LD-95-015, Transmits Corrected Page for Incorporation Into Sys 80+ DCD Revs

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Transmits Corrected Page for Incorporation Into Sys 80+ DCD Revs
ML20082B020
Person / Time
Site: 05200002
Issue date: 03/27/1995
From: Brinkman C
ABB COMBUSTION ENGINEERING NUCLEAR FUEL (FORMERLY, ASEA BROWN BOVERI, INC.
To:
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
LD-95-015, LD-95-15, NUDOCS 9504040329
Download: ML20082B020 (4)


Text

~

. 7 l ABB March 27,1995 LD-95-015  ;

Docket No. 52 002 Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555

Subject:

System 80+'" Design Control Document Revisions

Reference:

[1] ABB-CE Letter LD-95-013," System 80& Design Control Document Revisions," dated March 24,1995.

Dear Sirs:

Revisions to the ABB-CE System 80+ Design Control Document were submitted for NRC review in Reference 1.

This letter transmits a corrected page for incorporation into the DCD. This change resolves an inconsistency in the footnotes to Table 9.3.41A. Margin bars adjacent to footnotes 1,7,8, and 10 distinguish this corrected page from that page previously forwarded with the revision package of Reference 1. The revision date of 2/95 has been retained for this revised page.

If you have any questions, please call me or Mr. Stanley Ritterbusch of my staff at (203) 285-5206.

Very truly yours, COMBUSTION ENGINEERING, INC.

fc C. B. Brinkman Director, Nuclear Systems Licensing CBB/vp

Attachment:

As stated cc w/ enclosure: See following page f_.- ,a ,.

ABB Combustion Engineering Nuclear Power cmm tvw,v; irc e o somsoo Teloptone (203) 688-1911 j!A*A88!;ggggggo, OC ' " " ~ "

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System 80+ DCD Distribution LD-95-015 Nuclear Reaulatory Commission:

- Mr. Stu Magruder NRR/ADAR/PDST MS O-1IH3 Mr. Goutam Baschi NRR/DE/ECGB MS O-7H15 Mr. Carl Berlinger NRR/DE/EELB MS O-7E4 Mr. Conrad McCracken NRR/DSSA/SPLB MS O-8DI Mr. Robert C. Jones NRR/DSSA/SRXB MS O-8E23 Mr. Richard J. Barrett NRR/DSSA/SCSB MS O-8H7 Mr. Edward J. Butcher NRR/DSSA/DRSS MS O-10E2 Mr. Matthew Chiramal NRR/DRCH/HICB MS O-8H3 Ms. Marylec M. Slosson NRR/DRCH/HHFB MS O-10D24

- Mr. R. Lee Spessard NRR/ DOTS /DOA MS M-3701 Me. Janice E. Moore OGC MS O-15B18 Mr. Richard W. Borchardt [2] NRR/ADAR/PDST MS O-llH3 NRb Document Control Desk One White Flint, Rockville NRC Public Document Room c/o OWF, Rockville Other Distribution 1 ,

Mr. Pete Lang Department of Energy Mr. Steve Stamm Stone & Webster, Boston Mr. Tom Crom DES 1, Charlotte Mr. Ernie Blake Shaw, Pittman, Potts & Trowbridge, Washington, DC Mr. Joe Egan Egan & Associates, Washington, DC ABB-CE Distribution:

Mr. Terry Rudek ABB-CE, Windsor ,

Mr. Charlie Brinkman ABB-CE, Rockville Office, Washington Mr. Joe Longo ABB-CE, Windsor Mr. Stan Ritterbusch ABB-CE, Windsor Mr. Virgil Paggen ABB-CE, Windsor Mr. Terrel Samuels ABB-CE, Windsor Mr. John Rec ABB-CE, Windsor Mr. Lyle Gerdes ABB-CE, Windsor Ms. Karen Gildea ABB-CE, Windsor System 80+ File Room ABB-CE, Windsor l

)

. System 80 + Design controlDocument Table 9.3 4-1 A Reactor Coolant Operating Limits Pre Core Hot initial Core Load Startup & Power Shutdown and Analysis FunctionalsVI and Criticality Operation Refueling pil (77'F) 3.8 - 10.4 4.5 - 10.5 4.5 - 10.5 3.8 - 10.5 Conductivity INote 2l [ Note 2] [ Note 2] [ Note 21 Ilydrazine 30-50 ppm"' 30-50 ppm"' l.5 x Oxygen ppm ---

(max. 20 ppm)

Ammonia"I 0-50 ppm 0-50 ppm 0-2 ppm 0 - 2 ppm Dissolved Gas --- - - -

[ Note 6] < 10 cc STP/kg(H 2O)

Lithium 1-2 ppm 0.2-2,2 ppm 0.2-2.2 ppm --

Ilydrogen ---

[ Note 7] 15-50 cc (STP)/kg <5 cc STP/kg(ll 20)

(110)

2 Oxygen 50.1 ppm 50.1 ppnff 50.1 ppm ---

Suspended SolidsD' <0.35 ppm, <0.35 ppm, <0.35 ppm, -

2 ppm max.Um 2 ppm max.US 2 ppm max.U" l Chloride 50.15 ppm 50.15 ppm s0.15 ppm s 0.15 ppm Fluoride 50.15 ppm s0.15 ppm 50.15 ppm s 0.15 ppm floron s Refueling s Refueling s Refueling s Refueling Concentration Concentration Concentration Concentration Sulfate 08 s 0.1 ppm s .05 ppm s .05 ppm s 0.1 ppm Notes:

Ul Special hot conditioning limits: Temperature > 350'F for 7-10 days. l 123 Consistent .vith pil additive concentration.

Di liydrazine is maintained at 30-50 ppm any time the RCS is less than 150*F.

l*3 Prior to exceeding 150*F during heatup or below 400'F during cooldown.

D' This parameter is used for problem diagnosis.

i Prior to a depressurization shutdown, reduce total gas to < 10cc(STP)/kg (110) 2 to limit the possibility for explosive mixtures.

I'l During the transition from post-core to operating, hydrogen should be maintained in the 15 to 25cc(STP)/kg l (110) range to minimize degassing requirements in case the reactor plant must be shutdown and 3

depressurized.

8 l ilydrogen should be < Scc (STP)/kg (110) 2 before securing the reactor coolant pumps. l M Not applicable during core load, w i U*

The abnormal condition of 0.35 to 2.0 ppm is permitted for up to 14 hours1.62037e-4 days <br />0.00389 hours <br />2.314815e-5 weeks <br />5.327e-6 months <br /> to allow for crud burst conditions. I l

l Approved Design Material. Ausiliary Systems (2/95) Page 9.3-67

____._ - -__ _ - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _ _ _ _ _ _ _ _ _ _ - -- _m---__.-- __ _ _ _ - _ _ _ _ _ . _ _ - _ -- -. -__ - _ _ - - _ _ -_- _ __ 1

System 80+ Design ControlDocument

Specifications Analysis Range"I Normal Abnormal Immediate Shutdown pl{ 4.5 - 10.5 -- --

Conductivity [ Note 2] -- --

Ilydrazine, ppm 1.5 x O2 Ppm"3 -- --

(max. 20 ppm)

AmmoniaHl. ppm 0-2 -- --

Lithium. ppm 0.2 - 2.203 -- --

flydrogen, cc (STP)/Kg 110 2 Power Operation 25 - 50 15 - 25 s5 Startup 15 - 25 -- --

Oxygen, ppm s 0.1 > 0.1 < l .0 Suspended Solids"I, ppm s 0.35 -- --

Chloride, ppm s 0.15 >0.15 > 1.5 Fluoride, ppm s 0.15 >0.15 >1.5 Boron, ppm < Refueling -- --

Concentration Sulfate"1. ppm s .05 -- --

Notes:

l VI 'Diis table expands upon operation specifications as depicted on Table 9.3.4-1 A.

121 Consistent with additive concentrations.

D' Prior to exceeding 150'F during startup.

"I This parameter is used for rapid problem diagnosis.

DI Consistent with plant lithium management program.

Approved Design Material- Auxiliary Systems (2/95) Page 9.3-68