CY-05-012, Final Safety Analysis Report February 2005 Update RACY-04-012 Insert Instructions
| ML050460210 | |
| Person / Time | |
|---|---|
| Site: | Haddam Neck File:Connecticut Yankee Atomic Power Co icon.png |
| Issue date: | 02/03/2005 |
| From: | Connecticut Yankee Atomic Power Co |
| To: | Document Control Desk, NRC/FSME |
| References | |
| +kBR1SISP20060124, FOIA/PA-2005-0203, RACY-05-012 | |
| Download: ML050460210 (15) | |
Text
Connecticut Yankee Atomic Power Company Date of Distribution: 2-3-05 Notice of Receipt of UFSAR Change No.: 05-01 U.S. Nuclear Regulatory Agency Copy No.: Document Control rccv 4 UNCONTROLLED Please revise your controlled copy per instructions below:
INSERT: Update your controlled manual, using the attached insertion instructions (February 2005 Update RACY-05-012 Insertion Instructions)
ATTACH:
REMOVE:
REPLACE I have read and am aware of the provisions of the above listed documents. This acknowledges receipt of the revisions listed above. In addition, all superseded pages have been removed and destroyed.
Signature: Date:
Please Return This Sheet to the Administrative Office, Connecticut Yankee, 362 Injun Hollow Rd.
East Hampton, CT 06424, Within Thirty (30) Days.
Reference:
(Emergency Plan Procedures) ACP 1.2-6.1 IOCFR50.4 (a) (5) Rev. 20
HADDAM NECK PLANT ,
Final Safety ANALYSIS REPORT February 2005 Update RACY-05-012 Insert Instructions Please revise your controlled copy per instruction below:
Remove Page Effective Insert Page Effective Justification Number(s) Date Number(s) Date List of Effective November List of Effective February Admin.
Pages, pages EP-1 2004 Pages, Page EP-1 2005 Change through EP-6 through EP-6 Table 3.2-1,Page 1 July 2002 Table 3.2-1, Page February LBDCR 40 of 2 1 of 2 2005 Page 9.1-4 February Page 9.1-4 February LBDCR 42 2004 2005 Table of Content February Table of Content February LBDCR 44 Chapter 11, Page 2004 Chapter 11, Page 2005 11-i 11-i Chapter 11, List of February Chapter 11, List of February LBDCR 44 Tables, Page 11-ii 2002 Tables, Page 11-li 2005 Pages 11.4-1 February Pages 11.4-1 February LBDCR 44 through 11.4-4 2004 through 11.4-3 2005 Table 11.4-1, page January None -- LBDCR 44 I of 1 1998 I I I
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES Page, Table or Fiqure Front Matter Revision Date Page EP-1 through EP-6 November 2004 Pages i, ii July 2002 Page iii July 2000 Title Page 0 Page, Table or Figure Chapter 1 Revision Date Page 1-i February 2004 Page 1-ii January 1998 Page 1.1-1 July 2002 Page 1.1-2 August 2004 Page 1.1-3 July 2002 Table 1.1-1 February 2004 Page 1.2-1 July 2002 Pages 1.2-2 through 1.2-3, 1.3-1, 1.4-1, 1.4-2 February 2004 Page 1.5-1 July 2002 Page 1.5-2 July 2000 Page, Table or Figure Chapter 2 Revision Date Page 2-i November 2UU4.
YU Pages 2-ii through 2-iii July 2000 Page 2-iv November 2004 Page 2.1-1 through 2.1-6 November 2004 Tables 2.1-1 July 1998 Figure 2.1-1 July 2002 Figure 2.1-2 January 1998 Figure 2.1-3 November 2004 Figure 2.1-4 April 2003 Figure 2.1-6 January 1998 Page 2.2-1 July 2002 Page 2.2-2 July 2000 Pages 2.2-3 through 2.2-4 January 1998 Page 2.3-1 July 2002 Pages 2.3-2 through 2.3-4 January 1998 Page 2.3-5 July 2000 Page 2.3-6 January 1998 Page 2.3-7 July 2000 Pages 2.4-1 through 2.4-2 July 2002 Pages 2.4-3 through 2.4-8 July 2000 Page 2.4-9 July 2002 EFFPG EP-1 of EP-6 February 2005
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES Page 2.4-10 July 2000 Tables 2.4-1 through 2.4-3B January 1998 Figure 2.4-1 June 2003 Page 2.5-1 July 2002 Pages 2.5-2 through 2.5-16 January 1998 Page 2.5-17 July 2000 Page 2.5-18 January 1998 Pages 2.5-19 through 2.5-20 July 2000 Page 2.5-21 January 1998 Page 2.5-22 July 2000 Page 2.5-23 July 2002 Pages 2.5-24 through 2.5-26 January 1998 Tables 2.5-1 through 2.5-3 January 1998 Figures 2.5-1 through 2.5-4 January 1998 Page, Table or Figure Chapter 3 Revision Date Pages 3-i through 3-ii July 2002 Page 3-iii July 2000 Page 3-iv July 2002 Pages 3.1-1 through 3.1-4 July 2000 Page 3.1-5 July 2002 Page 3.1-6 July 2000 Page 3.2-1 July 2000 Page 3.2-2 July 2002 Page 3.2-3 July 2000 Table 3.2-1 (Page 1 of 2) February 2005 Table 3.2-1 (Page 2 of 2) July 2000 Page 3.3-1 July 2002 Page 3.3-2 July 2000 Page 3.3-3 January 1998 Page 3.4-1 July 2002 Page 3.4-2 July 2000 Page 3.5-1 July 2000 Page 3.5-2 July 2002 Page 3.5-3 July 2000 Page 3.7-1 July 2002 Pages 3.7-2 through 3.7-3 July 2000 Page 3.7-4 July 2002 Page 3.7-5 July 2000 Pages 3.7-6 through 3.7-7 July 2002 Pages 3.7-8 through 3.7-9 July 2000 Page 3.7-10 July 2002 Page 3.7-11 July 2000 EFFPG EP-2 of EP-6 February 2005
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES I Page 3.7-12 July 2002 Page 3.7-13 July 2000 Page 3.7-14 July 2002 Tables 3.7-1 through 3.7-2 July 2000 Figures 3.7-1 through 3.7-7 January 1998 Figure 3.7-8 July 2002 Pages 3.8-1 November 2004 Page 3.8.2 February 2004 Page 3.8-3 July 2000 Figure 3.8-2 July 2000 Pages 3.9-1 through 3.9-2 July 2000 Pages 3.10-1 through 3.10-2 July 2000 Page, Table or Figure Chapter 4 Revision Date Pages 4-i through 4-iii January 2000 Page 4.1-1 July 2002 Table 4.1-1 January 2000 Page 4.2-1 July 2002 Pages 4.2-2 through 4.2-3 January 1998 Page 4.2-4 January 2000 Page 4.2-5 January 1998.
K> Page 4.2-6 January 2000 Figure 4.2-1 (Sheets 1 and 2) January 1998 Figure 4.2-2 (Sheets 1 and 2) January 1998 Figure 4.2-3 (Sheets 1 and 2) January 1998 Figure 4.2-4 (Sheet 1) January 1998 Figure 4.2-5 (Sheets 1, 2 and 3) January 1998 Page 4.3-1 January 2000 Page 4.3-2 July 2002 Page 4.3-3 January 1998 Page, Table or Fiqure Chapter 5 Revision Date Page 5-i July 2002 Page, Table or Figure Chapter 6 Revision Date Page 6-i August 2004 Page 6-ii July 2000 Page 6.1-1 July 2002 Page 6.2-1 July 2002 Page 6.2-2 August 2004 Table 6.2-1 July 2002 EFFPG EP-3 of EP-6 February 2005
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES I Page, Table or Figure Chapter 7 Revision Date Page 7-i February 2004 Page 7.1-1 July 2002 Page 7.1-2 January 2000 Page 7.2-1 February 2004 Page 7.2-2 January 2000 Page, Table or Figure Chapter 8 Revision Date Page 8-i February 2004 Page 8-ii December 1999 Page 8.1-1 December 1999 Figure 8.1-1 November 2004 Figure 8.1-2 November 2004 Page 8.2-1 November 2004 Pages 8.3-1 through 8.3-2 December 1999 Page 8.3-3 February 2004 Page, Table or Figure Chapter 9 Revision Date Page 9-i February 2004 Pages 9-ii through 9-iii July 2002 Page 9.1-1 February 2004 Pages 9.1-2 through 9.1-3 February 2004 Page 9.1-4 February 2005 Page 9.1-5 June 2004 Pages 9.1-6 through 9.1-11 February 2004 Table 9.1-1 July 2002 Figure 9.1-1 (Sheet 1) February 2004 Figure 9.1-1 (Sheet 2) July 2000 Figure 9.1-1 (Sheet 3) July 2000 Figure 9.1-2 January 1998 Figure 9.1-3 February 2004 Figure 9.1-4 February 2004 Page 9.4-1 January 1998 Page 9.4-2 July 2000 Page 9.4-3 August 2004 Figure 9.4-1 July 2000 Page 9.5-1 July 2002 Page 9.5-2 February 2004 Page 9.5-3 July 2000 Page 9.54 July 2002 Page 9.5-5 July 2000 Pages 9.5-6 through 9.5-10 July 2002 EFFPG EP4 of EP-6 February 2005
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES Page, Table or Figure Chapter 10 Revision Date Page 10-i July 2002 Page, Table or Figure Chapter 11 Revision Date Page 11-i February 2004 Pages 11-ii through 11-iii July 2000 Page 11.1-1 July 2002 Page 11.2-1 February 2004 Page 11.2-2 February 2004 Page 11.2-3 February 2004 Figure 11.2-1 February 2004 Pages 11.3-1 through 11.3-3 July 2002 Pages 11.4-1 through 11.4-3 February 2005 Page 11.5-1 August 2004 Page 11.5-2 July 2000 Page 11.5-3 November 2004 Page 11.54 'August 2004 Page 11.5-5 July 2000 Tables 11.5-1 through 11.5-2 July 2002 Page, Table or Figure Chanter 12 Revision Date Page 12-i February 2004 Page 12.1-1 March 1998 Page 12.1-2 July 2000 Pagesl2.3-1 through 12.3-2 February 2004 Pages 12.5-1 through 12.5-4 July 2002 Page 12.5-5 March 1998 Paqe, Table or Figure Chapter 13 Revision Date Page 13-i July 2002 Page 13.1-1 February 2004 Page 13.1-2 July 2002 Page 13.2 July 2002 Pages 13.3-1 through 113.3-2 July 2002 Page 13.4-1 July 2002 Pages 13.5-1 through I13.5-2 July 2002 Page 13.6-1 March 2000 Page 13.6-2 July 2002 EFFPG EP-5 of EP-6 February 2005
HADDAM NECK PLANT UFSAR LIST OF EFFECTIVE PAGES Page, Table or Figure Chapter 14 Revision Date Page 14-i July 2002 Page, Table or Figure Chapter 15 Revision Date Page 15-i February 2004 Page 15-ii February 2000 Page 15.1-1 February 2004 Page 15.1-2 February 2000 Page 15.2-1 July 2002 Page 15.2-2 February 2000 Page 15.2-3 July2002 Page 15.2-4 February 2004 Pages 15.2-5 through 15.2-6 February 2004 Tables 15.2-1 through 15.2-2 February 2000 Table 15.2-3 January2000 Tables 15.2-4 through 15.2-5 February 2000 Table 15.2-6 July 2002 Table 15.2-7 February 2000 Page, Table or Figure Chapter 14 Revision Date Page 16-i January 1998 Page 16.1-1 January 1998 Page, Table or Figure Chapter 14 Revision Date Page 17-i January 1998 Page 17.1-1 July 1998 EFFPG EP-6 of EP-6 February 2005
HADDAM NECK PLANT UFSAR TABLE 3.2-1 CLASSIFICATION OF OPERABLE STRUCTURES, SYSTEMS, AND COMPONENTS HADDAM NECK NUCLEAR POWER PLANT Quality Classification Seismic / Quality Classification Codes and Codes and Standards t " Current Defueled Current Ucensing Seisnic Structures, Standards(2) Used in RG 1.29 ° Original (4)
Systems, Components RG 1.263) Plant Design Classification Plant Design Requirements Design Spent Fuel Pool Cooling System "A" Spent Fuel Pool Heat ASME IlIl ASME VIII Category I .03g Category 1(6) .17g Exchanger Class 3 (1962) and Code Case 1270N, ASME 111(1974)-
Class 3
'B" Spent Fuel Pool Heat ASME Ill ASME III Category I .17g Category Il") .17g Exchanger Class 3 Class 3 "A" Spent Fuel Pool Pump ASME Ill ASA B16.5 Category I .03g°) Category 1(6) .17g Class 3 Standards of the Hydraulic Institute NEMA Standard MGI-1963 Spent Fuel Pool Pump ASME IlIl Standards of Category I .17g Category l(6) .17g Class 3 the Hydraulic Institute (Per spec SP-CE-218)
Piping and Valves ASME IlIl ASA B31.1 Category I 0.1 7g Category() .17g Class 3 (1955)
Structures Spent Fuel N/A ACI 318 Category I 0.17g Category I .21g/)
Building &Yard Crane (1963) (pool concrete structure only)
AISC (6th Category Il/i .21ga)
Edition) (remainder of building & yard crane)
Spent Fuel Racks (Region 1, 2) N/A AISC Category I 0.17g Category I .21g~e)
(6 th Edition)
Spent Fuel Racks (Region 3) AISC Category I 0.17g Non-QA NA (6 thEdition)
"A" Makeup Water Storage N/A ACI 318 Category I 0.03g None NA Tank Foundation AISC (6a Edition)
Containment N/A ACI 318 Category I 0.17g Category I .17g (1963) (transfer tube portion only and AISC (6t Edition) structural support bracket for yard crane)
LBDCR40 Page 1 of 2 February 2005 3S2TB1 feb05
HADDAM NECK PLANT UFSAR pool level could not be gravity-drained below the spent fuel pool pump suction line which penetrates the spent fuel pool wail approximately 13 ft above the top of the fuel assemblies stored in the pool.
Two skimmer pumps, each with an associated dedicated suction line, are located in the spent fuel pool cooling pump cubical. The two skimmer pumps share a common power supply through a manual transfer switch so that only one pump may be operated at any time. The skimmer suction lines are located on the south end of the SFP and draw water from just below the SFP surface. Both skimmer pumps discharge into a common pump discharge header.
Two filter assemblies in parallel are located downstream of the pump discharges. The filter assemblies remove particulates from the flow stream and contain the necessary valving so that one filter may be isolated and changed while the other filter is in operation.
Skimmer filter effluent may either be returned directly to the north end of the SFP or diverted to the inlet of the Spent Fuel Pool Demineralizers (1-10-1A & B), located on elevation 35' 6" in radiation shields. Effluent from the Spent Fuel Pool demineralizers may either returned directly to the SFP or diverted to the inlet of the Annulus Flush demineralizers. The Annulus Flush demineralizers are submerged in the SFP and provide additional purification of SFP water. The effluent from the Annulus Flush demineralizers is injected between the fuel transfer cask and Transportable Storage Canister (TSC) during fuel transfer operations to minimize the amount of contamination on the external TSC surfaces.
The resin for the Spent Fuel Pool demineralizers is housed in disposable demineralizer vessels which are pre loaded with resin prior to installation into their associated shields. When the resin in a vessel is depleted, it is dewatered within the vessel and shipped within the vessel to a licensed disposal facility. This configuration eliminates the need to slurry spent resin to another container and minimizes the likelihood of a resin spill.
The process and instrumentation diagram for the spent fuel pool cooling system is shown on Figure 9.1-1. The figure indicates that the majority of the system has been categorized as Operable and Available using the definitions in Section 1.1 9.1.3.3 Safety Evaluation Safety evaluations of the spent fuel pool cooling system can be found in References 9.1-4 and 9.1-6. A synopsis of the Reference 9.1-4 safety evaluation is provided in the following paragraphs.
The portions of the system categorized as Operable include the pool, cooling loops, and filtration loops. In order to meet the maximum pool temperature limits and operability requirements for the system pumps and the plate heat exchanger, these portions of the system must remain in the Operable category. Maintaining these portions of the system in the Operable category will satisfy applicable regulatory and operability requirements.
The Available portions of the system include the spent fuel building floor drains, sump, and sump pumps. There are no regulatory requirements applicable to the spent fuel building sump, but the sump is needed as a low point drain for the spent fuel building and the system components. Therefore, the spent fuel building sump is categorized as Available. Maintaining this portion of the system Available will satisfy applicable regulatory and operability requirements.
9.1.4 Fuel Handling System 9.1.4.1 Design Bases Instructions, safety limits and conditions, and the design of the fuel handling equipment LBDCR #42 9.1 .4 February 2005
HADDAM NECK PLANT UFSAR CHAPTER 11 TABLE OF CONTENTS CHAPTER TITLE PAGE 11.0 RADIOACTIVE WASTE MANAGEMENT ................................................. 11.1-1 11.1 SOURCE TERMS .................................................... 11.1-1 11.2 LIQUID WASTE MANAGEMENT SYSTEMS ........................................... 11.2-1 11.2.1 Design Bases ............... 11.2-1 11.2.2 System Description ............... 11.2-1 11.2.3 Radioactive Releases ............... 11.2-2 11.2.4 Safety Evaluation ............... 11.2-2 11.2.5 Disposition of Discharge of Discharge Canal Dredging Spoils On-Site.....11.2-3 References .................................................... 11.2-4 11.3 GASEOUS WASTE MANAGEMENT SYSTEM ......................................... 11.3-1 11.3.1 Design Bases .................................................... 11.3-1 11.3.2 System Description .................................................... 11.3-1 11.3.3 Radioactive Releases .................................................... 11.3-1 11.3.4 Safety Evaluation .................................................... 11.3-2 References .................................................... 11.3-3 11.4 SOLID WASTE MANAGEMENT SYSTEM ............................................... 11.4-1 11.4.1 Design Bases .............................................. 11.4-1 11.4.2 System Description .............................................. 11.4-1 References .............................................. 11.4-3 11.5 PROCESS AND EFFLUENT RADIOLOGICAL MONITORING ................ 11.5-1 11.5.1 Design Bases .............................................. 11.5-1 11.5.2 System Description .............................................. 11.5-1 11.5.3 Safety Evaluation .............................................. 11.5-4 References................................................................................. 11.5-5 LBDCR #44 11-i February 2005
HADDAM NECK PLANT UFSAR CHAPTER 11 LIST OF TABLES TABLE NUMBER TITLE 11.4-1 DELETED 11.5-1 Liquid and Gaseous Process Radiation Monitor Channels, Channel Sensitivities 11.5-2 Liquid and Gaseous Process Radiation Monitor Channels, Channel Operating Ranges LBDCR #44 1 1-ii February 2005
HADDAM NECK PLANT UFSAR 11.4 SOLID WASTE MANAGEMENT SYSTEM The function of the solid waste system is to receive, concentrate, solidify (as necessary) package, collect and store radioactive wastes that result from plant operation, maintenance and decommissioning activities.
11.4.1 Design Bases The radioactive solid waste system is designed to:
(1) Package radioactive solid wastes for off-site shipment and disposal in accordance with the applicable Nuclear Regulatory Commission and Department of Transportation (DOT) regulations. DOT approved steel or high integrity liners and shipping containers are used for the packaging of dry solid wastes, solidified liquid waste, spent resins, and spent filter cartridges.
(2) Achieve system safety compliance requirements by the equipment layout, shielding, accurate radiation and process monitoring, and remotely operated and reliable equipment.
(3) Contain selected equipment and storage capacities which meet the station's solid waste processing requirements.
(4) DELETED (5) Hold Dry Activated Waste (DAW) in the Radwaste Reduction Facility (RRF).
The capacity of the RRF is dependent upon:
a) the wastes generated, and b) waste volume reduction techniques employed.
(6) Collect and store dried spent filter cartridges and/or other similar dried radioactive waste in on-site storage containers.
(7) Collect and store DAW in Sea/Land type containers (8) Store three canisters of Greater Than Class C radioactive waste in three concrete casks on the ISFSI pad.
11.4.2 System Description The solid waste system receives radioactive dry solid wastes produced during operation, maintenance and decommissioning activities of the HNP. The solid waste system is equipped to provide interim storage for the radioactive solid wastes prior to off-site shipment and disposal.
The types of wastes handled and processed by the solid waste system include the following:
(1) Demineralizer spent resins 11.4-1 February 2005 LBDCR #44
HADDAM NECK PLANT UFSAR (2) Expended cartridge filter elements (3) Contaminated dry wastes consisting of air filters, miscellaneous paper, rags, etc., from contaminated areas; contaminated clothing; tools and equipment parts; and solid laboratory wastes.
The estimated volumes and the activities and isotopic contents of solid wastes are given in Reference 11.2-1, the Annual Radioactive Effluent and Waste Disposal Report.
11.4.2.1 Handling of Spent Resins Spent resins from radioactive demineralizers are slurried to spent resin shipping containers (i.e., disposal liner or high integrity container) using temporary equipment and plant procedures.
The shipping container is made ready for storage and eventual shipping. It is stored in a cask on site.
Spent resins generated from the Spent Fuel Pool purification process are handled as described in Section 9.1.3.2.
11.4.2.2 Handling of Expended Filter Cartridges Liquid filters from the spent fuel pool and the waste liquid system are removed from service when the pressure drop across the filters become excessive or the radiation level exceeds a prescribed maximum. The filter cartridges are removed from the filter housing with long-handled tools by personnel protected by a filter removal shield. The expended filter cartridges are lifted into the filter removal shield and transferred to a high integrity container.
11.4.2.3 Handling of Dry Solid Wastes Contaminated DAW and metallic materials are placed into suitable transport packages such as steel boxes or Sea/Land containers, for storage and transport to a waste processor and/or disposal. Equipment too large to be handled in this way are first cut into small pieces before placement in the packages.
11.4.2.4 GTCC Waste Storage The GTCC waste is stored in three stainless steel canisters which have been evacuated of water, filled with helium and welded shut. Each canister is stored within a concrete cask on the ISFSI pad. The canister and casks are described in reference 11.4.1.
11.4-2 February 2005 LBDCR #44
HADDAM NECK PLANT UFSAR REFERENCES 11.4-1 NAC-MPC Final Safety Analysis Report (FSAR), Docket 72-1025 11.4-3 February 2005 LBDCR #44