatoridate

.Reew Caldulation N :.Re'vji6n

0. R...

,Stihsn

/,9/9/05,

,.A.C.

Moisan..8/..1/d6.

H.

....00 Ke.011 Tablebof Conrtents

.Section Calcu'latiori Coyver Shoqet Table of Contents I.

Purpose/Objective%

IL Methodology IV. Calculations I. Main Steam Lines:

2. Feedwater Lines 3.Torus Vent Line

4. DrywelI Ventl/iirge Line,

5. Emergency Conidenser Vent Lines I. Emergency &6d §r,rai

,Lines" V.

Results VI. 'Conclusionis~

V11. List ofComnputer Runs V11I. Refqrencesp

.1*2

.2

.3

-.3

.10ý

.23

• 24,

'36

.45~

.::52,

. 52 52 1.a l.b 2.a

2. b, 2.c

~2.d 2.e 2.f 3.

4.

5.a 5.b~

5.d 6.a

6. b

6. c 6.d 7.

,TABLES Ma~inSteamr Line Le'ngths Main Steamn Line Lengthsý Feedwater Line Lengths to N~s:.

Feedwatier Line Lengths toIVs Feedwater Line Lengths to IVs Feedwater Line Lengths 1o IVs Feedwater Line Lengths~'frni Outer IV to 5t~h FW Htrs,.-

Feedwater Line Lengths from Outer I1V to 51hFW I-I Hr~s Torus Vent Line Pipe Lengths.

Drywell Purge/Vent Line Lengths Emergen~cy Condenjser Vent Line Lý6ngdth§ Emergency Condenser Vent. Line Lengths Emergenicy Condernser VenftLine Lengths.

Emergency Condenser Vent Line Logh Emergency Condenser DrainLine Length~s Emergency Condenser DanLine Lengths Emerg'enc~y Condenser Drain Line Length§s Emergency Condenser Drain Linie ILengthsg Summary of Pipe Lengths Calculation' of Volumes and Surface ~Areas~l M.i~nimumn Pathway for Each Byass Leakage Source.

-10, 1.3~

,l'i 126 19

'22 23

24!

27 33 36

~39:

4,1 43!

,45 5.1 FIGURE&

1. F6eeldWt11-IV1M6dbl

2. Pllanabo*e.El. 28,1'-0`

14:

H:\\U1CALCs\\C~O87\\II21 CO8Zpl.d~

'.VEP-DES.O8

Re~v7

~ENGINtEERING SERVIC.E.S CALCULATION CONTINUATION SHEET Page 3.

-L (Next_

Project:~ Nine Mile Point Nuclear Station Unit: 1 Disposition: W/A

'Onignator/Date' Reiwr/ae,Calcuiato

No.,eiso G.R. Stinson/ 9/9/05

[A.C. Moisan /;811 17061 H-21C0874 0

Ref.

1.[Purpose/ObiectiVe This calculation, is to proidyce data to be used as 'inp~uf-,to other calcudlations. Ref.Zgulatory,(w6de.,

1A183 [Ref. 1, App'endix A. Sections-4.5, 6.3 & 6.5] allciws.'credit for-;holdup and dlepositibhnin piping. The comi~puter code RADTRAD [Ref. 2] 'accounts for deposition and requires specific inlputs with respect to. th'e piping. For use in determining transit/hold up time, and deposition/plateout in the secondary containment bypass piping, the,-,total length of pipe,A thotal.

volume, the total surface area,' th~e length -of, horizontal pipe, the horizontal 'surface areapand the total degre'e's of bend are,required-

11. Mdthodol6qy.

The NMPI 10CFR50 App~endix J Program [Ref. 31 identifies secondary containment bypass ipathways 'and their associated valves' th~at require leak rate' testing. The system P&lDs arb use to Identify and trace the p'atiw~ays from, their origin to the release point, Isometri~cdraw~i'ngs are:

used to determine the lengths of horizontal and vertical piping segments~. This information is; tabulated using an exce~l spreadsheet, The piping spec is~ used to'determiine th'e internal diamneters of the various pipes. From ithiý data, the total length of pipe, the horizontal pipe length,

-the.,total.,degrees~of bend, the intenrnal surface area,- the horizontal-surfaqe arepaand the total Volume iare-calcUlated.

blis thehq'pipe

'rneral -diameter, Li ithe length-o pip lne~r surface ~are'a =7X)DL Volume = 'i2L 4, Horizontal surface area DL

[Ref 33, Issue 2, '3 paragraph]

Ill. Data/A'ssumotions (D/A)

1. 86rd'ycotimn by~p s's1bakage is a~ddire`ssed in the" 1qCFR50 A'ppend'i'xJ, Testihgd Porogram Plan [Ref.. 31. Ilt includes the following systems andvailves;-,,

a.6 Mbini St eam Isolation Vale MI)

IV-Q1-2 01104, IV'0-1 A V-01 b. Other Bypa'ss Leakage Pathways:

'11 Feedwater: IV-31 -0'7'CKV-31 -01 R, IV-31 -08, CKV-3 -'02 R 2..Torus Vent Line:' IV-201 -16; IV-201-17

3. Drywell Verit/Purge:>'lV.201.32, IV-'201-31,

4. Emergency Condenser Vent Lines: IV-05-02R, IV-05-03R 5.Em~erg'ency' Condenser Drain Lines: IV-39-"11 R, IV-39-12R, IV-3ý 3~

IV-39-14R 2 Nn-seisrmic pping is assumed to fail at the outer-boundary of the reactor-building. (If theý piping ~faied within the Ieactor bi~i~dincij,.Wo~ui&t5 ys ik 4

H:\\U1CALCskCa108Ti-f2 1C087pjq,;o NEP-DES-08.,

'Rev07

.'ENGINEERING sERVICESCUAINCO TNAIO HE IPg Proj ; ect: Nine #Mile. Point Nuclier Station Unit:,.

Disposi*ion: N/A oyiginator/Date Reviewer/Date Calculation NO.,

Re~vi~on.

G.R. Stinson /91,/05" AC. Moisan! 8/11/06 H21C087

3.

Fortlhe purposes of this calculation, the Main Steam lines are assumed to break atthe Stop valves. The main steam piping from the reactor outlet to the external isolations valve outlet~

(SysterriO1) is Class 1, safety'related,(SR),, Fromnthe ektem'al isolation~valve outlet to the turbine inlet (System 02), it is Class, III, important to safety/ non-safety related (NSR). fIn order to take credit for, holdup and plateout in thetmain steam piping between th1oebuter isolation val eand the' turbifibsstop valvesi, the piping ýmust beerhcly'rggedadi

[Ref, 301:,

h4.

Thefeedwater piping is assumed-to break at thle 5t point heat.exchanrger.. -Systems 30 aind,

~1are both seismically rugjoof[Rýf. 31]_

.5.

Piping that is angled suchthat

• telyassumed to be ver No'&redit.is tak"en for particulalt depositionin this tg.eis nt; [Rýf. %33,.Isue,2,3,'.

d pi grah]

'6. Secondary containment bypass.:pathways:z a.Main Steam Isolation Valves (MSIV) Lea6kage 21" lines Re.41 Pathway A: Rx N3A, 01-24-A, FE-01-98', IV 01-2, Penetrtio n X-2B, 1 -0O11-04, 02-'24-Ae Tu.rbine Stop & Control Valve iVMa4nifold PathwayB: Rx N36, 01-24-A, FEOI1-101, IV-O1-1,-

Penetration X-2A, IV'01-03, 02-24:-A, Tuirbine Stop & Contr-ol Vel Ma ol

b. Other Bypass Leakage Pathways:.

1.l' Feedwater,. 2lines

[Ref. _51 Pathways A & B: Rx, 10. iines, I'

-18A, Peinetration.X-4A, IV-31-07, C.KV-31.-O1R, 30-18-A.;FE-30-84, 30-13, 30-16-A, 30-10,5*5 FW Htr #115,

30-16-A, 30-11, 5"' FW Htr #125.

30-16-A, 3012, 5ý FW Htr #135 Pa6thway C & D:. Rx, 10" line~s, ý31 -1 6-A-1 Penetratioh'nX-4Bl IV-34-08, CKV-311.02R1, 30-118-A, FE-30-85, 30-14,30-i616'A, 30-10, 5'. FW Htr #115 30-16-A, 30-11, 5" FW Htr #125 30-716-A, 3071 2, S"' FW~ Htr #1 35ý

2. Torus VentLine

[Refh.*6.

Pathwy: Tru&PeneV~ion

S34, 201'12-LT, IV-201-16, 1,V-20'1-~17, 201.1220WLG

,3. Drywell Vent/Purqq

[Ref. 61 Pathway: PenetrationX-9 201.1-20*1LT, 1V201-32, X

2201."1.-24,-Lt IV6201. 3 201.2-24-LG H:XU1CALCs\\C~!O87\\H21C087p1~doc N

ýO 1 708

,;ENGINEERING SERVICES CALCULATION CONTINUATION SHEET Page 5 (Next Poet:,Nine Mile PolintNuclear St'ation Unit: 1 ziposition: N/"A R St.ns.

/99/5..

n.8/ 1/06.....

H21 C087 0

Ref, 4.Emrgncyx:Condenser Vent Lines§

[Ref. 7 & 4)]

P~athways A &B: Rx NSA, 39-1O-BNG, Pen., X-3A, IV-39-09R, IV-39-07R, 39-12-BNG, 3,9-12-B, 05-%/4-A, 05-1 -A. V-05-34, IV-05-01 R, IV-05-1 1, -V05-31 W,~

fine, 05-1%/-A. IV-05-02R?.05-1-A, IV-05-03R, 0S-11 %'A, 01 A, Main temLine at IV-01-03 Paithways ýC &. D: Rx N5B, 39-10O-BNG, Pen. X:-3B3, IV-39-10R, V-39-08iR, 396-12-BNG, 3-12-B, 05-3/A-A, 05-1A, V-05-33, IV-05-04R, IV-051-12, V`05-32', ý1 line, 05-11/.-A, IV-O5-02R_ 05-i<-A, IV-OS-03R, 51 -,

01 A,~ Main Steam Line at IV-01-03 56 Emr Ic Cndenser Drain Lines

[Ref. 7 & 41 Pathways A & B: Rx N5A, 39-10-BNG, Pen. X-3A; IV-39-:09R, IV-39-0)7R, 89-1t2-BNG, C, CKV-05-35, V-05-27, V-05-28;, 02-2-AI, to the condenser Paýthways C &D: Rx N513, 39-10-BNG, Pen. X-313, lV4-39-1PF, IV-39-08R, 39-i 2-BNG',

39-12-13_39-1-13L, V-39-95, V1-39-94, (or V-39-9:3, V&99) 91C 39-1-A, IV-39-13R, WV-39-1411, CKV-39-88, FCV-39-1 6, 05-~11/-C, CIKV-05-35, V-05-27, V-0~5-28, 0,2-2-A, to the conde~nser

7. Pipe lh~ide'Diamideter (inches):

[Refs. 8 & 9]

lPpedentificatiow.n Syte No. - Line Size -UE Ln/aterial Cl'ass

'Pipb 8'66d.

ID Ripe Sche.

l<

Pipe Sched.

ID 01-2-A 160 1.687 30-16-A 100 13.938 39g12-2B 80*

11.374..

01-24-A 80 21.562 30-18-A 1005.688

'39-12-BNG :..

11.3O74 02-11/2-A 160

1. -33:8ý 31-10O-A.100 9.31.2 201.1i-20-LG 10 19.500.

02-2-A 160 1.687 31-18-A 100 15.688 201.1-20-LT Std 19.250 02-24-A 80 21,562-39-1i-A 80*

0.957 201.A-24-LT Std 23.250' 05-3/4-A 160 0.612 39-1-BL 80*

0.957 201.2-20-LG 10, 19.500 05-1-A 160 0.815 39-1i-C 80*

0.957 201.2-24-LG 10 213500 05li-1/2-A 160 1.338 39J-1 1</2-C 80*

1,500 0 05-11/2-C 160 1 1338 39-10-BNG 80*

~9.562

• System No. 39, 10" min wall = 0.522', 12" min wall = 0.622", therefore.-.schedulea,,.O A, BL &.C also assumed to be schedule 80 System Nop. :.,

01 - Maih Steam, reactor outlet to ext'ernal isolation valve outlet

.02'- Main Steam, rexternallisolation valveoutlet t0 turbine-inlet 05 - Emergency condenser vent to main steam line & bypass to trus.

30 - High~ pressuJre reictor feedwater (from 9~ FW Htrto 6xternal 'isolatio" valve) 31 - High pressure, re~actor feedwater f~romexternal 'is'solatio'n "valve~t' raorIle HO1 CA:Lqs,ý6al-007.H.21,CO47p.I.Acý NEP-D~Es-08.

Rev 07

E~NGINEERING SERVICES CLUATO a

CALCUL.CONTINUATION SHEET

.=..=

ProjectNine Kitile Point Nuclear Statin Onif: 1 Disposition.:, WA.

Originator/Oate ReviewerlDate Calcution No..

Revision

'G.R. Stinson,9/19/q05 iA.C`.Moi*"'/.8/1/06..

020C87' 00

• e ~ ~

~

~

~

~

~

~

~

~~2C8 201.1 --,Drywel vent &Ipurge, air & N2 (dryweitofrs'[l!Jn6lv) 201.2 - Reacdtor containmen~t N2 pur~ge &'fil[:

Mater~iali Claiss:

A

-.Seamless carbdh steel --

WA'O6GRBE"i B -Seaml~ess stainles!§ steel.- A376 Type, $04:(exeta ptherwisez~noted)~

BL

- Seamless stainless'steel* SA32 Type 316L' BNG - Seamless or wevld ed staihless steel SA312 or' SA358 Tye36 Nuclea'r Grade C

- Se'anmlpscarboni steel ASTM Spqec A53 GR A or. B LG

-Light gage pipe or Sch. #10

%LT -'Sýearrless AS'TM.A-333 GR 6 GR.0 'or.ASTM A21 2 firebox to;, ASMvA`300:

'pe.,

8 T

• hef6ollwi.n..g' are`,exerptsfrom R.G. 1.183,`Appendix.A [Ref. 1jJ, 4.5 -. Primary containment leakage that bypa*ýsse the,econdary containment should:be evaluated `hat *e #as~s leak rate incorporatedinthtetechnical specifications. if the bypass leakage is through water,~ e.g., via filled piping r~un that is maintained full, ~credit for retention" of iodine and aerosols may."be cosdrdo.cs-ycs basis, Similiarly dep~sitiYonbof aerosol radioactivity 'in 'gas-filled lines may be con.sidoired on 6 caseby'-ga ba's~is.

6.3-l R'educteioen o the out 6t - euto ft~~mutof released activity by deposition and, plateout odn.steam:' system piing upstreamn of the outboard MSIs Vmany be credited, but the amount pireduc~tiopng

'concentration'allowedL will be evalu~ated on an individual case basis; Ge~nerally, t'he'model,

'should be based on the assumption of. well-mixe~d volumes, bu~t othjer models such as siug flo.w a 'be usedif justifiedi.

-5':- A reduction'in MSI V releases, that-is, d~ue to, holdup and ~deposition in 'mainmstearn piping,

~dowri.stream' of th~e ~MSIVs 'ard in' the mla~h condenser, including the treatmentof air -eject6r

effluefif by offga, s;ysterns, may beceie rtecmpret rdpp systerns usd in'Ihe release path are capabl ie.of perorming their safety*function'duringand following a safe shtonearthquake (SSE). The amount of reduction allowed willtbe evaluated on an individual case bs is. References A-9 and A-10 proide.

idanceonb a(*eptbe.. mode.:,.

Reference A-9 J. E. dCine, "MSWV Leakage..lodine Transport,,Analysis, ::Letter Report :dated' Marh 6.191.(ADAýMS'Accesioan-

-Ibe LO06~83718 iocrcnce A' IUSNRC Safety E'valuation of GE To pical Poport, NJEDC38P (Proprietary GE repcirt),:Reisih 2, BWROG 'Report for'lncreasing MS1V Leakage Limit~s and 'Elimiiratibn of Leakage Contrtol Systems, September193 letter dated March 3;, 999, ADAMS Accession Number,9903,1 T303.

H :\\U 1CA LG`S\\Ca68H1CO7`

dNEP-DESMO8 Reýv-07

Perojet:Nie M,I~Point Nuclear Station Ulnit: 1, Disposition: ANIA F-0r09inator/Date

'ýRevle~Wer/Date

~

T$aculatlon No.

]RevisloW, j G.R.Stinson. /019/05..

A.C., Mo6isan /8/1 1/06 H21 C087-00 IV. Clulto MSIV leakage is analyzed yusin th~e guidairfce given in Sectionii6 f Aoppndix*A to Reg. Guide 1.1.83 (Ref. 1). ~Section 6.5 of Appendix Ato Reg. Guide 1.1.83 (Ref. 1)states that reductiorn in MSIV releases due to holdup and deposition in main steam piping located downstream of the MSIVs may be credited if the, components~and piping systems used in the release path a~re capable of performing their safety function~ during and following~ a SSE. For 'this analysis, the main steam lines are assumed to remain intact fol Iowing~a LOCA up to the Turbine Stop valyes,'

This assumptionV is valid per calculation Si 1 1-02P0 1 (Ref. 30). For purposes of determinin'g holdup and deposition in the main steam lines, the lengths and ID of the horizontal> sections of the piping between the inboard MiSIV. and the Turbine Stop valves are used to dete~rnine the; Volume and surface area of the piping. These data are,,needed in order to determine'the.effective Iremoval rate for particulates and elemental iodine due tod.epos~ition/plateout, in the pipi-gj.ý Lea;kage via other secondary containment bypass pathways, can be treated similarly H-Nu1cALc'Caba107\\H21C087pj doc

'JPcv 07O

• ENGIEEIN SER ES'

.K rCALCULATION CONTINUATION SHEET Page,8

'Prolect: Nine" Mie int. Nuclear Stato Unit: I

isposiWionNl r

Orginator/Date ReiwrDt'Cluaion No.

Rvso G.R. Stinst n /9/9/,05-.

M.i 8/11/06.

Co '

00.

Tab*e4.a Main St~eam~n Line Lenaths1 Pathway~ A Fr6R*&'RV tssel N6 zle "N 3A to Turbine StorD Valves Ben'ds Horizonital Length Verticail Length RfrdIe' (deg),

Feet

'Inch'es

'Feet

.1 nches§1 Drawing f......

, ' r i

l :

.R~iN.

I A,,

2"830C'Shl 2

'O 2'

0 082

• ~ ~ ~

~

~

~

~

~

~

~

~

~

~ ~ ~

27.

.....,O..

.i0!8!.5

.3 2 0..

I...2 0 1*

0.25,

4.i..

i....i..i.~ili,i90, i

.13.

11: : 0*0625 6

~7 0_

7

'60, 25 6

"Pen._X-.2B JV-O1.,04 2 5 "

• 6.......

02-24-A_

165

0,5 10 90 22-6 11___ _

90 64 6_

14 45 14 3

082

'45 15

.5 15 0..8.125 16

'90

,5 0

C8055C 17, 90 44 19 90 11 0____

Turb. S~top,'Valve.

________________Pip.&

Djfiame&

From N3Ato IV-230

23.

4 0.9375

47.

1' U..625 24 01-0211 47.1719 From'i IV-01-02 to 60 3

6 0

0 0

0 24!"

IV-01-04'

.32-5000:

0.0000 From IV-01-04 to 1900 21 28 05 22 1 2

.24.'

Turbine~ Stop VIve

'213. 3750ýQ 62.01046 Note: Th~e ength of IýV-01-02 is' not included' in the totals._

";\\6-CALC's~~al~ý P.doc.

Rev 6T

CALULATION C>ON~TINUATION SHEET Page 9b (Next Project: Mine Mile, Pint Nuclar Station Unit: 1 Pispo)ýItion-N/A

~G.R<.:-Stinson /9/9/05

.AC. Moisan 8/11/06 H2iCO8T-1 001' ieft Table Ib`

Main Steam Line Lenoiths,

,PathwayB..

Frnm R*Vessel NozzIe~N3R toTurbineStoo Valves Vd

.ertical.length.

Reference' Pipe Segment!,, -,.

_,(deg)

Feet Inches Feet lnches Drawing Rx.N~~dN3BC2683O0QSh1

~ý2

,0, 9027" 0

012

......... ::2 9 0

.. m...

..:,.l 20, 201 1

1025'

.4 90 13.

1

0. 0625 I.........

~5' 30 8B 85 6

7

01_

7 60"25!

'61_

. Pen. X-2A JIV-Oi-03,_

____*_4.

90 4.......

C26831.S.

02-24-A

9 16 5

ý05 10 90 26 6B_____

12 90 1

10...

0

... 5 13,9 7,

3 14 45 14 3

08125______

l

' u l 15 45 15 5

08125 16 90 5

0C18055C

.... ~~~~~~~~~

.*2 9...

0*

005 1i7' "9

0 4..

19 9

10______

"Turlb. Stop Valve_______

From N38,to IV-230 23 4-q.35 4

625 01-01 3.15 47171,9.

FromlIV-01-01 to

'60 32

'6 0:

0<

0, IV-01-03~

32.'5000 0 0000 From IV-01-03to:

go00 215 31_

05 6

22:

212Z5, Turbine Stop Vlve 217.6250 62.0104 Nt:TIhe ien~t~oth,'fIIV-Qi,-U2lsinot incl~ded~in, the..totals, H:\\Ul CALCs\\CaIO87\\H21 CCO87pl dpc NE"P-DES-03

ýRe~v 07

• ENGINEERINGSERVICES i

CALC LATON C NTIUATIN S EETPage 10,

-~

(N~ext,,,

Projeict-Nine Mile PoARi Nuclear' Station Unit:1 I Disposition: N/A G.-R. Stinson / 949/05 kC. Moisand 8/1 1/06, H210C087 10

[

Or g ina]or/O te.

Re;viewer/Date:i Cl:: culation Nl~o.,

vision!

Table6-L

• S Fe~edWater Line~ Lenciths to IVs, Pathvwa A, Fr6m to Rx Vessel, Nozzle N4A to CKV-317q2,R P.pe....

me. t

. n..

rizontaL-ength "Vertical -Length.Refetence,

___ dg)!

F Eeeti' ;

InchesF Inches Drawing C26839C, Sh 1

ii 3"

3 0'

290, 140 5

90.

18 1

0a375______

31-18-A T___

65 0

77 60, 17 6

02 8V 60 21 2:

0.4375 Tenetration X4B IV-1-08 8....

C2 Sh'2 CKV-31-02R

-40______

Pipe Diame~ter.

2*1 A',

I1[

'37 270 4

o.

From WkA to, IVV 21.4375, 38.1406 1000

___43:713,5 0.0000 18 IV-31-08.

5-6667 0.0000 CKV-31-02R 0

_____________4.00,00-'000 H.Auf~CAL cs\\Caio8-7\\H~ffCo87Mu ýdoc' REP-ES07

~ENINERNG$RVCE

~

CALCULATION CONTINUJATION SHEET

~Page itV (Next PRoject

Ni0neMile Point Nu.lear Station Uhit:-

Disposition: N/A iOrigla~t/Orit.

Revievwer/Date Caculation No Revision SG,.R, Sinson990A M'isan l811/06 H210 C...

001 Table 2.b

roll, Feadwater Line Lenoths to lIs PjthwaV B Fro~mrRx eVessel Noz'zle, N4B toC.KV-31-02R B~ends(

Horizontal Length Virtidal LengtsRifec PipeSeeg).

Feet

Inches, Feet

]lches Rx Nozzle ;NB

-C26-

-S

-::;1

~31-0-A

_____C26639C, Sh 1ý 1

~31 3

0,875 2

90 14 0_

.18.x1 'x..

i T e 31-18-A 5

90 5

0

6.

P0 17; 6

02 60 21 2

035___

Penetra~tion X-413___________

IV-31-0 8 58________

288,S CKV-31-02R 4

0

-180 2-22Z-37 1

087 o'10 Wro N4to "IV.

3-32293810 31-08

ý210 43 R35 0 5625 B Gý G

________43.713

0. 000 IV-31-:O~

5~66670.0000 CKV-31-02R

0I 9 9 0

_0....

H:\\U1CALC~\\CalO87\\H21CO87p1 ~doc NEP-DESO8;

CALCUL;*:;;,

GBATION CONTINUATIO N SH*EET,:~t;:l*i!::i'!Page 12 jct:~ Ninie Mile Point NucI16.ar Station Unit:IDsoiin

/

[Originatoripate ReviewrDt Caflculatioin 'Jo Revision

[G.R. tinsni9/9/05 kC Moisanj. 81 O H21:C8 00.

Ret.

i*Tiable'2.,c Fee6dwater Line Lenqthts to lVsf Pathw6W.C FromRx; Vessel I zile N4C to CKV*-31-01 R

• P'ipeSegment Bends Horizontal Length VeitiaLen Rgth.

Rfemence, (de ).

Feet' Indhes:

'Feet !

InchesD.

Da ing RxcNozzJleI4Z

...... i....

"! -i 0 -A__

V 3

3 07 3

45:

19 8

01875 445

_40 1 &"Xl T"i0 Tee 31-18-A 6

90 50_______

7 60 17 6

01,2:5-_

8 2

470--_

P~enetration X-4A_______

IV-31-07 5

8C26838C,,

Sh 2

, i 9 0,,........

CKV-31-01R 40

____________Pipe

Diameter, 180 3 0.875' 37:

13 067 lFrom N4'A tcq IN-3.3225"_

61-7 43 8

0.*

.56250.

0-b00 240~~

43.7135 000 CIV-31 -01 R.6TU00

<CKV-31414 40000'ý

-A__________

~ ~~ ~

~~............

l.

H~\\U1CAL&s\\C~aiO87\\H2iCO&ipi.doc NEP-DES~O8 Rev 07

~CALCLTO CONTINUAT~IONSHE

'ProjeiL Mine Mbe~ Poin,tNuclear "Station Unit: 1

, bsposition: N/A

'ý Orignstor/Datc Rcvi werlDate

~calcukotion No.

<Rovision G.1QR.,Stinson-/ 9/915 A. C. Moisani 8/111106-

~

H21 C087 0

Ket.

Table '2. d Feed.water Linie Lenqths,to. IVs Pathway D Fro~m Rx Vessel Nozzle N4D to CKV-31ý -01 R St*Bens(

orizontal Lefgth, Vertiddl L~nt Ree 9c Pip egpe eg)

Feet Inchesý Feet InchesDwil Rx. Nozzlej'J4D 31-10-AC26839C, Sh 1:

1..

3 3

i ' *0,i8 7 5........

2.

.. 90 94 3

45 19 8

0.1875

.....~~~ý4 3,,,

8 i ::i:: i 5

-ýA5 31-1 8-A____

7 60 1

17 6

'01 25 21 0 4:

3 7 5

.Pernetration X-4A.

IV310 ____

5 8

C26838C, Sh 2

_ C K -3 1 -O I*

r :

...., I 4

0...

Q_.._..........

P i e D iam eter From :iN4A:Tto

-27 21 4

1.25 3

13 068 7

-rrfM o

21,4375 38406

_____ 07, 82 43 0.562 0

10 0ý 4 3 713....

0.00000 18 iV

.5.6667 0.0000 4-0000 0.0000.

._...o.

oo Pipe F~gment 5 is conservatively esumanite.

it iS 2GHtualy LU -n 0H I.nowever, wnere is a, reducer whose locatio iis no'tdimensioned o&"Ahe draw~ing. The same dimensi6'n is used 'as for

'Pathway A,~

,HAUICALCsý\\CaIO87\\,H21CO87p1.ýdoc NEP-DES-08' Rev 07

Project: M-ine Mile Point Nuclear Station Unit: I Disposition: N/A Originator/Date Reviewer/Date C.Galculation No, Revision G.R. Stinson /919/05 A.C. Moisan / 8/11/06 H21C087 00 Ref.

The volume between the Feedwater Inner Isolation Valves, IV-31-07 & 0, nd[the Feedwater Outer Ilsolation-Valves, C-K-,31.-OI R & 042R, is estimated below.

Valves IV-31 -07 & 08 are Rockwell Gate Valves. Refs. 26 & 27 include vendor drawings showing the general assembly and the weld end. Some dimensions are proývided, however,~ others must be, estimated.

the overall length of the valve is 68" from inlet to outlet,

• the gate is at the midpoint of the valve, 34" from either end, the throat diameter is 10.50",

13" on either end include.a flange piece and an extension, there are sockeletsrlocated 11f" oneither side of the gate,

• the ID taners from inboard of where-the fiance is attached to inbfoard of the body sockelets

• ýQ the gate-is a wedge, wider at the top than the bottom. It is conservatively estimated to be 8,' thick at he top

• (P the 10.50' diameter section is conservatively assumedto extend as far as thaesockelet The tapered section is conservatively assumed to extend from the sbc.eletto.where the flange is welded to the body Val1ves CNK-31-OIR & 02R are Weir 18" Swing Disc Check Valves-Ref. 29 is a vender drawing tK6t provides. some dimensions, but-as above,,others are conservatively estimated.

S..

The overall length is 48",

distance from inboard end to.closest point on..ho fh

se&discis 31.25"(48"-16.75"),

ID is assumed to be 14"

[Figr]

Feed9teteWMode Lutr ikVa!l

lot: from the ReotoV~:essel 1

H:XUICALctACelOSZ\\H2lcOS7pI doc NEPDES-OO

,H'-ýXUIC.ALCýNC.ý.iIO87ýH2lCOa7plý.ddc Rev 07

ENiNERN~EyIE~,CALCULATION CONTINUATION SHEET P"a g-e-,5 Project: Nin1 e Mile Pin Nu.eŽ S~it~t ;ihunit,:1 Di sposition:- ýNl:ýA

[OriginatorIDate Reviewer/Dae C616leit! 6n No-Revisiboiý

ýGR Stinson / 919/05.

A.C. Moisan,/+8/i1106.

li2lC087 no Ref-underestimate the 'volumes.

Volume

-,E D214'x L

,k-142/4 x 13~12~

Total =

,6066,13 in3 0.3508 ft3

,1178.59 in-3= 0.6821 ft3 2001~19 in 1.1581ft 48,10.56 in3 ~27839 ft3 4-9749 ft.

The internal surface a46rea" =7tL 3r10.5 x 7=

,r 12.5 x 10~

,714 x 13=

,r14 x 31.25 Total 230.91 in 2 = 1.6035 ft2 38, 4.~85 in 2 =2.6725 ft2 571.77 in' = 3.'9706 ft2 1 374.45: in2 = 9-5448 ft-2

'17,791 ft2 The hbrikokitalreoa = DL 10~.5 x i

,12.25 x 10 14 x,13z-1~4 Xi 3126`,:

Tota I=

7365 in2 = 0.51'04 ft1 122.50 in 2 =G.8507 ft2 182.00 in 2 1.2639 ft2 437'.50 in2 =3.0'382 ft2 5.66a2 ft2 HAU1CALCs\\C~IO&7M-12 1CO87i5i'doc NEP'Q~ESp8; H!ýUlýCALCS\\Cý11,0.8ý7NH21CO8,701,'.,-ddd:

RevO07

ENGNEEIN$ERICE CALCUJLATION CONTINUATION SHEETi>

Pae1 P~ojedt-hne Mile Point, Nuclear.:tato.n unit:l Dispositibn:. NIA L

Ogiatrat.....

Re eweDate

.,acuti N Revision 1G.R. Stinson I.919/905.

Moisan / 8/11/06

.20087 00.

R(ef.

Table 2e Feedwater Line Lengthsirom Outer IV to 5 th FW Htrs Pathways A &B From CKV-3102 R to 5th redwater Heater.41 Pipe Segment,..dI(

Hon ohtal!Length i

.ti~a Length Reftreee de.). I Feet Inchs. ;.... fe t

l.

D Pe i

CKV-31-02R' 26838C.,ShZ2

......~ ~~~~~

.e:

A 30-1 8-A____

4 7

0" 75 3...

9045 1!0.0 0.

0.9375 "

I I

30 14 90_

_~

5 10 0-5.

~.

I :,;

I 0ý5~o a et

• 30-1. 6-A 30-10 58 0.5______

2?4

'33 0

90 40 3

0.6875ý 45 4,

2 0.9375 30 4

~~10 087 5th~ pt htr #115j

___Pipeý.Diamneter 20 69 16 2.125

-4 10 0-875 1'

From CHK-31-02 70.5104 4.9063 to Fdtr Hx #115, 54 10 186125 61:

11 0

$60 54.9844 61.9583 1

ýHAUTCALCsNCaIO87\\1121 C087p1.doc

ýNEP-DES-08 R~v 07

ENdINErRING SERViCES COTNAIN 1 I SH E E

{(N e x t

/oject: kine Miie Point Nuclear:SaIi"n<

Unit.: I Disposition: N/A O'iiginatOrtDate

.,Revew fedDate Caic !ia onNo Revisin. I G.R.Stinsorff 9/9/05 A'CMosnb1106H21,C08 Table 2.e. continued Fedbwater Line Lengths from Outer IVto 5i' FW Htrs.

PathwaysA.&'B From 'CKV-31-02R to. 5th Feedwater Heater #1'25 Pipie *!i:Se* m t :: Bends(.....

Horizontal Length Ve.iti i Lencth Reference'

.dei Feet Inch.es Feet..

Incies Draw g 1KV-31

-02R C26838CSh2

'3ý0-8-A__

4, 7

0.. 7

_;375

____16 1

~

~

~

~

~

~

~

..o1

,,i...'" ::

90 10 0

0M75

301490, 45 10 05 90' 30 3,_

3 0 -1 1 3

8 0 5 30-Z16 -A____

_____29 6

087

.30.....

.. '

• 41.. :::i

........:I i

08

..I.....

4 5 _

4 2

0 9 3 7,5 5.th pt htr # 12 5:

Pipe DQiamete~r 34 16 1.625 16"087, Fro CHK-31-02 0

35.4688*

4.. 63 toTdwtrHx*#12 51 10

[:1,3,12 61 11 0*5

_.......... : = :5 1.9 4 2 7.1 6,1 9 5 8 3..

HAU1CALCs\\CalO87\\~121CO~p1.~oc

~NEP-.DES-03 Rev 07

ENGINEERING SERVICES CALCULATION CONTINUATION SHEET g 1 (Next' oject:

.ineMile Point Nuc..ar Station..

Unit:,,D iposition: N/A.

~Oriiaaor/Dte evieerlateCalculation No.

Revision G.R. Stjnsoni 9/,9/05

.A.C.

Moisan 18/11106.

,-1 H210C08-7Q

ýEef*

Table 2.e, ifbbtihu'ed, Fee6d6f&e' Lines Lengths fr m' TOf IVT.W5.F'Mtrs.

'Pathways A,&"'

From. CkV-31-02R to 5th Fe.dwater Heater #135 Bends(

Horizontal Length Vrical Lengthi..

Reference Pipe Se76n6Fet, Inches Feet Iches Drawing

ýCKV-3 I 02R

-1 C2630S i~~

h 4

Z 035_____

1 0 '

1 6

'1 90 10 0

0:9375 W0-14'9.5 0

0 9

1 0

....... 3.0 2 1 6.* :,

.. I i:...

]

I i I

,30-12 90 4,0 3

085_____

.i:*

= * ::.'

" 0 8.5.... *.............

I:

45 4

2 075'______

30 4'

10 0875______

5th pthtr #135 Pipe Diamefter 51 16 2.5 A.

10 0.875ý From CHK-'31-02 2052.5417 4.9063'16 to Fdwtr Hx #133 15z 84 825 6

1

.5_

360 187 198

'....'5* i :,. I...:*:.4T....,................o...7.................................

H;\\WlCALýCs\\C:aIO8Z.\\IHI21C.O87.p1.'do

NEP*DES08

• Rev 07

CALCULATIONCNIUTO SHEET Pe j~7 (Next PFrpoject: Nine M~ile Pbnt #/uclear Statori Unit: I Dispoiin N/A Originator/Dat.e Revie*e/Date

.lc6*Wa tibn'No.

Revisio1n G.R. Stfinson 919/0I5~

f;.M~s 8IIQ6 la&0 0

ýFbeedW teriine-ýLerwlhsfI Ml OuterIV to 5mh FW';Htir Pathways Q~

D)

From CV1 0Rto5hF4edw~'ater~ Heater #115 Segen Bnd(

Jor06iz6nt~Iength

[LRt Re"f ere"n ce-Pi dg) ee

Iches, Fee0t, 1%

chesDrwn CKV-31-010R.

26838CSh2,'

30-18-A, 4

8 0.75 90 10 0

~~01937 30 13 90 1*

ýý30-i0 5

8 0 ý5 99 40 3

06 75 4...

• ~ ~ ~ ~ ~ ~~V 4

..:i 0

=...........................

0.........5 45'12 10 2

935 69 16 2125 4

.10

085 From CHK-31 -01 20705104 49063 to2F4.r*Hx#115 30 2

273 61.95

)..18 H:\\UCALs'\\alO7\\H 1C87PfIýidup

ýNEP-DES-08 Rev 0i

N.E.......R.CALCULATION CONTINUATIONSHEET a

2 PIroject: Nne,-Mi Point Nuclear Station, unit: 1 Disposition: N4/A

• Originator/Date Reviewer/Date, a6cui ti No..

.Revisi'.

G. R. Stinson.5!9/9/05 Ak;C. MWisa n 8/11 /06 H2,108 oo00 Table 2f... continued Feedwater Line Lengths from Outer IV to 5' FWFHtrs

..PathwaysQ! &* D!.

From `CKV-31 -01 R to 5th *Feedwater Heater #125 Bends('

Horizontal Length Vei LReference P ip deg).. Feet inches Feet Inches rawing C'KV-31 o1 R C26838C,Sh2 30-18-A___________

_4 8

0.75 90

-6 30-13 904 0

0.5 90 2T

,29 6

0 6875 o:45 40,2 09375.....

.....45 :

1:

4 8:

3_

_5}

30 4

10 0875C__.___....

87 5th Ot htr # 125".

34 16 1.625 4100Io875r Fron~~CK-1-1 2035A4688 4.9063 to Fdwtr Hx #125

ý23 1'11 1,6875 61>

1 0-5 450

~~24 057361 53 i1:\\U 1CALCs\\C'~iIOi21CO87pVdoc NEP~OES-O8

-\\UICAL 11\\Ca10qn -zicoazp,!ý dc

ý C,

-1ý 1.

Rev Oý'

1.

RI~JGSERVICES CALULAIO CONTINUATION SHEET

~

jPage.21

)Project: Nine Mile:Point Nuclear Station Unit:. 1.

Dispositdn: W 4.i/A

,Originator/Date Reviewer/Date,,

Calcu No.

Revision lG.R. Stinson 19/9/05 C. Moisanr8/11/06.H21 C087 00 Table 2f...1, con.iued`

Ft eed!water Line Lengths from Outer IV toý9ýFW, Htrs Pa tfways Q & D From CKV-31-01 R to 5th Feedwaer' Heater #135 Bends(

Horizontal Length Vert.cal'Length.

Reference, iPipe Segment ::,,**:

Pipe Segment.

d)

Feet, Inches Feet

Inches, DrWi..

CKV-.31-DIR C26838C, Sh2, 30-18-'A 4

D-075 9

16, 1:_

'.90 09375 3013.

90 45 10-05 190 33 7'

05

-;0.6A 27 05'_

3~0-12 90 40 3

0.6875____

45

__5____

_.4 4

2 0.9375

ý45

0.

1 0875..__

30 10-

ý0875,

%210

'54 1

8516' Ftrom CH K31>0-01 52.5417 4.9063 to Fdtr Hx #135 47 15 12.1875, 61

0.

18 7

36 48.4323 61ý.9583 I_____I_

U1CL~sC~87\\,2'OWp......

44EP-Dcs-oa

E.NGINEERING SERVICES

~'

CALCULATION CONTINUATION SHEET Page'2 1

• ~~~ ~~~(Next*:

).

Projectt:

sine Mile PointNuclearStation Unit: 1

D*ispstion: NI*A

• ohgnator/Date

.Reviewer/Date, CaIculaton*'*NI

.evision GR..Sti.sO..

9/9/05 M

a.

././.1/0 10 87

'*oru0 :V' Linte >Lenats F~m~tc~ Thrii~P~~tr~ti X327~t6Turbiri~ Rnildind

!*:se~ign~ti (Bens H

.Horizontal Length VertiAlt eghf'e

.dg)

• ::*eeL

:,* *::':Feet ch Drawi*...

Penetrati6hn X-327 C271$GQS.

i......................

" W.. 01-16....

.85.........

"'201.2 20-ý1LG 1 0..........

45 14 S

09375 D..

90 15 9

0.75 romPen. iX-327 0

0 3

,6

.0

~toIV-201-16 0M000 3.5000 0

0 0

0 0 0000 0.6667 FromI201'-16A to 0

0 0

0,1 10

020, IV-2OiVi,7 0.0000

.1.8333' lV~2O147 0.0000

'0 6667 From:V217t 1

17 120 10.77, 6

21 097 7U bir'eO-d 18.7292 66.8281

-I H:\\UICL~a\\CPpýl\\21 CO87p,1'doc, F-P:ES-08, Rev 07

L

~

ISERVCES CALCUL~ATION CONTINUATION SHEETPae2 Omjct:k MniMiIe 'Point Nuclear Station 9n§t:

1 isoton: ~I Orgi'to/at ReviweqrID.W, Calculahon No.

'Revision

'GR:Stisn II A.C. Mollsa I;Ir/-

"H21CO87 00 tinTa bI9' rar~

6 05wl en/ua in en M rv L i...

L...

.. "6 ".t From D2ywelJ El 325'-0" to the Turbine Auxiliary Ext. Building (Column Line 12).______

PieSgetBends(

Horizontal Length.

.VertaLe, th Re6ferencet

.deg)

Feet Inches Feet Inche5.r..ing Dr~ell El C 30CS1 C271860,Shl

2 0 1.......

2

~~2ý 7

0187 21 T5' "O -

ý,IN:50 iSh**

3' 9

D,_

41

-90 10 0

5 Peiiet'rction X-1 9

,24"'x20` Eccentric Reducer 3ý 0

2

............ *2 7

iZ 5 WV-201-32" 8.

DVP-21 IV-201-318 i

i ii_

2011-2411T

_______1 201.2 24,LG 5'

~3 9

0:4375______

6 45 4

31______

7 90, 9

11 9"

45 51 7T 0.875_

'1j0.

45 5,7'

.6:'_

11 45 4,

T1 0.375

.12 45 7T

3 0

!.. =

i e ~ i m t r i

ii I

"rn~

ro rywelto IV 90'

-13

-D 201:322 13.0417 24,0000

~From IV-201-32 to 0

1 9

0

'0 0

0 IV 201':31 1.7500 0.0000 From IV-201-31 to 35 102.

39 2.1875 ~9 11 0

24 Turbine Bldg 1,05.4ý323ý 9.9167

,HAUCAL~\\Cai87\\H0ICO7p.doc W61`-EPS-O0 Rev 07

ENGINEE VCCALCULATION CONTINUATION SHEET 4~Pg14

~

?

'K

<~

PexL'

'Projee:t Nini&Mil

.oi

.rt',Nuc/ear Station Unit -1' Disposition: N/A

.O.i.;Dt'R*v i#win/Da ! 8Caflrcu on No.

N6, Revision IG.R. Stinson /'9/9/05, A. C. Moisan (8(11/0 H2113080,-

00 Ref.

Table 5.ai

'Pathway From R.No.zzl'e. N5A to MST i(via Emneraencv Cond...........

n 1

Bends(.

Horizon'ital Length Vertical Length,Refere'n::

_i__s__

t__ deg)

Feet I

Inches Feet V Inches Drawing RxNozzleN5A 39-10-BN C26843CShl

-9 a

A 90 10 75-Penetration,X-3A._______

IV-39-07R 3

6 0 12"X 10 Redu'erW 126843C h

3 9 -1 2 -1

8.

.90 2.....

20 9

90 106,______

1090 13 3

. 5'3/

14 90 9

027614,;h 15

90 1ý3 Z

0.5

,6..

9,,

9,,

4 0.9 375 0A A 18 90 1

6 025 9.....

IV05-01-RA___

19' 4

0.25 IV -0 5 -1il..................

19.....

"1

, ll-6

_,I_

.9 0

1

.______9-_.......

"i 0:5..................

'ft\\U ICALCs\\CaIO87\\I-121CO8Th1.d&

'NEP-DES-O~

'NEP-DES-08 Rev 07

ENGINEERIN:

SECES CALCULATION CONTINUATION SHEET Page 25 (Next Projt:

.Nine Mile Point Nulenr Station Unit: 1 Disposition: N/A Originator/Date Reviewer/Date Calculation No..

Revision G.R. Stinson,/ 9/9/05 A.G. Moisan

./11106.

H2,1C.87 00 Ref Table 5.a, cont'd Eriieraency Condenser Vent Line LencithsK§ Pathway A From Rx Nozzle N5A to MST (via Emergencv Condenser #111)

Bends(

Horizontal Length Vertical Length

'Reference Pipe Se.ngment deg)

Feet Inches Feet Inches Drawing 06-1 112-A A 22:

90 10 05

______10 23 90 4

0

04. 375

. 1_..

24 90 2

10 25 90 6

2 0.75 26 90 6

6 0.8125 27 60 5

2 0.375 027165C,Sh2 28 60 11 5

0.375 29 90 4

0 0183155C,Sh2 30

.90 2

3 A09375

......27165CSh2 7 1/2"M "Reducer.

31' 6

068 25

_____l_[__iii[

IV-05-02R 5

05....._....

3 2 3..

.1 12."l.. Reducer 05-1.. N 1/2-A.

33 1

0

. 34 90 1

0 1 1/2"XI" Reducer, 35 6

0.8125__

IV-05-03R 5

0.5 36 3

I 112"X: Reducer.

05-1 112-A.

37 18 0,6871_____

38 90 39 90 4

7 025

4.

90 1.2 C1835s7C

• 41*

90 22 6..

C18358,,Shl 42*

90 16 6

C183550,Shl

,143 90 3

3 1C83560 44 45 21-.21 !

'C18355CS.hl 45*

45 31 0.

46*

90 11 0 0_l_......

47*

90 16 9

L~48' 90 5

4 C163570

[ 49" 39 0~.

0C18355CSh1 HA\\U 1CALCs\\CalO87,\\H2 1C087pl.dob.

~NEP-DES-03 Rev 07

1~-NGNEEIN SEVIESCALCULATION CONTINUATION SHEEt Page-26, Prioject: Nine Mile: Point Nuclear Station Unit: I Dbisposition: W/A rOriginator/Date Reviewer/Date

.C616616bion NO-Revil ion 1 G.R.Stinson 1,9/9/05

,.C.

Mbisan 18/11706, H21C 087:

00 j

Ket.1 T'able a.ond Emer~anov Condenser Vent'Lin -LUna ths Pathway A.

From2Rx. Ncozzle-ýN,5A to MS Vi Emre cy'6desei#1i PitBends(

H l Lengthi ticalt deg)

Feet Inhes Feet nches Drawng Rx Nozzle NSA.

283,h i39-1 0-BNG

,Pipe Diame~ter From N5A to lV-3.

9R

.330 27

28 1

9 0'

.08125,ýý

-rom IV3-09-IV-39-07R 0

6 0

0 0

0 Total___17" 330 34.9167 9.3177______

Fro0m IlV-39-07R to 50 57 24 1-9375 40 2

t1ý0,', 3/4-A 59.1615

40. 2083.

Fr.om 05-3/4-A. o.

12 12 1-4375 2

9 0....

05-1-A 2

3 131198.....

2.7500 314" From 05-1 -A to05 180 15 2

0.5 A4 6

.05,

'1 1/2-A 15035.3750 Fro m 05-1 1/2-At 750o 2:

77F125 24 33 2011 IV-05-02R 16.5938 26.9219....

___1!2 IJV-05-02R' 0

02 1.700000_

From.IV-05-D2Rto 9

2 0

0 0

0 0

112 IV-0-03R2.M000

'0.0000 4312 0

77 0

IV-0-03 0 1.276ýO 0.0000 From) I--3Rt 99 1221 33 0.9',375 32 1

18 0

112

MST, 11 5.0381 33.5000 0 1.

,*Thie lengths of the followying segments are calcula1ted as follovvs:

Segm~nent 40V: (El. 318'-O0" + 2'-0') - (EL. 309'-10") =10'-2' Segment 41: (9'-6") + (10'-0") + (T-0") = 22'6"

'Se~gment 42:' (El. 309'-10") -

(El., 298'-0"4.8 )-16-6"

,(See Figur~e 24

'S~egmnent 44: SEC 45 ' [(22'-D") + (5'-6")-(3.")-('9) 1.414 x (15'-0") = 21.2 1'

,Segment 45: (22'-0") + (22'-0Q) +.(5'-0") - (15'-0

-(3'-

0 Segment.46: (5'-07) + (66-0"). "14 0"

= 11 0.).......

iSe'gment 47: (23'-0") - (5 (V)

-~3") 16'ng9" Segmeint48:* (El. 281'-0" + 12"-4") - (El 288'-0")

54 s.egment 49: (V 1-3"*.

3"

(+

-'-6") = 3-C0 These"values are appiicable I fo6r Tables 15.;b, 5..

5&d, Aaswell.

C18357*0 C18,358C, Sh. 1 C018-3570C 0183550, Sh2 1, C18355C, Sh. I C1 8355G. Sh.

I 0183550, Sh.

C1 8357C Ci 83550, Sh. 1I H.\\u1cALcs~c~I087\\H21co87p1:doc Rev 07

ENIGINEERIQýýROE-CLUAINCNIUTO SHEET Page 2f RING~SRV1CES(Next Project:: ANine Mile 'Point-Nuclear'Station Uni. 1

ispositin: iN/A Or. gi atoriin Rei ewer/Date Calc ltio No Re...io 1

G.4 fiR>

st 6in 991c9t5.A.C.

Moisan* /*1 10

'I H21C08...

1 Ref.1Table 5,16, Pathway B From m:Rx Nozzle~ N 5A to ;MST: (Via Emer~aencv; C'ondenrser4MIi12T, Pipie SegBment; en,(

H".rizontal Length VerticalLen.gt.

!Refp!en'sg

Rx Nozzle N5AC283Sh 2

..9 0 6

9 0 5

• 3 90 9'

3 908125

• 4

'6 0

4 9

0 5 5I90 1

,.P-6 eirtion X-3A IV-39-09R 3

0 Y

<"* I IV -39

,07-R 2

6 i................

12"X10" Redukc i

3 9 -1 2 -B N G,.

1 8Q 1.....

.2 6 8 4 3 C,S h 5 39-12o-B 8

9 0 2

2 W05 C26843C.Sh.

99U 16 6&_

• ~ ~

~

~

129

___1 0______

2 9

' 9 0 1 4 0 5

. 1...

'05-3/4-A C76~

• ~ ~ ~~~

~~

~ ~~~~~~

1 0g 1

I '....

16

.90 3...

8 05

.8 5

h 1 'x36/4"Reducer

-,3 A-18' 01 6

05 IV-05-01 R IV-'05-1 1 20__

_16__

2 11, 90i1i1 0__

R:\\U1CALCs\\CalO&~Wl21C987p1 dbc NEP-DES-Qa

Hý.\\V.1'CALCSýCýIO$T.\\HZICQBTP1'.dbt NEPev 07,

ENiNEERiiNG` SERVICES-

~

CALCULATION CONTINUATION SHEET lg 28 Piroject: iNine Mile Point Niclear StatibotV Unit: 1 Disposition: N/A

~Origiator/Date

~Re~vievkwk]Date-paiculation Iso.

'Revision 1

990,AC.

Moisan le51b/06

.H21Ct 00 Table 5.b, cont'dI

• Pathway, B From Rx Nozzle N5A to MST (via Emergency Gondenser"#1 12).....

BendS(

rzonalLengt Verticl Length FRefeFehce Pipe Seme 0de)

Feet, Incheso Feet Inces rwn 05-1 1Y2-A

23. 90 4

W 0-437;5 2490 2'

10 25 90 62 0'75

ý26066 0:8125.

-27,0 5'

2:

0375 C27165C;h 28 60 11 5

_j0-375 29 90 4

0___CI3SSh 30

.90,

2 3

0937 C27165CSh2, I1 /2"X1" Reducer.___

31 6

01'8125 IV-05-021R 5

0.5_

32 3

1-1 lI2`X1"Reducer 05-1 1/2-A___

331 34

?90

,1.1/2"X1" Reducer_______

35 n 0,,.81,254-

IV-05-03R5 05-_

36 3_______

1 1/2"X1" Rediducer

........... *... 2 :..........

9 0 :......... :

, ' L

• 2 !..............

38' 90

_1

ý6__

39 90 4

7 0.25 4Q*90.

0

183570Q,

-0

-2

-Q 8358C,Shl1 4T 90 16 6

C18355C,Shl 433 90 3

3..............

C1 8356C 44*

45 212. 1' C18355CShl 45*

45 31 0

0-46*:

90 11 0

47*~

9o0

16.

9 ll 747905 4

01'83570, 49*.

90.3.0..

..e..........

0 1 3 5 S h

5.

H:\\U1CALC~\\CaIO87\\H21QO87p1.doc

,'NEP-DES Al8 Rev 07

~NGNERIGSRN9E

{7<CALCULATION CONTINUATION SHEET ag2

___________________(Next,

.Projoc't: Nino. Mile. Point kNuýciear Station U nit: 1, Dispoiin ~

[OnginatorlDatc Reviewer/UDate Cariaio o

e~igi 1

G.R. Stinsonl 4919/05

.Mosn/

/10 H21 C087 00

i.

Table 5.5* contd Emeýrciincv Condenser Vt-nt~ Linn L-6hdthý Pathway B Ffrom Rx Noz~ie N5A~t6 MST (via Emergency Cond nser #112)

B nds(

H i t L y...

Vertical Len.t

.Refer.ee.

ipomn deg

Feet, inhe get Ice Pipe Diameter.

2..

9R*

330 27 28 1

i 3

0-8125 V-9OR O

5 6 j0 01 0

0 Total_1_0" 330 34-9167.

9.3177 From IV-39-07R to 4:

52, 37 1.5

.0, 2

0-05-314-A, 55,2083.

40.2083_

From 056-3/4-Ato 27-814, 0-5 2

9 0

05-1-A 2083

~

2.7500J.

Fo 0511-A t0515ý 1

2

~0.5 4

16 051 Fro 051/-Ab 8

1~5.2083 53 0_______

From 05-1 I 12-A 750O 16

5. 1 2.125 24 33 2ý0625 to IV-05-02R 16.',593898.26919 0

14, 13125 0"

I~f~05O2R 01-2760

'0.0000 From IV-05-02R to, 2

0 0 00 1 1/2" 0V0-3 '2.0000

ý0:0000 0

~~1:-2760 FromIV-05-3R to 11221 33 0.9,37511 3

18 01 MST 99 1.3133.5000 hAU1CALCAC~iIO87\\H21CO87p~doc N4EP-DES-08 Rev '07

FNG1NEE3ERNG SERVICES CALCULATI1ON CONTINU.ATI.ON SHEET..,

Pane 30 "Project e~i.

neMile Point N\\uclear Station Uhlit.z I Disposition: N/A I Oriinator/Da*te Reviewe Da ca nNo:

I Renision:

G.. Stins~onA.919/05 A:C. Moisan I 81 11o6j H2 1C087 00 Ref.

Emeraencv %Condenser Vent 1ine Lencths Pathway

.From Rx Noz Lzle N58 to,,MS (J Eme6rgency Condens'er #121):_____

Pipe-Segm

.nt

Bends, Horizontal Length Vertical Length Refere cet P ip e, S.e g m e n :......

I,:

L," _

-I.

I...

,,,,11~~'

6 6 1

w...

.i n

(d. g)

FeIn e

Feet Inches Dran R e5C2643C, Sh2 39-1 0-BNG 11 3r 2..

90 8

4 06..

25....

3!

90 Q.081 25 41' 60

.51 0

590 15 1

Pbrnetration X-3B I'V-39-10R'

-3 0_

IV-39-08 R 2

46

"::':ii*, r~ii0 R !;':

] 'i C; ;I : :.:*,] : ;

... i, 8

3 O0375.

C___

26843C Sh5:.-

39-12-B-7 6

0 0475 8.90Q2 1

0.25:

C264

,h2 9

90g 10 7

6:______

10.

9 0

1.

go 11' 90 14 0_

12 90 14 2

0

'13 9,0 T

C1 8355C-S 111 0Q5-314-A____

14 90 2

C 27 1605C,S 15 905 7

90:

3 8::0 0,4a :5.....

A' x3/4" Reducer 05-1-A 1.7 15 0'

0.0525 18 90 0_..

"1 6

025 IV-05-04RI 19 2

025 IV 1. 2

'20, 16-

.21 90..1...05.-.

H:\\U1CALCs\\CalO8?M-i210087p1.ddb

~NEP-DES~Q8 vPT-)Eý0

E,'NGINEERING 'SER~iCES C

~

AL(

PrbjecA: Ni Mloiitn cI bth qPage 31 Dis~postion'.N/A-Unit I1 F

,Originator'Da(t Reviewer/DaeI6 Caculatin No Revision

.R RStinsongl9l05 IA'. C.*Moisan I/ 8111/ 06, H21

.0.

O.0 iet.

Table 5. c, contf'd tmoM~ency Condenser Ventf tine Leng.ths i:,

i 1Pathway C Fom Rx NOzize N5B to MST (via Emergency Condenser #121),

(d.

{

£)i F~e~et Inchd.hes Fee. t Inches DraWing 1 1/2-4

`22 90 10 0.5 23 90 U4 0

00_

24 90 "2

10

.25906 2

05_

26 90 6

6 0.81256

,27 60..2 0.375 C271 65CSh2 28:6,1 5

0375 29..

9040..

8355C,Sh2

.30.-

90 2

3 09375 C27165CSh2

11/2"XV Redut er ii

~.

ih l. :ii

,32--

f 1/2"Xý1" Reducer,____________

33 10 T______

34 9010__

-fI/2"X1l" Reducer________

35 6

08125 05-1; 1/2-A' 38901 087-40*

90, 0

2 CT1357C

i. !,

2 ::,::."..:..:::.:.

41 9

22 6

8C,Sh1.

42*

10 iS 6

18355C,Shl "33 9 0......

3 13 C18356C 44*ý 45 21,21 q18355C,Siil, 47*

9016 9

4....90 5

4 C183570 09*

t 90 3ý 0

C18355CShi

-I H:\\UlcT sc18\\H1Or1.o

`Ntp-DE'SOtf Rev O7

CALCULATION CONTINUATION SHEETPae3 jNextý PGtn Nuclear St ation.

, AUnit: 1 Disposition:. N/A originator/Datie:..............

Reviewee/Date'.Caicuiat!o#

No.

RevisiOn

~G;. Sin~n'A9./0.'Moisan I81'11/06

~

H21 C087 0

~ef.

Table 5.c, cont'd Ehkierden-6v GCondeser Vent LieLnth

ýPathway C From Rx Nozzle N5B to MST'(via Emergency Condenser i!21)

ýBends'.

ýHorizontfal Len~gth Vertical Length:

Refe~rdkel Pipp Segment (deg)

Feet Inches Feet Inches Drawing

_____________PipeDiameter From MAJ to IJ9

...9..

330W 32 13 14375 5

1 05

...... 17-

-10"1 AV-39-OYR 0

R 6

0 b0 0

0

.... Total 17:O

': ~

330.

... 7* 031....

...:5,1-!250 `I.

From IV-39-D7R~to 40 53 129 V3175

0=

0125,1

~05-3/4-A 55.5313 40.104271 From 05;"3/4-A :to a,

15 15 0.02, 3/47' Frm05-3/4-Ao 27 9.2917

'2.7500 From 05 1-A to 0:5 11 6

1676269635 5.37!

7 5

76 1 1/2-A 16.655_5.750 Fr'm 05-1 112-At 70 16

5) 2,.125 24 3

202

'IV-05-02R.

653 691 AV-05-02R; 4

132 1~.2760 O0~'______

i

8-05-D2R t

o; L

L 1 1/2 From -3R Z'20000

0. 0000 IV0.03 14 1.3125 0

10 0

2760 0:0000 01 From IV.05 03Rto 112.1.3....3 18 0

WSTI 115.0381:

335000/

H :\\U1 CALCs\\CalOS TA 2 1 fOQ7P l..doc NE,-DESSO8 Rev. 07

ENGINEE IRING SERVICES Pag 33 CALCULA N CONTINUATION (Next Project: Nine Mile Point Nucle~ar Sttion Unit:. 1 Disposition: NIA

'~IOriinao~f~at, 7Reviewer/Date C~alculationNoh ReWsQ 1G.R. Stinon~/ 91/905 A..M61sanfl/lj0

,H21 C08A oc Ref.

T-ablei 5.d.

4EmerqencyvCondenser VentfLihen&Lengtis-Pathway D Fr6m R~.Nozzl~ NSR to 'MST (via Emeroencv Conden~er~#1 27~

PieBends(

Horizontal Length.

Vertical Lenqlthý Reference

______.-Pdg)

Fet Inch`es:-

Feetý Inch esDrin Rx Nzzle 4NSB 39-1 0-BNGC71Ch 1

1 11 3 3

90 8

"'5

'0-8125..

4 60

t 0

*

• 5 ;

590 1

,,Penk-tratioh 'X-3B

!l~~~z~~g*08*~~.

!6 I.V-39-08R 26--

39-12-BNG 6

83 0.4375^

26B43C,,Sh5' 39-12-B

.7

6.

0 0435 8_______

02 2

C26843CSh2

.9 90.

..1 i :: : :':6 12 0

14 2

0.5

.3.90 8

8 05625 C18355,C;,Shl 05-3/4-A 7..

14.

902 9

C27165C,Shl 9 0.

9

: 3

-5r a8

.x3t4" Reducer.

a a.-

.05 -1. -A._..

[

17.

15 10 0.062-502 18

90, IV-05-04R_______

lV-05Z1 2.._

20 16_

,21

.. 9.....

0 0....5".....

_l_ _......

i_:5 ;..

l-I:xUI ALcs\\c~io8aI121CO87p1.*doc NEP-DES,Rev..07.

ENGI.EERING EC,

..CALCULATION CONTINUATION SHEET

. Pa.. 34 Projec: Nine*i*.M, Poir, N*,cle*!r.ati..

Uns 1 Dis'6siti-: N/IA Origin atorlDate.

Reviewer/Date.Clul'o No'.

ReYision 1 G.R.RStinson 9/ 9/05 A. N.Misan f8/11 /6i 10 0087 Table 5d,ontd.

1..

Fm~raen~v Cnd~n~~rVent 1Line' Lenoths.

PathwayD Fr6m-Rx NzIe N5-Bto MST'(viaEmerg-ency C'ýonide.nser-.f#ý122).

Pip..Segment Bends(

. Horizontal', Leng*th....

t..e..*iL "Refefence

___p____e___

deg)*Feet Inches Fp.eet Inc.esý "6awng 05-1 1/2-TA______

9 0 :

1 0 i:

0,5.:

,23, 0

90ý.

4 O

04375

. 24.

9 2

10 25 ~

90' 6

2 075,______

'26 90 6

6 08125 27 0

5 2

0 375 C27165CSh

28 60 5 --.

0.375

29.

90 4

0 C I 8355C',Sh2...

30, 90 2

3 0.93a75 C27165C Sh2

.....-* 1-... "

0 *8,: 2 5 '.

1 I

,2"Xl,

Reduce

-31 6:

0.81251_

V 04R, 5

0.5z 1 112"MI Rieduce

'95-1 1/2-A

~34 90 1

0

• 2~~~~~..

r............

1 1I2"X1" Rduce____

'35 6

9P8125;___

IV-05-03R 5

0 5 1 112'XT'1 Reducef_______

i5.,........0 i' i

0.5-1 1/2-A 87

~37 1

8 0,__875_

38, 90 16 "39'

-1 90 4

7 0-25 0".

90 10 2

C18357C:

41.*

... " *" 90 "22

_18 5

-C8358CShl 42*

90 16

6.

C18355CShl 43" 90 3

3 Cl8356C 44*`

45 21.21 C18355CShi 45-45, 31 0_____

. 4

• 9 0 3

0.......

4 V g o........

6 '

• O 6 :

..ii

. - i

.i

-4 H:\\U1ICAALCs\\C01087\\H2 iCOB7p1 l.doo Rev 07

CeALC 1... e:

RiNG SME RPICESn, i

St irl c:NieMl Pit'Nulea Station..* *.*

'Pale35 (Next Disposition: MN/A Unit,: 1 foriginstrn/D.te Reviewes/Date IC0uano Revision

~ G.R. Stinson I9/9105, A.C. Moisan / 8/11/06

.. H210C087 0

ReI.

Table 5.d. contd Emerdencfiy Condenh sdf.-Vntfin e Lenqlfhs Pathwa From Rx Nozzle N.Bto MST (viEmergency..

Cond.n..r..

Bends(

,Hoizontal Length Vertical Length Referehce Pie Aohnt,-

d,,eg)_

Fee Inches Feet jnchesý D ravA ng' 8 -09R.

330, 31 3

4'4375' 51 05 to IV-39-07R 0

5.6 00 0

0 Tota....

l I*"

330

.387031 5.1250.... "

From IV-39-07R 52 4

1094.4.045__"__

__40 1,

to 05-3/4-A 60,__4________4-From"05-3/4A to; 270

,2

1.

0 2

9 0

.05-1-A 1 2.9583.

2.7500.

From'05-1 -A to 0ý5

,16..

11 0

2

.e 4 16 0

.I112-A.16.9635 5.3750.........

From 05-1 112-A 75-1 5

2.125

`24, 33 12.0625, 112 to IV-05-02R 16.6938 *26.9219

___:_7_!

_1.2760

.0.000.0..

From

-L 90 2"

0 0Q00`12 oIV 05-03R'

.2:00,00 0.0000' V050R 0

0 14 1.3125, 0

0 "0

__________1.2760.

0.0000' From IV-05.-03R 112.21 33 0 9375

ý 32 1a 01:~"

to MST 115.0381 33.5000 1

I-t\\u1cALc~\\caI087\\H21co87p1.doo NEP-DES~08 HAUICAMACM087\\1-12 1 C0870 1. duo R" 1 07' 1 ýw

ENINIR.4GýERE&ICALCULATION CONTINUATION SHEET Pageo 36 j

(Next-Project.: Nine Mile Pointt Nuclear Station

.Unit:

1

'Disposition:. N/A OinatoDate.

ReViewedDate Calcuation No Revision.]

GF.I. Stinson/ 9/9/05 A.C. Moisan/ 8/1 1106" H21 C087,

.00

~ef~

Table 6;a,

'EmeroencV, Condenser Dr~ain lrin Lenott

,athway From Nozzle NSA-theWn3ea ue vi teEm~ergei~cy C6Md6ser DriamLines" Bends(

HorizontalLýe ngth.

g t WVertical. Length-Reference

,Pipe Segment deg)

Feet Inches Feet

,-1hes Drawii!i9 Rx Nozzle N5A 39-1I0-BNG C684CSHl

... 2

.......... 90 :

6 9

0,,

5;*

52 90 160

7.

q397..2.BN G

6~~ -

1 1

C261843C,,Sh5

, ~ ~ ~~~~~

~~~

7-7

0.

0 0

39-1l -BL 8

90 27

.9 '9....0.

0.2 5 '

10 90 6,

10Q______

411-6--

90,7_

13 90 6

9 0

90 1

1

`15 90 5

8 05

' L:

~

~

~

~

d m i*,' **i 39-1 -A 16 2,

6 025 JIV-39-II1R 0 05 17 10 0.25__

IV-39-12R

ý5 0.5_______

18 D. 25_

'39-1 1/2-C_______

19 24 11 0.75......

FCV-39-1 5 05-1 19*

2*.

20 90 9

i:i.

90 2

1*

1,

/ 1

0 7..........: 1*.

9, H:\\UICALCs\\CalOB7\\H2ICOB7P1.doc NEP~DES~-O8 RNEP-DESv07

ENGINEEERING SrvicEs; CAL(

Nn oi Ac Lc Pr*oject: NineMile~. Point 'Nuclear!Station

-Dis'position:

N ilA Unrit: I Orgn~dI~t~Review~/ae Cluainf Revision G?,,.RStinson / 9/9/05

~

A.C, Moisan I 8/11/06

~

H210C087 0

Ref, Table 6.a, cont':d

.E...h..

Condenser.Drain Line Length Rathway A Fro Nozl&5A jhe Main Steam "Tnei "the.E mergency.Conden&Dan'Lns_______

Pipe Segment aIegh etclLpgh eee~e

_____d__e__

.tde.)

Feet, I. es Feet

.che§s Drawing 0 5 -1 1 12 -A

~22

~

90 8

05C26B43CSh5'

.2 3 -

9 0 8

7'

.24 90 12 2'

C8358CStl 25*f C183560-6*90ý M3 Cl 8355C,Shll 20.........7".

90 3 4 7._....

28*ý 45 28.75_

45 33 30*

9 4

183570

.Diametebrf.

From N5a to IV, 27 28 1

9, 3

0*8125 39-09R, 294167 917 3..........3 0...

0.0.0 0 FrmIV-39-07R

-o 20' 0

.1.

0...

0.

39-1-BL OqO From 39-12-BNO0:

56 1.5w

'2 14

.0 to IV,-39-,1R 60 24:7917 3.1667, '

IV139-11 R 0.4583 0:000 FFOM IV-39-1 1 R to 0

1 0

0.257 0

001 IV-39-12.R 1.020$11 0ý00'00 3........

lR 0.4.583;.

0 00O*.....

00045830 25 0

0 r&oiV~-39-12RI to 1"iL9,2 39-1.. 2..

0.9375 00000......

From '39-1 1/2-C" 0

272 00000 1 1/2" to FCV-39-1 5 2.9792___

IFrom FCV-39-15 8

1 10.80 11..

/21 to MST Wall 1330 2150 H:\\U1CAI2Cs\\CaIOO7\\H2ICOB7p1 doc NEP-PDES'O8 Rev 07i

t; NGNERIG ERICS~CALCULATION CONTINUATION SHEET

~Pg3 (Next P-l&Nine M&PoirtNuulu~ar Station Ui'iiC.I Dispositibn" N/A.

[Ofiginator/Date R

aiewer/Dale; Calculation No Revisibnr G.R.~ Stinson / 9/9/05K AC Moisan 1811/06, H,121C0 187 00o Rfzt

• The lengths of the following segments-are calculated below:,

Segment 26: SEC45 [(7'-6") - (3'-0")] = 1.414 x 4.5' = 6.36' Segment 25:. 25a + 25b = (20'-O").+ (2,0'-0") - (6'-9") - 4.5' - (3'-8")- =25,08'ý Segment 28: SEC45' [(20'-'011 +(4'-0") - (3'-~8") =1.414 x 20.33' =28.75' Segment 27: (22'-0") +- (22'-O") +

3(23'-") - (T-6") - (20.3') - (4,-6") = 34.67'

'Segment 29-, (-6")

- (1'-3")

• 3'-3 Segment 3,:

IE 25v*'-U' + (12'-4.")] - (El.=.:4'-

Sea menit-31: ~(1'-3") +3"4 +i-"

C18355C, Sh. 11.

C018355C, Sh. 1, C18355C, SK.I,

,Cl83550, Sh.

6,183'57C C18355C. S.1; Figure.......

4 0".3149 Plan above EL 281'-G"

-Dwg. C18355C,",Shit..i H*~U1CALCsOCa'1667\\H2 1C087p 40pc Rev 07

!i *FNG NEE:I N G* ERVnCE.5.*g 3

ENGNEEIN SEVICSCALCUJLATION CONTINUATION SHEET

~P~g (N e.x. t Project: Nine MilqeF PoinNuclar Station Unit: I Dispositionr: Ný/A f Originator/Date Reviewer/Date.C

,:alculaio Revision G.i R. Stinson 199//05 A.C. Moisan 1.8/11/06 H2 IC.7 00 R&f.

Fl Table 6.b tmerciendw~ondenser Drain. Line Ln.h

,Pathway B From Nozzle NSA toithe Main'Steamr Tunnelr via the bEmergency Condenser Drain in'es PieSgetBends(

Horizontal Length Vertical Lenhgth Reference

deg)

Feet Inches Feet Inches Drawing Rx Nozzle N5A 39-1 0-BNGC243Sh 1

1

3 90 6

9 5

4 : "~~~ :.

B....

'4 9..

• *5 :

• PenetrationX.-3A IV-3 9,ý09E 3

R________

IV-39-07R 26_______

12"X 1O. Reducr

~39-1.2-BNG e6 8

1 0

____C26843Sh15 7

7 0-5 9

90 7

025 10 90 1

0.5 11 90 6

39-1 -C.____

go~

9 6

9, 05 1,4_

90 1

.10 1590 51

.05...

39-1 -A 16

~~2 6

0.25 171 0.25__

I V-3 9-12 R; 18 11 "'

0.25__

39-1 1/2fC FCV-39-) 15.

05-1 1 /2-C 20 90 9_______

2 1:

90

'2 1

H-\\UiCýALL~s\\CaIOS7-11 ON p :H NEP;DES-O0 SRev O7;

L RNG ERVCESCALCULATION CONTINUATION SHEET P

IageAO' Project: Aline Mile, Poin't Nuiclear Statipn

~

Un~it: 1

]Di;spbsition: W/A Originator/Date Revi6ýieUIaeClultoMN.

evso 4

G.R. StIinson 8

115AC osn/ 811/06 H2'1C08~7 co'

ROT, Table 6ýbl conf'd Emenruencv Cond'enser Drain Line LeAn~hs From Nozze N5A~bf tote Main. Stearn Tunne Via'ithe Emergency,Condenser Drain Lines ipSgmnt Bends5(1 Horizontal Length Verttical Length, Re Iere.nce.

deg)

'Feet firches FetIceurawing.,

05-1 1/2-A, 22 90 8

0,5 26843C,Sh5 23 90

-78 7 " ;i 24,.90 12 2

C 8358C,Sh.

0 25.08C1 5C

... 2 *....

..: 0, ".

26ý 90 8.36 18355C,Shl 27*'

9,0.

34867_____

28' 45 V2875 29*

4 5 33 3_:.

31' 3

0_

Diame-ter FrIm N5a to 1

27 28 1

3 0.8125 330 917

101, 39-09.R.9...2 1 6 7 9*

. 931 77 i" 3

0 00 0

IV-39-09R3000000__

............ 3

• B.

50 06,

0.

...0; 0 0 00..

"t~i~

S2 6:iA 0

20 IV-399.07R--i 0

_....a2.

5000

0. 0000.....

From'IV-39-07R to 8

81 0

0 0

39-1-BL 70 0.0000 12" 0 -4 5 8 3' i0 0 0 0 0 =........

Rom 39-I2-3G1 R14

t.

0

1.

0 0

0..

,t V-39-1~

11032083000______

0 5

0:5 FrmIV-39-1'2t 0

0 1'

025 0

39-4 1/2-C, 0 93750.00,00 Firon IV39-1/C 2to' 0

75.5 000,1'

'V-3912 0

1 2-9792 0 00000 11i30.23504,2515000......

H~\\U1 CALCs\\CaIO8~M-121CO87pl NErP bDEs o'0 Rev 07

I, ENGINERIN S~ERVICES, C~ALCUL'ATION CGONTINUATION SHEET9 Pae1 (Nextý

Roec:NieMilo Point Nucilear Station nt:IDisppsition:

~N/A,.

F Originotor/Date aRe ffiear'DWte

.acuiatin No.

.Revision G-Ri. Stinson /.919105 IA.C.Mosanh 8/:11i/9.6 H2087 R~ef Table 6. c:

EmremencV Condeonse'r Draini Linc Leng~ths'i Paýth w ay '

From N6ýzlibý N5B 'to the Main' Steam T(nnel via theEmergencyCohndehserDrai'i Linihes BSm*Bends Horizontal Length L.

Verticength Referenice g...n, (deg)

Feet*

nches F.eet nlhe Drawing' Rx Nozzle N15B 39-1.D.BNG C26843CSh2.

2 90' 8

4 0.625-______

3 90

~8 5r 0-8125 44 5

151 PenetratiorvX -

-B-IV-39-OBR 2

• r TWXO" Reducer 39-1 2-B.NG__________

6 8

3 0.4375 C2 843,h I3 :B L 9

90 1

".I*II 6~*

"_5.....

10 90 2,0:__

115

=" )9 0

_15_ _, _ _ _'

1 0..

0..........

43'l 90 112.0'___

14-9 90 71, 39-1-AC___

1 4..

.I

......!..............I '

,(............

-;J' ;i,, ;8.

;........... 3 0 V 13 7,;.....

S.. !".*

15 2

6 0

7' V-39-1 3R 5

0.5 16 1

-0 IV-!39-1 4R 17 1

'2, o.5 39-i 1/2-A

_5:___,__3_5, 18 2D1 05 39-1 1/2-C 19

,5 FCV-39->16 6

05-1 112-C_______

2 90 22 1

0.25

_ _.....__ _ _ _ _ _ 0.0 0

~1.

f:\\U 1 CALPýCa\\C1iiO7\\H2 1UO7ýi do

~NEP-DES-09 R ev 07

EN~NERIN SRVIESCALCULATION GONTINUATION SHEET P~e4 r*oje6ty:Nine Mile' Poinr N*uclear: Stato-n Unit-,-, f Disposition: N/A ri ýgir*,ar/Date.

ReviewerlDate Calcu..tion No.

Revion..

G.R. Stinson 19/905 A.G. Moisan o/8:W11/06 H21CO87 00o Table 6.c, cont'd, L

E-me~rcienv Conde~nser Drain Lint-Lenndths Pathway-C From Nozzle N0513 to the Main Steam Tunnel via the Emergency Condenser Drain Lines PieSget Be~nds

Horizontal Lengthj Vertical Length Ref~r6`hc6'

.(deg)ý Feet; T Iniches,

" ;Fe.et Inches -

05-1 1/2-A 22 908 05C26843C,Sh5 23 go 8

/

24 90 2

183580 ShI 25*90 2508..

018356C

~26-0 66 C118355C,Shi:

027*ý 90, 34k67'___

28*

45 28.75 30*

94-Cl 183570 3 1

• 3;

'Diameter

'From N58 Wo IV 3

3 135 s

1 0

ý3 9 -i0 R,-

33,2031 5 51250 3

0 0

I\\~39-0~

3M000 0.0O000 S~~~2 5000 0.000 Fromh IV-39-08R to 8

8 085 k39-1-BL 0

Z~

.0Q000 2

From 3942-BNG 63 2.9.

123 CD,......

.e to IV-39-13R 3__.0208_3958 045.3

-..0000' i

From IV-39-13R to

-C)0 0

0

,V-39.14iRi

-`1.

000

.0.0000, IV-39-14R*053000______

1 25 05 0.000

3141/2-A12 3000 Fromn 39-1 1/2-A to 0

2 6

0.5 0

~

~

1D/

130 86 2.5417 000_

F: rom FCV73971 6 19, 1 1 i l.5 21.5000:

F mt3,.120 BNG 29al JM 02 5,:.-2 :

.,, :..... *g.:o*5*

i,,

H:\\u1 CALCs\\caIoo87,H21CO8701'.dOC.

'NEP-DES08:

Rev*07,

..... i

.A i i

i o sa~ il.:8/l*7 6

.I':* 2...1.:G : 7.

l i *......

'.ENcWiNER4NG SERVICES,

CALCULATION CONTINUATION SHEET Page 43 S(Next Project:M NaMile Point Nuclear Station Unit 1 D~is§p§#osii N/A O~int~flat~RevierI~t&

alcua~onNo Revsion I.

'G.R. ~~S~nson

/ 9/9105 A.C. Momsn8.

H/';

-21C876 J

Table,6'.'d Emeroenev Condenser Drai6n LineLenaths:

Fro-mi Nl1lelNB to the Main Stearm Tuhnne via:*thtEm.ergency C i

LDrainesi Bends Horizontal Length

~

VerticaI 'Length IfRferenm~

P(deg)

Feet Inches Feet Inc. es

l.

.wing G2684:3,S 39-l 0-BNG Sh2 2

490 8

4 0625

_._.l 3

~~~90 8

5 012 4

0

.5 1

0.

5

!9 0 "

1 5 1............

Penetration X-35

. 1'_...._1____

IV/-39-1 OR

-30' IV -3 9 -0 8 R *2 6

1:2"X 0 *" R ed uce*pr 39-1 2?-BNG 6

1 11 05 C26843C'Sh5 7

01

0.

0_

_ 1-BL.____

............ 3 * -

• L :..............

10

'90 8

6 O5 11 90 G__1 0.75 12-9 0

0.75 13

~~90 1.11 2______

14 90 7

91_______

15 2

0.5 IV-39713R 16, 1

0 IV-39-14R T

17 12 05

_6__

39-1 1/2-A_______

18

~2 1

0.5 39-1 1/2-C

'FCV-39-16 6

05-1:1/2-C 20 90

22 1

25

'21 0

00 H:\\U 1CALý\\Ca087\\1-21CO87p 1 doc,

NEP-DES-08 Rev Oý.

ENGNE-UN SRVIESCALCULATION CONTINUATION SHEETPae4 Pý6jec't. Nhi~eMie Point Nuclar Station

ýUnit-7I Disposition: N/A

[Originator/Date

~Reviewer/Diateý Calculation No.

Revl'sion IG.R. Stinson /:9/9/05 A.C. Moisan 8/.111. 0 H21GC087 00 Tab*e 6.dn,','*r OFamarincv Cnninsiir Drnin l-nt-(iFne[naths.

Pathway D From Nozzle NSR, to the Main Stearni TUnneI via the Emeraenicy Condenser Drain Lines P e~nds,

ý'Horiontai Length_

ertical Length Rdefernc

. (eg)

Finches F

inches Drawin 05-1 1/2-A-------

22 290 6,84 8

0 5 C2&843CSh5

• ~8 CO8 7

.24 2_

90 5-1 C183586.Shl..

.2*90 2508 CI$356C j

2.90 C18355CShl

, 27**,....

.90 34ý67_

2 8

4..

5 2 8 7* 5 29*

45.

33 30*

9 4

C18357C' Diamheterj EoroUN5Bt4

-330 32 13 1.43

.5 b

.1 05 IV-391OR3201 5,1250 3

00 00 IV-3

!oR.

3 0.

000, 0.0000

_.o.

2 6

0 0

0 IV-9,~8R2.5000

.0.0000 From IV-319-08R 1

11 10.5 0

0 0

to 39-1-BL 0

1 9583

0 0000 12 FrdnV39-12-BNG

'0 35 29 1=75 2

, 16 075

,toIV-39-13R 3T5625-33,3958 IV-39-13R

.0 0 0 0.......

_o

.From IV.39-13R 0

0.....

ý00o 0

to IVP39-1.4R"

________00 0.0000 5

05 0

39 R

0.4 5 8 3

.0

.0 0 00

_ i From IV-39-14R 0

1205 0

to 39-1 1/2-A 1-2083.

0 0000_______

From 39-1 1/2-A 0..

1.

1/. 0.

t to F_________

2.54,17

.00 ornFC-391 130.86 19 1.0."75, 26 From* C39-:.1672 72

?

1325*058 21.50,00, 1 1' j

H:\\LJ1CALC~\\CaIUB1\\ti21CQ87p1.d6d

'NEP-0ES5 08, RevOT;

ENJGINEER&IN SERVICE'S t'

CALCULATION CONTINUATIiON SHEE T P~~

~

ageA

-(Ne*t Project :Nine MiIe&.Point Nuclear Station Unit: 1 Dispositih : N/A*

J iiiatr0-eRevewerlbDite

-TaCIcuiatan No.ý Revis,ýn

.&,R.STIN'SON /9/9/05,,

A..MOISAN / 8/1 1/06ý 20800___

'TaibIe 7' Summry 4ýof'Pibe,eLendths Sebohdary.

Pipe

'Vessel to Inner IV Inner IV. t.Outer IV..

Outer IV to Release Point C, iiainffent Size Degrees Horizontal Ve-ical:

Degree's Horizontal Vertical-Degrees Horizontal Verfical[

Bypass Pathway, (in) of Bend (ft)

(ft) of-0Bend (if)

'(ft) of Bend (ft)

(ft)

Main Steamn' Pqthway A 24 230 2341 47.17' 0

32.50 0.00 900 211.38.

.62.01 PqthvWay B

~24 230 23,411 47.17 60 32.50,

ý0.0 00, o

217.63~ 62.01.

Feedwate--

'RathWdy A 10 270 2ý144 38.14.

16.______

210 52ý5 4.91

________18 1?20

ý43.71 000. 0

&67

000q, 360' 15.82~

6B1.96*

F.,.y,10 180 3"3 38.1..

16 T___ 210 52.54 4.91 18 210 4.3:7.1

-,00 56..

000

360, 681

.,96

._,athway.

10 180 332 38 4

___I_"

6____

12 0",

'35.47_

41 18 2 10 43,71

'0,00 0

5,67 0.00 45P,0 240 61.96:

,..o,::..

Q271athway, 0

21 00

÷71479 I.

16 120 35647 *

.91

18. 120 4300 00 0

61.96 Torus *Vent-20 o

o 3:50o 0

0 1.83 315 18.73 Q66.83 Drywell Vent/Purge

'20 190.L3 2

24.00'.

2 4 :.

".....................0 1 7 5 0

3 0 5..3..

9. 9 2 H:\\U. CALC~tNC~i[87%H21CO8702Ad6c NEP-DESPSO8:"

Rev 07

ENGINEERING:SERVICES Proiect: Nine Mile Point Nuclear Station Pa6g'e-i 456 (Next ___

,Unit:lI ginalr/Date Reviewer-at1

.Calculation No.,.Revisi*

G.R, STINSONi 9/9I05 A.C. MOISAN /1811/06

.H21 0087.

00

[..[

'Tble 7, cont'd.

,StdmrýnAr -of Pip egh Senclnary.

TIpa Vessel to InnerIV' Inner IV to:tr IV, QOuter IVto Release Poin Containment Size, Degrees Horizontal Vertical:

begrees Horizontal,Vertical' Degrees Horizontal Veitical' Bypass. PathwaW,-

.(int) 6fbend.

(ft)

'(ft)'

f 16Bed (ft)

(ft) of Ben(ft EC V~ents.

Pathway A 314

`270

'1312 275.

1 180 15.21

'538____

. 11/2

ý750

'16.59

'26.92 90 20 090 154 33.50.

10' 330..

34,92 932 S12

~~54Z' 59.16 40.21

.... B ~ t w a* : *

!3 /,*1 i..... *27 1 *2,:

i:2 iZ 5..........

............. i...................

PAt. I a B 3/4 "27 9.21 27,5........

1 9180 15.21 5.38 1"1/2 750

'16.59 26.92 90 2 00 0

""90

• 1":

15.04 33.50" 1.0

'330.

34,92 9____

___32 12

'40'

~ 55,21

>40.21 Path.wa..

• 3.4 270......

2.75

....... *e ~

t

• a :*,G i

..! : i i2 g

.....i9.i2 9 *: '

17.

1 180

'16.96 5,381

___'I_1:1/2

'7*50 16.59

?265920 90 2.00 0

99j 115.04

.3350 I 10l :

':~o330 38.70 5*1o 12 540

~ 55,53 40'.10 Pathway D 3/4 270 12.98 2'75 1

1 80

'16.96

ý538'

_11/2 750 1659 2692 90 2.00 0

990 115.04 3,3.50 10 330

'38.70 513 12,>

1 540

'60.99

ý-40.1 0 2,'i

-5, :6 0 - 9

4 : 1 0

HAU1j CAL.CsCaIO87H21.C087p2.ddoc

,NER-DES-Cý8

ýRev 07

[ENPI tgJERI.NG SERVICPES Page 47: '_

(Next--

Projoct:~ Nine iMile PointNuclear St ation' Unit: 1 Dis'positibn: N/A Originator/Date R..vl.Wer6a a

Revisnon G.R. STINSON / 9/9/05 AC. MOISAN] 8/11V06 H21 C087 o00 Ref Table 7, cont'd

.SUhi'njn N. of *e6 Lenhfth Seoondairy Pipe.,nWsertlnnerl Inner lV:to Outer. IV Outer IV to Release Point:

CortainrneMht Size Deglree~s ýHonz'o n.ta Vertical Degrees Horizontal 'Vertical Degrees Honizontal Vertical.

Bypass Pathway (i n)

,of Bend.

f)(t of Bend ft (ft) of BenJ f)(t EC Drains*

'PathaA 1

ý630 24.79W 3.17 0

t.02 0

0 0.94 0

11/2Z___

____80 111621 21.50 4P 10

'ý30 2z9.42; 83 12 0~

17.0.6 009 0____

'P athwa*!'Bt 1

'7:20 1' 79:6,1

'*3*21*i:

0, I

,102 0 !

• 0.:

0.'94 0

1r1/2,_

810%

118.21, 2,1.5

.10 33

2,9.42 p.2____

Rati~yC 1

30 3'1.0OZ 34A0 1.0' 0

1.21 0"

1__

11/2

_720 135.05 21 50,

.10 30 33~2.

'4 12

'D__

8.4 0____

I:I /2 1....." :Ii

I

. i...... " I: " :...

/.* o Iab DyJ I

'630 IJ 340 0

.21 0

'1 1 /2r_

720%

135.05 21.5

. 0 I,330 33-20

51.

13

__ l

.12 0

1.96'

-0 F'eedwater pathwa's A & Bfrm puterIV CHK-31-.02 Rto Feedwater H ea ter #135 and patwy,'

rmCK3-I to Feedwater.Heater #1 25.are selected becqu.sethbey have the least volume and s.urfaceareas.

I-1:\\UI cALcs\\caioa7'.H21 CO87p2.do'c Rev 07<

E ENGINEER R

S G'ERVI CES Project:' Nfine Mile Point NucIea,$aCt~1/2n, Page 48 (Next Dispo~sition: N/A

~Unit: 1

[ Oigi~toID~e ey~~Ve/Oae~Calculation No.

Revision G SINON / 9/9/05 kAC. MOISAN /8/11/~66 J H21C,87' 00~

Ref.

Table.8 Wd Iulatiorwkof Vol'umes & Surfacei Area Secondar.

Volume (ft3,)

Surfa6ce AreaIft,), ".'Horizontal Surface Area(ft2)

Degreesof Bend C*itanrr"n::.as Inte

-hter..nner, Inter Outer Inner Inter Outer inner Iner Outer Pah)

Ine I

-t

-n O

MPain Stea

.P.OatywyA,y

-21.562 178.98, 82.41 698ý31 398.44

"'18346. 155453 4207 58:40 3834 230 60 900 PbathWayGB 21*562 178.98 *82.41

.08 398.44 18346 157852 207 5840 391.04 230

1. 60 900 R e e d w.ter 9aha A

1 22 28.18 0;

145ý24 0

0 164 0

0 13.9-38,

'0 0"

60,.87 0

'0 209.62

0:

0 61.03 1568 8.8 97

.10P4,40 179.54 17,84 319.43 57151 5.-

6 20,68 7...........

8686 4.97 6527 324ý78 1.*84 529.06 7.3,78 5.66 81.71

.390 0'

570

.PathwayB 9a1 16 0

0 101.08 0

0

'2,58' 0

0'

-~

~

3' "13:.8 0

'0

'697 0

0

~209.62 q

0 81.03' 15.6.88 58.868'ý 4:27.

10)44.,0 19

'78 319.43 5715 5,66 20.68--

_l__Tta-l 78.29

.4 9-2.1 32165.27

-2807o2A

.17-84'.529.06 59,73.

566

,8171 390 0

570 "PathwiC

32 1 61 0

101.08 9 0<0 2.58

,00 1 9:38....

0 42

.78 0

0.

14T7'.33 0.0

4. 20

...-5.68.8

'5.868~"W*97 115,6 179,54:

17,84 35,32 55 56

.3.45 Ttl, 1;a 8 2'ý 4.,97 1 E,4 '2L80.62,1~4 0

59.73"

,56 721 65' 9

0 570,ý

'P~way'D 93:

27.3 0

141.40 QQ 0

16.30ý

?0 0

13.38 0

42.78 0

0-17.3 0

0-41.20'___

15:688 57.72 4.97

.... 46 176-61 "1.7.84'

'353.28 56.22ý

566 31,45 tAl 8515 49 15

8-24 3180 TO l7 T84 50.0 72'5 (5&

>7'65'

-390 0

570 Torus Vent

'119,250

',.07, 3.1 1292 176.,

924 431.8 0

0 '

6 30.0 0

0 315

,,Ol, ntPure." "19.5%0 76 7A8 0

0

-0' 1889

'0" 21.16 0

0___

23.500 0,.

..27 347.4*

0.

'0 7.:

+70,9.66 0

".?43 7205:7.

......... Total,6.78 5-27 "347.4*:4 1=881.996:

'1:0::I7:.

744,09:66 2116 3.3 "206 4' 9.0 0

315.

IH:WJ1CAýL Cs\\CaI087\\H121 C087p2:do ReV0,&

ENGINEIERINGSERVICES Proje?

ti.e M6Mile Point Nuclear Station Page ',9

'Dis position:ý NP/A U nit: ~I Onginator/Date RevieWe.DOate Calculation No.

R..i G':R% STINSON / 9/9/05 A.G. MOISAN / 8/11 /06 H21 C087

100, Ref.

Table 8. cont'd.

Ciilc-tiati~on 'obfVolunies & Sbrffý A fieAras Secondary-Volme (ft.

,Surface Area.(F.)

H or1zontal Surface>Area:

(ft-)

egrees of Bend Conti( nent Bypass f

(in) inner I ter OQuev

• Innrer:

Inter

-Outer Inner inte:

uter Inner

Inter, Outer.

EC Vents RathwkayA G0612; 0,032 02.54ý 01 0

0.67.

0 0

~.85 M075

'0 0

4.41' 0

0 14 0

0 1.338.0,42

-0'.020: _'45' 15.24 0.70 52.03 1.85 0.22 12.83,

,9,562 2206.

0 0

110.73 0

0 2782

.0 0

__1_1___

1..374 70.11 0

0

.295ý89 0

0 5608 0

0 Total 92,71 0_020 1:TA45`

428.82 0, 70 5203 8T46 0.22 12.83 2070

90 990:

Patliway!.B _0.612.

0,024 0

0 1.92 0

0 0.47 0

0 0.815.

0.075.

0 0

,4.41 0

0 1.04 00 1.338 10.42 0,020:

1,45, 15.24.

0.70 52.03 1:85 0.22 1283

_________ 9562 206 0

110.73 0

0

.27.82.

~1. 374 6 7.33 0

'0 284.12 0

C 52.33 0

Total 89.91 0,020 1.45 416.42 0,70 5203

>83.51' 0.22 12.83 2070 90

.990':

..athway 6.0.612 0.025 0

.. 0 1.93 0

0:

0. 7 0

0 0.815 H061 0

'0i 4.77

0.

0 1.15 0

0 1.338

'0.42ý 0.".020 1 45S 15.24

.070

ý52.03

~1.85

ý022:

12.83 91562 21*86 0

0 1097.2 0

0 30.84:

0 0_

,11,374 67.46 0

0.

28477 0

C 52.63 Q0 Total 89.87 0.020

'1<45*

416.43.

070 2 03 86,95 0.22.

412.83 2070 90

990,

..t~hway 0.612 0:032 0

0 2.52.

0UK 0.66 0

0 2...

.3.. :

, 0 1 2

q 0 O.

. A S 5 :.2

• Z 2: 3 :

.!..8.

5 :

i

' 1 2 } ! *

'0.816 0.081 0

0 4.77' 0

G 1.15 0

0 1.338 0,42 0,.020, 1,45' 15,'24 0ý70 52.03 1.85 0.22 124.83

.6

t.

2 39a562 21.86-0 7

'109k72 0

C 30.84 0

0 11,374 71.33 0

0 301.04 0

1 57.81

.0 0

Total 93.73 10,020 1 A5<

43.3.2?8 0,70_

52 03.Q r92.32 0.22, 12 8 07 0

9 HI

ýH\\UiCýALCs\\CaIO8T\\H21iCO87p2'.doc' NEPNDESO08 Rev 07

ENGINEERtIINe SERVICES'<>etai

'project:. Nine Mile Point Nuclear 8ýteti~n 7oPage 50 (Next Disposition: N/A Unit: 1 O~g~a~rD~eReviewer/Date aclaino Revision G.R. STiNJSCN / 9/9/05 A.C.MOISAN / 6/11/06 IH21 C087 00 Ref.

Table 8, cont'd Calculation of Volumes & Surfac&,MAreas, Sedcondary ýVlue()

Surfac~e.Area (ff) oontal Surface Aa(W DegjreesoIf'Bend, C~iannn ys (in)

Inner Wnte Outer fInner Inter Outer Inner Interý-

Outer Inne-r Initer

.Outer, Pathway Ec Drains Pathway.A 0.957 0,14 0.0051 0.0047 7.00 0.926, 0.23 1.98 0.081 0.075 1.338 0

0 1.34 0

0 48,24 0

0

'12ý96 z9.562-19.32 0

0 96>96 0

0 23.44 00 11.374 1.35 0

0) 5.71 0

0 1.82 0

Totall 20,81 0.00,51 1~.35~ 10968 0,26 48.47 27,23~ 0081 13.03 6

810 0.95ay3 7

0.11 0.0051 0

5.30 0,26 0.23 1 143 0,0811 0.075___

1~<.338' 0

1.34 0

0 48.24 0

0 12.96

"**9:.562 19.32I 0

0 96:96 0

0 23.44 0

0 I__.

6.17 0

0 26.05 0

0 8.29 0

0 Total 25.60.

0-0051 1.35<

128.32 0.26 48A47.

33.17 0.081 13.03 1 1050 0

810, Pathway'.C,

0.957

>0.17 0:'050 0.0060.

8.62" 0.25 0.30 247 0,080

ý0.10 1"338 0

.0 153 0!I 0

>5484 0

0

,15.06

_..1

>9.562 119.11 0

0 95.95,

0 0

26.46 0

A0____

434 6.17

.0 0

26,02 0

0 8,28 00 Total "25.45,0050 1 53 130.59 0I25 55.14 37.21 0.080 15.15 960 0

720 PathwayD 0.957 02*2C 00050 0.0060 10.26 0

I25 0.30 1300 U0080 0.10 1*.338 0,

.0 1.53 0

0:

54.84 0:

0 15,06 9-.5P2 19,11 0

0~~55 0

0

2E.66 0

Q______

............i 3

I 0

I53 0

0 -

t 6 0>...4 0.3E 0

0 0

......~___ otal 20.70 0

o*io0

1. 5 112.04 o0.25 55.4

>31,31

'0.080l15.15 960 0>

720 H:\\U1lCAL'cs\\Cý-i087.\\H21C087'2:.d&~

NEP-0ES-'08" R4ev 07

-ENGINEERING SERVIESý Projec6t: NnelMile P0/nt Nuclear Station Page 51, (Next Disposition': NIA Unit: 1 rOfiginatoriDate~

Reviewer/Date, Calcula~tion No.

Revisio G. R. ST I NSON. / 9/9/05 A.C.~ MOISAN / 8/11/06 H21 C087 0

Ref....

Tjable

'MinimilUm PbthWay for Each

'psLelaeSuc Innerý Inter

,Outer<

Secondary H-or-izohtal Hbiiohtrizo4ntal Containment Degrees Volume

§urface Aei't urace Degreest Voume Surce Hoizontal g

Vore 2

Surfacen Bypass Pathway of Bn

( 3)

Area (if2) f2) of Bend ft (ft

2)

Aa2of Bend(ri& ~

~

i 2 Area (f

-re Main Steam A 2 1.

178,98 398.44 42.0 60

.82.41 18346 584 900 6,98.31 1554.53' 383.40 MainSteam B

23.0 178&98 398.44 42,07 60 82.41 183,46.5840..

900' 709.08 1578.52 391.04 Fee'dwater 390 78,29 ~280.62 59-73 0

4.97 17.8ý4 5.66, 57 5824 500.60ý.

72.65 Torus Vent 01 7,07 17.64 0

0 3-71 9.24-,

0 315 172.92 431.18 30.04 D~ywelI V~ent/Pur e 9J' 76.82

'189.10

21-19

.0-5.27 10.77 3-43 315~ 347.4 4 709:66 206.47 E"Vets.....

'20 89.9*1 416.41 83.50 90

.20

_0.70 P.22 990 1.45 52.03 12.83 EC.(ains 960

" 208i*8

-1096. 27.23 0

0.01 0.26 "0.08

• 10 1.35 4&.47 1.03 Both: Marn Steam*Aand B.a:e*included because the shortfmaller hne;(Le., A) ibe a-SSureddto.ha'.e the inner l

ýfaied*openmwhile the.

.othe'r line (B) Will be asumred to hAve bobth N's c16ed

'H:\\f

-.w 1 ilO7\\21CO87p2.doc NEP-DiE'S-08&

RiwvO

E~dNERliqZýVCE Page2

[ ERIOSERICESCALCULATION CONT~INUATION SHEET ae5 Prjet~l<in~Mie, Point Npc~ear Station, Unit:

Dispos-ition:' N/A f;~n Oid~ti'r/~at*t

RevieweFlDale

ýCalcobliaton'N0 Revi6io

G:R~~~St~n~~&n G

(15N.~

Moisan /8/11 /66

~

IiO8 0

VConcls-n Tabl7ii surimry of the horizontal and vert~l pila'p eIeigtK and dleg'ees of bend for each pathway. The. piping is divided into three portions: Inboard of the inner isolation valve; Between,,

'th'e inneYand ojiferisolation, valves;, and Outboardof the outer, isolation valve, Table 8 includes thelvolumes::surface-areas and horrizointal.*surfae'areas foreach pathway.

Table 9 shows the degrees of ben~Ad, oumes, surface "area-s~ and horizontalI surface areas for th'e

ýmost limiting pathways, Both main steam lines are listed1 becausGe the more limiting one can be-

ýused to model the. line with the inner lVstuck open while the octher is used for the line with both~

I~s closed.

No6 coputrok t~

generated by thý6isdaculatlon-.

t RgitoyGuide -1183, "Alternativeý Rad,6oga S~reTrsfrEvaluating Desig Basis'Ac.identssat Nuclear Power Reactors,.,AJuly

'2000.

`2

• N ECR-6604, "RADTRAD: A Simpl 6id Model forfM A

nuclide Transport and Removal And Dqse= Estimation",

3; NMPI 10CFR50 Appendix J Testing Prora Plan NP-P-01Rev. 04

'4.

'7Nrawind 0-18002-C, Sh. 1, Rev 45, *Steam Floi, l*V16n'StIam & High Press. Turbine, P&I

'Diagram"

5. ~Drawing C-18005-C, Sh. 2, Rev. 34, "Feeýd Water `Fl*w High Pressure, P&l Diagram"

6.

rawing 0-18014-C, Sb. 1, Rev. 57 Rator f

Cnanment (Drywell & Torus) Inert Gas (N2)

Purge and Fill Drywell Cooling Sy:stem R& I Diagram"

7. Dawig C-801~C~S'~,i,~R.

'4, Etmergenqy Cool

~ihg se~m.'Pl Diagram"

0.

Pipin'g Spec~ification Standar~d, NMn Mil Poin t

UritN 0" P,a. SRS-01, Rev. 04, Main Steamz 15, PSRS-02, RevO03, Main Steam tEternaa to isýiationVa'Iv*v.el i

tloTurbinrie Inlet PSRS-05, Rev. 03, Emergenc.y Condense..r.e.t.o.Mi. Stn....e and Byp.ss.to Toir'd...

dA P"SRS-30, Rev. 04, High 'Pressure R-eactor Feedwater (from. 5? FV HTR to External Isolation Valve) e.PSRS-371, Rev. 05, High Pressure trWf~'~xenI'slt~

Valve to R actor' Inltt H \\U1~Ac 66iO7Mk-12, CO87p1d Rv07

ENINERNGSEVIESCALCULATION CONTINUATION SHEET Page.53

[ENGIEERIN SERVCES)(NextJ Pro~e~Ž Mna A 0e P

intuojcear Station Unit: I DispoionN/

t.; O> np-irltr/~t

&,,Awf~at Caluatio N eihN/

"G. R*.,Stinson H.1,919105-SAC' *m0i*/

8/1.1I06*'

1-1210087,

• 0.

ef.

L~R*'s-9," Rev. 08, Emergency "ond;nser

-:Steam Supply & Condensate Returni

.g:. PS.R.S.-2Q1A Rev <-.04, :Dn J.;Iz9; torg

.nis.tem.

1. 1.2Supply fro.mPenetratiosA48, 49 and 50.to First Isolation Valve

h. PSRS-201..2-LG/AIJ, Rev. 02, Reactor Containmen*Purge;..&

Fill N2 Section lnsideVessel

. Outside Vessel Beyond Outside lsdl.ation*Alve.

i. PSRS-201.2-LG/A, Rev. 02, Reactor Contarinment.Purge A FlN 2 ScinIside Vessel &4 Outside Vessel Beyond Outside Isolation Valv~e

j. PSRS-GN, pages 11 & 12 of 14, 44. Index of.Clbstet; i9.

Crane Engineering Data Catalog, CraneýCompany; NWi, NY, 1976

19.

D(!Drawing C-26830-C, Sht. 1, Rev. 10,

'Main Steam System No. 1, Piping lsometric frorm Reactor Outline to External Isolation Valve Oiutline,,

1> D'rawing C-26831-C, Sh. 1, Rev. 7, "Main SemysmNo02piping Isme rifo External !solation Valve to Turbine In.let"

12. winglC 48055aC, Rev. 1 TurnSteam

Piping, MSect'ons

>"4-.*".&.5-5" rl3

~wingC2890 Sh. 1, Rev. '14, ihPesrjecoFedtr Systeq~m #31 &RCU Retufrn4System #33.2 Piping.Isometric from teral~solatioi Valves to.Reactor :Inlet":

i,4.

Dravihng iC-278l!c, Sh. 1, Rv.. 8,e p

.Reacto ntai`nmenf..,irge.and Fi N2 system No.

201.2 Piping, Isometric" 15 rawing C-18350-C, Sh. 1, Rev. 16, "keagtor dg., Drw1 1 &Suppression Chamber (Torus) Nitrogen Purge & Fill, Plan Above El. 298'0", & Sections" r

Drawin g C"26843-C, Sht 1, Rev. 10, 'Emergency Condensejr ystem No. 39, Piping lsometric for Steam Supply fromn Reactor to Einer. Cond's., W~e~st Bank" l7b.

Drawing C-26843-C, Sht,. 5, Rev. 6, 'Eergency Conden erDrain.,& Overflow Lines, Piping Isometric" 18 rawin 0-18355-C, Slit. 1, Rev. 27, "Reaco;

~

idnEnrec~ o dpe iig

&SteamSupply & Condensate.Return, Plans at El: 340-0"ý ;,El. 3,188'-0" & 281'-0:'

19.

DrawingbC-27165-C, ýSht. 1, Rev.8, Emergency.:,dod e.ser Vent Pp` ng,*System Noi05, Piing gIsometric, Emergency C.,ondenser.ent~to Main SteamnLine":

20.

bDrawing> Cr27165-C, Sht.. 2, Rev.:6,. "Ermergenqy,, Condn ser-fVent tPpihng, System No 05&

S 05 1,Piping Isometric, Emergency C.onde,ser.V.ent:toMainiSteamLne" 21..

awing C-18355-C, Sh. 2, Rev,. 5,...eacor Buidiing EmegencyCondeinserPipin Vent Steam to Torus, Floor Plan s&

SCioin.

22:.

rawing C-18357-C, Rev-27, "Reactor,,uidng, Emrg.n.cny Qodensf.e Ping, Ste.a.m Supply & Condensate Return, Sections-">1lii,.'3-3" &.4-4.

H ý11 ci'ci8\\~iO7tdc NEP-DES-06 Rev,07

E~JINERNGSEVIES 2~CALCULATION CONTINUJ1ATION SHEET

Pg54, 74(Next,-j Project: Nine.'Mile Point Nuclear Stotion Unit. I.

Disposition: N/A Onginatr/DateReviewer/Date' Calculabon No.

Rvso

'23?.

Drawing C-1815899, Sht. 1, Rev.?4; "Reactor Bui. ding, Emergency

,bndenser Pipirig, Steam Supply & Condensate Return, ~Section "2-2" Looking West" 24~.

Drawing C-I8356-C, Rev. 20. "Reactor Building, Emergency Condenser Piping, Steam

.Supply & Condensate Return, Plans above El. 298-;", El. 281'-0" & 259'-0"

ý25.

D~rawing C-26843'C, Sht. 2, ReV.-lO, "Emergency, CondenserSystem No' 39; PiP'ii-4.

k~metic fr Stam SpplyRoeactor to Emer. Gond's., East, Bank"

25.

Vender Drawing' D82-26008-01, Rev. C, Rockwell International, "Gate Valve, Pre!ssure6 Seal Bonnet Motor Operated Gener~al Assembly, Fig 1'2011 (WVCC) BFMNPQTY"

'27.

Vender Manual NII R34400VALVEOOI, Rev. 0, RdckWell Internatip I,"nsntrue ion& M ir t~

For Main F7W Isolation Valve-Re~placeiment"

28.

DOP N 03-,1 37-i, ki Replacement.ho*Unit eedwater'Contanment Islatfion Check-.Valves"

29.

Vender Draw ng52-A Rev 01. Wow Feed Wae C ekValve, 18-9,00 W E, Assembly" 3

alclation, Rev, 1,MainSteamPpeAna!lsi 3![.

5 esign Critcria, Document kDCD-28, Rev'.-02,."PipingbDesig 6

Requirements",'

.rawing 0-2.838-C, SW '2, Rev. 10.,

igh Pressur.e.....actor FeedWpt.r, Syst"em 30, Piping Isometric from 5th Feedwater Heater to External Isolation Valves" 3'3 NRC RIS 2.0064, Experiencewith lmplementainofAlternaiie Source.Terms, Marcn *,

2006 I 1AU

.CALCs.CaIOQ7H21CO87pi d.oe NE...

.ES-.8.

RevGi..

'ATTACHMIENT1: APPLICABILITY DETERMINATioN<FORM 4~L ~

Part 1 - I nitiati

Implementing I

ument No. H21 COBTe R'eVigion.1Titl'e Unit I [_OCA SecondayCnanetP",Pp 00 Data r~,B~s~pn (Check one-proposed activity type onlyt):

0 Unit I EL Unit 2 0I common APart 2 -Applicable Regulations/riteria

_jAddess'thie, questions below for all aspects of the Proposed Activity. See NAI-DSE-01, Section 4.2,for a discussion' ofiregdlator requirements and controls. If the answer is"YES" for any portion of the activity,, apply the identified regulatio lroeseS1s) totkailt portion of the activity. (Note: It is common to have more than one regulation/process apply toa giroposed activty.)

A JIsi the qilatory authority,controlling the proposed activity,: any of the followviri?

I. 1CFR50-.90 (Operating License, Technical Specifications or OUXEi;0 NO, If 'Yes,' procsý16ha ngj,,perCNG-LNI-Environmental Protect ion Plan)~

~

10

>2. 10lR05(Y(QA Program Dibkriti~bh)!

[1IXEsA@NO, 1`fry~

roshag NIPILPP701l.

3. '162ýF -0 OWYSeuiy~~n)

El YS: 0 NO V'If

'i~," process ichaige: per NIP-LPP-01.

4.

10CFR50.'54(4P (Eme~rgency Plan)i LI YES 0 'NO I',,.If.

process change per NIP-LPP-01.

-5. '10CFR50.550(f) a~nd (g) (ISTIISI: Requiremients)

El YES 0 NO

.If`Yes, process change per NIP-11IT-01.

6.10FRPart 20`(Staridards for Radiation -Protectio~n)

LIYS0 NO If->Yes," process change per NIP-PRO-02

___________________________________________N 41r~P-PRO-03.

I.

'10CFR5O:655a)(4). (Maintenanicb&RU1e)

L E0Q IYes,'~ maintenaniceactivity is assessed

-..AUEflN: Cýonsult NADS-1 seto

'ý2under NIP'OUT-l%0 or GAP-PSH-03 and1 to Maintenance prcdr ciiisGAP-OPS-117,ad procedurechange(s)

• Maintenac activities and associated 'pro~dur~ti

~are processed per. NI P-PRO 03,ar. NIP-

• TemporaryAlteratio'n (facility or procedure) supp rtin PRO-04u urie1Q FR 50AppnIj:

,maintenanice that will be nstalled not longer th'an 40'days-at

.power.(Power o6peratking condition o 6hot shu in at$NMPI or~

Modes 1, 2 or 3 atMNIP2)

8. 10 CFR 50.46 ECOS Model (changes and errors)LIE 0NO f Ys rosspCG-N111O.

9.

10 CFR 50.12, Specific Exemptions (exemption from the U'YES lZNO I If Yes," process per CNG-LN-1.01 -1001.

B.

Doesthe proposed activitywchange plant-specific programs (ODCM,

,D-IyES 0 NO If "Yes," processclhange per NIP-LPP-01.

orCOMR*,

vhich are controlled by.the Technical Specifications?

C-Does the proposed activity involve an editorial or administrative D YES 'j NO lf"Yesl" ocessIchange per lNPLPP.'0Ai.

change to the UFSAR asdescribed in Section 42.3of NAIDSE-01?______

D.

Does the proposal have:an effect on the environment (eg.changes LI YES NO *f'IYes," an Environmental Evaluation.may to nonradiological gaseous or liquid effluents, power lvelortherm~al be required. Contact Supervisqr, effluents), OR involve construction activities that introdu~ce Environmenta~l~rofection.

measu'rable nonradioIgical enironmrentalIefects to onsite areas~

that wereNOT previously disturbed du~ring site preparation'and

__construction?

E.

Does the proposed activity involve a Fire Protection Program LES,Y..

NO If 'Yes,' process change per NIP-LP-01O ch'ange?

.and the applicable UnitLicense Condif0ion.

F.

Does the~ proposed chanige oractivitychange or negatean existing LJ YES Z NO If "Yes,' processý, per NI P-IRG-01.

NRC commnitmnent?

G.Does the. proposed activity. involve incorporatiag changes associated 0,YES El NO If "Yes,'~ rc p

per CNG3LN-1.01-1000:.

with a'License Amendment oro ther egulatoryapprovalst.a.,have been received?

r.

th.t.

H.

Does the rposed activity address a non-conforming or degraded LIYES. 0 NO If "Yes," pre6ss per NIP-ECA-01,:NEP-cbnditio*i that doos not involve on interim compensatory acricnand ECA-0r 1 AND R*S-2005-20 (fo. me rly G*L.

that will be restored'To-its previous condition in a timely r*manner commn~esurate with safety asdescribed in Section 4.2~5of NAIDSE" 11)a eurd I.

Does !theproposed activity, nvolve a change to an administrative proeESs NOp INf Y,. *PrOd.'p.rl.-PRO-02 or CNG-procedurc;, ;.e a procedure6goveminq thiecondu tof fac illity 1 l 000'under *0lCF R,5D Appendix operations? (Consul tdefinition 4.1 3befbre answenng).

B; Part 3 - Conclusions (Check Coinclusion A or B):

All aspects.oft.. proposedactivity arecontrolledby one or more teof the processes above; t*erefore, 10 CFR 50.59 is not applicable andia 10QFR 50.59SrScreening is'not required. Proceed with, change per applicable procedures.processes.

I Activity only partial lcovered by. oher reulatons. Proceed with.covered change(s) per applicable.pro.edure/proeess.

-Initiate

• 0CFR 50.59 Screening foraspects notcovered.

Part 4-Preparer' (Inc!ude Completed Applica*i*ity De.terminatior with Impuieientinyj DoDumentýn*i:Activity Packaye)

S,,

w

• are

( Prinit/ lhitial). Glenn r:R. S;tin~son}'

ate iPrepared 10/121,66 Page.,7 NIP-DSIE01; ReV 10

~ATTAtHMNT 1: DESIGN VERIFICATION R ERORI D&U-tb~ir

'design-yerifie,l 0 DCP O.ac 0 Spec.

U,0 NER 0 D11 LT Oher Do&#,

Revt!nd

Title:

H216Q7,RV 00 nt L'

con8.day6rtai nmeni yp ss.ý Pijping Data...

Extent ofDesign Verification (Briefly describe):

Verified that the design output, i.e. bypass leakage pathway piping data,.correspondc. witfh' the,

.guidance in Regulatory Guide 1183 and RIS-2006-04. To determine tra'nsit/holdup time and depositio*/plateout in the c66ehaaircontaminmienrt. bypass piping,2te&total length6of, ppbe'.....

'the total volumes, the tetal surAendarea, the e*enthofho#rizntaLie, the.horizontal surfacd area and the total degrees 6f~

"d are req dred Method.of Delsign. Verificatidmn:

0Desig P-ývj~iw 0 Qualification1 T65ft-ih 0 AlternatQeCalculations, Applicability of Proven Desigtj

'17Fully acceptable with nib issues identifiedd OFuilly accepta ble. based on the followih~gýissuesdentfe n eo~d The ypas l~kagpathay ipn1a (data was corregily calculated. It can~be used ina accordance

ýReguatoryl1&3 and RIS 2006-!04.`.Wdance to st. ip t&he Ul AlterihatRive Source erm License Amendment Reauest.

0Et Continuation Pagep Fol,lows:

Discipline. invo*vement{ and' Approval's:::

Lead De6i"n Verifier.-:-

NaTh&

vA 1

7/

Sig tur

/0 /3Z0 isiinDegnVerifiersl;If req uired:

Disci'plin NahJm e

Signature

~Dat'e.

Page 7, NEP-DES")07 Rev 04

ATTACHMýN 2:

SIý§ V-E'R-IF-1C',AT'iO'N-CH-E'C-KU-IS T

'The followi'ng qustioriK r:'eq1fires t6 be addr6s§ed bas-e-d-cn the Nin& Mile Point commitmenit to':NQA-1, (1983) for design verification activities.~ This checklist is intended to assist when using ihe Design Review, method of design verification to ensur~e relevant items are addressed in the verification effort. Each "No' ahnswer will redquire correction or resolu tion by thg.originator:of the docu ment beirig-verified prior to,full ac,qeptance b~y!the design verifier~).

7.I, 6 Doc#;

H21Co87 00 Lead Design Vejifiers Name:,

• ~;;

~Review Check Items Addressed wihBssof Revie~w Answer A.~Yes N

I

1. Werethe inputsipfctlyselied'ed?

2 'Are ass umptions necessary to performrthe design-activtyadequately descriibed,.

and reasonable ? Where necbessary',*6r'the assumnptions identified for subsequent re-verifications when the. detailed activities are~corn pleted ?

3. Wasan appropriate design method used?

4:,

t

~o 7

4. Were tedsign inputs correctly incorporated into theOpsign?

Is the desigrig utput reasonable compared:.todesigno nputs*?

6. Are.the necessary design input*and verification req.i.e. ents forinteracing Orgasizations specified in th.. e.. ign docume6nts or.in.s..

ppoiring.

.pr.c.dures oi instructions ?

f~age~8 N.

EP-DES-,,:.0.7.

ReV'04,