ML20058A796

From kanterella
Jump to navigation Jump to search
Rev 0 to CDE-93-182, Callaway Cycle 7 Colr
ML20058A796
Person / Time
Site: Callaway 
Issue date: 08/31/1993
From: Hone M, Rios L
UNION ELECTRIC CO.
To:
Shared Package
ML20058A775 List:
References
CDE-93-182, NUDOCS 9312010243
Download: ML20058A796 (19)
v • d • e


Text

.-

l.

CDE-93-182 Callaway Cycle 7 5

i l

Callaway Cycle 7 Core Operating Limits Report (Revision 0)

August,1993 h <[ M

[/

M. J. Hone L R. Rios Core Design E Core Des' n E Date: f Date: g 9 p.93 VERIFIED:

E. F. Pulver Core Design E 5f93 Date: 7 APPROVED:

7/Mh3 S. Ray, h a.ager Core Design E Page 1 of 19 9312010243 931118 PDR ADDCK 050004B3 P

PDR

~

Rev.0 Callaway Cycle 7 1.0 CORE OPERATING LIMITS REPORT This Core Operating Limits Report (COLR) for Callaway Plant Cycle 7 has been prepared in accordance with the requirements of Technical Specification 6.9.1.9.

The Core Operating Limits affecting the following Technical Specifications are included in this report.

3.1.1.3 Moderator Temperature Coefficient i

3.13.5 Shutdown Rod Insertion Limit 3.1.3.6 Control Rod Insertion Limits 3.2.1 Axial Flux Difference 3.2.2 Heat Flux Hot Channel Factor 3.23 Nuclear Enthalpy Rise Hot Channel Factor 3.9.1 Refueling Boron Concentration Page 2 of 19

. ~.

Rev.0 Callaway Cycle 7 2.0 OPERATING LIMFfS The cycle-specific parameter limits for the specifications listed in Section 1.0 are presented in the subsections which follow. These limits have been developed using the NRC-approved methodologies specified in Technical Specification 6.9.1.9.

1 2.1 Moderator Temperature Coefficient (Specification 3.1.13) 2.1.1 The Moderator Temperature Coefficient shall be less positive than the limits shown in Figure 1. Rese limits shall be referred to as the Beginning of Cycle Life (BOL)

Limit.

The Moderator Temperature Coefficient shall be less negative than -47.9 pcmrF. This limit shall be referred to as the End of Cycle Life (EOL) Limit.

2.1.2 The MTC 300 ppm surveillance limit is -40.4 pcmrF (all rods withdrawn, Rated -

Thermal Power condition).

f i

L i

i

)

l Page 3 of 19

Rev. O I

i i

I II I

I I

I I

I I

I I

I I

I l

l l

l l

l l

l 1

6 UNRCCEPTRBLE OPERATIDN ll I

i I

I I

I I

I m

L l

l 1

I I

(

l l',

(70%,5.0)ll 65 j

g gg 9

l l

l 1

I I

\\

l E

I I

I I

I I

\\l U

l 1

I i

1 1

\\ l

[

l i

I I

I I

N 4

b i

i i

I I

\\

8 I

I I

I I

I l

I i

\\

ws I

i i

I i

Q I

I I

I I

\\

3 I

I I

I i

\\

(L i

l t

I

(

)

w i

lRCCEPTABLEOPERATIONll l

\\

I

\\

2 l

l l

\\

g w

I I

I I

i l

i i

\\

l I

I I

I h

j l

I I

i i

\\

l i

I I

I I

\\

I

'l I

\\_

l I

i l

i I

\\

0 0

10 20 30 40 50 60 70 80 90 100 PERCENT OF RATED THERWAL POIER FIGURE 1 CALLAWAY UNIT 1 CYCLE 7 MODERATOR TEMPERATURE COEFFICIENT VS POWER LEVEL PAGE 4 OF 19

Callaway Cycle 7 Rev.0 2.2 Shutdown Rod insertion Limits (Specification 3.13.5)

The shutdown rods shall be withdrawn to at least 225 steps.

23 Control Rod Insenion Ilimits (Specification 3.13.6)

The Control Bank Insertion Limits are specified by Figure 2.

l l

.I 1

2 Page 5 of 19

Rev. 0 225 i

y y

i i

/i

[ N

. xm ii ii

/!

l %

. x':; )

i i l

/

l i

ii ii

/

i i i

!,e i

i i;

ii

/

i i i i/

i i

iiii ti/

i i i

/i i

i

{

l it i/

i i

i

/i i

t

/ t i

/

i i BANK B,I i

i

/ ii i

i j

i i

i i

/

ii i

inf 1 6 t

t si /

t !

i 175 f

j i,

Ai i t i

i

/>

i t i

?.

7Ti i i i

i Ai i i i

t ao, J ai i 8

[Ej 1R1 1!I i

i

/

il i i i

/

T l 't i l I

l

/

ii i l i

/

f 150

,/,

i,

f i i 6

i

/

I i

i s i

/

il i

l

/

l i

j i

=

i i

!i i

/

BANK Cli i

i

/

g-125 i i ii

/

Ii i !

l

/

!1 l

/

ii i i i

/

i i

/

ii i t V

r l

A li i l ri i

5 1

i i

/

i ii i i

/

i j

100 j

j

/

ii i t

/t I

u1 iI i s ii if i

iI

/

O ii

/6 i

ai

/

i BANK D,i 5

75

/ ' 'i at ii

/

i i

!i

/

6 2

1 1

/

i i

II

/

}

c i )

I i

1 /

V i

)

4i i

50

,' t f

f,

[2]

4R) iI

/

i i

! 't ii i

-f i

i l il I

i;/

Ii i

i 25

/

!i

!i s

i

!i I i i

i

/

i l

i i i i

i

/

i t

i I I

($N. )

E li

/

!I l

1 0

O 10 20 30 40 50 60 70 80 90 100 RATEDTHERWALPOTER(Percent)

FIGURE 2 CALLAWAY UNIT 1 CYCLE 7 ROD BANK INSERTION LIMITS VERSUS RATED THERMAL POWER - FOUR LOOP OPERATION PAGE 6 OF 19

Rev.0 Callaway Cycle 7 2.4 Axial Flux Difference (Specification 3.2.1) 2.4.1 The Axial Flux Difference (AFD) Limits are provided in Figure 3.

2.4.2 The target band during Restricted AFD Operation is 13%. The AFD limits provided in Figure 3 also remain applicable during Restricted AFD Operation.

2.43 The minimum allowable power level for Restricted AFD Operation, APL'*, is 90% of RATED THERMAL POWER.

Page 7 of 19

n Rev. 0 120 6

i i

i j

t i

i t

i 8

i i

i 110 i

I+15, 100%)i t-17, 100%)i i

i 6

i

, i 6

ie i i

i 6

100

\\

i

,i a

1 i

I y

IJhW :I:P Pil@;I +

+

J l

3 L

illN14I 1:FFl ilk.b i

f, t

i

\\

' I i

i f.

1 6

i 6

i 90

\\,

mr e-nntYni J

i I

L rul rnr rral i

wi amii avi f

i 4

i w

i rni

Lus,

+

E N

i I

i t

1 I

6 g

80

/

\\

l l

I

\\

J j

/

H :I.h F i14Hl.F 1

6

  • C i

i e

i i

i i

3Ee 70

,f 1

W i

i

(

t er e-niW vntt

)

, y i

wa 6NT a Auti a

g i

/

I i

\\

i i

\\

i

/

i c

b3

)

v e

f W

>=

4 1

L 1

i

\\

E i

/

\\

u.

50 l

c) 1 t-50, 50%)

(+2s, sex);

s, 40 6

u o

i e

i W

6 A

i t

30 i

20 l

i e

1 I

i i

10 i

i i

j i

I I

i i

I 0-50

-40

-30

-20'

-10 0

10 20 30 40.

50 AXIALFLUXDIFFERENCE(% DELTA-1)

FIGURE 3 CALLAWAY UNIT 1 CYCLE 7 AXIAL FLUX DIFFERENCE LIMITS AS A FUNCTION OF RATED THERMAL POWER FOR RAOC PAGE 8 OF 19

Rev.0 Callaway Cycle 7 2.5 Heat Flux Hot Channel Factor - Fo(Z)

(Specification 3.2.2) l Fo""

Fo(Z)s

  • K(Z) for P > 0.5 P

Fo""

F (Z) s

  • K(Z) for P 5 5 0

o 0.5 I

THERMAL POWER

\\

where:

P=

RATED THERAML POWER 2.5.1 F *" = 2.50 o

2.5.2 K(Z) is provided in Figure 4.

2.53 The W(z) functions that are to be used in Technical Specifications 4.2.2.2, 4.2.23, and 4.2.2.4 for Fo surveillance are shown in Figures 5 through 12.

i The Normal Operation W(z) values have been determined for several burnup up to 16000 MWD /MTU in Cycle 7. This permits determination of W(z) at any cycle j

burnup up to 16000 MWD /MTU through the use of three point interpolation. For cycle burnups greater than 16000 MWD /MTU, use of the 16000 MWD /MTU W(z) values without interpolation or extrapolation is conservative. The W(z)so values were determined assuming Cycle 7 operates with the RAOC strategy. Also included is a W(z)so function that bounds the W(z),o curve for all Cycle 7 burnups. Use of the bounding W(z)so curve will be conservative for any Cycle 7 burnup; however,

]

additional margin may be gained by using the burnup dependent W(z)so values.

Because significant margin exists between the analytically determined maximum

]

F (z)*Pu values and their limit, Restricted Axial Flux Difference (RAFDO) operation i

o is not expected to be required for Cycle 7. For this reason, no W(z) values are supplied for Cycle 7.

]

The W(z) values are provided for 73 axial points assuming the core height boundaries of 0 and 12 feet and intervals of.167 feet between the core boundaries, q

1 1

Page 9 of 19

Callaway Cyc!: 7 Rev.0 2.6 Nuclear Enthalov Rise Hot Channel Factor - F,"

(Specification 3.2.3)

F," 5,*" [1 + PF,(1-P)]

F i

THERMAL POWER where:

P=

RATED THERMAL POWER 2.6.1 F,'" = 1.59 2.6.2 PF, = 03 2.7 Refueline Boron Concentration (Specification 3.9.1) 2.7.1 The refueling boron concentration to maintain K,n s 0.95 shall be h2000 ppm.

Page 10 of 19

Rev. 0 1.2 i

i i

i i

4 i

i i

l

-4 l

l l

l 1.1 i

i i

i i

i (6, 1.0) i i

l i

iiii ii 4

i i

i 1.0 i

i i

i i

6 i

i 6

i 4

6 6 e j

.90 i

l l

Il2.924)[

i 4

.80 l

l l

n N

i v

4 i

o 4

a

.70 l

o La i

i i

i N

6 i

"J 4

i e

i l

1

.60

n I

J i

ct' C) m:

i i

i

.50 l

l i

i i

i 4

^

j N

i 3

v l

x

.40 l

4

.30 i

3 i

i i

.20 l

i i

f E

I

)

.10 l

i i

i i

i e

i 0*00 0

1 2

3 4

5 6

7 8

9 10 11 12 COREHEIGHT(FEET)

FIGURE 4 CALLAWAY UNIT 1 CYCLE 7 K(Z) - NORMALIZED FQ(Z) AS A FUNCTION OF CORE HEIGHT PAGE 11 OF 19

Ht!GHT 130.

(F([7) w(2)

Rev. 0 0.000 2.0000 O.167 1.0000 O.333 1.0000 1.5 o$"

l O.667 1.0000 O.833 1.0000 1

1.000 1.0000 l

ff l

1.167 1.0000 1.333 1.0000 1.500 1.0000 1.667 1.0000 1.833 1.2599 A

2.000 1.2467 2.167 1.2326 l

l l l

llJ 6

2.133 1.2183

]

l l 2.500 1.2056 j,4 i

l l A 2.667 1.1966 I

If l

l l 'l 2.833 1.1891

~

3.000 1.1815 l l l

3.167 1.1736 I l

.A 3.333 1.1676 3.500 1.1623 Al 3.667 1.1593 3.833 1.1594 I) ll A'

4.000 1.1585 i

1 I i'

4.167 1.1559 4.333 1.1530 j,

l l

4.500 1.1a98 1*3 ll p

5.000 1.1369 a

5.167 1.1306 ll ll A

5.333 1.1233 m

~

ll ld l

5.833 1.1414 5.500 1.1195 N

5.6C7 1.1248 v

JL l l Bus i

6.000 1.1603 A

l 6.167 1.1773 f.2*;

1.1938 l

j j -

l 6.500 1.2091 l

J6 l

6.667 1.2235

.2 g

6.833 1.2389 g

1.000 1.2557 7.167 1.2709 O

1 l

l l

7.333 1.2817 l

A(',1, I

I I

7.500 1.2876 l

w gb 7.667 1.2911 l

J bg1 7.833 s.2931 8.000 1.2936 d

l l l

'g i

8.167 1.2945 l l A

A.

8.333 1.2958 l

lf l

8.500 1.2946 8,667 1.2941 1.1

' 2"2 l

]

l\\

9.000 1.3125 I

l 1 I 9.167 1.3306 9.333 1.3476 f

9.500 1.3638 9.667 1.3807 l l l

9.833 1.3974 l

t 10.000 1.4123 10.167 1.4283 l

10.500 1.0000

  • 10.333 1.0000 l

l l l

  • 10.667 1.0000 I

l I i

10.833 1.0000

~0 1

2 3

4 5

6 7

8 9

10 11 12

  • ll:

I:E$

BOTTOM TOP *= 11.333 1.0000 COREHEIGHT(FEET) i t. 5=

i. *w

  • ii.667 i. ww
  • 11.833 1.0000
  • 12.000 1.0000 FIGURE 5 1

l CALLAWAY UNIT 1 CYCLE 7 W(Z) GAT 150 MWD /MTU

. ~...

l NEIGHT 2C30..

l (F([7) w(2)

Rev. 0 0.000 5.0000

  • 0.167 1.0000.

0.333 1.o000

]

o5*

1. **

1*5

  • 0.667 1.0000 l
  • 0.833 1.0000>

]

)

1.000 1.0000 i

1.167 1.0000 l

1.333 1.0000 1.500 1.0000 i

1.667 1.0000 5

1.833 1.3526 2.000

' 1.33a0 '

l 2.167 1.3145 ll 2.333 1.2949.

l I 2.500 1.2754 2.667 1.2566 l

j4 f

fl A

2.433 1.2397-3.000 1.2265.

d6 3.167 1.2155 l

3.333 1.2061 t_

4 3.500 1.2011 l

l l-3.667 1.1980 i

3.833 1.1942:

.l h-4.000 1.18e7 l

J, t

4.167 1.1831 l

4.333 1.1747 f gg

}

d.500 1.1667 l

1*3 4.833 1.1493

)

h l

I

(

S.000 1.1401 S.167 1.1303

,5 3

S.333.

1.1205-J6 S 500 1.1106 m

W

)

A

,A S.667 1.1100 N

>& a S.833 1.12S3 A

id i

Es g-6.000 1.1s2S 6.167 1.1570 I

6.333 f.1709

')

l lO__

l 6.500 '

t.1835 I

I 6.667 1.1951 6.833 1.2076 l.2 2a g

l l

l l

1.000 1.221%

J6 7.167 1.2333 A'

l 7.333 1.2413 j

l g

l h

l 7.500 1.2447 7.667 1.2463 a

A 7.833 1.2496 g

0.000 1.2510 2

l 3.167 1.2530 S

l 8.333 1.2561 -

l 8.S00 1.2570 M

8.667 1.2S75 0.833 1.2S97 1*I 9.000 1.26ss.

-l 9.967 1.2830 9.333 1.2980 -

9.500 1.3157 9.667 t.3362 l

l 9.833 1.3660 l

l 10.000 1.3736 10.167 1.3891 l

  • 10.333 1.0000 10.S00 1.0000
  • 10.667 1.0000 1

[

l l

  • 10.833 t.0000 l

l l l

1.==

0 1

2 3

4 5

6 7

8 9

10 11 12 **$1.*0 1.0 ii.i67

1. wm 11.333 1.0000

^ TOP u 5*

i. **

BOTTOM COREHEIGHT(FEET) ii.667 4.==

  • St. n 4.wm 12.000 1.0000 FIGURE 6 CALLAWAY UNIT 1 CYCLE 7 w(Z) GAT 2000 MWD /MTU

HE I Ga47 30CD.

(FfET) e(2)

Rev. 0

0. 0*

1 00

  • 0.167 1.0000 0.333 1.0000 0.500 1.0000 1.5
0. u ?
1. 0wo

,i i i ii ll t l 1i 0.833 1.0000 1.000 1.0000 1.167 1.0000 1.333 1.0000 l

l l ll 1.500 1.0000 l

l l 1 1 1.667 1.0000 1.833 1.3912 ff 2.000 1.3112 2.167 1.2504

~

l l l l l 2.333 1.3293 f

] l l l

  • 2.500 1,3079 2.667 1.2862 j*f ll fl 2.833 1.2659 g

3.000 1.2509 j(

l l 3.167 1.2390 l l l l 3.333 1.2286 d>

1 3.500 1.2231 ff l

I 3.667 1.2193 3.833 1.2137 j

8 4.000 1.2064 l

I g

l N 4.167 1.1982 4.333 1.1992 l&

4.500 1.1795 db 4.667 1.1694 1.3 4.833 1.1589 5.000 1.1477 4

5.167 1.1382 i

l l

A 5.333 1.1251 1

5.500 1.1129 Q

A 5.667 1.1092 l

5.833 1.1224 dL v

g, l

ta r

6.333 1.1632 n.

A j

l l

{

6.500 1.1739 l

l,jg J6 l

l 6.667 1.1836 j,2 6.833 1.1945 l,g lA

. } }

7.333 1.2243 O

l 7.000 1.2067 r

7.167 1.2175 i

4

}

l

.g g;

l ll 7.500 1.2265 4

7.667 1.2271 i

l A

7.833 1.2289 I

I d'

8.000 1.2314 A

d.

l l

8.167 1.2343 i

i l

l 8.333 1.2363 8.500 1.2373

^

l 8.667 1.2375 i

l JLb 1.2383 i

8.833 i

1.1 i.2 5i

9. 0m f

l 9.167 1.2571 9.333 1.2711 l

l l

9.500 1.2887 j

l r

9.667 1.3091 1

j 9.833 1.3291 1

l 10.000 1.3470 10.167 1.3620 ll l

- l

  • 10.333 1.0000 I

10.500 1.0000

( I I

10.667 1.0000 l

l

  • 10.833 1.0000 l
  • " *o 1

1.0 0 1

2 3

4 5

6 7

8 9

10 11 12 * ".'87 1. **

4 11.333 1.0000 l

TOP

  • " 5*

BOTTOM COREHEIGHT(FEET)

".a7

1. **
  • 11 833 1.0000
  • 12.000 1.0000 FIGURE 7 1

CALLAWAY UNIT 1 CYCLE 7 W(Z)NOAT M MWWW

" Top and bottom 15% excluded as per Tech Spec 4.2.2.2G Page 14 of 19

I i

MEIGHT 4000.

(FEET) w(2)

Rev. 0

  • O.000 1.0000 0.167 1.0000

=

2 O.333 1.0000 1

o. 5*

1.5 l

ll O.667 1.0000 O.833 1.0000 1.000 1.0000 l

l l

ll l

}

1.167 1.0000 1.333 1.0000 1.500 1.0000 l

1.667 1.0000 1.833 1.4152 l l l }

2.000 1.3951 2.167 1,3743 l

2.333 1.3531 A

1.3310 2,500 i

i 1*4 2.667 i.30 0 l

ll 3.000 1.2705 2.633 1.2062

)

l 4

l I..

3.333 1.2883 I

3.167 1.2587 t

I 3.500 1.2422 f

3.833 1.2304 1

A 3.667 1.2375 4.000 1.2225 f

1 l

4 4.167 1.2138 i

t J.

4.333 1.2036 1.1927 4.500 4

l l

i.i n 1.3 l

l lJ l

4.533 1.1696 5.000 1.1577 A

I 5.167 1.1458 l

5.333 1.1339 j

d6 5.500 1.1197

^

{

5.667 1.1131 N

V 1

A 5.833 1.1225 6.000 1.1358 M

A 1

g 6.167 1.1473 i

IA l

J'

g 6.333 1.1574 i

6.500 1.1666 l

l A

hi#

I I

a A '

1.1751 1*2 6.667 6.

33 i.1 47 l ;,s l

l l 3

l 7. 0%

i.itS6 I

Il 7.167 1.2052 3

  • A 7.333 1.2110 l

ll k

l 7.500 1.2124 l.

I Ji a

7.667 1.2124 l

4' 4

7. 033 1.2138

.*O

,.215.

A ld '

6.167 1.2182 k

8.333 1.2195 i.

8.500 1.2199 i

l 8.667 1.2193 1.1 8.833 1.218' 9.000 1.2235 I

I

~

9.167 1.2330

~

S.333 1.2453 l

f 9.500 1.2611 9.667 1.2793 l

l 9.833 1.2979 I

10.000 1.31h2 1

10.161 1.3292 l

  • 10.333 1.0000
  • 10.500 1.0000 l

10.667 1.0000 a

6 g 10.s33 1.0000 I

l

  • 0 1

2 3

4 5

6 7

8 9

10 11 12 ll:"

l: woo

  • 11.333 1.0000 TOP BOTTOM u. 5%

i. ww l

COREHEIGHT(FEET)

  • u.667 i. ww 1

l 11.333 1.0000 12.000 1.0000 FIGURE 8 CALLAWAY UNIT 1 CYCLE 7 W(Z)No 4000 M W

~

Mt1GM7 00CD.

(Fl[7)

.w(2)

Rev. 0 0.000 i.0000 O.167 1.0000 0.333 1.0000

- I 0.S00 1.0000.

)

1.5

. 0.467

1. ww 0.833 1.0000

'l 1.000 1.0000 J

1.167 1.0000 1.333 1.0000 1.500 1.0000 l

l 1 1.667 1.0000 ll 1.833 1.3284 l

if 2.000 1.3187 2.167 1.3083 2.333 1.2972 2.500 1.2852 8 **'

'2 1.4 2.833 1.2548 3.000 1.2442 l

3.167 1.2367 I

3.333 1.2339 3.500 1.231S 3.667 1.2279-3.333 1'2236 l l 4.000 1.2203 i

ll 4.167 1,2171

.1 4.333 1.2124

)

I 4.667 1.2004 4.500 1.2067

)

k 1.3 4.s33 1.1934 a

S.000 1.1851 d'

S.167 1.1761 S.333 1.1665 M

S.500 1.1562 J

I [

5.667 1.1476 l l,d S.833 1.1453 k

v d

y

'A

[A-6.000 1.1526 6.167 1.1634

&d ggg gd'A A A

I 6.333 1.1711

)

i A

6.500 1.1796 N

4 l1il 6.667, 1,. t,a 9S.

gk l

l l"'A's,-

d' 6.

. 99

,2

=

7.000 1.2115 g'

Ji 7.167 1.2218

)

7.333 1.2250 A

A".

1.500 1.2296 k

A 1,667 1.2249 d'

1 7.833.

1.2275 d6 M

8.000 1.22S8 j

8.167 1.2239 i

8.333 1.2213 2,500 1.2176 -

l l

S.667 1.2136.

I I

0.633

'1.2109 1.1 9.wo 1.2102 i

9.167 1.2136 9.333 1.2219

. 1 9.500 1.2275 9.467 1.2318 9.833 1.2402-l 10.000 1.2SCS 10.167 1.2600 10.333 1.0000

  • 10.500

-1.0000 10.667 1.0000 i

10.433 1.0000 l

1.0

  • " mo 4

0 1

2 3

4 5

6 7

-8 9

10 11 1 2 * "11.333 1.0000

-1

  • " 5" I

TOP BOTTOM COREHEIGHT(FEET)

". "8 3 3 1

  • 11 1.0000-i 12.000 1.0000

=

FIGURE 9 4

l CALLAWAY UNIT 1 CYCLE 7 W(Z) GAT 8000 MWD /MTU

O Mf !P>f7 12 COD.

(F(E7) w(2)

Rev. 0 o.o00 1.0000 0.167 1.0000 0.333 1.0000

0. 5*
1. *w 1.5 0.667 1.0000

=

0.833 1.0000 1.000 1.0000 i

1.167 1.0000 l

1.333 1,0000

=

f 1.500 1.0000 a

t.667 1.0000 1.833 1.2581 1

2.167 1.2488 2.000 1.2538 2.333 1.2430

.4

- l l

2.500 1.2361 2.667 1.2277 f

l l

2.833 1.2t74 3.000 1.2059 3.167 1.2002 l

3.333 1.2041 3.500 1.2084 3.667 1.2109 3.833 1,2130 1

4.000 1.2153 ll 4.167 1.2176

)

l l

4.333 1.2186 1

l 4.500 1.2187 i

1.3 4 687 1.2180 4.833 1.2164 at.

5.000 1.2136 5.167 1.2092 A

ag J

A 5.333 1.2029 l

d6 ug ^

5.500 1.1986 kAA" 5.667 1.1968

^

N "J

f d6 A..A I I 5.833 1.1977 6A A

A V

l 6.000 1.2071 W

s, 6.167 1.2198

l 4

6.333 1.2287 1

_ _.,,,"J b

6.500 1.2377 g'Ad l

g 6.667 1.2472 db d6,6 t

a 6.833 1.2570 1*2 uAA l

7.000 1.2678 7.167 1.2769 l

7.333 t.2815 1

7.667 1.2791 7.500 1.2819 7.833 1.2744

8. 0w

,.269 8.167 1.2651 l

8.333 1.2605 8.500 1.2550 l

f f

8.667 1.2486 8.833 1.2432 j,j 9.000 1.2416 9.167 1.2448 9.333 1.25t2 9.500 1.2536 f

9.667 1.2539 l

l l

l 9.833 1.2514 1

1 1

l 10.000 1.2634 10.167 1.2695 f

(

10.333 t.0000

  • 10.500 1.0000 10.667 i.0000 l
  • 10.833 1.0000 l
  • 19
1. 0mo 0

1 2

3 4

5 6

7 8

9 10 11 12 u.000 1.0

.i67 i. ww 11.333 1.0000 TOP n. 5*

1. w=

BOTTOM COREHEIGHT(FEET) e n.667 4. **

  • 11.933 1.0000
  • 12.000 1.0000 FIGURE 10 CALLAWAY UNIT 1 CYCLE 7 W(Z)tJO

Mt!GMT 16000.

(F((7)

W12)

Rev. 0

  • O.000 i 0000 0.167 1.0000 0.333 1.0000 1.5
0. Sm 1.wm l

O.667 1.0000 O.833 1.0000 1.000 1.0000 l

j [

l l l 1.167 1.0000 1.333 1.0000 i

1.500 1.0000

[

=

1.667 1.0000 l

l j

1.833 1.3027 j

1

]

2.000 1.2957 2.167 1.2881 f

l 2.333 1.2794 1

2.500 1.2498 1*4 2.667 1.2592 2.833 1.2472 -

3.000 1.2311 3.167 1.2214

?

3.333 1.2264 l

l 3.500 1.2360 I

l l

3.647 1.2441 3.833

'1.2520 IJLN 4.000 1.2575 A

db

- 4,167 1.2613 g

A 4.233 1.2642

[

s 4.S00 1.2661 i

^

^

1.3 4m

1. n66 4.833 t.2658 d6 d6 A

-5.000 1.2637 S.167 1.2583-db g&d S.333 1.2506 dL gd4 S.500 1.2511

'a 8

6--

^

e N

N M

A S.467 1.2613 g-V A

S.833 1.2762 b

W JL 6.000 1.2904 db 6.167 1,3034 S

6.333 1.3114 6 S00 1.3175 6.567 1.3218 1*2 6.833 1.3265-l 1.000 1.3319 7.167 1.3348 6

7.333 1.3324 1.

7.500 1.324S j

7.667 1.3130 7.833

'1.3001 8.000 1.2898 8.167 1.2822 8.333 1.2750 8.500 1-2679 8,667 1.2583 j,j

,8.833 1,.2474 l

. 0%

.u66 9.167 1.1524 I

9.333 1.2565 j

I 9.500

.1.2607

^

9,667 1.2647 9.833 1.2667 10,000

'1,2688 10.167.

1.2708 10.333 1.0000 10.S00 1.0000

=

  • 10.667 1.0000 1*0 0 1

2 3

4 5

6 7

8 9

10.

11 12*.ll.i" l:"0000 1 1 ' "=

- ' "mm "g'

~

TOP BOTTOM COREHEIGHT(FEET)

  • 11.833 1,0000
  • 12.000 1.0000 FIGURE 11 CALLAWAY UNIT 1 CYCt.E 7 W(Z) GAT 16000 MWD /MTU-

)

'l

m e

M(lGMT 014 A (Fif 7) w(2)

Rev. 0

  • O. *o
1. **

0.167 1.0000 O.333 1.0000

  • 0.500 1.0000 1.5 0.667
1. 0*0 l

C.833 1.0000 1.000 1.0000 1.167 1.0000

'1.333 1.0000 l

l l

1 500 1.0000

}

l 1.667 1.0000 1.833 1.4152 l

A 2.000 1.3951 2.167 1.3743 i

jj lllj 2.333 1.3531 g

g l

l l t ] I 2.500 1.3310 a

2.667 1.3080 j,4 l

2.833 1.2862

}

db I

I

  • l 3.000 1.2705 3.167 t,2587 h

3 333

' 2883 3.500 1.2422 k

l gl 3.647 1.2447 I

3.833 1.2520 i

4.000 1.2575 1

l, j,& g g

6

)

.,a j,

a 4.167 1.2613 4.333 1.26a2 JL 4.500 1.2661 A.

A '

=

4.667 1.2666 1.3

-34%-

. 833 1.2658.

l lf O

g 5.000 1.2637 5.167 1.2583 4

f

,I 5.333 1.2506 6M, a

5.500 1.2b11 d

1

^

m sc a

.5.667 1.2613 O

O 5.833 1.2762

&^

y 6.000 1.2904 6.167 1.3024 6.333 1.3114 j

l 6.500 1.3175 l

t 6.667 1.3218 1.2 5 833

'.3265 ll lI 7.000 1.3319 7.167 1.33a8 l l 7.333 1.3324 l l 7.500 1.3245 7.667 1.3130 1

7.833 1.2001 8.000 1.2936 8.167 1.2945 8.333 1.2958 8.500 1.2946 1

l l

8.667 1.2941 1

l 8.833 1.2992 1.1 9. 0*

1.3525 l

ll 9.167 1.3306

)

9.333 1.3476 I.

9.500 1.3638 9.667 1.3807 9.833 1.3974 f

l l

10.000 1,4123 10.167 1.4283 10.333 1.0000 10.500 t 0000 I

=

1 10.667 1.0000 l

l l

  • 10.833 1.00C0 i

1.0

' mo 1

0 1

2 3

4 5

6 7

8 9

10 11 1 2

".167 i. **

l

= 11.333 1.0000 TOP BOTTOM

- " 5*

COREHEIGHT(FEET)

". 55'

  • 11 833 1.0000 12.000 1.0000 FIGURE 12 CALLAWAY UNIT 1 CYCLE 7 Bounding W(Z)NOFor Cycle 7
Retrieved from "https://kanterella.com/w/index.php?title=ML20058A796&oldid=4476757"