ML20210P139
| ML20210P139 | |
| Person / Time | |
|---|---|
| Site: | Byron  |
| Issue date: | 08/22/1997 |
| From: | Johnson W, Schwarz B COMMONWEALTH EDISON CO. |
| To: | |
| Shared Package | |
| ML20210P137 | List: |
| References | |
| BYR97-332, BYR97-332-R, BYR97-332-R00, NUDOCS 9708260452 | |
| Download: ML20210P139 (11) | |
Text
@WWWEW U ObVlNW V c50V 6 4 SS4@S4"4Y)W"@Y'G@ ~ W8W 6f VY~ 37.4 5 3Ltf6 Exhibit C l *. NEP 12-02 ReyWon 5 Pap No.1 CAlfULATION TITLE PAGE C@l=h No:_BYR97 332 Project No.: 9044 057 Description Code: _ _ _ _ R02 Discipline Code: M BYRON STATION UNIT (S).1A2. systan code. vc.Ms TITLE: C;weni R== Dome fbr MSLB AcAh X Safety Related Augmented Quality Non-Safety Related PIFERENCE NUMBERS Type Nanbar Type Number DCP 9500394 COMPONENT EPN: DOCUMENT NUMBFJtS EPN Compt Typo Doc Type /Sub Type Dc-s =-1 Number REMARKS:
REVISING APPROVED REV.NO. ORG N DON PRINT / SIGN DATE O S+L (.'.M.L4ur //??f dw ' '
)-e.t .y
. /
9708260452 970822 PDR ADOCK 05000454 P PDR f
- - vew ra vv -
E .hibk C
. NEP.12-02 Revision 5
' COMMONWEALTH EDISON COMPANY CALCULATION REVISION PAGE CALCULATION NO. BYR97 332 - PROJECTNO. 9044 057. . . . . PAGENO.:2 REVISION SUMMARIES j REV:0
- REVISION SUh0AARY
Originallasus, page I thnmsh 7, Al, A2, B1, C1 Electroadc Calculation Data Files:
(tr.emsN= v.-i ,ruemes .awsesseaw:sid=)
l None Prepared by: W.J.Jnhnson M -
M 7/h7 Print /Sh .
Date Reviewed by: B C.Sdnvarz/,Thu e-4
!2Nk7 Print / Sign Date
- Type of Review
[XI n e.hl [ ] Alternate i 1 Test
, DO ANY ASSUMFnONSIN'nUS CALCULA' HON REQUIRELATIRVERIFICATION [ ] YES [X] NO Trackedby:
i REV:
REVISION
SUMMARY
Elecircalcat=tanian Data Files:
(byss.Na as, Veaden.FQs esen 6 ama)
?
Prepared by:
Pnnt/ Sign Date Reviewed by:
. Print /Slan Date
% of Review
, i 1 Detailed I 1 Alternate [ ] Test i DO ANY ASSUMPTIONS IN ' IRIS CALCULATION REQUIRE LATER VERIFICATION [ ] YES [] NO
- Trackedby: . _ _
WuRLWR%w7mytra - Lay 4Jin3"7M;Funre awr7sa~vtr -
6 Calc No. BRY97 332, Rev 0 Pap A=1
)' ,1 a .
. - - ~
i, ; i *n i gg m .
5
.. m.. .. . .-.
J m
- 6
'., GI. ,'1i I i .R M M. O*
1 g. ,
a.9 ,.; . - m-
,,, u G .
i
, .o c
b e
8 I ~5 ;T.
a 8.;
- 7. ,, g .
E a.: .. .
L . g < g'~. o. . . .. ~~
m -
E : i I L' h : E.8 T "'
M 1
!f
\
x v1 - 4 ,, e R !! .:. %.
- 1lu f .** St*
9"E W
'l g.
1 h- g>,:: I s 9 en
- i. 38 E T l L'.l' .l ~
. ::: E Rlii. 4 i* ...
.P L.-
1<.$ Io' t o.
L. 84 : .-
c g Tg ..l
& $5 32 J
1
- 3 3u= u .
n u3ro .e 4 y
,. at 4g o um
.I.
rj!!
. v- $a.
a-
[
-.a z -.
A8 aa 8-w 1" E.
u a. y .. g .
$$ 88' g &.
a- rg r. 45 r es =
e-n C8 C.* tl. C am ta x ..
!:: *it: S." T. !t #
1 u &a 8"E 86 % Ei
- WWA9AWVLEM h ,
e STROM UFSAR % No. BRY97-332, Rev 0
.~- .
Pap A 2 1 TABLF. 6.4-14 PBYNEYDAL ARnumviiONE URED IN CG-1 af. Dewwr _ ._,
}{ABYTABILITY CALCULATIDNS Cbre thertaal power 3565 MN(t)
Containtaant volumet sprayed volume 2.55 x:106 ft3 unsprayed volume 2.130 x 105 ft3 Flow rate, sprayed to unsprayed volume 1.80 x:105 ft 3/ min.
Containsment spray coefficientst .
elemental iodine 29.9/hr particulate and organic iodine o Containtaant leak rate 0-24 hr 0.1%/ day 1-30 day 0.us:'/ day ECC3. leak rate 1. ga: /hr.
Auxiliary blog filter efficiency 90%
Control roonr habitability methodology:
murphy /Campe 13th air cleaning conference paper.
Singin inlet configuration is assumed at a distance of 100 feet
, fross the containment surface.
x/Q the Unit (mer4==
2.contaisument 0-8 hour)=in4.05 a directign z.10" 98 sec/
at of North fross y/n_REDUCTIDH FACTOR .
WIMD TOTAL x/Q' WINDSPEED FACTOR OCCUPANCY REDUCTION TIME PKRIOD ,JACTOR . DIRECTION FACTOR Fhc'ftR 0*-8 hr L.0 1.0 1. 0 1.0 Si-24 hr 0.549 0'.856 1.0 0.470 24-96 hr 0.331 0.712 0.6 0.141 96-720 hr 0.199 0'.424 0.4 04034 Control room HVAC envelope volume 405,154 ft 3' Actual control room volume used for finite cloud correction 230,837 ft3* -
Control room air intake filker efficiency 99%
Control room recire. filter efficiency 90%
Control room flow rates (see Figuram 6.4-6 and 6.4-7)
Total unfiltered inleakage rate into the control room pressure boundary 78.75-fh 3'/sain.
~
6 N o.16 e i j
j-
- ' , u. ,. 5
.. ,li -
.I g o-I E *
. g. .). N ,,i ui gJ _-[a*
2
.) q $)
.=
I' 10 EE pf-g @i
~
,.. n_ .. ,
1 3
[.j cj[
ts .m myi, =-
l g
! H* pall i
- 1
. y=oc _
gi --
1 m
i i uli g ;
. I l '
' ]l .
]> i oB ,
7
! Br&d a I
l l
' 9r grw Se J"i lis;k}3jli
-i 4
i vacf au i .
_g se, , , , ,
i Ikk-l 's t
'! a jI.I l i 1 ._4 1
r n x i
g 4 N,; p !
-$_$,@u l
, : i
- i. g6 1
m ,W, M_Nt!il5 m . i i;
y
- e
!y ff
; iy:i x-
fi h L +$;c $h r l i-
[J$
- hut. L !
I i
]
pi-prsAp !
- .m. .
rgps 1s.p-s rwc.: ,
y i
a mesa .ro a c- z F- ; rmat or inrw ==r _ar-r IgggI w,,,w .
(ppal} spic ppslysis AcFly}py ge}eage (c1 a-24 e 1-4 nars 4-se oars , laagnes e-a_m 2-p n ,, 1.5s (-4) 4 05 (-4) 3.SL (-1) 1.Is C-1) 1-131 s.21 (-5) 1,54 (-4) 3.es (-5) s.73 (-s) 3.474-17} 1-132 1.82 (-4) 2.1s (-4) 2.20 (-5) 1-133 1.55 (-4) 3.56 (-4) s.ss (-4) 2.21 (-4) 3.so (-39)
~
1-134 1.ss (-5) 3.24 (-s! 2.s2 (-s) 1.0,3 (-5) s.21{-s) 1-135 1.87 (-j) 1.84 (-4) 1.'14 (-() 1.o7 (-1 2.13 1) xe-133 1 53 (-2' 4 77 (-2) 1.20 1.22 (-1) (-2) s.le (-1)) 5.'sd (- ( 1) 1.ed (-3? 5.2s (-3) s.2s (-4) 2.s2 (-s) Xe-1333 2.ss (-3) s.3s -(-3) 7.s1 (-3) ascr.1cist.s Ee-135 1.2s (-7). 1.45 (-14) 1.os (-33) ze-135m 2.ss (-5) 7.22 [-31) ussLtG1BLt xe-13s ' 3.35 (-5) 7.40 (-7) 3.05 (-11) p.es (-23 s.s1 (-2) 5.ss (-1) n-es- 7.5s (-3) 2.27 (-2) 1.76 (-5) 1.s1 (-10) 1.3s (-3) 7.,ss (-43 - Kr-ssg s.34 (-4) 2.1s (-27) , Kr-s7 3.71 (-4) 1.80 (-4) 7.o1 (-s) 2.77(-lo} 2.34 (-s) 3.56 (-11) Kr-ss 1.48 (-3) 1.78 (-3) 5.01 (-4) (eft!}gtory!ks{de14gpglysipgeply{pyyks} ease {c}}) 5.(s ( 2) 1.yo ( a) 2.ps ( 3D s.12 (t 3? - i 1-131 2.14 (ta) 1.as ( 13 As4LICIst.s 1-132 2.51 (tz) 2.:.7 ( 2) 4.35 ( 1} 1.2s ( 3) 1.30*(+2) i 1.0s ( 3) 1.ss ( 3) 1-133 4.ss (+2) s.42 ( 1) nacf.}creLa ascLIctats ; 1-134 3.20 (t2) t 7 88 (t )- 4. so ' ( ' 2)- (t )) s.4s (t2) '1 . I-135 4.o1 (t2) s.22s.si (tz i l u ll , t!! R11 1:11 f:2 ::'iit t1:!G
. Ie-135 4.27 (t3)til #11 s.53 (+3) 1.17 ( 9)4 2.j7(3} 1.ds (f} ;
i . 1E,K 41
, -.}}