ML20099D318
| ML20099D318 | |
| Person / Time | |
|---|---|
| Site: | Sequoyah  |
| Issue date: | 11/14/1984 |
| From: | Domer J TENNESSEE VALLEY AUTHORITY |
| To: | Berlinger C Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8411200308 | |
| Download: ML20099D318 (5) | |
Text
a
+
~.
y
~~ ',
qw Kih
~
^,
~
y
'm
~
+'
.6
-;?
~ ~
~ ~
~
E*Ji$"1 1'_
~
F
. ~
TENNECEElVALLEYJ AUTHORITY /
h y A.
f
~
CH ATTANOOGAj TENNESSEE 's7401 d
7 s,
9
,L400;ChestnutStreetTowerII1
~
'i-
't
'E
- November 14,x1984J._ _ '
~
JDimotor of Yuolear Reactor 1. Regulation :.
n tAttention:1 Mr. Carl H.LBerlinger,; Chief,
~
'r Core Performance Branch 1 1
' Division of Licensing" fU.S. Nuclear Regulatory Commission '
- Washington,.~ D.C. l20555 [
~
m
Dear Mr.LBerlinger:
l f
'In the Matter o'f f)~
? Docket' Nos. 50-327:
~
- ).
. Tennessee Valley Authority' 4
By the January '24, -1984;1etter. to;you from L'.L M.' Mills, TVA provided the'-
Lpeaking; factor' limit' report for the Sequoyah Nuolear: Plant unit 51Coyolel3;
~
operations in accordance.with paragraph 6.91.14 of the unit :1^ technical-.
. specifications.. Enclosed is'a revised' peaking factor. liaLtJmport forf unit
~
1,! cycle 3;in which : the format' has been _ amended to ' provide an;exaot= deter-Laination oftW(Z), versus; core.heightias a, function of cycle burnup. JWe
~
will~ be utilizing ~ this: revised 2 format"during -the: remainder of cycle 3 forJ I
t unit 1'.'
This is the same. format' submitted - to you on August' 23..1984 for L
~l Sequoyah: unit 2,. cycle 3, operation.-
n -
e l.
~
If you have any questions concerning _ this matter,' please get 'in touch -with '
Jerry Wills at FTS 858-2683.-
.j Very truly yours, TENNESSE'E. VALLEY AUTHORITY' f
(
fA.k
.J. A. Domer Nuclear Engineer 1 subsorgbedbeforeme Sworn.
this day of U/LM 1984
((Uhl A
a Notary Public L
.My Commission. Expires
[.
~
-Enclosure.
00:- U.S. Nuclear Regulatory Commission (Enclosure)
(([
Region II' 4
L' Attn:-"Mr.! James.P. O'Reilly Administrator i,wk 101 Marietta Street, NW, Suite 2900 i.$5 Atlanta,= Georgia 30323 0
+
7
[
t
. Director of Nuclev Reactor Regulation (Enclosure)
N 98
~ Attention:' Ms. E. Adensam, Chief.
[,,
M ig Licensing Branch No. 4 g[y~
L*
Division of Licensing I"$ ' :
U.S.. Nuclear Regulatory Commission F1.
d k
' j )-
. Washington, D.C.
20555 An Equal Opportunity Employer.
N
=
S ee-T-
1e-.+.
s, & a p.+a
+wv-.eg--e/.w-...-e.,
w
-e.-,..---
w%
se-.s
+-.a--
-e-t
---e-,
.,+em.-.
- + + -
--+m
m' '--m nahmm'a m-me-'m-__
V PEAKING FACTOR LIMIT REPORT FOR SEQUOYAH UNIT 1 CYCLE-3 RAOC OPERATION This peaking Factor Limit Report is provhded in accordance with Paragraph
~
~6.9.1.9 of the Sequoyah Unit 1 Technical Specifications.
The Sequoyah Unit 1 Cycle 3 elevation dependent W(z) values for RAOC operation at. beginning, middle, and near end-of-life are shown in Figures 1 through 3 respectively. This information is~ sufficient to determine W(z) versus core height for Cycle 3 burnups in the range of 0 MWD /MTU to 14750 MWD /MTV through the use of three point inter-polation. W(z) was calculated using the method described in Part B-of Reference 1.
The appropriate W(z) function is used to confirm that the heat. flux hot channel factor, F (z), will be limited to the Technical Specification q
values of:
Fq(z)<2237
[K(z)] for P > 0.50 and p
F (z) < 4.474
[K(z)] for P < 0.50 g
The appropriate elevation dependent W(z) values, when applied to a power distribution measured under equilibrium conditions, demonstrates that the initial conditions assumed in the LOCA are met, along with the ECCS acceptance criteria of 10CFR50.46.
(1) WCAP-10216-P-A, Relaxation of Constant Axial Offset Control - Fg Surveillance Technical Specification.
~
- - - - -, ~..
= --
g.
'. e i.
11
/
E
.+.
4
,. L(,
MEIGHT
-MAX (FEET)
W(Z) e B2TTON--> e 0.00
'1.000.
.20 1.000 40 1.000 i
b5
.60 1.000
.40 1.000~-
le#
- - 1.00 1.000 1.20.
1.000 ba8
-e 1.40 1.000
.e 1.60 1.000;
' I'"
1.80
- 1.363..
2.00' 1.336 I"*
2.20 1.300 2.40 1.241
. I'*
2.60 1.253 2.80 _
1.225
.gg 3.00 1.195 8
~3.20:.
1.167 1.174
' g,3 3.40' 3,3
.3.60 1.ISS I
3.80 1.163'
' 4. 00 -
1.159 g,g 4.20 1.154~
R 4.40 1.148 g. g,3 4.60
- 1.142
.2 g,g 4,30 g.134 3
5.00 1.125 j.
R g,3 5.20 1.115 5
5.40 1.112-i I
5.60 l1.114 g as 5.80,
1.119
,g f
6.00
' t.125 -
a 3,3 E
1 6.20 1.132 s-3s 6.40 1.136 r
6.60 1.140 km 6.80 1.142 3,I" 7,00
_1.343 7.20~
1.142 3.38
- 8 7.40 1.139 g*
'J-
3.n4 7.60-1.135 a,
-3, s a-7,go 1.128 Lt3 8.00 is119-agg' g
g 8.20 1.108 LIS 8.40 1.093 I
- ga3 8.60-1.080 '
hag
?'"
8.80 1.076 e
9.00 1.077 1.e
-9.20 1.041 9.40 -
1.087 i
b8t 9.60
. 1.090 9.80 1.093 Let 10.00 1.100 10.20 1.108
' r r
1 he rr of---
e 10,40 1.000 hes 1.e5 he Le 4e La het 1.s 8.e See lame it.se the e
10.60 1.000 e
10.80 1.000 11.00 -
1.000 03E EIM M 11.20 1.000 ll 11.40 1.000 11.60 1.000 11.80.
1.000 TOP-->
12.00 1.000 e Top and hottoo 15% excluded as per Technical spectftcation 4.2.2.2.g Figure 1 Sequoyah Unit 1 Cycle 3 RAOC W(z) at 150 IsWD/IETU gy-(
b 94-4-..w M
%"T--
a g
g
- --_*i
.g*
h,,
..-m,,-
.--r.----m
-.----.-w.~-,...e-.
.m+
. - -e
---.--r--1 er
ve ; 2 a
. 3 4
4,, ;,.
- rs 4
1 i
' HEIGHT-tsAX
'(FEET) w(2) 9077006-->
- 0.00 :
1.000 e-
.20 1.000
.40 t.000
'e. 60 t.000.
a.
.80
't. coo g,g
, 1.00 1.00o
. g,g
'* 1.20-1.000
- 1. 60 -
1.40
'1.000 1.000 g,e 1.80 f.124 l
3.m 2.00-
, t.114 2.20
.1.104 s.e 2.40 1.095 2.60 1.087 l.e 2.80
>1.078 3.00-1.064 4
~b.
3.20 L
'1.063.
- 3.40 1.068
. I.5
,e 3.60 1.084 3.80 1.101-1 W
4.00 1.116 4.20' t.130 1
LE 4.40
't.143
-4.60
'1.154 g 1.m 4.80 1.164 5.00 1.171 3
8.3 5.20 1.177 g
l.3 5.40 f.182 5.60 1.181 8;;8 g
,E 3
5.80 1.207 i.M 6.M
- 1.222 3 ' 1.3
,8 6.20
- t.234 a
6.40
.1.243 g
a
.-6.60 1.250 3*#
a 6.80 1.234
,8 7.00 1.255 3*88 7.20 1.253 I* "
x,,a a
7.40 1.249 rr r
'.s 7.60 1.241 a
7.80 1.230 g g, 1
8.00 1.215 I
8 u
8.20 1.137 1
W
.I 8.40
't.177 m
4.60 1.164 I'IO a
8.80 1.162
)
I a
9.00 1.158 I""
9.20.
1.155
=
H 8
g,g m
9.40 1.161 I
9.60' 1.172 a
9.80 1.183 10.00 1.194 -
g,g 10.20 1.204
- 10.40 1.000 g,g a 10.60 1.000 s.
4 ti.. L
- ;;g
- gg 11.20 1.000' i
UpE DEIGef FEET) 11 80 1.000 '
e 11.60 1.000 11.80 1.000 TOP-->
- 12.00 1.000
- Top and botten 15% excluded as per Technical Spectf f catten 4.2.2.2.g Ffgure 2 Sequoyah Unit't Cycle 3 RAoC W(2) at 8000 IND/887U
~
+
e g,,,.
pW tw a
pr-g V
e t.
A 4 ism.eW e d.1W-t
-' ^
z, -.....-,.,
m
,,,e, HEIGHT MAX
<(FEET)
W(Z)
BOTTOM-->
e 0.00 1.000 e
.20 1.000 40 1.000
.u.
.60 1.000
'~
.50 1.000 1.00 1.000 kW 1.20 1.000
- 1.40 1.000
.b4 8 1.60 1.000 1.80 1.143 I'4 2.00 1.137 2.20 1.125 b"
2.40 1.115 2.60 1.105 gg 2.80 1.096 3.00 1.092 gg
-3.20 1.095 3.40
't.101 gg 3.60 1.119 gg 3.80 1.128 4.00 1.135 La 4.20 1.141 4.40 1.144 L33 4.60 1.143 4.80' 1.163 glll 1.3 5.00 1.181 5.20 1.194 3
1.3 -
5.40
'1.206 g kN 5.60 1.216 5.80 1.223 6.00 1.228 D
6.20 1.231 w
6.40 1.232 g
- 8Eggg a';
6.60 1.230 g LN 8
6.80 1.227 I
7.00 1.225 t.m E
g 7.20 1.220 km 7.40 1.212 7.60 1.203 L WS E
7.80 1.190 x
g 8.00 1.174
.I r.rn.
8.20 1.157 hte
'3 s'
31:3 8.40 1.145 a
8.60 1.141 8.12 8.80 1.143 t
g 3.10 g,og 9,944
":l3 9.20 1.132 Let 9.40 1.138 9.60 1.134 LN 9.80 1.131 10.00 1.130 LM 10.20 1.130 a 10.40 1.000 kW e 10.60 1.000 10.80 1.000 t.as
- r :--
e 11,00 g,ono ESS Lee Lee Les AaB 54 8.85
% 89 bet tett amnes thee 33 3 11.20 1.000 11.40 1.000 11.60 1.000 M EIM MT)
- 11.80 1.000 TOP-->
a 12.00 1.000
- Top ancs botton 15% excluded as per* Technical Specification 4.2.2.2.g FlyJre 3 SeoJoyah Unit 1 Cycle 3 RAOC W(z) at 12000 IntD/NTU 9*
s =Ju41.F d 3.
San <
- ,.p.
, pa,
,5 av,,
,.4
.