ML18022A193

From kanterella
Jump to navigation Jump to search
Updated Final Safety Analysis Report (Ufsar), Amendment 27, 4.9 Figure - Reactor Water Cleanup
ML18022A193
Person / Time
Site: Browns Ferry  
Issue date: 10/05/2017
From:
Tennessee Valley Authority
To:
Office of Nuclear Reactor Regulation
Shared Package
ML18018A778 List: ... further results
References
Download: ML18022A193 (11)
v • d • e


Text

no~

t-01 83H-Z ~ L9 II 6

5 3

~f--

H.

":';':':/~,.........

AMENDME NT 27 PO'IIfERHOUSE UNIT2 BROWNS FERRY NUCLEAR PLANT FINAL SAFETY ANALYSIS REPORT REACTOR WATER CLEANUP SYSTEM FLOW DI AGRAM FIGURE 4. 9-1 D

c B

A

1~'11"'"'"'-

AME NOME NT 22 BROWNS FERRY,.Uc:tEAR PLANT F' !NAL SAFETY ANALYSIS r<EPORT R(~i?:.1~~~i~ l~~~ANUF n~* OJACRil/A FIGURE 4. 9-2 c

l£0~ l-69-0l93Lt-Z l"I L9 RCIC SYS

.----l2-47E610-71-1,D8 r---------------------,

I r-------------------1 I I LI

~

l '

m w ' "'

LI

< w

l '

m w ' "'

LI

~

l '

m w ' "'

LI m

l '

m w ' "'

LI m

l '

m w ' "'

c c

c c

c mmmmm ll"l

'° r-.

IC m

9-3

~~~~~

~

J, J,

J, J,

J, r---"""'f---~-- rJ!w --....,---....,---;------12-45E620-2 NN'f'f'f'f'f~

I I

I)-(

I I

I Cla..VIVlVIVIVI

~

~

~

~

~

~

~

~

~

~

.: /:(('

I /:(('

I /:(('

I /:(('

I I

/:(('

I /:(('

I /:(('

I /:(('

~~~~~~L cRo sYsk;----------1--------------------------------------------11---(Zs\\___ -- 3 -T- -- - --,

""1

~

~

+/- '~~ : '~1 : '~t : '~1 : : '~\\: : '~} : '~); : '~L 2-+1Es10-8s-1.s3 I 2-4sE1H-+ ~--,

~2s-s-1 11 11 6~2 1

~

dJ w

w

~

o 1

1 1 1 1 1 1 1 1 1

1 1

1 1

1 r---11-4sN1616-s I I

...Jvi, 1----

M _.);;<

1

~ (TE)

-s (TE)

~

~ (TE)

~ A-21 1 ©-"i@-21 1 ~-21 1 1 -@-21L-@9-21~9-21L@9-21 x-ss FEEDWATERI LINE 8 r--1--- -----1 *---------r----T--- s9-97A 1 1 }st Fcv ~

1 s9Y-834A 69_834" s9Y-834c ! ! s9Y-8348 69_8348 69-8340 r L.l§_)_.J rs

.J rs

.J rs

_J L

rs rs rs rs

"+t+tttt+t -~:I::J--[=}----i...-'l-...i, I

L I

9T_*5, 4

69-12 1

N N

69-29A 9-29 9-29 9-29 9-29

  • -2*

9-29 69-29 2-+1E610-31-1.r4 I

rl I --.Jr '1 I

TI 2s-s-1 TI 2s-s-1 vT

~

'- I

~Hs

( H> \\....

I As-83

,..l....9-85

,..l....9-84 A-86 y y

y y

y y

y

'-F--:-j1-45W165+-1 I 2-47E817-1.D6 THERMAL SLEEVE

+

69 99A 69 98A 69 97A TE R

69 128 -

L~-

I -~-J L~-

I -~J 1--.Jw< 1--.Jw< 1--.Jw< 1--.Jw<

+-~ +-~ +-~ +-~

,...--]-----,

r-p-:&J" I,- I I

I w

y

-1.... ~ jj_o,TE y 6~A I I ~J ~

,..l....9_4--

69-834A """'!\\.:: 69-834c 69~+B ""K 69-834D I ~

I ~

I ~

I ~ I I

' I I

r~r!-, I I ~ISS CISS I "@:'~R I I I

CISS CISS I

(rE'\\ (rE' (rE \\

(vE'\\

I I I

).;) I /~, ~

~ I

.J_L;; -

-.:::::::1'9 I

.J_L;; -~ ~

86~

r 11 G,~" 11 A

A 11, GD"s,:.4 1 :@:1 :@:1 B

B

~

69-99A 69-98A-1 69-**A-2 69-91*

1 1 1,19(1 l;<{.~ *u2A 1 w D.1.rl-83 I ~- 85 1

C!.ill-** 1 L fTIS\\- Ll'1 cLEAN uP svs. AREA TEMP.

.>v.

L /~ I I ~ 69-839A I 69-839C I.....

69-839B I

69-839D 69-839D I

~

I I

I G

R N

I 9-19¥_+

.... --l2+sE11912I I:!:

I.._,,

~-;::;c I:!:

I

_J.._,,2-1*0E*2.._,,1-1,8I I

XM9-21 r:;-;\\TI9-21

~9-4 1 LOG LOG

~A 1 /

/

LOG LOG

~

To RBccw sys 1 W-xs ----==---=-r-=--

1 1

ri

.J

~

9 *~I~ J 69-1 0 69-1 c~ t---L-@ 69-2 0 69-2 CL

~I 2-47E610-70-2,A3 rX:::t.J... L_YT-~-- *-~-___floGl

~OG L_411 ~,@A !

6@C Ill

~ 6@8 Ill Ill 1F2R-~ER::,~~7s:~1M,K~ N10.TES, ~ -- ~

-.J

~-t.ACC 9_?01 I

25-5-1 I )E)_).!..(~

9R_4 9_4

~PRO ~

A2742 r-.

r-.

Y I

THE REACTOR WATER CLEANUP SYSTEM PROVIDES FOR CONTINUOUS I

)61

~

I 69 522A 2 45E671 25 N ~ L N ~

PORTION OF THE REACTOR WATER TO QUALITY SPECIFICATION.

FCV A

~

I I

I

~ TI SEE DET A DIV IIA

--6 DIV IIB I

I l2-47E610-71-1,H8>-f IMPURITIES ARE REMOVED BY FILTRATION, ABSORPTION, AND ION J

I I

~

IPR01 I

H' 't I

I 't I

I FROM RCIC SYSTEM I

MECHANICAL AND CHEMICAL FILTRATION AND DEMINERALIZATION OF A I 69-~I ZS I

I I ©J-© L 69-+A-A 9-6 2-47E610-43-3 L

I I

EXCHANGE.

69 1 R

G H

I FROM HPCI SYSTEM I

L __ I

...J I

I I

FE I

I I

Ll I L.J

2.

WATER FLOWS FROM THE REACTOR VESSEL TO THE REGENERATIVE HEAT

'---1:1--"T-":':~-:----"T--.,

L I

2-45E671-31 2-45E671-37 r 2-45E671 - 43 r I

l2-47E610-73-1,H8>-t EXCHANGER. THE NONREGENERATIVE THROUGH THE RWCU RECIRCULATING I

I I

I I

69-4A-L-'

  • l.

I 2-45E779-47 TO SHUTDOWN COOLING SUPPLY 2-47E2610-74-1,C1 FROM REACTOR VESSEL BOTTOt.t HEAD DRAIN 2-47E817-1,C5 1---0"'

L I

FROM MAIN STEAM SYS I

PUMPS TO THE DEMINERALIZERS. THE WATER THEN FLOWS TO THE

/.::'S.

I REGENERATIVE HEAT EXCHANGER BACK TO THE REACTOR VESSEL.

I x-14 L-------

~

~"""L_..J. lil'~EUMe 2£

---""f-------'"t'6~:~i IJL-L,---1'----,--,

L--------iNSTRUMENT-LOOP T-69-834-----t 1~~4:::~0~~~~~~~0; 3 *

~~EK~t~~~~~c~~~~0~6N~i~~~6~oNgu~~~I~~Ng~L~Ac~Nb~~~1~~oN WILL L-------------------

=--1 1 ~---- lj_L ~ _-_-_-_-

25 5

1

...,1cr-=:_-=:_-=:_-=:_-,11 I 2'5' 9

=_s4-1 Pl REGEN HX 2A CLEAN UP AREA L..._. VLV FCV-69_1. -2. _12 BE ADJUSTED IN THE FIELD BASED UPON SYSTEM REQUIREMENTS.

9-4 69-7B RBCCW 4

FCV-69-1, -2 & -12 ARE ISOLATION VALVES THAT MAY BE

-1~

HIGH FLOOR DRAIN TEMP*

OPERATED MANUALLY FROM THE MAIN CONTROL ROOM.

THE VALVES t---+--------- ~-----1 VI' L~

1 I FA io 00A 25 ~

2-47E610-70-1,G2 ARE AUTOMATICALLY CLOSED BY THE FOLLOWING SIGNALS:

1 NOTE 25-5-J.---...69-97B

'>G()R{I 59-4 1

~

(A)

ACTUATION OF STANDBY LIQUID CONTROL SYSTEM.

I ~5-5~ ~4 TI JTE '\\

X

~~B ~~I

~

Y INSTRUMENT LOOP T-69-834 (B)

HIGH TEMPERATURE UPSTREAM OF THE FILTER-DEMINERALIZER.

I fT1LJTE '69-98B-1 69-98B 69-98B-2 fvT\\_/vE'\\

I I

[;:j

~

__(Fl\\25-2 (LOOPS T-69-835,836,837,838 AND (C)

HIGH TEMPERATURE IN AREAS OCCUPIED BY RWCU EQUIPt.tENT 1 69c9~-99B

~

69_-9~B 69-9~78 I

II I

~'

T 69-13B 839 SIMILAR, SEE TABLE BELOW)

(RWCU HEAT EXCHANGER ROOM OR RWCU PUMP ROOMS 2A 8:. 2B),

REGEN HX 28 NON-REGEN HX 2A THEMPERATURE OR HIGH TEMPERATURE IN THE RWCU PIPE TRENCH OR HIGH G *R ------*,-mR I 9-r---------- -,----

HS I

I N

~

9-19 ~

9 - 19 J LOOP RTD INDICATING SWITCHES

~~~Li~ATURE FROM RWCU PIPING IN THE MAIN STEAM VALVE I

9 4 I

TO RBCCW SYS I

69-~B I I t--

~

9 7 T-69-834 TE-69-834A,8,C,D TIS-69-834A,B,C,D (0)

REACTOR WATER LEVEL LOW.

I 2-47E5l0-7D-Z,A5

~

I I I (PRO' I

I

5.

THE RECIRCULATION PUMPS ARE PROTECTED FROM OVERHEATING

_}xS\\_

009-4 1

~

I ~5 i::

SJ=

I I I 25-5-1 69-522Br 1 _____....J di::)! 9-4 T-69-835 TE-69-835A.B.C.D TIS-69-835A.B.C,D BY TEMPERATURE SWITCHES IN THE COOLING WATER DISCHARGE L

I~

(TIS-69-4A AND -4B) WHICH TRIP THE PUMP AND ALARM ON HIGH XS

~

I

_J._

TIS TE

--,_L.-1.....UFIS\\

L T-69-836 TE-69-836A,8,C,D TIS-69-836A.B,C,D COOLING WATER TEMPERATURE.

FLOW SWITCHES AT EACH PUMP 69-16C 69-16 T 69 16A I

69-97 6~ 59-4B I

2-47E610-70-2,A5

_-T 69-4B I

69-7A

1 DISCHARGE (FIS-69-4A AND -4B) f.CINITOR FLOW TO TRIP THE PUMPS

~'

r 1 I

REGEN HX 2C NON-REGEN HX 28 UPON LOW FLOW AND ALARM (FA-69-4).

I

~

T-69-837 TE-69-837A,B,C,D TIS-69-837A,B,C,D I

25 1 R

G FE I

L _ /.fE' I 25-2 6

TEMPERATURE ACROSS THE HEAT EXCHANGERS IS f.CINITORED BY l2-45E779-8 r--4 HS I

19-~ 6~B r--1

_J691:6~

I PI T-69-838 TE-69-838A,B,C,D TIS-69-838A,B,C,D Tl-69-6.

MCC

~

69-16B I

I

@ 19 DET A I 69-10 T-69-839 TE-69-839A,8,C,D TIS-69-839A,B,C,D 7.

PRESSURE DROP ACROSS THE FILTER DEMINERALIZERS JS I 69-.... 4B:A

- (M, 25-2 SEE TW._.,.. _ _. I...__,,,.

t.tONITORED BY (PDT-69-33 AND -58) WHICH ACTUATES AN ALARM rev ~

~

I RWCU PUMP 2-47E610-43-3 s.... 9-~8-1 RBCCW (PDA-69-33 & -58) AND CLOSES THE DISCHARGE VALVE (FCV-69-35A &

69-16

" r

:-i l(G}rwf{R) 69_1.,,

-SOA) WHEN THE DIFFERENTIAL PRESSURE EXCEEDS 25 PSIG. A MANUAL TO MAIN CONDENSER r--12-45E779-8 I I LX..J::"Y

.J

-47E610-70-1,F2 SWITCH dHS-69-35A & -60AJ IS ALSO PROVIDED FOR MANUAL VIA SFP COOLING SYS t==~~~~ri--~X~;;;;:i}--""i~ii=~~~;----;7.~~T-:~:~~r-~ "J-----t>-<1--..---------.-

25_2 l _____....J r----

ISOLATI N OF THE FILTER EMINERALIZER VESSEL.

7-47 Es55-l.C7 1-------..---~*--------I 69-1

~

9_4

8.

LOW FLOW FROM A & B DEMINERALIZER (FE-69-35 8:. -60) WILL START r1 -r-1 -_ixS\\_s 1-1 --~-HS9-4JI I

25-2~

r.._,,~---,

r1 ------~S PI 5-~25-2 X THE HOLDING PUMP BY ACTUATING (FS-69-35B & -SOB) OPEN VALVE I

PS rl 2_45E779 _111 9-9 TE RLY

~

FCV-69-35B I:. -60B CLOSE (FCV-69-35A & -GOA) AND SOUND ALARM 69-10A A

69-10A 69-lOA FA-69-35 I:. -60.

G '1 ::-

6-!j.7 691iA I I

69-15;..;-;,,,._-,,.,69-15A L_

I 9-4 I

-@9-4 69-8B 25 2

9.

ONE CLEANUP PRECOAT SYSTEM SERVES BOTH DEMINERALIZER I

..._., -t I

I PCV I t-5\\

I f+

HS

/'.::":"S." -

UNITS.

A LEVEL SWITCH (LS-69-82) PROVIDES HIGH AND LOW

~ HS ~

~

./PA",

..,L..!:!.:!.._

2-45E779-11 6...'__.,_8

~ *'

_J TIS\\

ALARM AND LOW LEVEL PUMP INTERLOCK PROTECTION.

~

69-14,--

69-14A 69 11 69-17B PA I

25_2

10. TJS-69-11 WILL ISOLATE THE SYSTEM ON HIGH DISCHARGE 69 17c Fcv L

1 69-15 9 4 9 4 1 I

I

~ ~

MCC ~ r9c_v ~' ~R 1 1

I TEMPERATURE. THE COMPARTMENT FLOOR DRAIN LEAK DETECTION

..::.... ~ 59 - 17 ¥ ~ --1 I

9:4 st-I84.>--t Fcv

)R'LJ...JG"

§~§~~~T~T<A~P~6X1~~T~~~o~g~ ~> A~e~EB~M~~~Nt0T~~~~~Aiu~~~

MCC R PM fH5\\

r;:.G\\ II II ~ G R

--'-...J

~ >:=<

L..

69-15 ~~

(HS~

I 69-94 t

11. FOR PANEL LOCATIONS OF PILOT LIGHTS FOR CONTROL VALVES, A~Dw~D~~Ec~~~RCTOR I 2_47 E 2847~s,F 6

...__. I I 6~B 11 1

.._,,~I 1 SEE THE PANEL NUMBER FOR THE ASSOCIATED HAND SWITCH.

25 2 G

R I

I LOCATED AS SHOWN ON THE DIAGRAM.

IF A LOCATION JS NOT 69P_SlSB -------------------..J._J2-730E922-21 1

_J

)R'U SHOWN, THE DEVICES WILL BE LOCATED ON THE APPROPRIATE 4160-V 2-47E810-1,C7,,_ __.... ____

-l~t--1---"'"'."'."""."".::i... I I

~

~

G, I._ ____ -.

12. INSTRUMENTATION ASSOCIATED WITH BACKUP CONTROLS IS

. L--- ~5-2 SAMPLING SYSTEM AC BOARD, 480-V AC BOARD, OR 250-V DC BOARD.

(REFERENCE GE

.----.... ------------------------------------1

!..,....---.&..-----------fiJ+---',2-47E610-43-1,H3 DESIGN SPEC 22A1470.)

I

13. TE-69-98A-1 PUMP 2A INBOARD BEARING T/C, FULL OPEN REWASH SLOW DRAIN FI 69-24 HS 69-23 2-47E2847-6,F3 HCV 69-22 HS 69-22 69-~- ~):

rev 2-47E2847-6,F3 HCV 9-23 rev HCV 69-18 rev HS 69-21

cg.._,,~ =;-23 69-~- ~):

2-47E2847-6,E3 2-47E2847-6.E3 2-47E2847-6,B8 25-3

~

~:

PI 69-504 2-47E2847-6,F3 Y-3832-J-2 I HCV 69-25 HCV 69-26 FILTER DEMINERALIZER UNIT ZA HS FCV 69-25 69-~- ~):

,,.----1-----

// ~-3 I

/

69-40 I

,1-41E2841-"Sr'I I

F3 25-3 HS FCV 69-26 69-:_ ~~

25-3 25-3 (FS'CJFI:\\

69-35A 69-35 25-3 FI 69-49 HCV 69-42 2-47E2847-6,F4

~5-3 FCV 69-42 HCV 69-48 HS FCV 69-48 69-:_ ~~

69-48

~';--'~

/ "

2-47E2847-6,F4 HCV 69-46 2-47E2847-6, F5 25-3 HS FCV 69-46 69-:_ ~~

2-47E2847-6. F5 FILTER DEMINERALIZER UNIT 28 w

LI w

' ~~----~/

25-3

/

~ (PDA\\ 25-3 (

't 69-58~1 N y 69-581 HS 25-3

~5-3 II 69-44 j__S2 5-3 (PDS'

("HS"'69-58B 25-3 FCV "{G)"{R)

FCV 69-45 69-44 rf"rt 69-~ i'G(~

6t;A

~-J

_ _J

?.j<.T PDT 25-36B L.--------1K5+;.::.::.::_ ___ -+o;;:,.::.::.::.::......Jr-""16.(j.B PREG-69-35A 2-47E2847-6,F3 2-47E2847-6,B8 25-3 25-36B Pl 69-56 25-36B PI 69-57 f'fS-3 25-3,c-,.. { p I I 1 Pcv,s9- 02 69-28A 11 FCV !B--.:;11:..+

69-27 L-..

+--.:-l--l2-47E2847-6. B7 (HS'\\

==%~

HOLDING PUMP 2A w '

');;{_

A-,

25-3 s 25-3 s 25-3 FSV FSV 69-28A 69-28B

'I i

s-3 I r-,

P I II 25-(.:5\\_3 I

II 69-_fil)3 I

HS I

I 69-28 1-L ___ :f :

25-3 FSV 69-28C I

I I

PI

_J69-2!)5 I

I I

I l_ _L - _:-_:-_:-_:-_:-_:-_:-_:-_:-_:-_:-_:

8 7

69-39 25-3 FCV !&--::-:--..

69-39 I'

}§t-Jll 25-3 ~

R

_ _J FCV

~

69-35B

- 3

~

m N w

~

v '

N TO RWCU BW r

RECEIVING TANK 0-47E830-5,G4

._-!THIS DWG,C2 I

J I

_____________________________________________...J PI 69-506

~:

II 2-47E2847-6,F5 R

Pl \\---~~ ~.,:....~--""""-~~

69-507 FI).-----------------.---.r-------------------------' FI~-~

L..--~69-3 6~

6 TO CHEM WASTE TANK INLET HEADER 2-47E852-2, G3 5

4 HCV 69-51 HS 69-51 69-:-=- ~):

25-187,c:-._

( Fl 1 69-53 25-187 (Pl\\

69-52

,,--.,.25-3

,c:-..25-3,c:-._25-3

( PX \\_

( FS \\_ _J FA '

FE 69-53

~o ---,25-36B 69-60A

~o j_ ___ E/~

25 3 9-4 69-60B FRC 69-60 2-47E2847-6

,86 2-47E2847-6,25-36B CS FM

~

75 - 3 2-47E2847-6 69-60A F5 69 61 2-47E2847-6.F6 25-3 FS69-60B (r;,V\\

25-36ilf' 25-3 69-60A

  • ~

PREG-69-60A HS 69-65 B3 Jf,~-=-;r._5 ---1 2-47E2847-6

,83 25-3 (HS\\_

FSV 69-66 69-66 25-3 TO BACKWASH RECEIVING TANK 25-3 HS 69-67 2-47E837-l,A5T------'

TE-69-98A-2 PUMP 2A OUTBOARD BEARING T/C, TE-69-99A PUMP 2A CASING T/C.

14, TE-69-98B-1 PUMP 2B INBOARD BEARING T/C, TE-69-988-2 PUMP 2B OUTBOARD BEARING T/C, TE-69-99B PUMP 2B CASING T/C.

15. CONTROL AIR TO INSTRUMENT SUPPLIED BY CONTROL AIR HEADER IN CABINET 25-3.
16. CONTROL AIR TO INSTRUMENTS SUPPLIED BY CONTROL AIR HEADER ON PANEL 25-36A & B.
17. ALL COMPONENTS ARE PREFIXED WITH UNIT 2 DESIGNATOR UNLESS OTHERWISE NOTED.
18. CC>>.1PLETE LOGIC FOR REACTOR WATER CLEANUP SYSTEM JS SHOWN ON MECHANICAL LOGIC DIAGRAM LISTED IN REFERENCE DRAWINGS.

REFERENCE DRAWINGS:

1,2,3-45E779-5,-8,-11,-12.. SCHEMATIC DIAGRAM 2-45E614-SERIES............ WIRING DIAGRAMS & MISC SCHEMATIC 2-45E2641-1.-7............. CONNECTION DIAGRAM 2-45E2642-1,-4............. CONNECTION DIAGRAM 2-45E2643-1,-5............. CONNECTION DIAGRAM 2-45N2664-1,-2............. CONNECTION DIAGRAM 2-45N2654-1,-2............. CONNECTION DIAGRAM 2-45N2635-16,-18........... CONNECTION DIAGRAM 2-45E2756-9................ CONNECTION DIAGRAM MEL.................,...... INSTRUMENT TABULATION 2-47E406-1,2 & 3........... REACTOR WATER CLEANUP SYSTEM PIPING 47W552-SERIES.............. MECHANICAL DIAGRAM 47W600-96.................. EQUIPMENT LOCATION 0-47E600-112.........,,.... EQUIPMENT LOCATION 2-47E600-58................ EQUIPMENT LOCATION 2-47E610-1-1............... CONTROL DIAGRAM -

MAIN STEAM SYSTEM 1,2,3-47E610-3-1........... CONTROL DIAGRAM -

REACTOR FEEDWATER 1,2,3-47E610-43-1.......... CONTROL DIAGRAM -

SAMPLING ANO WATER QUALITY SYSTEM 2-47E610-68-1.............. CONTROL DIAGRAM -

REACTOR RECIRCN SYS 1,2-47E610-70-1............ CONTROL DIAGRAM -

REACTOR BLDG CLOSED COOLING WATER SYSTEM 1,2,3-47E610-71-1.....,,... CONTROL DIAGRAM -

RCIC SYSTEM 2-47E610-73-1.............. CONTROL DIAGRAM -

HPCI SYSTEM 2-47E2610-74-1, -2......... CONTROL DIAGRAM -

RHR SYSTEM 0,1,2,3-47E610-78-1........ CONTROL DIAGRAM -

FUEL POOL CCXJLING &

DEMINERALIZER 0-47E800-1................. FLOW DIAGRAM -

GENERAL PLANT SYSTEMS 0-47E800-2................. MECHANICAL -

SYMBOLS AND FLOW DIAGRAM DRAWING INDEX 2-47E810-1................. FLOW DIAGRAM -

REACTOR WTR CLEANUP SYS 2-47E817-1................. FLOW DIAGRAM -

REACTOR WTR RECIRCN SYS 0-47E830-2................. FLOW DIAGRAM -

RAOWASTE 0-47E830-5...........,..... FLOW DIAGRAM -

RADWASTE 2-47E837-1................. FLOW DIAGRAM -

REACTOR WATER CLEANUP DEMINERALIZER 0-47E846-1...........,,.... FLOW DIAGRAM -

DMNRLZR BACKWASH AIR SYS 1,2,3-47E852-2........,,... FLOW DIAGRAM -

CLEAN RADWASTE AND DECON DRAINAGE 2-47E855-1................. FLOW DIAGRAM -

FUEL POOL COOLING SYS 0-47E856-1................. FLOW DIAGRAM -

DMNRLZR BACKWASH SYS 2-47E856-2................. FLOW DIAGRAM -

OEMINERALIZEO WATER I

L.. -

~ p::::..o FE"'--""'"---()X:J--------1-()11---------.... --------1 6~0 I

2-47E2847 SERIES........... FLOW DIAGRAM -

CONTROL AIR SYSTEM 2-47E610-73-1.............. CONTROL DIAGRAM -

HPCI SYSTEM x

PI r--....J 2-47E28~7-6~02 I L.l.--'-+-J:95-6oB-- -----t

--:@z ::

I (HS"C-3 I 69-608 --r I

I I

HOLDING I

25-187 PUMP 28 25_3 I PI PUMP 2B )y;(_...J 69-75 LOCKOUT ~

2-47E2847-6, B3 25-3 HCV 69-7 FCV 25-3 (HS'\\

69-77 69-77 2-47E2847-6

,BS 3

SAMPLING SYS 2-47£610-43-1,H1 (Pl\\

69-69 fFi1 69-70 PCV

,_ _ _,69-68 FE }-L---.j;xl(J.-.,..e-1 69-70 TO PRECOAT TANK DRAIN 2-47E852-2,G3 3-47E610-1-1A.............. CONTROL DIAGRAM -

MAIN STEAM SYSTEM 2-47E917-1................. FLOW DIAGRAM -

REACTOR WTR RECIRCN SYS 2-47E610-70-1.............. CONTROL DIAGRAM -

REACTOR BLOG CLOSED COOLING WATER SYSTEM 0-47E610-77-5, -4.......... CONTROL DIAGRAM -

RADWASTE SYSTEM 2-47E610-68-1.............. CONTROL DIAGRAM -

REACTOR RECIRCN SYS 2-47E2610-74-1............. CONTROL DIAGRAM -

RHR SYSTEM 2-47E611-63-SERIES......... MECHANICAL LOGIC DIAGRAM STANDBY LIQUID CONTROL SYSTEM 2-47E611-64-SERIES......... MECHANICAL LOGIC DIAGRAM -

PRIMARY CONTAINMENT ISOLATION SYSTEM 2-47E611-69-1,-2........... MECHANICAL LOGIC DIAGRAM -

REACTOR WATER CLEANUP SYSTEM GRAVER WATER CONDITIONING CO.

T-12728..........,... FLOW DIAGRAt.t GE DRAWINGS:

728E900............. REACTOR WATER CLEANUP SYSTEM 730E719........,.... FUNCTIONAL CONTROL DIAGRAM 0-730E163........... PROCESS DIAGRAM 728E905............. CLEANUP FILTER DEMINERALIZER SYSTEM AMENDMENT POWERHOUSE UNIT 2 26 BROWNS FERRY FINAL SAFETY NUCLEAR PLANT ANALYSIS REPORT CLEANUP SYSTEM REACTOR WATER MECHANICAL CONTROL DIAGRAM FIGURE 4.9-3 H

G F

E D

c B

A

BFN-16

\\;...;*

Figure 4.9-4 Deleted by Amendment 9

~

BFN-22 Figures 4.9-4a through 4.9-4d (Deleted by Amendment 22)

8 6

5

'* w..,:: *:;t:~::'!..~-r:-~:.ro~;,~l.-:M~l- *

  • ~~"'"" '"'

~'"-'"'"""'"" * '"""'"""""',.

~~ ~~-r::~~4~ft;.";.~.. "";.. :,;:~:-..,
!§;§l1'it7:: ::::
~"-

10- ~T.l.~:Tt~ r~~~~~~ ~,i" /i!t=:' u

* ~.!£1S<r;~\\,:\\l<>'"".. ~~1W'.,!lf,\\:",f,'3,~""

* =.r~~~;(~\\!.~.::t:~T~i!'~l:-.

"* ~~~~?!i1i~~fi:]';:i:i~:~J~tfli*:i:li<:o.

AMENDMENT 27 BROWNS FERRY NUCLEAR PLANT FINAL SAFETY ANALYSIS REPORT REACTOR WATER CLEANUP SYSTEM FLOW DIAGRAM FI GURE 4. 9-5 H

G 0

A

~-----------------------------------,

AMENDMENT 25 BR O W ~S FE RRY

~UCLE A R PLAN T FINAL SAFETY ANALYSIS REPORT RE ~CTO R lA TER CL E ~ ~U P D E~ ! HRA LIZ ER FLOW DIAC R A~

FIGURE 4.9-6

REACTOR WATER CLEANUP SYSTEt.1 MECHANICAL CONTROL DIAGRAt.1 F I GURE 4.9-7

II 8

5 BROWNS FERRY NUCLEAR PLANT FINAL SAFETY ANALYSIS REPORT REACTOR WATE R CLEANUP SYSTEM A

FLOW DIAGRAM FIGURE 4. 9-8

AMENDMENT 25

AMENDME NT 27 BROWNS FERRY NUCLEAR PLANT FINAL SAFETY ANALYSIS REPORT H

REACTOR 5w:sTlll.l CLEANUP A

MECHANICAL CONTROL DI AGRAM FIGURE 4.9-1 0

Retrieved from "https://kanterella.com/w/index.php?title=ML18022A193&oldid=5039907"