ML18249A153

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Revision 26 to Updated Final Safety Analysis Report, Chapter 15, Accident Analyses, Figures
ML18249A153
Person / Time
Site: Brunswick  Duke Energy icon.png
Issue date: 08/13/2018
From:
Duke Energy Progress
To:
Office of Nuclear Reactor Regulation
Shared Package
ML18249A165 List:
References
RA-18-0131
Download: ML18249A153 (42)
v • d • e


Text

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% Rated H H 4 + t H H mo Zc mA G)m ;<

(., DUKE ENERGY 0 w C[ 0:: LL 0 z w u 0:: w Q. I NEUTRON FLUX I VESSEL PRES. RISE (PSI) 2 PEAK FUEL CENTER TEMP. 2 STM. LINE PRES. RISE(PSI)

'3 AVE. SURFACE HEAT FLUX 3 TURBINE PRES. RISE (PSI) 4 FEEDWATER FLOW 4 BYPASS VALVE FLOW (%) 150.t----+-----t-----15 VESSEL STEAM FLOW 200.t----+-----t-------15 RELIEF VALVE FLOW 6 TURBINE STEAM FLOW 2 I LEVEL ( INCH*REF-SEP-SKIRT)

I NEUTRON FLUX 2 WR SENSED LEVEL (INCHES) 2 SURFACE HEAT FLUX 3 NR SENSED LEVEL (INCHES) 100. 4CORE INLET FLOW(%) 120. 5 DRIVE FLOW I (%) 2 0 w t-50. <( 80. 0:: LL 0 t-z l&J 0. u 40. 0:: w Q. 50 ...............................

.._ ___ ..._ ___ ......._ ___ __,_ __ _ 0 10. 20. 30. 40.

(., DUKE ENERGY I NEUTRON FLIJ)( I VESSEL PRES. RISE (PSI) 2 PEAK FUEL CENTER TEMP. 2 STM. LINE PRES. RISE(PSI)

!AVE. SURFACE HEAT FLU)( 3 TURBINE PRES-RISE (PSI) 4FEEOWATER FLOW 48YPASS VALVE FLOW(%) 150.t-------tt----+-----1

  • !iVESSEL STUM FLOW 125.1-+---------11------+-----1!iRELIEF VALVE FLOW(%) = .._ 100.------11------+

+-----+----

o ... z ... u 50_ .... _-...:-....111,.:...

__ ---1, ___ _,_ ___ --i-__ _ IL 2 20. 4 -TIME ( SEC.II LEVEL (INCH*REF

  • SEP-SKIRT) 2 WR SENSED LEVEL (INCHES) 3NR SENSED LEVEL(INCHES) 6 TURBINE STEAM FLOW 75.Hf---'\-t---,l--

~,_.----+---+------::2

10. 20. 30. I NEUTRON FLU)( TIME (SEC.) 2 SURFACE HEAT FLUX 40-I e 10o.------1t-----+-----14CORE INLET FLOW(%) 1201-----1------+----+--,...-:-r---

50RIVE FLOW t (0 ,4) 0 w 80. a: ... 0 ... a: Ill u a: II.I IL 10. 20. 40. 25. 50 75. 100. TIME (SEC.) CORE FLOW(%)

150.L. i ! .. J I ! --* -t---+~l-.,--1'1.JJl

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~---~------~ C Ofl E F i..1':~ ti:! L ..... 't I i *-+----I

(., DUKE ENERGY 0 "' a: "-0 ... z w u a: L,J a. I NEUTRON FLUX I VESSEL PRES. RISE (PSI) 2 PEAK FUEL CENTER TEMP. 2 STM. LINE PRES. RISE(PSt) 3AVE. SURFACE HEAT FLUX 3 TURBINE PRES. RISE (PSI) 4 FEEOWATER FLOW 4 BYPASS VALVE FLOW(%) 150.i------"t-----"t--------t5VESSEL STEAM FLOW ZOO.t----+-----+-------t5RELIEF VALVE FLOW(%) z 20. 3 . 40 ,. TIME (SEC.)I LEVEL(INCH*REF*SEP-SKIRT) 2 WR SENSED LEVEL (INCHES) 3 NR SENSED LEVEL (INCHES) 6 TURBINE STEAM FLOW 10. 20. 30. I NEUTRON FLUX TIME (SEC.) 2 SURFACE HEAT FLUX 40-20 0 1-----+----+-------1 CORE INLET FLOW(%) 120 '----+-----1------t----;-----. 5 DRIVE FLOW I (0 k) * .... 0 "' ... 80. "' a: llo 0 ... z lal u a: lal a. 25. 50 75. 100. TIME (SEC., CORE FLOW (%)

(., DUKE ENERGY *-.., JO JIIO -UVl!L INSIDE ll"'OUD LIVI&. oun,ci. SHflOUD TCW Of ACTIVE fUIEL 2111 It IOTIOM Of' AC'JIVI FUii. 11 .* ft -1000

(., DUKE ENERGY J i f *-'-\_ _ ... .... .. -----* -**** I ** I I I

  • JIIII \ fllACTOfl Pfllnulll MAINTAINID SY Tu.lllNI *Yf!Ut VALVI I -, ....... I I --1000

(., DUKE ENERGY 150. C w I-C II: 100 0 -.. 5 I NEUTRON FWX 2 PEAK FUEL CENTER TEMP I VESSEL PRES. RISE(PSI) 2 STM. LINE PRES. RISE (PSI) 3 TURBINE PRES. RISE IPSI) 40IFFUSER FLOW I PC 3AVE.SURFACE HEAT FLUX 4FEEOWATER FLOW 5 VESSEL STEAM FLO W 160.1----+----t----l 5 DIFFUSER FLOW 2 PC 5 6 TURBINE STEAM FLOW I-z w u II: *~ 2 -2 4 I w IL 50 -0 0. I 4. I 12. 16 TIME ( SEC.)I LEVEL (INCH-REF

  • SEP-SKIRT) 2 WR SENSED LEVEL 3 NR SENSED LEVEL (INCHES) 4. 6. 12. I NEUTRON FLUX TIME (SEC.) 2 SURFACE HEAT FLUX 16. 15*0.1-----+---------14 CORE INLET FLOW 120J-----l----+----t----ll----

5 DRIVE FLOW I (0-',) 2 34 4. 8. 12. 16. TIME (SEC.) 0 w 80. t----t-----tt------, ......

a: ... 0 I-40.t-------ll-----+------+-----+----

r 0 ..............

1,&.& .... L------------'~---L---

o. 25. 50 75. 100. CORE FLOW (%)

(., DUKE ENERGY 0 "' .... Cl a: IL 0 t-z "' u a: ... 150 5 I NEUTRON FLUX 2 PEAK FUEL CENTER TEMP 3 AVE SURFACE HEAT FLUX 4 FEEDWATER FL!JN 5 VESSEL STEAMFlDW

8. 12. TIME(SEC)

I LEI/EL (INCH-REF-SEP-SK1Rl1 2 DIFFUSER FlDW I (%) 3 DIFFUSER FLOW 2 (%) 4CCRE INLET FLO.V (%) S DRIVE FLOW I (%) I VESSEL PRES. RISE ( PSI) 2 STEAM LINE PRES RISE (PSI) 3 TU RINE PRES RISE (PSI) 4 CORE INLET SUB( BTU/LB) 5 CORE AVE VOID FRAC(%) 6 TURBINE TEAM FLOW(%) 5 2 16. I NEUTRON FLUX 2 SURFACE HEAT FLUX 1sol----+---+----+----t---

1201---4---+----+---+---

8. 12. TIMFISEC)
16. s ... IL 0 z ... u a: ... !!,. 0 coRE FLOW (%)

(., DUKE ENERGY I NEUTRON FWX I VESSEL PRES. RISE (PSI) 2 PEAK FUEL CENTER TEMP. 2 STM. LINE PRES. RISE(PSI)

SAVE. SURFACE HEAT FLU>< 3TURBINE PRES. RISE (PSI) 4FEEDWATER FLOW 401FFUSER FLOW I PC 1so.1-------------SVESSEL STEAM FLOW 160.l----'--..,_---l------l!!DIFFUSER FLOW 2 PC 6 TURBINE STEAM FLOW 4. -80¥-1 ..................

~---f----:-----"':----

a. 12. 16. o 4. a. 12. 16. TIME (S_EC.)ILEVEL(INCH
  • REF*SEP-SKIRT)

I NEUTRON FLUX TIME (SEC.) 2 WR SENSED LEVEl, 2 SURFACE HEAT FLUX :S NR SENSED LEVEL ( INCHES I l'"'01-----1---------4CORE INl.ET FLOW(%) 120.1-----+----1------------. 5 DRIVE FLOW I (0 4) TIME (SEC.) -0 w ao.... z 40.-----------'---4-------

r so 75. 100. CORE FLOW(%)

(., DUKE ENERGY II; 1-z .., u a: .., Q. I NEUTRON FLUX 2PEAK FUEL CENTER TEMP. I VESSEL PRES RISE 2STEAMLINE PRES }~&~tR~~MP 150 .. i----+---+---~

5 VESSEL STEAM FLOW 80 3TURBINE PRES RI 4CCH: INLET S..S RISE (PSI) SE(PSI} \BTU/LB) 5CCRE AVE VOID FRAC{0/gl LOW! Vol 5 4. 3 80 0 ~, B 12. 16. TIME(SEC)

I LEVEL( INCH-REF-SEP-SKIRT) 2DIFFUSER FlDW I (%) 3 DIFFUSER FlDW 2 (0£cil 4 CORE INLET FLOW( 1/c,} 5 DRIVE FLOW I(%} 5/4'-_5 -............_6

-4 4 I 2 -. -....... ) 4. I NEUTRON FLUX 2 SURFACE t-EAT FLUX 6 TURBINE STEAM F 5 5 6 6 4 4 2 I I 8. 12. 16. TIME(SEC}

12nl--------il----+---+----+---

4 5 0 a:

... 0 ... as u a: \IJ Q. 8. 12. 16. 25. !:O. 75 100 TIME (SEC} CORE FlDW (°lo)

(., DUKE ENERGY 150. 0 "' ... C a: IL 100. 0 ... z ... u II: 50 . ... D. I NEUTRON FWX 2PEAK FUEL CENTER TEMP. 3AVE. SURFACE HEAT FLUX 4FEEOWATER FLOW 5 VESSEL STEAM FLOW 160 5 / 80 5 0 \ .\ 4 --ao *. I 5 6 -r------....___ .... ..._ 3 ............

.-l 6 I VESSEL PRES. RISE (PSI) 2 STM LINE PRES RISE (PSI) 3 TURBINE PRES. RISE 401FFUSER FLOW I P (PSI) C 5 DIFFUSER FLOW 2 P C 6 TURBINE STEAM FL ow 4 2 I 8. 12. 16. 0 4. 8. 12. 16. TIME ( SEC.)I LEVEL (INCH-REF

  • SEP*SKIRT) 2 WA SENSED LEVEL 3NA SENSED LEVEL(INCHES)

TIME (SEC.) I NEUTRON FLUX 2 SURFACE HEAT FLUX 15*0. 1------,1------11-----4 CORE INLET FLOW 1201----~---11------11------1---

5 DRIVE FLOW I (0.C.) TIME ISEC.) 0 ..,

a: IL 0 ... z .., 40 . .., CL 25. 50 75. 100. CORE FLOW 1%)

(~DUKE I ENERGY.

  • 3 0 a. . 1.7 1.6 1.5 E 1.3 0 1.2 \.1 -~ ----/' '"'-"\ I 'I\ I ' .... --.........

V 1.0 0.0 0.5 1.0 1.5 2.0 2.5 3.0 J.5 Time (sec.)

(., DUKE ENERGY 0 uJ I-C( a: 0 I-z uJ 0 a: uJ 11. 150 100 13 245 50 -0 o. 15'0. 100. 50. I-0 o. I 13 4 5 IX __i 'l 2 10. 5 , 10. I NEUTRON FLUX 2 PEAK FUEL CENTER TEMP. 3AV£.SURFACE HEAT FLUX 4FEEDWATER FLOW 5 VESSEL STEAM FL OW 200 120 I *"'-3 ----125 4 40 . -40 20. 30. 40-0 3 TIME (SEC\ LEVEL (INCH*REF*SEP*SKIRT) 2 WR SENSED LEVEL 3 NR SENSED LEVEL 4 CORE INLET FLOW 5 DRIVE FLOW I (%) 3 4 3 L 5 20. 30. 40. TIME (SEC.) (INCHES) (INCHES) (%) 120 --0 w I-"' a: 0 I-_, z -4 uJ u a: w 11. 80 40 -0 o. 5 6 , . 4 10. I NEUTRON FLUX 5 6 2 d I VESSEL PRES. RISE (PSI) 2 STM LINE PRES RISE (PSI} 3 TURBINE PRES. RISE 4DIFFUSER FLOW I P (PSI} C 5 DIFFUSER FLOW 2 P C 6 TURBINE STEAM Fl OW 5 6 2 --4 20. 30. 40 , TIME (SEC.) 2 SURFACE HEAT FLUX t11

  • I* t~OT I
  • 25 50. 75. 100. CORE FLOW (%)

(., DUKE ENERGY ci 100. w ..... a: a: ..... z w SC. li w e; ob. l!11. 10. 2G. TIHE 20. Tit£ 100 511 ... JD. IIIJ. -liD~-ISECl c Ill. w ... IE :z:: .. ,a. .. 11,1: ISECl l'ID!lfl."8ft i W:.\ltA'r, l Dlf'FIIEO Fla< II 111111

  • IP'SU ISi: '"'" Ill 1 DlmilM Puii I l\1111,., STOii ~1 111 * * . : I ' l . . ...... , . . I ! . . I / : 1---... 10. :IQ. IU. 11HE ISECl IIL lS,. CH FLOW m

(., DUKE ENERGY ... z so. !!:; Db)-J * ....LLJL..1..J....,l...L\,;!-----.Jllll.l-----.i~!-.--..~ICll=--"1.--CORE FLOM l1/2I

(., DUKE ENERGY @ PEAK N EUTR O N FLU X,279.43/4 I NEUTRON FWX I VESSEL PRES. RISE (PSI) 2 PEAK FUEL CENTER TEMP. 2 STM. LINE PRES. RISE(PSI) 3AVE. SURFACE HEAT FLUIC 3 TURBINE PRES. RISE (PSI) 4FEEOWATER f'LOW 401FFUSER FLOW I PC 1!50.l-----1-++----t--------t5VESSEL STEAM FLOW 160 .. 1-----+----+-----1!5DIFFUSER FLOW Z PC 4 4 6 TURBINE STE*M FLOW .._ 100.t------+----l+----,,,,.,..F'~-~l---~I--.,........

0 ... z ILi u :5 50.

lL 8. 12. 16. TIME ( S_EC.)I LEVEL (INCH-REF-SEP-SKIRT) 2 WR SENSED LEVEL 3NR SENSED LEVEL(INCHES) 150 1----+----t------14 CORE INLET FLOW 120 . 5 COUPLER POSITION 1PC 5 5 5 4. 8. 12. 18. TIME (SEC.) -C .., IIC ... 0 ... z .., "' IL 80 40 -~-0 0. 8. 12. 16 , I NEUTRON FLUX TIME (SEC.) 2 SURFACE HEAT FLUX */ ) I u, 2 *~ I. * \ 25. 50 75. 100 CORE FLOW (%)

(., DUKE ENERGY 0.05 '0.04 f 0 o.o?> 3 3 cl 1 0.01 :I )C 0.01 0 0 0.1. -r--....... 0 . .4 0.Co 0.8 1.0 F'rl.AC:f'lou a/_ 12A'Tk0 Powl!:IL

(., DUKE ENERGY 1.'l.O 110 'l.00 1 C,Q 150 110 lbo 150 IAO 1 130 )-(l_ 110 ..J -i '.I 110 r-2 Lil 100 .J Ill 'J qo :::ii Bo C. lo bo '50 Ao ,o '10 10 0 0 0.0 I ------X ------------------1.

\ \ :11 I FttJAL MAXIMUM h.111-lALP'T' No. 1...ir1'1AL

?owi::rz.

i 3 "lo DF' r2A 'l'U:, 1.. 30"lo O( IZATE D \ \ \ \ " ' ,,,./'" 1~11'1AL I\AA)(tMUM

'-. CE~1'f".1'2.LINE:

'--.. frs.1-(HALP'i'

...........

001 a.o~ Ale'.. / C0~1'rt.OL fl.OD D O.L

(., DUKE ENERGY P.1'2.EAi 12£AC.:fol2 -ful2P.>1AJE:

Ol'hVE.U FEED PtJM.D~ _/'f.,"{PA~'l L VALVES 1' t..l 11 P.>IAJ I: P->'!'PA~S

'$'1'~--ffM C.OAlO. GEAJEflA-(oQ

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