ML20198R191

COLR for Quad Cities Unit 2 Cycle 15

ML20198R191
Person / Time
Site:	Quad Cities
Issue date:	11/04/1997
From:	COMMONWEALTH EDISON CO.
To:
Shared Package
ML19313D060	List: ML20198R145 ML20198R191 ML20198R233 SVP-97-248, Forwards Original & Rev 1 to Qcs Units 1 & 2 Colr.Original Rept Was Not Submitted Due to Administrative Oversight. Rev 2 to EMF-96-177 & Proprietary Rev 1 to EMF-96-180(P), Encl.Rev 1 to EMF-96-180(P) Withheld
References
NUDOCS 9711130183
Download: ML20198R191 (27)

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ATTACIIMENT B -

Quad Cities Nuclear Power Station Units 1 and 2 Q2C15 Core Operating Limits Report NRC Docket Numbers 50-254 and 50-264 -

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i 9711130183 971104 PDR ADOCK 050002S4 P-POR g

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Core Operating Limits Report l

May,1997 ISSUANCE OF CHANGES

SUMMARY

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Affected Affected Section Pages Summary of Changes Date All All Onginalissue (Cycle 11).

10/89 All All Originalissue (Cycle 12),

11/01 Reissue.

2/92 All All Originalissue (Cycle 13).

2/96 2

2 Added Section 2.3 on SLO.

5/93 References, iii, 4 & 5 -

Revised References and Section 4.2 and added 4/94 4.2 & 5 Section 5.0 on An&lytical Methods.

All All Originalissua (Cycle 14).

6/95 All ~

All Latest Date Revised added to each COLR 5/96 page, Added Special Instructions and boxed in TSUP References for TSUP Implementation.

Added Control Rod Withdrawal Block Equation for Sinole Loop Operation.

All All Originalissue (Cycle 15).

5/97 0

Quad Cities Unit 2 Cycle 15

Core Operating Limits Report May,1997 9

O TABLE OF CONTENTS V

SPECI AL IN STRUCTION S.......................................................................................... lii i

l REFERENCES............................................................................................................lv LI ST OF TAB LE S........................................................................................................ v LI ST OF FI G U R E S.................................................................................................

1.0 CONTROL ROD WITH9RAWAL BLOCK INSTRJMENTATION....................1 1.1. TECHNICAL SPECIFICATION

REFERENCE:

.......................................1 l

1.2. DESCRIPTlON

(Two Loop operation)..................................................1

1.3 DESCRIPTION

(Single Loop Operation)...............................................1 2.0 AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR).......... 2 2.1 TECHNICAL SPECIFICATION

REFERENCE:

....................................... 2

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2.2 D E S C R I PTI O N :...................................................................................... 2 2.3 SINGLE LOOP OPERATION MULT! PLIER:........................................... 2

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3.0 LINEAR HEAT GENERATION RATE (LHGR)............................................... 3 3.1 TECHNICAL SPECIFICATION

REFERENCE:

...................................... 3 3.2 D E SC R I P TI O N :...................................................................................... 3 4.0 MINIMUM CRITICAL POWER RATIO (MCPR)............................................... 4 4.1 TECHNICA L SPCIFICATION

REFERENCE:

....................................... 4 4.2 D E S C R I P TI O N :.................................................................................... 4 5.0 ANALYTIC AL M ETH OD S............................................................................... 5 3.0 ATTAC H M E NT S............................................................................................ 6 ATTACHMENT 1 (RELOAD ANALYSIS REPORT)..........................................A1 l

ATTACHME10T 2 (PLANT TRANSIENT ANALYSIS REPORT;........................A2 o

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i Core Operating umits Report May,1997 j

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' SPECIALINSTRUCTIONS i

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1.

This Core Operating Limits Report (COLR) contains the applicable reactor core limits and operational information mandated by Technical Specihcations Sechon 6.9.A.6.

When the COLR is referenced by applicable Techn6 cal Specihcations or procedures for Technical Specification compliance, a controlled copy of this report shall be used as the j

othoial source of the applicable limit or requirement.

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Core Operstmg Umsts Report May,1997 l

REFERENCES i

1.

Commonwealth Edison Company and lowa lilinois Gas and Electric Company Dodet -

No. 50 285, Quad Cities Station, Unit 2 Facility Operating License, j

Liconee No. DPR 30.

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Letter from D. M. Crutchfield to All Power Reactor Licensees and Applicants, Generic Letter 8816; Concoming the Removal of Cycle Specific Paremeter Limits from l

Technical SpecNications.

3..

Quad Cities Nuclear Power Station. Units 1 and 2, SAFER /GESTR LOCA Loss-of -

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Coolant Accident Analysis, NEDC 31345P, Revision 2. July 1989 (as amended).

4.

Lattice Dependent MAPLHGR Report for Quad Cities Nuclear Power Station, Unit 2, Reload 13 Cycle 14,24A5161 AA Revision 0, December,1994.

5.

SPC Do":ument EMF 96185(P) Rev.1. " Quad Cities LOCA.ECCS Analysis MAPLHGR Limits foi ATRIUM 98 Fuel", March,1997.

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- SPC Drcument EMF 96 037(P) Rev.1 " Quad Cities Extended Operating Domain f

(EOD) and Equipment out of Service (EOOS) Safety Analysis for ATRIUM 98 Fuel",

September,1996.

7.

SPC Document, EMF 96177 Rev. 2, NDIT970069, " Quad Cities Unit 2 Cycle 15 Reload Analysis", April,1997 (COLR Attachment).

8.

SPC Document EMF 96180 (P) Rev.1 NDIT970068 " Quad Cities Unit 2 Cycle 15 Plant

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Transient Analysis", April,1997 (COLR Attachment) 9.

SPC Letter JHR:97:203, " Analysis to Support Operation with Reactor Pressure Less than the Design Pressure at Quaa Cities", May 27,1997.

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Core Opersting Umits Report May,1997 i

LIST OF TABLES Table Title Page 21 Maximum Average Planar Linear Heat Generation 21 Rate (MAPLHGR) vs. Average Planar Exposure for GE98 P8DWB310 9GZ 80M 145 T.

22 Maximum Average Planar Unear Heat Generation 22 Rate (MAPLHGR) vs. Average Planar Exposure for GE9B P8DWB29911GZ-80M 145 T.

23 Maximum Average Planar Linear Heat Generation 23 Rate (MAPLHGR) vs. Average Planar Exposure for GE9B P8DWB286 7G3.0-80M 145 T.

4 2-4 Maximum Average Planar Linear Heat Generation 2-4 Rate (MAPLHGR) vs. Average Planar Exposure for GE9B P8DWB286 9G. 80M 145-T.

25 Maximum Average Planar unear Heat Generation 25 Rate (MAPLHGR) vs. Average Planar Exposure for

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GE9B P8DWB310 7G3.0-80M 145 T.

O' 26 Maximum Average Planar Unear Heat Generation 2-6 Rate (MAPLHGR) vs. Average Planar Exposure for GE9B P8DWB30810GZ1-80M 145 T.

27 Maximum Average Planar Unear Heat Generation 27 Rate (MAPLHGR) vs. Average Planar Exposure for GE10-P8HXB316-8GZ 100M-145 T.

28 Maximum Average Planar unear Heat Generation 2-8 Rate (MAPLHGR) vs. Average Planar Exposure for GE10 P8HXB312 7GZ 100M 145 T.

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- Maximum Average Planar Unear Heat Generation 2-9 Rate (MAPLHGR) vs. Average Planar Exposure for SPCA9 372811GZH ADV.

2 10 Maximum Average Planar Linear Heat Generation 29 P. ate (MAPLHGR) vs, Average Planar Exposure for SPCA9 358811GZL ADV.

t 41 Automatic Flow Control MCPR, Results. Base Case 4-2 and EOOS/EOD.

Ouad Cities Unit 2 Cycle 15 L

Core Operatmg bmits Report i

May,1997 l

LIST 07 FIGURES O

Fgure Title Page t

31 Protection Against Power Transient LHGR Umit 31 I

for ATRIUM 9B Offset 41 MCPRi, Manual Flow Control 41 t

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Quad Cities Unit 2 Cycle 15

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.0 CONTROL ROD WITHDRAWAL BLOCK INSTRUMENTATION 1

1.1.

TECHNICAL SPECIFICATION REFERgNCE:

Technical Specification: Table 3.2.E.1 [COLR 1.2). 3.6.A.1.c [COLR 1.3)

1.2. DESCRIPTION

The Rod Withdrawal Block Monitor Upscale Instrumentation Trip Setpoint for Two Recirculation Loop Operation is determined from the following relationship:

1 (0.65)Wd + 43% "

1.3. DESCRIPTION

The Rod Withdrawal Block Monitor Upscale Instrumentation Trip Setpoint for Single Recirculation Loop Operation (SLO) is determined from the following relationship.

1 (0.65)Wd + 39% "

" Clamped. with an allowable value not to exceed the allowable value for recirculation loop drive flow (Wd) of 100%.

Wd is the percent of drive flow required to produce a rated core ibv of 98 million Ib/hr. Trip level setting is in percent of rated power (2511 MWth).

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Core Operating Umits Report May,1997 i

2.0 AVERAGE PLANAR LINEAR HEAT GENERATION RATE (APLHGR) 2.1 TECHNICAL SPECIFICATION

REFERENCE:

Technical Specification 3.11.Al

2.2 DESCRIPTION

MAPLHGR versus Average Planar Exposure for GE9B P8DWB310 9GZ-80M-145 T is determined from Table 21.

MAPLHGR versus Average Planar Exposure for GE9B P8DWB29911GZ 80M-145 T is determined from Table 2 2.

MAPLHGR versus Average Planar Exposuru for GE9B-P8DWB286 7G3.0-80M-145 T is determined from Table 2 3.

MAPLHGR versus Average Planar Exposure for GE9B P8DWB286 9GZ 80M-145 T is determined from Table 2-4.

MAPLHGR versus Average Planar Exposure for GE9B P8DWB310 7G3.0-80M-

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145 T is determined from Table 2 5.

p MAPLHGR versus Average Planar Exposure for GE9B-P8DWB30810GZ180M.

145 T is determined from Table 2-6, s

MAPLHGR versus Average Planar Exposure for GE10 P8HXB316-8GZ 100M-145 T is determined from Table 2 7.

MAPLHGR versus Average Planar Exposure for GE10 P8HXB312 7GZ 100M-145 T is determined from Table 2 8.

MAPLHGR versus Average Planar Exposure for SPCA9-372811GZH ADV is determined from Table 2 9.

j MAPLHGR versus Average Planar Exposure for SPCA9 358B 11GZL-ADV is determined from Table 210.

2.3 SINGLE LOOP OPERATION MULTIPLIER:

The tabulated values are multiplied by 0.85 for GE fuel and 0.90 for SPC fuel whenever Quad Cities enters Single Loop Operation.

Page 2 AG Quad Cities Unit 2 Cycle 15 l

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Core Operstmg Umrts Report May,1997 i

i TABLE 21 p

I MAPLHGR vs. AVERAGE PLANAM EXPOSURE POR BUNDLE TYPE : GE95 PSDWB310 90Z 80M 148 T LATTICE 731 : P8DWLO71 NOG 80M T -

LATTICE 847 : P8DWL334 7G3.0 80M T

- LATTICE 848 : P8DWL360 7G3.0 80M T LATTICE 849 : PSDWL350 2G4.0/7G3.040M T LATTICE 846 : P8DWLO719GE180M T AVERAGE MAPLHGR LIMITS (KW/FT)

PLANAR EXPOSURE 731 847 848 849 846 (GWWST) 0.00 11.64 12.25 11.78 11.31 11.84 O.20 11.57 12.32 11.85 11.39 11.57 1.00 11.38 12.46 11.99 11.55 11.38 2.00 11.36 12.62 12.19 11.78 11.36 3.00 11.41 12.79 12.36 12.02 11.41 4.00

-11.49 12.96 12.52 12.22 11.49 5.00 11.56 13.14 12.69 12.44 11.56 6.00 11.63 13.23 12.81 12.80 11.63 O

7.00 11.69 13.30 12.93 12.77 11.69 8.00 11.74 13.38 13.04 12.93 11.74 9.00 11.78 13.43 13.14 13.08 11.78 10.00 11.81 13.46 13.21 13.20 11.81 12.50 11.54 13.41 13.21 13.21 11.54 15.00 11.16 13.02 12.94 12.93 11.16 20.00 10.37 12.28 12.30 12.29 10.37 25.00 9.58 11.57 11.61 11.80 9.58 35.00 8.01 10.27 10.29 10.27 8.01 l

4.71 43.70 4.71 I

9.02 8.98 8.92 45.00 5.90 51.10 5.96 5.90 51.20 1

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May,1997 i

I TABLE 2 2 O

MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE TYPE : GE98 PSDWB29911GZ-80M 145 T LATTICE 731 : P8DWLO71 NOG 80M T LATTICE 850 : P8DWL322 9G3.0 80M T LATTICE 851 : P8DWL337 9G3.0-80M T LATTICE 852 : P8DWL337 2G4.0/9G3.0-80M T LATTICE 853 : P8DWLO71 11GE.80M T AVERAGE MAPLHGR LIMITS (KW/FT)

PLANAR EXPOSURE 731 850 851 852 853 (GWd/ST) 0.00 11.64 11.49 11.31 10.87 11.64 0.20 11.57 11.52 11.38 10.96 11.57 1.00 11.38 11.62 11.56 11.14 11.38 2.00 11.36 11.87 11.84 11.44 11.36 3.00 11.41 12.19 12.05 11.70 11.41 4.00 11.49 12.57 12.21 11.88 11.49 5.00 11.56 12.94 12.37 12.07 11.56 6.00 11.63 13.04 12.54 12.27 11.63 7.00 11,69 13.14 12.73 12.50 11.69 8.00 11.74 13.21 12.90 12.72 11.74 9.00 11.78 13.26 13.07 12.92 11.76 10.00 11.81 13.28 13.11 13.07 11.61 12.50 11.54 13.21 13.07 13.06 11.54 15.00 11.16 12.82 12.81 12.81 11.16 20.00 10.37 12.07 12.30 12.30 10.37 25.00 9.58 11.36 11.66 11.64 9.58 35.00 8.01 10.07 10.29 10.27 8.01 43.70 4.71 4.71 45.00 8.61 8.85 8.82 50.60 5.89 51.00 5.84 51.20 5.81 i

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Core Operating Umits Report May,1997 i

i TABLE 2 3 MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE TYPE : GE98 PSDWB286 7G3.0 80M 145 T LATTICE 731 : P8DWLO71 NOG 80M T LATTICE 1059 : P8DWL306 7G3.0-80M T LATTICE 1060 : P8DWL324 7G3.0 80M T LATTICE 1061 : P8DWLO717GE180M T AVERAGE MAPLHGR LIMITS (KW/FT)

PLANAR EXPOSURE 731 1059 1060 1061 (GWd/ST) 0.00 11.64 12.38 11.95 11.64 0.20 11.57 12.45 12.03 11.57 i

1.00 11.38 12.54 12.11 11.38 2.00 11.36 12.65 12.30 11.36 3.00 11.41 12.75 12.57 11.41 4

4.00 11.49 12.85 12.88 11.49 i

5.00 11.56 12.94 12.97 11.56 6.00 11.63 12.95 13.01 11.63 O

7.00 11.69 12.97 13.09 11.69 O

8.00 11.74 13.01 13.17 11.74 9.00 11.78 13.05 13.21 11.78 10.00 11.81 13.09 13.23 11.81 12.50 11.54 13.04 13.16 11.54 15.00 11.16 12.71 12.79 11.16 20.00 10.37 12.06 12.06 10.37 25.00 9.58 11.43 11.37 9.58 35.00 8.01 10.04 10.12 8.01 43.66 4.71 4.71 45.00 8.60 8.68 l-50.66 5.84 50.75 5.91 Page 2-3

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Quad Cities Unit 2 Cycle 15 E.

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Core Operating Umits Report May,1997 TABLE 2 4 MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE TYPE GE98 P8DWB286 9GZ-40M 145 T LATTICE 731 : P8DWLO71 NOG 80M T LATTICE 1059 : P8DWL306 7G3.0 80M T LATTICE 1060 : PSDWL324 7G3.0 80M T LATTICE 1000 : P80WL324 2G4.0/7G3.0 80M T LATTICE 1001 : P8DWLO719GE 80M T AVERAGE MAPLHGR LIMITS (KW/FT)

PLANAR EXPOSURE 731 1059 1060 1000 1001 (GWd/ST) 0.00 11.64 12.38 11.95 11.42 11.64 0.20 11.57 12.45 12.03 11.51 11.57 1.00 11.38 12.54 12.11 11.59 11.38 2.00 11.36 12.65 12.30 11.82 11.36 3.00 11.41 12.75 12.57 12.13 11.41 4.00 11.49 12.85 12.88 12.51 11.49 5.00 11.56 12.94 12.97 12.69 11.56 O-6.00 11.63 12.95 13.01 12.80 11.63 7.00 11.69 12.97 13.09 12.92 11.69 8.00 11.74 13.01 13.17 13.04 11.74 9.00 11.78 13.05 13.21 13.14 11.78 10.00 11.81 13.09 13.23 13.20 11.81 12.50 11.54 13.04 13.16 13.14 11.54 15.00 11.16 12.71 12.79 12.77 11.16 20.00 10.37 12.06 12.06 12.04 10.37 25.00 9.58 11.43 11.37 11.36 9.58 35.00 8.01 10.04 10.12 10.11 8.01 43.66 4.71 4.71 45.00 8.60 8.68 8.65 50.66 5.84 5.92 50.75 5.91 Page 2 4 O

Quad Cities Unit 2 Cycle 15

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May,1997 TABLE 2 5 0-MAPLHGR vs.. J ' AGE PLANAR EXPOSURE FOR BUNDLE TYPE : bE98 P8DWB310 7G3.0 40M 145 T LATTICE 731 : P8DWLO71 NOG 80M T LATTICE 1644 : P8DWL334 7G3.0 80M T LATTICE 1645 : P8DWL350 7G3.0-80M T LATTICE 1004 : "'N."M717GE 80M T AVERAGE MAPLHGR LIMITS (KW/FT)

PLANAR t

EXPOE*?RE 731 1644 1645 1004 i

(GWd/ST) 0.00 11.64 12.25 11.78 11.64 0.20 11.57 12.32 11.85 11.57 1.00 11.38 12.46 11.99 11.38 2.00 11.36 12.62 12.19 11.36 3.00 11.41 12.79 12.36 11.41 4.00 11.49 12.96 12.52 11.49 5.00 11.56 13.14 12.69 11.56 6.00 11.63 13.23 12.81 11.63 7.00 11.69 13.30' 12.93 11.69 O

8.00 11.74 13.38 13.04 11.74 9.00 11.78 13.43 13.14 11.78 10.00 11.81 13.46 13.21 11.81 12.50 11.54 13.41 13.22 11.54 15.00 11.16 13.03 12.95 11.16 20.00 10.37 12.29 12.31 10.37 25.00 9.58 11.58 11.62 9.58 35.00 8.01 10.28 10.31 8.01 43.66 4.71 4.71 45.00 9.04 9.01 51.41 5.88 51.43 5.94 Page 2 5 oO Quad Cities Unit 2 Cycle 15 l

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May,1997 TABLE 2 8 O

MAPLHOR vs. AVERAGE PLANAR EXPOSURE i

POR BUNDLE TYPE : GE98 PSDW830810GZ180M 145 T l

LATTICE 731 : P80WLO'/1. NOG 80M T LATTICE 1642 : P8DWL332 8G4.0/2G3.060M T LATTICE 1669 : P80WL348 8G4.0/2G3.0 40M T LATTICE 1188 : P8DWLO71 10GE 80M T AVERAGE MAPLHGR LIMITS (KW/Fil PLANAR EXPOSURE 731 1642 1669 1188 (GWd/ST) 0.00 11.64 11.63 11.24 11.64 0.20 11.57 11.69 11.31 11.57 1.00 11.38 11.83 11.44 11.38 2.00 11.36 12.04 11.62 11.36 3

3.00 11.41 12.25 11.82 11.41 l

4.00 11.49 12.48 12.02 11.49 5.00 11.56 12.58 12.24 11.56 6.00 11.63 12.69 12.44 11.63 7.00 11.69 12.86 12.62 11.69 O

8.00 11.74 13.04 12.75 11.74 9.00 11.78 13.19 12.90 11.78 10.00 11.81 13.31 13.05 11.81 12.50 11.54 13.32 13.14 11.54 15.00 11.16 12.96 12.92 11.16 20.00 10.37 12.22 12.25 10.37 25.00 9.58 11.53 11.57 9.58 35.00 8.01 10.24 1026 8.01 3

43.66 4.71 4.71 45.00 8.93 8.93 i

51.09 5.96 51.15 5.90 i

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2 Quad Cities Unit 2 Cyde 15

Core Operetng umits Report May,1997 TABLE 2-7 i

MAFLHOR vs. AVERAGE PLANAR EXPOSURE

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POR BUNDLE TYPE : GE10-P8HXB316 4GZ 100M 145 T I

LATTICE 7400: P8HXLO71 NOG 100M LAT71CE 7467 : P8HXL341-6G4.0/2G3.0100M i

LATTICE 7469 : P8HXI.357-6G4.or2G3.0100M i

LATTICE 7468 : P8HXL3414G3.0100M

- LATTICE 7404 : P8HXLO714GE 100M AVERAGE MAPLHOR LIMITS (KW/FT)

PLANAR EXPOSURE 7400 7467 7469 7468 7404

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_ (GWd/ST)

O.00 11.85 12.00 11.11 12.06 11.85 020 11.78 12.06 11.14 12.15 11.78 1.00 11.59 12.18 11.24 12.30 11.59 2.00 11.57 12.36 11.44 12.53 11.57 3.00 11.81 12.50 11.70 12.68 11.61 4.00 11.68 12.60 11.99 12.82 11.68 5.00 11.75 12.71 12.26 12.96 11.75 6.00 11.81 12.84 12.37 13.12 11.81 7.00.

11.86 13.01 12.51 13.29 11.86 8.00 11.91 13.20 12.68 13.44 11.91 O

9.00 11.94 13.39 12.86 13.53 11.94 10.00 11.97 13.52 13.01 13.55

- 11.97 12.50 11.75 13.44 13.09 13.44 11.75 15.00 11.38 13.06 12.84 13.07 11.38

'20.00 10.59 12.32 12.21 12.33 10.59 25.00 9.81 11.60 11.54 11.61 9.61 l

35.00 8.26 10.21 10.25 10.22 8.26 44.89 4.93 4.93 45.00 8.72 8.82 8.72 g

50.76 5.87 50.78 5.86 50.88 5.90 4

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Quad Cities Urdt 2 C;de 15 I

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May,1997 TABLE 2 4

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MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE TYPE : GE10-P8HX8312 7GZ 100M 145 T LATTICE 7400 : P8HXLO71 NOG 100M

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LATTICE 7405 : P8HXL336 3G4.0/4G3.0100M LATTICE 7406 : P8HXL3541G4.0/6G3.0100M j

LATTICE 7407 : P8HXL336 7G3.0100M LATTICE 7408 : P8HXLO717GE 100M AVERAGE MAPLHGR LIMITS (KW/FT)

Pl.ANAR EXPOSURE 7400 7405 7406 7407 7408 (GWd/ST) 0.00 11.85 12.01 11.27 12.04 11.85 0.20 11.78 12.08 11.31 12.11

'1.78 1.00 11.59 12.23 11.42 12.27 11.59 2.00 11.57 12.43 11.65 12.49 11.57 3.00 11.61 12.65 11.93 12.72 11.61 4.00 11.68 12.88 12.24 12.96 11.68 5.00 11,75 13.09 12.58 13.15 11.75 6.00 11.81 13.22 12.94 13.30 11.81 7.00 11.86 13.32 13.15 13.41 11.86 V

8.00 11.91 13.40 13.32 13.46 11.91 9.00 11.94 13.45 13.43 13.47 11.94 10.00 11.97 13.47 13.50 13.45 11.97 12.50 11.75 13.35 13.45 13.35 11,75 15.00 11.38 12.97 13.10 12.97 11.38 20.00 10.59 12.23 12.41 12.24 10.59 25.00 9.81 11.51 11.74 11.52 9.81 35.00 8.26 10.14 10.41 10.15 8.26 44,89 4.93 4.93 45.00 8.61 9.01 8.60 50.55 l- !

5.85 50.59 5.85 51.56 5.86 r

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Core Operating Limits Report May,1997 f

TABLE 2 9 MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE TYPE : SPCAS 372811GZ:4 ADV Average Planar ATRIUM.9B Exposure MAPLHGR (kW/ft)

_ (GWd/MTU) 0.0 13.5 20.0 13.5 60.0 8.7 TABLE 210 MAPLHGR vs. AVERAGE PLANAR EXPOSURE FOR BUNDLE T*.,E : SPCA9-358511GZL-ADV Average Planar ATRIUM 9B Exposure MAPLHGR (kW/ft)

(GWd/MTU) 0.0 13.5 20.0 13.5 60.0 8.7 Page 2 9 O

Quad Cities Unit 2 Cycle 15

Core Operatng Limits Report May,1997 l

3.0 LINEAR HEAT GENERATION RATE (LHGR) i

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3.1 TECHNICAL SPECIFICATION

REFERENCE:

j Technical Specification 3.11.Dl j

3.2 DESCRIPTION

i A.

The LHGR limit is 14.4 Kw/ft for all GE fuel types:

1.

GE9B P8DWB310 9GZ 80M 145 T 2.

GE98 P8DWB29911GZ 80M 145 T 3..

GE9B P8DWB286 7G3.0-80M 145 T 4

GE9B P8DWB286 9GZ 80M 145 T 5.

GE98 P8DWB310 7G3.0 80M 145 T 8.

GE9B P80WB30810GZ1-80M 143 T 7.

GE10 P8HXB316 8GZ 100M 145 T 8.

GE10-P8HXB312 7GZ 100M 145 T B.

The LHGR limits are provided in the table below for all of the SPC fuel types:

O 1.

SPCA9 372B 11GZH ADV 2.

SPCA9 358811GZL ADV Average Planar ATRIUM 98 LHGR Exposure (kW/ft)

(GWd/MTU) 0.0 14.4 15.0 14.4 61.1 8.32 The Protection Against Power Transient LHGR Limit for ATRIUM 9B Offset fuelis provided in Figure 31.

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Page 3 Quad Cities Unit 2 Cycle 15

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May,1997 l

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M h.woge Manor Sposure,9#$WTU QUAD Cf11ES UNIT 2 CYCLF.15 PROTECTION AGAINST POWER TRANSIENT LHGR LIMIT FOR ATRIUM-98 OFFSET FIGURE 3-1 l

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Page 31 ound cities Unit 2 Cycle 15 l

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Core Operatng Limits Repon

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May,1997 l'

4.0 MK41 MUM CRfTICAL POWER MATIO (MCPR) i

- 4.1

- TECHNICAL SPECIFICATION

REFERENCE:

i Technical OpecAnastion 3.11.Cl t

4.2 DESCRIPTION

i 4

During steady-state operation at rated core flow, the Operating Limit MCFR (OLMCPR) shall be greater than or equal to:

l 1.58 for GE98 fuel

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1.53 for GE10 fuel i

1.48 for ATRIUM 98 fuel for:

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. 5% insertion toy, s 0.375 seconds 20% insertion tan s 0.90 seconds 50% insertion teve s 2.00 seconds 90% insertion teve s 3.50 seconds j

i where toy, = Technical Specification scram insertion times for all surveillance data from Technical Soeoffication 3/4.3.E which has been generated in the current cycle. Where teve is less than or equal to the Technical Spoolfication Scram Speed.

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For core flows less than rated, reduced flow MCPR, curves for Manual Fic.w Control are provided in Figure 41. MCPR, values for Automatic Flow Contret a e e

provided in Table 41.

The OLMCPR limits stated above are valid for all planned Operational modes, includmg increased Core Flow (ICF) and Final Feedwater Temperature i

Reduction (FFTR). The value corresponds to the cycle specific determination of the bounding event. For Unit 2 Cycle 15 this event is the Foodwater Controller Failure Event with the above Operational modes incorporated. This value was determined to be 1.48 for the ATRIUM-98 bundles,1.53 for the GE10 bundles, and 1.58 for the GE98 bundles, for the Technical Specificat!on Scram Speeds.

This limit is increased by 0.04 for any and all combinations of Quad Cities c

Equipment Out-of service / Extended Operating Domain analysis (Reference 6) i excluding Single Loop Operation (SLO). For SLO, the OLMCPR is increased by 0.01. The above OLMCPR values include a 0.01 adder to permit operation with reactor steam dome pressure up to 15 pel below rated pressure from 90% to 100% CTP. Below 90% CTP, the 15 pel band requirement is not required (Reference 9). Unit Two has been approved for operating up to 15% (Reference

6) above equilibrium coastdown power level with allowanos for multiple control rods inserted. At End of Full Power Capability (EFPC) the generic EOOS/EOD MCPR operating limit MCPR penalty of 0.04 must be added to the operating limit MCPR in order to exceed equilibrium xenon coastdown power.

i Page 4 i

-O Quad Cities Unit 2 Cycle 15 I

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.i QUAD CITIES UNIT 2 CYCLE 15 MCPRt CURVE FOR MANUAL FLOW CONTROL FIGURE 4-1 O

Page 4-1 Quad C16es Unit 2 Cycle 15

Core Operating Limits Report i

May,1997

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Table 41 Automatic Flow Control MCPR, Results I

Rang Casa OLMCPR EOD/EOOS OLMCPR r

Core Flow i

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(% fated)

SER 9L1.Q ATTRIUM 9B QE2 M ATTRIUM-98 s.

i 108 1.58 1.53 1.48 1.62 1.57 1.52 3

30 2.95 2.85 2.80 3,02 2.92 2.88 i

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3.85 3.72 3.62 3.95 3.82 3.75 l

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I Core Oper: ting Limits Report May,1997 5.0 Analytical Methods The analytical methods used to determine the core operating limits shall be those

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previously reviewed and approved by the NRC in the latest approved revision or supplement of the topical reports describing the methodology. For Quad Cities Unit 2, the topcal reports are:

(1)

GE Document, NEDE 24011 P A ' General Electric Standard Application for Reactor Fuel,' (latest approved revision).

(2)

Commonwealth Edison Topical Report NFSR 0091,

• Benchmark of BWR Nuclear Design Methods,' (latest approved revision).

(3)

Commonwealth Edison Topical Report NFSR 0091 Supplement 1 " Benchmark of CASMO/MICROBURN BWR Nuclear Design Methods", (As Supplemented)

(4)

SPC document.

• Application of the ANFB Critical Power Correlation to Coresident GE Fuel for Quad Cities Unit 2 Cycle 15", EMF 96 051(P), May, 1996.

O Page 5 (VD Ouad Cities Unit 2 Cycle 15

May,1997 i

i LO Atlashments l

,. Quad Cities Unit 2 Cycle 15 Reload Analysis l

. Quad Cities Unit 2 Cycle 15 Plant Transient AnaWs t

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Page 6 Quad Cities Unit 2 Cycle 15 t

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O COLR ATTACHMENT 1 Q2C15 RELOAD ANALYSIS, EMF-96-177 REV. 2, O

NDIT972069 4

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NUCLEAR PUEL SERVICES DEPARTMENT i

' NUCLEAR DE51GN INPORM AT10N TRAN5 MITT AL 3 5APHYREATW Onsinating Organiaanien MNT No.

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O NON 5 APE 1T RELATED D Nuclear Fuel Servisen llev No.

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Method and Schedule of Venficsson for Unvenried NDITa:

Descripman ofinfonumenen SPC in,mnion Docenent. EMF % 177. Rev. 2. Q2Cl3 Reload Analyens Daouement Pugene of lefonnamon EMF.%I77 Res. 2 wan provided as pen of the Q2Cl3 Reload I.acenanag Desumisnes per SPC leemt JHRMit0 EMF %I77. Rev. 2 suppens Q2Cl3 operneirui TMs NDif revisen EMF %I77 Rev.1. NDl197009 due to a change so the MCPREL NDf797009 should be nahened an " SUPER $tDED".

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