ML14258A003

ISFSI - Response to Request for Additional Information Regarding Emergency Planning Exemption Request

ML14258A003
Person / Time
Site:	San Onofre
Issue date:	09/09/2014
From:	Thomas J. Palmisano Southern California Edison Co
To:	Document Control Desk, Office of Nuclear Material Safety and Safeguards, Office of Nuclear Reactor Regulation
References
TAC 3835, TAC 3836, TAC 3837
Download: ML14258A003 (100)

Text

Thomas I. Palmisano I EDISON SOUTHERN CALIFORNIA An EI)ISON INTERNATONAl " Cmpa n Vice President & Chief Nuclear Officer September 9, 2014 10 CFR 50.12 U. S. Nuclear Regulatory Commission ATTN: Document Control Desk Washington, D.C. 20555

Subject:

Docket No. 50-206, 50-361, 50-362, and 72-041 Response to Request for Additional Information Regarding Emergency Planning Exemption Request San Onofre Nuclear Generating Station, Units 1, 2, 3 and ISFSI

Reference:

(1) Letter from T. J. Palmisano (SCE) to the U.S. Nuclear Regulatory Commission (NRC) dated March 31, 2014;

Subject:

Docket Nos. 50-206, 50-361, 50-362, and 72-041, Emergency Planning Exemption Request, San Onofre Nuclear Generating Station, Units 1, 2, 3, and Independent Spent Fuel Storage Installation (2) Letter from T. J. Wengert (NRC) to T. J. Palmisano (SCE) dated August 27, 2014;

Subject:

San Onofre Nuclear Generating Station Units 1, 2 and 3, Request for Additional Information Re: Emergency Planning Exemption Request (TAC NOS 3835, 3836 and 3837)

Dear Sir or Madam:

By letter dated March 31, 2014 (Reference 1), Southern California Edison (SCE) submitted an exemption request from certain requirements of 10 CFR 50.47, "Emergency Plans," and 10 CFR Part 50, Appendix E, "Emergency Planning and Preparedness for Production and Utilization Facilities," for San Onofre Nuclear Generating Station (SONGS) Units 1, 2, and 3, and the Independent Spent Fuel Storage Installation (ISFSI). Granting the exemptions requested is necessary to support review and approval of a Permanently Defueled Emergency Plan and associated Emergency Action Levels both of which are being addressed separately.

By letter dated August 27, 2014 (Reference 2), the NRC requested additional information related to the proposed exemption request. The response to the NRC request for additional information is contained in Enclosure 1 to this letter. The response results in changes to the proposed exemptions of Reference 1. A revised exemption table is provided as Enclosure 2 to this letter. The conclusions of the no significant hazards consideration and environmental considerations contained in Reference 1 are not affected by, and remain applicable to, this revised request.

P.O. Box 12~8 San Clemente, CA 92672 (949) 368-6575 PAX 86575 Fax: (949) 368-6183 Tom. Palmisano@sce.com

Document Control Desk September 9, 2014 There is one new regulatory commitment in this submittal. See Enclosure 3 for details.

Should you have any questions, or require additional information, please contact Ms. Andrea Sterdis at (949) 368-9985.

I declare under penalty of perjury that the foregoing is true and correct.

Executed on 2-6 / 4-Sincerely, : Response to NRC Request for Additional Information Attachment A: SONGS Units 2 and 3 Fuel Management Records Attachment B: ORIGEN-ARP/ORIGEN-S input files : Modified Exemption Table, Emergency Planning Exemption Request : Regulatory Commitments cc: M. L. Dapas, Regional Administrator, NRC Region IV T. J. Wengert, NRC Project Manager, SONGS Units 2 and 3 R. E. Lantz, NRC Region IV, San Onofre Units 2 and 3 G. G. Warnick, NRC Senior Resident Inspector, SONGS Units 2 and 3 S. Y. Hsu, California Department of Public Health, Radiologic Health Branch

ENCLOSURE 1 Response to NRC Request for Additional Information Regarding Emergency Planning Exemption Request

NRC Request for Additional Information By letter dated August 27, 2014, the NRC provided Requests for Additional Information (RAIs) regarding Southern California Edison's (SCE's) Emergency Planning exemption request dated March 31, 2014. The following are the NRC RAIs and the SCE responses.

NRC RAI:

By letter dated March 31, 2014 (Agencywide Documents Access and Management System (ADAMS) Accession No. ML14092A332), Southern California Edison (SCE) requested exemptions from portions of Part 50 of Title 10 of the Code of FederalRegulations (10 CFR 50) for the San Onofre Nuclear Generating Station (SONGS) Units 1, 2 and 3 Radiological Emergency Response Plan. Specifically, SCE requested and [sic] exemption from certain emergency plan requirements of 10 CFR 50.47(b), 10 CFR 50.47(c)(2), and Section IV to Appendix E of 10 CFR 50. The requested exemptions would allow SCE to reduce emergency plan requirements and subsequently revise the SONGS Radiological Emergency Response Plan consistent with the permanently defueled condition of the reactors.

SONGS Unit 1 was permanently shutdown in 1992 and completed permanent defueling in March 1993. SCE actively decommissioned the facility, and most of the structures and equipment have been removed and disposed.

By letter dated September 12, 2013 (ADAMS Accession No. ML131640201), SCE submitted certification to the U.S.

Nuclear Regulatory Commission (NRC) indicating its intention to permanently cease power operations at SONGS Units 2 and 3 as of June 7, 2013, pursuant to 10 CFR 50.82(a)(1)(i). By letters dated June 28, 2013 and July 22, 2013 (ADAMS Accession Nos. ML13183A391 and ML13204A304, respectively), SCE submitted certifications to the NRC for the permanent removal of fuel from the Unit 2 and Unit 3 reactor vessels, pursuant to 10 CFR 50.82(a)(1)(ii). Upon docketing of certifications of the permanent cessation of power operations and for the permanent removal of fuel from the reactor vessels pursuant to 10 CFR 50.82(a)(1)(ii), the 10 CFR Part 50 licenses for SONGS Units 2 and 3 no longer authorize operation of the reactors, or emplacement or retention of fuel into the reactor vessels, as specified in 10 CFR 50.82(a)(2).

In reviewing the request for exemption, the NRC staff used precedent from past emergency preparedness (EP)-related decommissioning exemption reviews, including the reviews submitted for the EP rule changes effective November 23, 2011. The staff also informed our review with guidance and regulations applicable to an Independent Spent Fuel Storage Installation. The staff also considered the analysis described in NUREG-1 738, "Technical Study of Spent Fuel Pool Accident Risk at Decommissioning Nuclear Power Plants," February 2001 (ADAMS Accession No. ML010430066).

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Based on the NRC staffs initial review of SCE's March 31, 2014, EP exemption request, the following draft requests for additional information (RAIs) are required to facilitate completion of the staffs technical review:

Note: In the following RAIs, bold strikc out text indicates the requested exemption from rule language. Item numbers are the numbers in the left hand column in Table 1 of Enclosure 2 of the application.

(MF3835) RAI-001 The basis for exemption of Item 1 in Table 1 (Enclosure 2) is generic and does not state specifically why SONGS should be considered for exemption. Similarly, the following item numbers also contain only generic information in the basis for exemption: 3, 4, 5, 9, 11, 17, 18, 20, 23, 25, 26, 32, 43, 48 and 49. Please provide justifications specific to SONGS for granting the exemptions listed above.

SCE Response:

SONGS exemption request dated March 31, 2014 (Reference 1) provided a table of proposed exemptions and associated justifications (Reference 1, Enclosure 2, Table 1), hereafter referred to as the proposed exemption table. Enclosure 2 of this submittal contains a modified version of SONGS proposed exemption table, hereafter referred to as the modified exemption table. The first column of the modified exemption table shows the requested exemptions as modified by this RAI response. The second column shows the modified bases for requesting exemption. Note that the modified exemption table includes only those elements affected by RAIs but does not withdraw SCE's request for the remaining elements of the proposed exemption table.

The modified exemption table provides a revised basis for exemption, including information specific to SONGS, for Item 1 of the proposed exemption table. As noted in the response to RAI-002, the site-specific bases for most of the proposed exemptions is the same. That is, no currently applicable Design Basis Accident (DBA) has dose consequences in excess of requirements and the heat-up rate for beyond design basis event meets noted regulatory guidance.

In addition, the modified exemption table provides information specific to SONGS, including a revised basis for exemption for items 3, 4, 5, 9, 11, 17, 18, 20, 23, 25, 26, 32, 43, 48 and 49 of the proposed exemption table.

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(MF3835) RAI-002 The basis for exemption of Item 1 in Table 1 (Enclosure 2) does not address design-basis accidents (DBAs). Please provide a discussion justifying that no currently applicable DBA will exceed U.S. Environmental Protection Agency (EPA)

Protective Action Guides.

SCE Response:

Reference 1, Enclosure 1, Section 3 addresses Design Basis Accidents at SONGS by providing a summary of the limiting currently applicable DBA and the resulting dose consequences. That discussion demonstrates that the dose consequences at the Exclusion Area Boundary from the remaining applicable DBAs, calculated as of August 2013, are within the applicable regulatory limits, including the U.S. Environmental Protection Agency (EPA) Protective Action Guides. All applicable DBAs (listed below) were updated. The DBAs can be effectively grouped as Radioactive Waste Gas Releases, Fuel Handling Accidents, Load Handling Events and Spent Fuel Pool Boiling Events. The limiting DBA results from a dose perspective are summarized in Reference 1, Enclosure 1 Section 3 as previously noted. Further, results from beyond design basis events are also addressed. The site-specific justification in Item 1 of the Exemption Table was clarified to better reflect SONGS treatment of both DBA and Beyond DBA events. It is worth noting that the DBA doses and adiabatic heat-up timing are the key plant-specific results upon which most of the proposed exemptions are based. This will be noted as appropriate in the modified Table.

CURRENTLY APPLICABLE DESIGN BASIS ACCIDENTS 15.7.3.1 Radioactive Waste Gas System Leak or Failure 15.7.3.2 Radioactive Waste System Leak or Failure (Release to Atmosphere) 15.7.3.3 Postulated Radioactive Releases Due to Liquid Tank Failures 15.7.3.4 Design Basis Fuel Handling Accident Inside Fuel Building 15.7.3.5 Spent Fuel Cask Drop Accidents 15.7.3.7 Test Equipment Drop 15.7.3.8 Spent Fuel Pool Boiling Accident 15.7.3.10 Spent Fuel Assembly Drop 15.7.3.11 Use of Miscellaneous Equipment Under 2000 lbs.

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(MF3835) RAI-003 Item 29 in Table 1 (Enclosure 2) states the following: "Appendix E.IV.D.3: A licensee shall have the capability to notify responsible State and local governmental agencies within 15 minutes promptly (within 60 minutes) after declaring an emergency."

The NRC staff cannot approve the addition of rule language via an exemption, only by issuing rulemaking. Please provide the site-specific justification for extending the notification time beyond 15 minutes, including the notification time to which SONGS will be committed to.

SCE Response:

SCE has revised Item 29 of the proposed exemption table. The changes provided in the modified exemption table, Item 29, remove the previously proposed text in the left-hand column referring to a 60-minute notification requirement, provide a site-specific justification for the exemption is provided, and reference a proposal for a 60 minute limit for notifications in the Permanently Defueled Emergency Plan.

(MF3835) RAI-004 Item 40 in Table 1 (Enclosure 2) contains no justification for deletion of "Civil Defense" and "local news media persons".

Please provide site-specific justification for exempting these requirements.

SCE Response:

The modified exemption table, Item 40, provides a site-specific justification for the deletion of "Civil Defense" and "local news media persons."

(MF3835) RAI-005 Justifications for Items 46 and 47 in Table 1 (Enclosure 2) state: "see basis for section IV.2." The basis for section IV.2 states "see basis for 50.47(b)(10)." Please provide specific justification for these two items or reference the correct section.

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SCE Response:

Items 46 and 47 of the proposed exemption table address State and local participation in ingestion pathway Emergency Planning Zone (EPZ) and plume exposure pathway EPZ exercises. The plume exposure pathway EPZ and the ingestion pathway EPZ would be eliminated by the proposed exemption to 10 CFR 50.47(c)(2), described in Item 10 of the proposed exemption table.

The modified exemption table provides justifications for Items 46 and 47 that refer to the basis for exemption from Item 1, 10 CFR 50.47(b), as modified in response to RAIs 1 and 2, above. The modified basis for Item 1 provides design basis and beyond-design-basis accident analysis results justifying that the offsite emergency planning requirements are no longer necessary.

(MF3835) RAI-006 10 CFR SONGS Request Wording Past Precedent Wording 50.47(b)(10) A range of protective actions has ben* A range of protective actions has been deeloped for the plume exposure pathway EPZ developed for the plume exposure pathway EPZ for emergency workers and the public. in for emergency workers and the public. In developing thus range- of acotions, consideration developing this range of actions, consideration has been given to evacuation, sheltering, and as has been given to evacuation, sheltering, and as a supplement to these,the prolphelactic. use of a supplement to thesc,the prOphelactic use of potssumiieid (I),asapf~piae.petassiumed4Ke(K),as apffwprate.

by applicants and licensees. Licensees sha by applicants and licensees. Licensees shl update the evacuation time estimates on-a update the evacuation time estimates on-a periodic basis. Guidelines for the choice of periodic. basis. Guidelines for the choice of protec~tive actions durn an emergency, protective actions during an emergency, conslistent with Federal guidance, are developed consistent with Federal guidance, are developed and in place, and protective actions forVthe andin place, and protective acItions for th ingstion exposure pathway EPZ appropriate to i ngestion exposure pathw~ay EPZ appropriate to thelcale have been developed, the locale have been developed.

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Although formal offsite radiological EP plans have typically been exempted for decommissioning sites, offsite organizations continue to be relied upon for firefighting, law enforcement, ambulance and medical services in support of the licensee's (onsite) emergency plan. Additionally, the licensee is responsible for control of activities in the Exclusion Area, including public access. Please provide further justification as to why this requirement would not be applicable based on the context described above.

SCE Response:

The intent of the originally requested exemption was to continue to rely on State and local organizations for firefighting, law enforcement, ambulance, and medical services as needed for events at the site without the need for these organizations to provide formal offsite radiological emergency response. Agreements have been executed with offsite organizations, and will be modified as necessary to reflect the proposed Permanently Defueled Emergency Plan, to provide for support of the SONGS Emergency Plan in the form of Letters of Agreement (LOA). The LOAs will continue to be required per 10 CFR 50.47(b)(3) and applicable details are provided as Appendix 3 of the SONGS proposed Permanently Defueled Emergency Plan, provided as Enclosure 2 of Reference 2. Additionally, SCE will continue to control activities, including public access, within the Exclusion Area Boundary in accordance with applicable regulations and the current SONGS licensing basis.

SCE agrees with the revised 'past precedent' wording the NRC provided in its RAI. Therefore, SCE has revised the originally requested exemption for portions of 10 CFR 50.47(b)(10) as shown in the modified exemption table, Item 9.

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(MF3835) RAI-007 10 CFR SONGS Request Wording Wording Based on Recent EP Rule SOC Appendix By June 23,2014 Identification of, and a By June 23,2014 Identification of, and-a E.IV.A.7 des.lpti*n*of the assistance expected from desriptin-"of the assistance expected from appropriate State, local, and Federal agencies appropriate State, local, and Federal agencies with responsibilities for coping with emergencies, with responsibilities for coping with including hostile action at the site. Foe emergencies, including hostile action at the purposes of this appendix, "hostille action"i site. For purposes of this appendix, "hostl defined as an act directed toward a nucler action" is defined as an act directed toward a power plant or its personnel that includes the nuclear power plant or its personnel that violent,-f .. destr

,to qu,... nt., ,-,take includes the violent force to destroy hostages, and....r intimi.-dat-,e t.h, *ie ensee to equipment, take hostages, and/or intimidate

.,.n.- an......., Thi n.,..',,.u, a,,k by air-, the licensee to achieve an end. This includes land, Or water us.ing guns, explosie attack by air, land, or water using guns, projectiles, vehicles or other de.ices u 4to explosives, projectiles, vehicles or other deliver destructive f.rce. devices used to deliver destructive force.

Although the NRC has previously exempted decommissioning reactors from "hostile action" enhancements based on the applicability of the new EP Rule (as stated in the Statement of Considerations), some EP requirements for events are maintained, such as the classification of security-based events, notification of offsite authorities, and coordination for the response of offsite response organizations (i.e., firefighting, medical assistance) onsite. Please revise the requested exemption accordingly or provide further justification for exemption.

SCE Response:

SCE is revising the requested exemption from Appendix E to 10 CFR Part 50, IV.A.7, consistent with the NRC RAI

('Wording Based on Recent EP Rule SOC'). The modified exemption table, Item 21, provides the revised markup and provides additional justification.

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(MF3835) RAI-008 10 CFR 50 SONGS Request Wording Wording Based on Recent EP Rule SOC Appendix By June 20, 2012, nuclear. power reactor By June 20, 2012, nuclear power reacto E.IV.C.2 Licensees shall establish and maintain the Licensees shall establish and maintain the capability to assess, classify, and declare an capability to assess, classify, and declare an emergency condition within 15 minutes after emergency condition within 15 minutes after the availability of indications to plant operators the availability of indications to plant operators that an emergency action level has been that an emergency action level has been exceeded and shall promptly declare the exceeded and shall promptly declare the emergency condition as soon as possible emergency condition as soon as possible following identification of the appropriate following identification of the appropriate emergency classification level. Licensees shall emergency classification level. Licensees shall not construe these criteria as a grace period to not construe these criteria as a grace period to attempt to restore plant conditions to avoid attempt to restore plant conditions to avoid declaring an emergency action due to an declaring an emergency action due to an emergency action level that has been exceeded. emergency action level that has been exceeded.

Licensees shall not construe these criteria as Licensees shall not construe these criteria as preventing implementation of response actions preventing implementation of response actions deemed by the licensee to be necessary tW deemed by the licensee to be necessary to protect public health and safety provided th.t protect public health and safety provided that any delay, .-,n d a,.,. , ,e..... deny

.... ,any delay in declaration does not deny the State and local authorities the opportunity"t State and local authorities the opportunity to i.mplement measres necessar.y to protect implement measures necessary to protect the the public health and safety.

,_, public health and safety.

State and local jurisdictions may take actions as part of their comprehensive emergency response (all-hazard) planning.

Licensee actions shall not impede State and local authorities to respond to emergencies as they determine the need.

Please provide specific justification for exempting this requirement or restore language consistent with revised wording proposed.

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SCE Response:

SCE agrees that State and local jurisdictions may take actions as part of their comprehensive emergency response (all-hazards) planning. SONGS actions will facilitate and certainly not impede State and local authorities from responding to emergencies. The modified exemption table, Item 26, provides a revised markup of the regulation consistent with the RAI

('Wording Based on Recent EP Rule SOC'), and provides additional justification.

(MF3835) RAI-009 SCE requested exemptions from the requirements in 10 CFR 50 Appendix E.IV.E.9.a and 10 CFR 50 Appendix E.IV.E.9.c as indicated below:

10 CFR 50 Appendix E.IV.E.9.a Provision for the communications with contiguous State/local governments within the plume

. xpos.. pathway EPZ. Such communications shall be tested monthly.

10 CFR 50 Appendix E.IV.9.E.c Provision for the communications among the nuclear power contro.l room, the onsite technical suppor center, and the emergency.esponse facility: and among the nuclear facility, the principle state and local emergency operations centers, and the field assessment teams. Such communication shall be tested annually.

It appears to the NRC staff that 10 CFR 50 Appendix E.IV.E.9.c as exempted would be redundant to 10 CFR 50 Appendix E.IV.E.9.a. Please explain what different organizations would be contacted and what different communication systems would be tested for compliance with 10 CFR 50 Appendix E.IVE.9.c, as exempted, as opposed to the ones in 10 CFR 50, Appendix E.IV.E.9.a, as exempted.

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SCE Response:

SONGS agrees that the remaining portions of 10 CFR 50, Appendix E, Sections E.IV.E.9.c are redundant to provisions remaining in 10 CFR 50, Appendix E, Section IV.E.9.a, b, and d and therefore propose an exemption from Section E.IV.E.9.c in its entirety. The modified exemption table, Item 38, provides a revised markup of the regulation and provides additional justification.

(MF3835) RAI-Ol0 Exemption of requirements to emergency planning requirements, as requested, partially depends on the ability of the licensee to mitigate the consequences of design basis and beyond DBAs.

Please describe the actions SONGS could take to mitigate the consequences of an event involving the spent fuel pool (SFP). Include in the description:

" Permanently installed equipment available to fill or spray the SFP

• On-site portable equipment available to fill or spray the SFP

• Off-site equipment available to fill or spray the SFP

" Available water sources

" Written procedures to perform the mitigation strategies and how they are maintained

" The personnel who would perform these mitigation strategies and how they are trained

" How the equipment used in the mitigating strategies are stored, maintained and tested

" Approximate times it would take to deliver, setup, and start delivering makeup/spray to the SFP using portable equipment

• How makeup/spray could be delivered to the SFP in the event that radiation levels at the SFP prohibited entry to the area SCE Response:

Mitigation strategies associated with storage of irradiated fuel in spent fuel pools have been addressed through a number of regulatory actions. In addition to Emergency Planning guidance (NSIR/DPR-ISG-02, "Interim Staff Guidance, Page 10

Emergency Planning Exemption Requests for Decommissioning Nuclear Power Plants") it was addressed as part of the response to the Security Orders following the Attacks on the World Trade Center (EA-02-026, B.5.b) which evolved into 10 CFR 50.54(hh) and License Condition 2.C(26) and was readdressed as part of the response to the Fukushima Order (EA-12-049, Mitigating Strategies Order). Although the underlying rule (10 CFR 50.54 (hh)) is not applicable to permanently defueled plants and the Fukushima Orders were (for SONGS) appropriately rescinded, the current License Condition 2,C(26) continues to apply and requires SONGS to maintain mitigation strategies associated with storage of irradiated fuel in spent fuel pools.

As discussed with the NRC staff during a teleconference on July 23, 2014, SCE has proposed, via the Permanently Defueled Technical Specification (PDTS) LAR (Reference 3), retention of a modified form of the current Mitigation Strategy License Condition specifically retaining the Spent Fuel Pool aspects. The NRC Staff has not approved the PDTS or concurrent changes to the Operating License including the proposed revision to the Mitigation Strategy License Condition. Whether the current License Condition text is retained or the change to more focused text is approved, it will remain an obligation to retain appropriate capabilities and keep the NRC well-informed with regard to the associated details as required by the SONGS Commitment Management process.

On January 2, 2014 (Reference 4), SCE submitted modified commitments based on the most recent changes to the SONGS detailed strategies. The information provided in Reference 4 addresses any changes made to our commitments relating to the first 4 bullets in this RAI. In particular, they focus the commitments on technical aspects associated with mitigation of spent fuel pool related events. There were no proposed changes to our commitments relating to the following 3 bullets (procedures, training or testing). These aspects continue to be addressed as described in SCE's Mitigating Strategies License Amendment (Reference 5).

The number of permanently installed flow-paths and sources will be reduced as systems are abandoned to support an appropriate plant configuration leading into active demolition. As such changes are considered, protection of stored spent fuel remains the nuclear safety priority. Significant plant configuration changes will continue to be docketed in accordance with the commitment management process.

Bullets 8 and 9 are not explicitly addressed in the current program or Reference 4. If an excessive drain down event was to occur and no installed equipment was available, portable equipment is housed on-site and can be set-up within 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br />. SONGS can also use fire equipment from adjacent off-site support (Camp Pendleton) in a similar time frame. As Page 11

described in Reference 4, the SONGS strategies include options that do not require access to the spent fuel building(s) or the refueling floors.

(MF3835) RAI-011 The Executive Summary in NUREG-1 738 states, in part,

... the staff's analyses and conclusions apply to decommissioning facilities with SFPs that meet the design and operational characteristics assumed in the risk analysis. These characteristics are identified in the study as industry decommissioning commitments (IDCs) and staff decommissioning assumptions (SDAs). Provisions for confirmation of these characteristics would need to be an integral part of rulemaking.

The IDCs and SDAs are listed in NUREG-1 738, Tables 4.1-1 and 4.1-2, respectively. Please explain the extent each of these IDCs and SDAs will be satisfied at SONGS during the decommissioning phase, considering proposed exemptions from portions of the emergency planning requirements of 10 CFR 50.47(b), 10 CFR 50.47(c)(2) and 10 CFR Part 50, Appendix E. With respect to the seismic checklist discussed in SDA No. 6, the explanation may focus on the reduced potential for a zirconium fire due to the delay in seeking emergency plan changes (i.e., a demonstration that the fuel has decayed such that it can be indefinitely cooled by natural circulation of air in its design storage configuration), as described in Item 10 of the checklist.

SCE Response:

SCE has reviewed SONGS compliance with each of the IDCs and SDAs and confirmed that the intent of each is met.

The review results are documented in the UFSAR (Appendix 9A). A summary of the review is provided in the table below:

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Item # DESCRIPTION SONGS ALIGNMENT Industry Decommissioning Commitments Cask drop analyses will be performed or Single-failure proof crane will be in use to handle single failure-proof cranes will be in use heavy loads.

1 for handling of heavy loads (i.e., phase II of NUREG-0612 will be implemented).

Procedures and training of personnel will Emergency Plan Implementing Procedures (EPIPs) be in place to ensure that onsite and and other Mitigating Strategies procedures are in 2 offsite resources can be brought to bear place and include provisions for access to onsite and during an event. offsite resources. Appropriate personnel are trained on these procedures.

Procedures will be in place to establish Emergency Plan Implementing Procedures provide communication between onsite and communication protocols and practices.

3 offsite organizations during severe weather and seismic events.

An offsite resource plan will be Mitigation Strategy Procedures address portable developed which will include access to equipment available on-site and off-site. The portable pumps and emergency power Emergency Plan Implementing Procedures address to supplement onsite resources. The other off-site sources.

4 plan would principally identify organizations or suppliers where offsite resources could be obtained in a timely manner.

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Item # DESCRIPTION SONGS ALIGNMENT SFP instrumentation will include Spent Fuel Pool Level Alarms, as well as readouts and alarms in the control room Temperature and Radiation Level indication, are (or where personnel are stationed) for available in the Main Control Room and will be 5 SFP temperature, water level, and area maintained available in the new Command Center.

radiation levels. Additionally, while there is no SFP level indication in the Main Control Room, SFP level indication is will be available in the new Command Center.

SFP seals that could cause leakage Seals are located on gates which are at least two (2) leading to fuel uncovery in the event of feet above fuel stored in rack modules. The design of seal failure shall be self-limiting to the seals provides further assurance of their reliability leakage or otherwise engineered so that through redundant pressurization systems and other drainage could not occur. means. Local alarms would indicate less than normal operating pressure.

Procedures or administrative controls to Such procedures or administrative controls are in reduce the likelihood of rapid drain-down place. The installed SFP cooling pumps include anti-events will include (1) prohibitions on the siphon devices which are regularly verified. Similar use of pumps that lack adequate siphon design features are planned for the new spent-fuel 7 protection (2) controls for pump suction pool islanding equipment (spent fuel pool cooling and and discharge points. The functionality filtration units not relying on permanent plant support of anti-siphon devices will be periodically systems).

verified.

An onsite restoration plan will be in place SONGS Mitigation Strategies include means to to provide repair of the SFP cooling provide makeup water to the Spent Fuel Pool with or systems or to provide access for without requiring entry to the refueling floor.

8 makeup water to the SFP. The plan will provide for remote alignment of the makeup source to the SFP without requiring entry to the refuel floor.

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Item # DESCRIPTION SONGS ALIGNMENT Procedures will be in place to control SFP operations that have the potential to rapidly SFP operations that have the potential to decrease SFP inventory are governed by the rapidly decrease SFP inventory. These administrative controls described in procedures administrative controls may require S023-3-2.11, "Spent Fuel Pool Operations," and additional operations or management S023-3-2.11.1 "SFP Level Change and Purification review, management physical presence Cross-Tie Operations."

for designated operations or administrative limitations such as restrictions on heavy load movements.

Routine testing of the alternative fuel Normal makeup to the spent fuel pools is from the pool makeup system components will be Plant Makeup Water Storage Tank through a primary performed and administrative controls makeup water pump at a rate of 150 gal/min.

for equipment out of service will be Makeup may also be provided by two electric-driven implemented to provide added fire pumps and one diesel-driven fire pump that can assurance that the components would supply makeup water to the SFP via the Fire Water be available, if needed. system. Administrative controls for these components, including surveillance requirements, 10 limits on out-of-service time, and compensatory measures for out-of-service components, are contained in the SONGS Decommissioning Fire Protection Program.

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Item # DESCRIPTION SONGS ALIGNMENT Staff Decommissioning Assumptions Licensee's SFP cooling design will be at SONGS Mitigation Strategies do not rely solely on fire least as capable as that assumed in the pumps. Sufficient redundancy and diversity are and risk assessment, including will be provided through multiple sources as instrumentation. Licensees will have at described in a letter to the NRC dated 1/2/2014 1 least one motor-driven and one diesel- (ADAMS Accession #ML14007A164). From a risk-driven fire pump capable of delivering informed perspective it is important to note that pool inventory to the SFP. cooling is not required and even loss of inventory does not have significant consequences based on the current level of decay heat production.

Walk-downs of SFP systems will be Procedures will be revised to ensure that walk-downs performed at least once per shift by the and patrols are periodically (no less than once a shift) operators. Procedures will be developed performed.

for and employed by the operators to 2 provide guidance on the capability and Mitigating strategy procedures provide the necessary availability of onsite and offsite inventory guidance.

makeup sources and time available to initiate these sources for various loss of cooling or inventory events.

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Item # DESCRIPTION SONGS ALIGNMENT Item # DESCRIPTION SONGS ALIGNMENT Control room instrumentation that Level (alarm only) and temperature instrumentation monitors SFP temperature and water that is based on direct measurement of the relevant level will directly measure the parameters is currently provided in the Main Control parameters involved. Level Room and will be available in the Command Center.

instrumentation will provide alarms at While SFP level is not associated with an Emergency 3 levels associated with calling in offsite Action Level in the SONGS proposed Permanently resources and with declaring an Defueled EALs (currently under NRC review), a emergency. Spent Fuel Pool High Temperature alarm is currently available in the Main Control Room to alert personnel if temperature approaches the proposed EAL PD-SU1 limit of 140 0 F.

Licensee determines that there are no There are no such drain paths in the SONGS Units 2 drain paths in the SFP that could lower or 3 Spent Fuel Pools. Level recovery is the focus of the pool level (by draining, suctioning, or the Spent Fuel Pool Mitigating Strategies and 4 pumping) more than 15 feet below the includes on-site and off-site options.

normal pool operating level and that licensee must initiate recovery using offsite sources.

Load drop consequence analysis will be SONGS utilizes single-failure proof cranes for such performed for facilities with non-single loads.

failure-proof systems. The analyses and any mitigative actions necessary to preclude catastrophic damage to the SFP that would lead to a rapid pool draining would be sufficient to demonstrate that there is high enough confidence in the facilities ability to withstand a heavy load drop.

Page 17

DESCRI PTION SONGS ALIGNMENT ltem##

Item DESCRIPTION SONGS ALIGNMENT Each decommissioning plant will SONGS thermal hydraulic analyses demonstrate that successfully complete the seismic even under the conditions described in the Interim checklist provided in Appendix 2B to this Staff Guidance for Emergency Planning Exemption study. If the checklist cannot be Requests (rapid drain and adiabatic heat-up) the successfully completed, the hottest fuel assembly pins will not exceed 900C for decommissioning plant will perform a over 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />. Further, the maximum temperature is plant specific seismic risk assessment of less than 565C when air-cooling is credited. See 6

the SFP and demonstrate that SFP information following this table for a summary of the seismically induced structural failure and air-cooled calculations.

rapid loss of inventory is less than the generic bounding estimates provided in Based on this demonstration that the fuel has this study (lx1 0-5 per year including decayed such that it can be indefinitely cooled by non-seismic events). natural circulation of air, SCE has not performed the seismic checklist.

Licensees will maintain a program to Soluble boron concentration, not Boraflex, is credited provide surveillance and monitoring of for reactivity control in the SONGS Units 2 or 3 spent 7 Boraflex in high-density spent fuel racks fuel pools.

until such time as spent fuel is no longer stored in these high-density racks.

Air-cooled calculation summary:

Subsequent to the SONGS exemption request submittal (Reference 1), an air-cooled calculation was completed. This calculation was performed as outlined below:

The purpose of the spent fuel pool air cooled calculation is to determine the date by which the spent fuel has decayed to the point that its internal heat generation rate is low enough to preclude the zirconium cladding from reaching a target temperature following a complete loss of water inventory from the Unit 2 or Unit 3 spent fuel pool. Per NUREG/CR-6451, 5650C (1049 0 F) is the lowest temperature for incipient cladding failure and thus was selected as the Page 18

appropriate target. Selection of such a low target temperature not only precludes self-sustaining zirc fire but limits any release of radioactive materials.

The analysis was performed in two major steps. First, maximum quasi steady-state air temperatures throughout the Unit 2 Fuel Handling Building (FHB), including the down-comers, were determined using the GOTHIC (Version 8) computer program. The Unit 2 FHB was modeled in this case because its pool has a greater total spent fuel heat generation rate. The spent fuel pool heat generation rate was calculated using the guidance provided in NUREG-0800 ASB 9-2. The maximum down-comer air temperature was then used in the second step-the calculation of the maximum temperature of the zirconium cladding using the COBRA-SFS computer program. The COBRA-SFS model contains the maximum heat load (Cycle 16) assembly placed face-adjacent to two earlier discharged assemblies at their limiting heat load. With adiabatic boundary condition applied to this three-assembly model, the configuration is equivalent to modeling the other two adjacent assemblies as also being bounding Cycle 16 assemblies. This configuration is conservative based on the inspection of SONGS 2 and 3 spent fuel pool configurations.

Results of this analysis show that the surface temperature of the cladding in the spent fuel pools will not exceed the target temperature (565 0 C) following a total loss of water from the SFP on or after August 31, 2014, which is 31 months after shutdown. Fuel cladding remains below the critical temperature due to adequate heat rejection from the bounding assembly to the surrounding assemblies, and from the SFP to the outside, primarily via the FHB ventilation system. For comparison, NUREG/CR-6451 estimates that a decay time of about 17 months is required for a represented PWR spent fuel pool to reach this state.

Key inputs for the analysis are the same as the adiabatic case with the following additional inputs needed to support the GOTHIC model for the calculation of maximum down-comer temperature and input to support COBRA-SFS:

1. Spent Fuel Pool total heat generation rate for August 31, 2014 is 2.765 x 106 BTU/hr

2. Plant specific parameters of the FHB, including dimensions, floor elevations, wall thicknesses, and air volume are used in the GOTHIC model.

Page 19

3. FHB normal ventilation supply and exhaust subsystem, such as junction elevations, flow rates, duct lengths and sizes, and fitting dimensions are considered in the GOTHIC model.

4. Thermal radiation between heat sinks and the surrounding vapor is included in the GOTHIC model. Conservative values of emissivity (0.88 for concrete and 0.22 for stainless steel) are used.

5. GOTHIC model includes energy input from FHB lighting and solar radiation absorbed by the FHB walls and roof.

Input to solar radiation calculation is based on ASHRAE 2009.

6. Climate data (design dry-bulb temperature, mean coincident wet-bulb temperature, mean coincident dry-bulb temperature range, and mean coincident wet-bulb temperature range) are based on ASHRAE 2009 for the vicinity of SONGS area. All values are based on 5% occurrence for the month of September (hottest month in the year) meaning that the outside temperatures predicted using these values bound 95% of the available data.

7. Detailed spent fuel rack and fuel assembly geometry, material composition, and thermal properties are included in the GOTHIC/COBRA-SFS models. A conservative form resistance coefficient of 100 is used in the COBRA-SFS calculation.

8. In the COBRA-SFS model, the heat generation rate for the limiting Cycle 16 fuel assembly and the two identical adjacent assemblies for August 31, 2014 are 8,293 BTU/hr and 3,476 BTU/hr, respectively.

Key results are:

1. Peak cladding temperature as of August 31, 2014 is 1027 OF (553 'C). This is less than the maximum allowable temperature of 1049°F (565°C).

2. Maximum down-comer temperature from GOTHIC is 230 °F. A more conservative value of 235 OF is used in COBRA-SFS calculation.

3. Down-comer temperature rise is 21 OF.

Page 20

The COBRA model shows that the limiting Cycle 16 assembly outlet average air temperature is 1005 OF and the adjacent assemblies are 759 OF.

(MF3835) RAI-012 The NRC staff determined that the description of the analysis of the adiabatic heatup of the hottest fuel assembly was incomplete as presented in Section 4.1 of Enclosure 1 to the exemption request letter dated March 31, 2014. Please provide the following additional information regarding this analysis:

• the information in the fuel management records (mentioned in Section 4.1.2)

" the process used to determine the limiting assembly from these records, including how assembly axial and core radial power distributions were considered

" the decay heat model used to determine the decay heat rate as a function of decay time

" the source and value used for the specific heat of the uranium dioxide in the limiting assembly

" since two different values of uranium dioxide density are provided (by fuel vendor), specify which value was used for the hottest fuel assembly and why that application is limiting SCE Response:

1. The information in the fuel management records includes: individual fuel assembly uranium loading; enrichment; burn-up; and, final discharge date. These data were considered in the spent fuel pool adiabatic heat-up calculation and subsequently in the air-cooled heat up calculation cases. The data are provided in Attachment A.

2. The process used to determine the limiting assembly can be outlined as follows:

• SONGS fuel assemblies have been discharged for at least thirty-one (31) months. For fuel assemblies with long cooling times the decay heat is primarily affected by the discharge burn-up and cooling time.

" Fuel assembly discharge burn-up and cooling time from the fuel management records (Attachment A) were reviewed to identify the fuel assembly with the highest fuel assembly burn-up in the cycle which has the shortest cooling time. The discharged fuel assembly with the highest fuel assembly burn-up in the cycle which has the Page 21

shortest cooling time (i.e., Unit 2, Cycle 16) is fuel assembly S2RO1 3. Unit 3 spent fuel pool heat load is bounded by Unit 2 because of the shorter length of the last operating cycle.

" Core radial power distribution is implicitly considered via the selection of the highest burn-up assembly.

" The assembly axial power distribution is not explicitly modeled. It is reasonable to model the entire assembly as heating together at the assembly average decay heat because the heat generation rate is very low and the target heat up time is high (> 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />). Conduction and radiative heat transfer will result in axial uniformity of cladding temperature.

3. The decay heat generation rates for the limiting fuel assembly in the SFP are determined using the ORIGEN-ARP/ORIGEN-S modules within the SCALE 6 computer code package. Input parameters to ORIGEN-ARP/ORIGEN-S include: fuel type, initial uranium mass, initial U-235 enrichment, fuel assembly burn-up, specific power, light element weights, and cooling time. Decay heat generation rates for the limiting fuel assembly in the SFP are determined for a target date of 6/12/13 and at four month increments until 6/12/15 and at subsequent six month increments until 12/12/16. Therefore, using the aforementioned fuel assembly parameters, one ORIGEN-ARP/ORIGEN-S run is made for this fuel assembly. The ORIGEN-ARP/ORIGEN-S input files for the limiting fuel assembly model are provided in Attachment B.

4. The source and value used for the specific heat of the uranium dioxide in the limiting assembly was developed as follows. The specific heat of uranium dioxide (U0 2 ) is calculated using Equation 2.2-1 in NUREG/CR-7024, "Material Property Correlations: Comparisons between FRAPCOM-3.4, FRAPTRAN 1.4, and MATPRO," March 2011. The equation is shown below.

2 Tp SK 1 0 exp(O/T)

=2[exp(O/T)_ 1]2 KT- YK3ED 2RT2 exp(-ED/RT)

Page 22

Where:

Cp is the specific heat in J/kg-K K1, K2, K3, are constants for U0 2 of 296.7 J/kg-K, 2.43x1 0-2 J/kg-K2 , and 8.745x1 07 J/kg e is the Einstein temperature and is 535.285 K for U0 2 T is the temperature of the U0 2 Y is the oxygen to metal ratio ED is the activation energy for Frenkel Defects and is 1.577x1 05 J/mol R is the universal gas constant 8.3143 J/mol-K The third term in this summation is negligible at temperatures below 900 K and is ignored. Ignoring the term is conservative because it very slightly reduces the specific heat, which reduces the heat-up time. Per Figure 2.2-1 in NUREG/CR-7024, the heat capacity of uranium is concave over the range of temperatures of this analysis (140

°F/333 K and 1049 °F/838 K). A conservatively low value for specific heat for the range of temperatures considered is selected as the average of the specific heats at those two temperatures. The specific heat for U0 2 is calculated for 333K and 838 K and the average of the two values is used in the adiabatic heat-up calculation.

5. A density for uranium dioxide of 94.5% TD (Theoretical Density) is used in this analysis. This is appropriate because use of a lower uranium density percentage results in a lower thermal mass and thus a shorter heat-up time. The value of 94.5% TD is the lowest stack density shown in the vendor manufacturing specifications.

References

1. Letter from Thomas J. Palmisano (SCE) to Document Control Desk (NRC) dated March 31, 2014;

Subject:

Docket Nos. 50-206, 50-361, 50-362, and 72-041, Emergency Planning Exemption Request, San Onofre Nuclear Generating Station, Units 1, 2, 3, and Independent Spent Fuel Storage Installation (ADAMS Accession

1. ML14092A332)

Page 23

2. Letter from Thomas J. Palmisano (SCE) to Document Control Desk (NRC) dated March 31, 2014;

Subject:

Docket Nos. 50-206, 50-361, 50-362, and 72-041, Amendment Application Numbers 223, 267, and 252, Permanently Defueled Emergency Plan, San Onofre Nuclear Generating Station, Units 1, 2, and 3, respectively, and Independent Spent Fuel Storage Installation (ADAMS Accession #ML14092A314)

3. Letter from Thomas J. Palmisano, (SCE) to Document Control Desk (NRC) dated March 21, 2014;

Subject:

Docket Nos. 50-361 and 50-362, Amendment Application Numbers 266 and 251, Permanently Defueled Technical Specifications, San Onofre Nuclear Generating Station, Units 2 and 3 (ADAMS Accession #ML14085A141)

4. Letter from R. St Onge (SCE) to Document Control Desk (NRC) dated January 2, 2014;

Subject:

Docket Nos. 50-361 and 50-362, Commitment Change Report, San Onofre Nuclear Generating Station (ADAMS Accession

1. ML14007A164)

5. Letter from N. Kalyanam (NRC) to Richard M. Rosenblum (SCE) dated July 26, 2007;

Subject:

San Onofre Nuclear Generating Station, Units 2 and 3 - Conforming License Amendments to Incorporate the Mitigation Strategies Required by Section B.5.b of Commission Order EA-02-026 (TAC Nos. MD4564 and MD4565)

Page 24

Attachment A SONGS Units 2 and 3 Fuel Management Records (Pages 11 through 60 of the original document)

5.0 SPENT FUEL POOL ]INVENTORY DISCHAGE AND BURNUP The following pages list the assemblies in each spent fuel pool, along with their last irradiation date, and burnup in units of MWD/MTU. All data in this section is from Reference 7.3.1.

The Unit 2 spent fuel pool contains 1426 assemblies.

The Unit 3 spent fuel pool contains 1350 assemblies.

5.1 UNIT 2 S2A001 03/15/86 19305.6 S28023 03/15/86 24581.1 S25075 03/15/86 25075.5 S2A002 08/17/91 25536.9 $2B024 03/15/86 24993.8 S2B076 03/15/86 23819.6 S2A004 10/21/84 15031.7 S28025 03/15/86 25320.1 S2B077 03/15/86 24942.9 S2A011 10/21/84 13876.5 325026 03/15/86 25877.6 S2B078 03/15/86 25372.1 S2A016 09/02/89 30530.2 S2B027 03/15/86 25938.7 S25079 03/15/86 24655.7 S2A017 09/02/89 30733.2 S2B028 03/15/86 25934.8 S2B080 03/15/86 26682.7 S2A021 09/02/89 30919.6 32BO30 03/15/86 25848.9 S2C003 08/29/87 34566.6

$2A022 09/02/89 30890.4 S2B031 03/15/86 25939.4 S2C004 08/29/87 35991.7 S2A024 10/21/84 15232.6 S28032 03/15/86 25611.6 S2C005 08/29/87 36214.2 S2A025 10/21/84 15475.0 S2B033 03/15/86 25074.4 S2C006 08/29/87 32444.0 S2A033 10/21/84 15039.9 $2B034 03/15/86 25744.4 S2C008 08/29/87 32490.6

$2A034 10/21/84 15285.2 S2B035 03/15/86 26606.6 32C009 08/29/87 33951.1 S2A035 10/21/84 15196.1 S2B036 03/15/86 25979.9 $2C010 08/29/87 33646.8 S2A037 10/21/84 15284.5 S25037 03/15/86 25313.0 $2C011 08/29/87 33946.6 S2A038 10/21/84 15245.8 S2B038 03/15/86 25827.2 32C014 08/29/87 34316.8 S2A043 09/02/89 23935.3 S2B039 03/15/86 26065.9 $2C016 08/29/87 34108.4 S2A044 10/21/84 13710.6 S2B040 03/15/86 25156.6 $2C018 08/29/87 33677.4

$2A050 10/21/84 15276.4 32B042 03/15/86 25340.8 S2C021 08/29/87 33936.7

$2A055 08/29/87 21163.9 S2B043 03/15/86 26166.7 32C022 08/29/87 34732.6 S2A059 10/21/84 15207.5 S2B044 03/15/86 24970.0 32C024 08/29/87 34623.0 S2A066 06/05/93 25461.0 S2B045 03/15/86 26111.3 S2C026 08/29/87 32467.1 S2AT02 10/21/84 15706.7 32B046 03/15/86 24937.3 32C027 08/29/87 34150.2 S2AT04 10/21/84 14826.9 S2B047 03/15/86 25751.4 S2C028 08/29/87 33975.1 S28001 03/15/86 25712.6 S25048 03/15/86 24574.5 $2C030 08/29/87 33742.9

$2B002 03/15/86 24572.7 S28049 03/15/86 24977.5 S2C034 08/29/87 33712.0 S2B003 03/15/86 25799.8 S2B051 03/15/86 25032.3 S2C035 08/29/87 32641.5 S2B004 03/15/86 24578.6 S2B054 03/15/86 23693.9 32C038 08/29/87 34401.0 S2B005 03/15/86 24466.4 S2B055 03/15/86 25772.3 32C101 08/29/87 36852.8 S2B006 03/15/86 25768.1 32B056 03/15/86 24576.7. S2C102 08/29/87 36896.8 S2B008 03/15/86 23804.3 32B057 03/15/86 24900.7 S2C103 08/29/87 36841.3 S2B009 03/15/86 24584.3 S25058 03/15/86 24264.7 32C105 08/29/87 36880.2 S2B010 03/15/86 23587.0 S2B059 03/15/86 24259.7 $2C106 08/29/87 36762.8 S2B011 03/15/86 23602.0 328061 03/15/86 25080.4 32C108 08/29/87 36779.0 S2B012 03/15/86 23851.9 $2B062 03/15/86 24374.1 32C201 08/29/87 35462.0 S2B013 03/15/86 24524.2 S2b063 03/15/86 235613.9 82C203 08/29/87 37960.9 S2B014 03/15/86 24578.0 825064 03/15/86 25772.2 32C205 08/29/87 38327.3 S2B015 03/15/86 26057.4 S2B065 03/15/86 26169.6 $2C207 03/15/86 26230.8 S2B016 03/15/86 25016.4 $2B066 03/15/86 26687.3 32C210 08/29/87 35899.8 S2BO17 03/15/86 25624.1 $2B069 03/15/86 25286.2 S2C211 08/29/87 37968.2

$2B018 03/15/86 24990.6 S28070 03/15/86 24341.0 32C212 08/29/87 35757.4 S2B019 03/15/86 24389.5 32B071 03/15/86 25945.6 32D031 09/02/89 30178.9 S2B020 03/15/86 24890.1 S25072 03/15/86 26154.4 32D043 09/02/89 30670.1 S2B021 03/15/86 24534.1 S2B073 03/15/86 26057.5 32D054 09/02/89 32587.9 S2B022 03/15/86 25693.3 $2B074 03/15/86 24708.2 S2D101 08/29/87 27189.6 SCE Input to Sargent & Lundy SFP Analyses Page I Iof 131 RAI-012 Responge, Attachment A Page Al ofA50

S2D102 08/29/87 26906.1 S2F106 08/17/91 41343.1 S2G006 06/05/93 36453.0 S2D103 08/29/87 26770.5 S2F107 08/17/91 41243.3 S2G013 06/05/93 37092.0 S2D104 08/29/87 26547.7 S2F108 08/17/91 41411.4 S2G015 06/05/93 36455.0 S2D105 08/29/87 26757.9 S2Fill 08/17/91 41268.7 S2G016 06/05/93 36467.0 S2D106 08/29/87 26558.7 $2F207 08/17/91 44350.1 $2G101 06/05/93 41794.0

$2D107 08/29/87 28354.9 S2F208 08/17/91 44394.6 52G102 06/05/93 41651.0 S2D108 08/29/87 28568.5 52F209 08/17/91 44531.1 S2G103 06/05/93 42176.0

$2DI09 08/29/87 27233.2 S2F210 08/17/91 44579.5 S2G104 06/05/93 42084.0 S2D110 08/29/87 28470.0 S2F212 08/17/91 41629.3 S2G105 06/05/93 37516.0 S2D111 08/29/87 27212.6 S2F214 08/17/91 44373.9 S2G106 06/05/93 37439.0 S2D112 08/29/87 28238.1 S2F215 08/17/91 44560.0 $2G107 06/05/93 41981.0

$2D113 08/29/87 27228.6 S2F219 08/17/91 44596.8 S2G108 06/05/93 42066.0 S2D114 08/29/87 26989.4 S2F220 08/17/91 41307.8 $2G109 06/05/93 37265.0 S2D115 08/29/87 27125.3 $2F224 08/17/91 43450.6 52G110 06/05/93 41889.0 S2D116 08/29/87 26980.1 S2F225 08/17/91 46326.1 S2G111 06/05/93 37682.0

$2E007 09/02/89 34728.5 $2F226 08/17/91 43289.7 S2G112 06/05/93 42468.0 S2EO1O 09/02/89 34967.4 S2F227 08/17/91 46840.9 S2G202 06/05/93 42866.0 S2E021 09/02/89 37341.0 52F228 08/17/91 43412.0 S2G204 06/05/93 42014.0 S2E030 09/02/89 37473.5 S2F229 08/17/91 43582.5 S2G205 06/05/93 43597.0

$2E101 09/02/89 39215.7 S2F230 08/17/91 46796.8 52G206 06/05/93 43742.0 S2E106 09/02/89 39226.4 $2F231 08/17/91 47238.6 52G207 06/05/93 42566.0 S2E107 09/02/89 38929.9 52F232 08/17/91 46710.4 S2G208 02/11/95 46950.0 S2E108 09/02/89 38912.2 52F233 08/17/91 47053.7 S2G211 06/05/93 44138.0 S2E202 09/02/89 36755.5 52F235 08/17/91 46874.9 52G212 06/05/93 43902.0 S2E203 09/02/89 38807.6 52F236 08/17/91 43584.7 $2G214 06/05/93 43616.0 S2E204 09/02/89 35024.7 S2F238 08/17/91 46137.3 S2G216 06/05/93 42157.0 S2E207 09/02/89 35102.9 52F239 08/17/91 43439.5 52G217 06/05/93 45733.0 S2E210 09/02/89 35487.7 S2F243 08/17/91 46235.6 52G218 06/05/93 44414.0 S2E211 09/02/89 37079.9 52F244 08/17/91 46080.5 S2G221 06/05/93 43925.0

$2E214 09/02/89 38819.4 S2F248 08/17/91 47186.9 $2G227 06/05/93 A42342. 0 S2E215 09/02/89 34506.0 S2F250 08/17/91 41903.7 52G229 06/05/93 45654 .0 S2E216 09/02/89 34455.3 52F252 08/17/91 43513.6 .$2G233 06/05/93 43106.0 S2E217 09/02/89 38890.3 S2F253 08/17/91 43236.1 $2G234 06/05/93 46813.0

$2E218 09/02/89 38535.8 52F254 08/17/91 46866.6 S2G235 06/05/93 46561.0

$2E219 09/02/89 38712.5 52F256 08/17/91 44656.6 $2G236 06/05/93 46531.0 S2E220 09/02/89 36794.2 S2F301 08/17/91 46373.9 S2G239 06/05/93 42777.0

$2E221 09/02/89 39047 .2 $2F302 08/17/91 45622.7 S2G240 06/05/93 46331.0 S2E222 09/02/89 39319.6 S2F303 08/17/91 45770.4 52G241 06/05/93 43428.0 S2E223 09/02/89 35056.1 S2F304 08/17/91 46042.2 52G242 06/05/93 43985.0

$2E227 09/02/89 38793.1 S2F305 08/17/91 45301.7 52G243 06/05/93 45985.0

$2E228 09/02/89 36735.3 S2F307 08/17/91 45207.9 52G244 06/05/93 45504.0 S2E301 09/02/89 38869.1 S2F308 08/17/91 45338.6 52G245 06/05/93 45396.0 S2E302 09/02/89 38767.1 $2F309 08/17/91 46228.0 52G247 06/05/93 43289.0 S2E303 09/02/89 38568.3 $2F310 08/17/91 45680.5 82G249 06/05/93 46465.0 S2E304 09/02/89 38412.7 52F311 08/17/91 46489.0 52G251 06/05/93 46715.0

$2E305 09/02/89 38769.7 $2F312 08/17/91 46408.9 52G254 06/05/93 43471.0 S2E306 09/02/89 40024 .2 52F313 08/17/91 42404.6 52G255 06/05/93 44222.0

$2E307 09/02/89 39023.9 $2F314 08/17/91 42050.8 S2G256 06/05/93 45257.0 S2E308 09/02/89 39187.4 S2F315 08/17/91 42392.2 52G301 06/05/93 46292.0 S2E309 09/02/89 38845.5 S2F316 08/17/91 42276.1 S2G302 06/05/93 46102.0 S2E310 09/02/89 39871.9 52F401 08/17/91 41351.4 S2G303 06/05/93 44703.0 S2E311 09/02/89 40091.1 S2F402 08/17/91 41094.7 52G304 06/05/93 42656.0

$2E312 09/02/89 39918. 9 S2F403 08/17/91 41348.4 $2G305 06/05/93 46134.0 S2F101 08/17/91 41332.7 S2F404 08/17/91 41391.1 S2G306 06/05/93 44824.0 S2F102 08/17/91 37115.2 52F405. 08/17/91 40923.3 S2G307 06/05/93 46636.0 S2F103 08/17/91 41056.5 S2F406 08/17/91 41302.8 $2G308 06/05/93 42743.0 S2Fl04 08/17/91 41236.8 S2F407 08/17/91 41276.5 S2G309 06/05/93 44813.0 S2F105 08/17/91 41539.6 $2F408 08/17/91 41242.7 S2G310 06/05/93 43197.0 SCE Input to Sargent & Lundy SFP Analyses Page 12 of 131 RAI-012 Respon"e, Attachment A Page A2 of A50

S2G311 06/05/93 46116.0 S2H243 02/11/95 44904.0 S2J109 11/30/96 42866.0 S2G312 06/05/93 45961.0 S2H244 02/11/95 47208.0 S2J11O 11/30/96 42241.0 S2G313 06/05/93 42564 .0 S2H247 02/11/95 47489.0 S2J111 11/30/96 42715.0 S2G314 06/05/93 46131.0 $2H249 02/11/95 46864.0 $2J112 11/30/96 37849.0 S2G315 06/05/93 45133.0 *S2H250 02/11/95 44081.0 S2J202 11/30/96 46511.0 S2G316 06/05/93 46112.0 S2H251 02/11/95 47160.0 S2J206 11/30/96 43382.0 S2G401 06/05/93 41615.0 S2H253 02/11/95 47212.0 $2J208 11/30/96 46419.0 S2G402 06/05/93 41574.0 $2H254 02/11/95 44514.0 S2J209 11/30/96 47688.0

$2G403 06/05/93 41189.0 S2H255 02/11/95 47122.0 S2J211 11/30/96 47546.0 S2G404 06/05/93 41341.0 S2H256 02/11/95 47033.0 32J212 01/02/99 52422.0 S2G405 06/05/93 41961.0 $2H301 02/11/95 46938.0 S2J217 11/30/96 47412.0 S2G406 06/05/93 40943.0 32H302 02/11/95 47058.0 S2J220 11/30/96 42879.0

$2G407 06/05/93 41094 .0 S2H303 02/11/95 47093.0 S2J224 11/30/96 47288.0 S2G408 06/05/93 41379.0 $2H304 02/11/95 47661.0 S2J225 11/30/96 47525.0 S2H004 02/11/95 35285.0 S2H305 02/11/95 47346.0 32J227 11/30/96 47523.0 S2H005 02/11/95 36679.0 S2H306 02/11/95 47550.0 S2J228 11/30/96 47320.0 S2H008 02/11/95 36649.0 $2H307 02/11/95 47618.0 S2J230 11/30/96 44775.0 S2H009 02/11/95 36955.0 S2H308 02/11/95 45815.0 S2J231 11/30/96 44811.0 S2H010 02/11/95 36577.0 S2H309 02/11/95 46943.0 S2J232 11/30/96 47670.0 S2H012 02/11/95 36911.0 S2H310 02/11/95 45817.0 S2J233 11/30/96 46409.0 S2H013 02/11/95 36511.0 S2H311 02/11/95 45553.0 32J234 11/30/96 43234 .0 S2H014 02/11/95 36774.0 S2H312 02/11/95 44172.0 S2J236 11/30/96 43108.0 S211015 02/11/95 37010.0 S2H313 02/11/95 45830.0 $2J238 11/30/96 46424.0 S2H101 02/11/95 42106.0 S2H314 02/11/95 43753.0 S2J239 11/30/96 43840.0 S2H102 02/11/95 42015.0 S2H315 02/11/95 44125.0 S2J241 11/30/96 44488.0 S2H103 02/11/95 37822.0 S2H316 02/11/95 43619.0 S2J242 11/30/96 44023.0 S2H104 02/11/95 42407.0 32H401 02/11/95 41578.0 S2J246 11/30/96 44850.0 S2H105 02/11/95 37751.0 S2H402 02/11/95 41523.0 S2J247 11/30/96 44567.0 S2H106 02/11/95 37434.0 32H403 02/11/95 41576.0 32J248 11/30/96 44399.0

$2H107 02/11/95 42151.0 S2H404 02/11/95 41793.0 S2J249 11/30/96 44052.0 S2H108 02/11/95 37886.0 S2H501 02/11/95 40044.0 32J250 11/30/96 44590.0 S2H109 02/11/95 42149.0 32H502 02/11/95 39861.0 S2J251 11/30/96 44662.0

$2H110 02/11/95 42299.0 32H503 02/11/95 40178.0 $2J252 11/30/96 43830.0 S2H111 02/11/95 42034.0 S2H504 02/11/95 39936.0 S2J253 11/30/96 44149.0

$2H112 02/11/95 42127.0 S2JO01 11/30/96 37517.0 S2J254 11/30/96 44131.0 S2H201 02/11/95 44586.0 S2J002 11/30/96 37511.0 $2J255 11/30/96 44136.0 S2H203 02/11/95 47153.0 S2JO03 11/30/96 37651.0 32J256 11/30/96 44407.0 S2H208 02/11/95 43150.0 S2JO04 11/30/96 37397.0 S2J301 11/30/96 45837.0 S2H209 02/11/95 43323.0 S2JO05 11/30/96 37454.0 S2J302 11/30/96 45839.0 S2H210 02/11/95 43329.0 S2JO06 01/02/99 48289.0 S2,J303 11/30/96 46307.0 S2H214 02/11/95 46502.0 32Jo07 01/02/99 48290.0 S2J304 11/30/96 44229.0 S2H215 02/11/95 43029.0 32Jo08 01/02/99 48068.0 S2J305 11/30/96 47910.0 S2H216 02/11/95 46675.0 32J009 01/02/99 48012.0 S2J306 11/30/96 43812.0

$2H218 02/11/95 46401.0 S2Jo10 01/02/99 48291 .0 S2J307 11/30/96 48108.0 S2H219 02/11/95 46375.0 S2JO11 01/02/99 48372.0 S2J308 11/30/96 44158.0 S2H220 02/11/95 44005.0 S2J012 01/02/99 48250.0 S2J309 11/30/96 44095.0

$2H222 11/30/96 47812.0 S2JO13 11/30/96 37816.0 S2J310 11/30/96 47572.0 S2H223 02/11/95 44528.0 S2JO14 01/02/99 48611.0 S2J311 11/30/96 48055.0

$2H224 02/11/95 44065.0 S2J015 11/30/96 37411.0 S2J312 11/30/96 47691.0

$2H225 02/11/95 44686.0 S2JO16 11/30/96 37592.0 32J313 11/30/96 47941.0 S2H226 02/11/95 44207.0 S2J101 11/30/96 37730.0 32J314 11/30/96 47922.0 S2H227 02/11/95 44255.0 S2J102 11/30/96 42274.0 S2J315 11/30/96 47960.0 S2H228 02/11/95 43979.0 S2J103 11/30/96 42154.0 S2J316 11/30/96 46275.0 S2H229 02/11/95 44728.0 S2J104 11/30/96 42360.0 S2J401 11/30/96 42069.0 S2H231 02/11/95 43953.0 S2J105 11/30/96 42240.0 S2J404 11/30/96 42293.0 S2H232 02/11/95 44701.0 S2J106 11/30/96 37679.0 $2J406 11/30/96 41325.0 S2H233 02/11/95 44748.0 S2J107 11/30/96 37708.0 $2J407 11/30/96 42069.0 S2H234 02/11/95 43701.0 S2JI08 11/30/96 42275.0 S2KO01 01/02/99 39738.0 SCE Input to Sargent & Lundy SFP Analyses Page RAI-012 Response,ej f 131A

'ac mon Page A3 of A50

S2K002 10/07/00 48059.0 32K244 01/02/99 45606.0 32L401 10/07/00 49387.0 S2K003 10/07/00 47799.0 32K245 01/02/99 45457.0 S2L402 10/07/00 45765.0 S2KO04 10/07/00 48405.0 $2K246 01/02/99 47753.0 32L404 10/07/00 49300.0 S2KO05 01/02/99 39629.0 32K247 01/02/99 49079.0 S2L405 10/07/00 48280.0 S2K006 10/07/00 48232.0 S2K248 01/02/99 48958.0 S2L406 10/07/00 47231.0

$2K007 01/02/99 39827.0 32K249 01/02/99 49015.0 S2L407 10/07/00 46426.0 S2K008 10/07/00 48387.0 S2K250 01/02/99 45650.0 $2L408 10/07/00 49295.0 S2K011 10/07/00 48359.0 32K251 01/02/99 48687.0 S2L409 10/07/00 49001.0 S2K012 01/02/99 39766.0 32K252 01/02/99 48889.0 32L410 10/07/00 48706.0 S2K013 10/07/00 48493.0 S2K253 01/02/99 47606.0 32L411 10/07/00 49180.0

$2K016 10/07/00 48280.0 32K254 01/02/99 48335.0 $2L412 10/07/00 49297.0 S2K102 01/02/99 42338.0 32K255 01/02/99 46016.0 S2L413 10/07/00 48507.0 S2K104 01/02/99 39744.0 $2K256 01/02/99 45606.0 $2L414 10/07/00 49246.0 S2KII0 01/02/99 42326.0 32K307 01/02/99 39674.0 $2L415 10/07/00 49085.0 S2K112 01/02/99 42225.0 S2K308 01/02/99 39852.0 32L416 05/20/02 51911.0

$2K201 01/02/99 44678.0 $2K309 01/02/99 47459.0 S2L417 10/07/00 49316.0 S2K202 10/07/00 40821.0 S2K312 01/02/99 39843.0 S2L418 10/07/00 48595.0 S2K203 01/02/99 47357.0 S2K313 01/02/99 46933.0 S2L419 05/20/02 52388.0

$2K204 01/02/99 46176.0 32K314 01/02/99 47000.0 S2L420 10/07/00 47750.0 S2K205 10/07/00 41431.0 32K315 01/02/99 39783.0 S2L421 05/20/02 52724.0 S2K206 01/02/99 48877.0 32K316 01/02/99 47516.0 S2L422 10/07/00 47362.0 S2K207 01/02/99 46459.0 32K401 10/07/00 51043.0 32L423 10/07/00 48160.0 S2K208 01/02/99 48163.0 S2L006 05/20/02 49923.0 S2L424 10/07/00 47079.0

$2K209 01/02/99 47078.0 32L007 05/20/02 50134.0 S2L425 05/20/02 52483.0 S2K210 01/02/99 48857.0 $2L008 05/20/02 50339.0 $2L426 10/07/00 47415.0 S2K211 01/02/99 47417.0 S2LO15 05/20/02 50280.0 $2L427 10/07/00 47952.0 S2K212 10/07/00 41503.0 $2L201 10/07/00 47760.0 S2L429 10/07/00 48923.0

$2K213 01/02/99 48848.0 S2L202 10/07/00 48230.0 S2L430 05/20/02 51541.0 S2K214 01/02/99 49312.0 S2L203 10/07/00 47718.0 32L432 10/07/00 49151.0 S2K215 10/07/00 41533.0 32L204 10/07/00 47989.0 $2L433 10/07/00 47748.0 S2K216 01/02/99 46572.0 $2L205 10/07/00 47951.0 S2L434 10/07/00 49039.0 S2K217 01/02/99 46824.0 32L206 10/07/00 47854 .0 S2L435 10/07/00 48805.0 S2K218 01/02/99 46217.0 S2L207 10/07/00 49663.0 S2L436 10/07/00 48785.0 32K219 01/02/99 46059.0 $2L208 10/07/00 49429.0 S2M001 05/20/02 42639.0 S2K220 01/02/99 46026.0 S2L209 10/07/00 49675.0 S2M002 05/20/02 42082.0 S2K221 10/07/00 40833.0 32L210 10/07/00 49847.0 S2M003 02/09/04 43978.0 S2K222 01/02/99 49035.0 S2L211 10/07/00 48339.0 S2M004 05/20/02 42131.0 S2K223 01/02/99 48825.0 $2L212 10/07/00 48569.0 $2M005 02/09/04 44231.0 S2K224 01/02/99 45692.0 $2L301 10/07/00 49037.0 $2M006 05/20/02 42266.0 S2K225 10/07/00 40524.0 $2L302 10/07/00 45982.0 S2M007 02/09/04 44122.0 S2K226 01/02/99 46429.0 S2L303 10/07/00 46275.0 S2M008 02/09/04 44167.0 S2K227 01/02/99 48477.0 S2L304 10/07/00 46181.0 $2M009 05/20/02 42292.0 S2K228 01/02/99 49236.0 S2L305 10/07/00 45750.0 $2M010 02/09/04 43953.0 S2K229 10/07/00 41289.0 $2L306 10/07/00 48958.0 S2M011 05/20/02 42778.0 S2K230 01/02/99 48704.0 S2L307 10/07/00 46150.0 S2MO12 05/20/02 42170.0 S2K231 10/07/00 40497.0 S2L308 10/07/00 45993.0 S2M013 05/20/02 42408.0 S2K232 01/02/99 46512.0 S2L309 10/07/00 47288.0 $2M014 02/09/04 43879.0 32K233 01/02/99 46960.0 S2L310 10/07/00 47207.0 S2M015 02/09/04 44042.0

$2K234 01/02/99 47572.0 $2L311 10/07/00 49172.0 32M016 02/09/04 44027.0 S2K235 01/02/99 49611.0 S2L312 10/07/00 45962.0 $2M201 05/20/02 41638.0 S2K236 01/02/99 48623.0 32L313 10/07/00 49255.0 S2M202 05/20/02 41951.0 32K237 01/02/99 45882.0 32L314 10/07/00 49074.0 S2M203 05/20/02 41634.0 S2K238 01/02/99 49104.0 $2L315 10/07/00 49220.0 S2M204 05/20/02 41594.0 S2K239 01/02/99 49130.0 S2L316 10/07/00 47327.0 S2M205 05/20/02 42233.0

$2K240 01/02/99 49322.0 S2L317 10/07/00 49183.0 $2M206 05/20/02 41666.0

$2K241 01/02/99 48893.0 S2L318 10/07/00 47261.0 $2M207 05/20/02 41668.0

$2K242 01/02/99 46071.0 S2L319 10/07/00 48923.0 $2M208 05/20/02 41684.0 S2K243 01/02/99 45205.0 S2L320 10/07/00 45795.0 S2M301 05/20/02 46314.0 SCE Input to Sargent & Lundy SFP Analyses Page 14 of 131 RAI-012 Respon'e, Attachment A Page A4 of A50

S2M302 05/20/02 46321.0 $2M553 05/20/02 45257.0 S2N505 02/09/04 46601.0 S2M303 05/20/02 46281.0 $2M554 05/20/02 45470.0 S2N506 02/09/04 45845.0 S2M304 02/09/04 51934.0 S2M556 05/20/02 42015.0 S2N507 02/09/04 45795.0 S2M305 02/09/04 51863.0 S2M557 05/20/02 45103.0 S2N508 02/09/04 47163.0 S2M306 02/09/04 51806.0 S2M558 05/20/02 45262 .0 S2N509 02/09/04 47195.0 S2M307 05/20/02 46312.0 S2M560 05/20/02 47387.0 S2N510 02/09/04 45728.0 S2M311 02/09/04 52323.0 $2N002 02/09/04 42202.0 S2N511 02/09/04 46086.0 S2M312 02/09/04 49609.0 S2N004 02/09/04 41969.0 S2N512 02/09/04 46778.0 S2M313 05/20/02 46375.0 $2N005 02/09/04 41936.0 S2N513 02/09/04 47282.0 S2M314 05/20/02 46241.0 S2N006 02/09/04 42122.0 S2N514 02/09/04 47326.0 S2M315 05/20/02 46295.0 S2N007 02/09/04 35996.0 S2N515 02/09/04 47136.0 S2M316 05/20/02 46473.0 $2N008 01/03/06 46782.0 S2N516 02/09/04 47222.0 S2M501 05/20/02 47326.0 S2N009 01/03/06 47226.0 S2N517 02/09/04 46267.0 S2M504 05/20/02 42121.0 S2NO10 01/03/06 46577.0 $2N518 02/09/04 45103.0 S2M505 05/20/02 46784.0 S2NO11 01/03/06 47367.0 S2N519 02/09/04 47095.0 S2M506 05/20/02 47339.0 S2N012 01/03/06 46890.0 S2N520 02/09/04 47067.0 S2M507 05/20/02 45409.0 $2N013 01/03/06 46909.0 S2N521 02/09/04 47278.0 S2M508 05/20/02 45420.0 S2N014 01/03/06 47193.0 $2N522 02/09/04 47192.0 S2M509 05/20/02 45503.0 S2N015 02/09/04 36097.0 $2N523 02/09/04 47275.0 S2M510 02/09/04 41815.0 $2N016 01/03/06 47422.0 $2N524 02/09/04 45744.0 S2M512 02/09/04 42103.0 S2N201 02/09/04 41459.0 S2N525 02/09/04 47048.0 S2M513 05/20/02 47145.0 $2N202 02/09/04 46444.0 $2N526 02/09/04 45408.0 S2M,514 05/20/02 47320.0 S2N203 02/09/04 46154.0 $2N527 02/09/04 46191.0 S2M515 02/09/04 42399.0 $2N204 02/09/04 41022.0 $2N528 02/09/04 46049.0 S2M516 02/09/04 42232.0 S2N205 02/09/04 46281.0 S2N529 02/09/04 46128.0 S2M517 05/20/02 47167.0 $2N206 02/09/04 41092.0 S2N530 02/09/04 45534.0 S2M519 05/20/02 47204.0 S2N207 02/09/04 40896.0 S2N531 02/09/04 45509.0 S2M520 05/20/02 46764.0 S2N208 02/09/04 46203.0 S2N532 02/09/04 46157.0 S2M521 05/20/02 46809.0 S2N209 02/09/04 46141.0 S2N533 02/09/04 46177.0

$2M522 05/20/02 46754.0 $2N210 02/09/04 46164.0 52N534 02/09/04 46160.0 S2M523 05/20/02 45275.0 $2N211 02/09/04 46048.0 S2N535 02/09/04 45750.0 S2M524 05/20/02 42051.0 S2N212 02/09/04 46025.0 S2N536 02/09/04 46385.0

$2M525 02/09/04 42247.0 S2N213 02/09/04 40809.0 S2P001 01/03/06 38894.0 S2M526 05/20/02 46595.0 $2N214 02/09/04 41604.0 S2P002 01/03/06 39001.0 S2M527 05/20/02 41878.0 S2N215 02/09/04 41759.0 S2P003 11/26/07 39977.0 S2M528 05/20/02 45476.0 $2N216 02/09/04 40569.0 52P004 01/03/06 39050.0 S2M529 05/20/02 45009.0 S2N301 02/09/04 34742.0 S2POO5 01/03/06 39294.0

$2M531 02/09/04 42447.0 $2N305 02/09/04 34404.0 $2P006 11/26/07 39880.0 S2M532 05/20/02 46682.0 S2N306 01/03/06 54740.0 S2P007 01/03/06 39167.0 S2M533 05/20/02 45252.0 S2N307 11/26/07 50686.0 S2P008 11/26/07 40113.0 S2M534 05/20/02 45432.0 S2N308 01/03/06 54336.0 S2P009 11/26/07 40056.0 S2M535 05/20/02 46892.0 S2N309 02/09/04 34482.0 S2PO10 01/03/06 38960.0 S2M536 05/20/02 46864.0 S2N310 01/03/06 54522.0 $2P011 01/03/06 39325.0 S2M537 05/20/02 46812.0 S2N312 01/03/06 52260.0 S2P012 01/03/06 39411.0

$2M538 05/20/02 46954.0 $2N313 01/03/06 54613.0 S2P013 11/26/07 39788.0

$2M539 05/20/02 47219.0 S2N315 02/09/04 34582.0 S2P014 11/26/07 39856.0 S2M540 05/20/02 47310.0 $2N401 02/09/04 44829.0 S2P015 11/26/07 39814.0 S2M541 05/20/02 45378.0 $2N402 02/09/04 45845.0 S2P016 11/26/07 40168.0 S2M542 05/20/02 46765.0 S2N403 02/09/04 45855.0 $2P201 01/03/06 42774.0

$2M544 05/20/02 46767.0 S2N404 02/09/04 45765.0 S2P202 01/03/06 43068.0

$2M545 05/20/02 47103.0 S2N405 02/09/04 44850.0 S2P203 01/03/06 43499.0

$2M546 05/20/02 45677.0 S2N406 02/09/04 46129.0 S2P204 01/03/06 43416.0

$2M547 05/20/02 46752.0 S2N407 02/09/04 45131.0 S2P205 01/03/06 42932.0 S2M548 05/20/02 47425.0 S2N408 02/09/04 45069.0 S2P206 01/03/06 43069.0 S2M549 02/09/04 41880.0 S2N501 02/09/04 47235.0 S2P207 01/03/06 43774.0 S2M550 02/09/04 41788.0 $2N502 02/09/04 47182.0 S2P208 01/03/06 42791.0 S2M551 05/20/02 44912.0 52N503 02/09/04 47146.0 S2P401 11/26/07 43095.0 S2M552 05/20/02 45248.0 S2N504 02/09/04 46963.0 S2P402 01/03/06 49018.0 SCE Input to Sargent & Lundy SFP Analyses Paze 15 of 131 RAI-012 Responsie, Attachment A Page A5 of A50

S2P403 01/03/06 40438.0 32P525 01/03/06 48389.0 S2Q415 11/26/07 48453.0 32P404 01/03/06 49656.0 32P526 01/03/06 48262.0 S2Q416 11/26/07 48336.0 S2P405 01/03/06 49327.0 32P527 01/03/06 49213.0 32Q417 11/26/07 48468.0 32P406 01/03/06 48015.0 32P528 01/03/06 35785.0 S2Q418 11/26/07 48562.0 S2P407 01/03/06 47954.0 32P529 01/03/06 49077.0 S2Q419 11/26/07 48477.0 S2P408 01/03/06 49710.0 32P530 01/03/06 36003.0 S2Q420 11/26/07 48536.0 32P409 01/03/06 46600.0 32P531 01/03/06 49124.0 32Q501 11/26/07 48601.0 S2F410 01/03/06 49276.0 32P532 01/03/06 36226.0 S2Q502 11/26/07 46643.0 S22411 11/26/07 43136.0 S2P533 01/03/06 49128.0 32Q503 11/26/07 48549.0 32P412 01/03/06 46432.0 S2P534 01/03/06 49464.0 $2Q504 11/26/07 46701.0 32P413 01/03/06 49801.0 32P535 01/03/06 49207.0 S2Q505 11/26/07 46796.0 32P414 01/03/06 40341.0 32P536 01/03/06 36391.0 32Q506 11/26/07 46508.0 S2P415 01/03/06 49198.0 32P537 01/03/06 49301.0 32Q507 11/26/07 48424.0 32P416 11/26/07 42893.0 32P538 01/03/06 36173.0 S2Q508 11/26/07 48410.0 32P417 11/26/07 43000.0 32P539 01/03/06 35991.0 S2Q509 11/26/07 48449.0 S2P418 01/03/06 40586.0 32P540 01/03/06 49211.0 S2Q510 11/26/07 46696.0 32P419 01/03/06 49032.0 32P541 01/03/06 49370.0 $2Q511 11/26/07 48491.0 32P420 01/03/06 49097.0 32P542 01/03/06 46694.0 S2Q512 11/26/07 47238.0 32P421 11/26/07 42831.0 32P543 01/03/06 36030.0 S2Q513 11/26/07 46681.0 32P422 11/26/07 42572.0 32P544 01/03/06 49229.0 S2Q514 11/26/07 48356.0 S2P423 01/03/06 48859.0 32QO01 11/26/07 33348.0 S2Q515 11/26/07 47138.0 32P424 11/26/07 42792.0 S2QO02 09/27/09 50258.0 S2Q516 11/26/07 48616.0 32P425 01/03/06 46488.0 S2QO03 09/27/09 50552.0 S2Q517 11/26/07 44779.0 32P426 01/03/06 49129.0 S2QO04 11/26/07 35107.0 S2Q518 11/26/07 44652.0 32P427 01/03/06 49328.0 32Q005 11/26/07 35164.0 S2Q519 11/26/07 47271.0 32P428 01/03/06 40501.0 S2Q006 09/27/09 48623.0 S2Q520 11/26/07 44748.0 32P429 01/03/06 49791.0 S2QO07 11/26/07 35165.0 S2Q52.1 11/26/07 36458.0 S2P430 01/03/06 47804.0 S2Q008 09/27/09 49994.0 S2Q522 11/26/07 48517.0 32P431 01/03/06 49828.0 S2Q009 11/26/07 35115.0 32Q523 11/26/07 36117.0 S2P432 01/03/06 49601.0 S2QO10 11/26/07 38553.0 S2Q524 11/26/07 36145.0 32P433 11/26/07 42584.0 S2QO11 11/26/07 33321.0 $2Q525 11/26/07 46598.0 32P434 01/03/06 49326.0 S2Q012 11/26/07 33521.0 S2Q526 11/26/07 48580.0 32P435 01/03/06 46501.0 32Q013 11/26/07 38507.0 S2Q527 11/26/07 48255.0 32P436 01/03/06 47935.0 32Q014 11/26/07 38702.0 32Q528 11/26/07 46628.0 S2P501 01/03/06 46903.0 S2QO15 09/27/09 50336.0 S2Q529 11/26/07 48506.0 32P502 01/03/06 48333.0 S2QO16 11/26/07 38479.0 32Q530 11/26/07 48605.0 32P503 01/03/06 48320.0 S2Q101 11/26/07 40656.0 S2Q531 11/26/07 46663.0 32P504 01/03/06 46991.0 S2Q102 11/26/07 41126.0 S2Q532 11/26/07 36355.0 32P505 01/03/06 48240.0 S2Q103 11/26/07 40972.0 S2Q533 11/26/07 48579.0 32P506 01/03/06 48618.0 $2Q104 11/26/07 41004.0 32Q534 11/26/07 46838.0 32P507 01/03/06 49067.0 S2Q105 11/26/07 41163.0 S2Q535 11/26/07 44679.0 S2P508 01/03/06 48525.0 S2Q106 11/26/07 41202.0 S2Q536 11/26/07 46822.0 32P509 01/03/06 46404.0 32Q107 11/26/07 41081.0 S2Q537 11/26/07 36368.0 S2P510 01/03/06 47063.0 S2Q108 11/26/07 40832.0 32Q538 11/26/07 48516.0 32P511 01/03/06 48333.0 32Q401 09/27/09 49634.0 S2Q539 11/26/07 36637.0 32P512 01/03/06 36338.0 S2Q402 09/27/09 50117.0 S2Q540 11/26/07 46896.0 32P513 01/03/06 49186.0 S2Q403 11/26/07 48387.0 S2Q541 11/26/07 48599.0 32P514 01/03/06 48374.0 32Q404 09/27/09 49353.0 S2Q542 11/26/07 46817.0 32P515 01/03/06 46612.0 S2Q405 11/26/07 48424.0 S2Q543 11/26/07 48634.0 32P516 01/03/06 48713.0 $2Q406 11/26/07 48370.0 32Q544 11/26/07 46656.0 32P517 01/03/06 48772.0 S2Q407 09/27/09 49323.0 S2Q545 11/26/07 48259.0 32P518 01/03/06 49154.0 32Q408 09/27/09 50065.0 S2Q546 11/26/07 48678.0 32P519 01/03/06 46635.0 S2Q409 09/27/09 50188.0 S2Q547 11/26/07 36208.0 S2P520 01/03/06 49078.0 S2Q410 11/26/07 48287.0 S2Q548 11/26/07 36226.0 32P521 01/03/06 48718.0 S2Q411 09/27/09 49554.0 S2Q549 11/26/07 46683.0 32P522 01/03/06 49154.0 S2Q412 09/27/09 50257.0 S2Q550 11/26/07 47210.0 S2P523 01/03/06 47120.0 32Q413 11/26/07 48390.0 S2Q551 11/26/07 48649.0 S2P524 01/03/06 49209.0 S2Q414 11/26/07 48300.0 S2Q552 11/26/07 48666.0 SCE Input to Sargent & Lundy SFP Analyses Page 16 of 131 RAI-012 Respon"e, Attachment A Page A6 of A50

S2Q553 11/26/07 48570.0 $2R519 09/27/09 46072.0 S2S105 01/09/12 43706.0 S2Q554 11/26/07 48618.0 $2R520 09/27/09 33926.0 S2S106 01/09/12 43359.0 S2Q555 11/26/07 46821.0 S2R521 09/27/09 45255.0 S2S107 01/09/12 43709.0 S2Q556 11/26/07 48610.0 $2R522 09/27/09 33841.0 S2SI08 01/09/12 43598.0 S2RO01 09/27/09 35477.0 $2R523 09/27/09 46621.0 S2S301 01/09/12 44921.0 S2RO02 09/27/09 35374.0 S2R524 09/27/09 46777.0 S2S302 01/09/12 44480.0 S2R003 09/27/09 35457.0 S2R525 09/27/09 46745.0 S2S303 01/09/12 44821.0 S2R004 09/27/09 35397.0 S2R526 09/27/09 34798.0 S2S304 01/09/12 44850.0 S2R005 09/27/09 35320.0 S2R527 09/27/09 42668.0 S2S305 01/09/12 44941.0 S2R006 09/27/09 35356.0 S2R528 09/27/09 46903.0 S2S306 01/09/12 44798.0 S2RO07 01/09/12 49968.0 S2R529 09/27/09 46074.0 $2S307 01/09/12 45017.0 S2R008 09/27/09 35630.0 $2R530 09/27/09 45804.0 S2S308 01/09/12 45486.0 S2R009 09/27/09 35316.0 $2R531 09/27/09 34821.0 S2S401 01/09/12 46395.0 S2RO10 09/27/09 32027.0 S2R532 09/27/09 46531.0 S2S402 01/09/12 46500.0 S2R011 01/09/12 50148.0 $2R533 09/27/09 33772.0 S2S403 01/09/12 46248.0 S2RO12 01/09/12 49088.0 S2R534 09/27/09 46034.0 S2S404 01/09/12 46309.0 S2R013 01/09/12 50265.0 S2R535 09/27/09 42681.0 S2S405 01/09/12 44576.0 S2R014 09/27/09 32094.0 $2R536 09/27/09 42550.0 S2S406 01/09/12 44728.0 S2R015 01/09/12 50165.0 S2R537 09/27/09 34784.0 S2S407 01/09/12 46267.0 S2R016 09/27/09 31939.0 $2R538 09/27/09 34582.0 S2S408 01/09/12 46184.0 S2R101 09/27/09 41247.0 S2R539 09/27/09 44481.0 S2S409 01/09/12 44735.0 S2R102 09/27/09 40911.0 S2R540 09/27/09 44283.0 S2S410 01/09/12 45253.0 S2R103 09/27/09 41097.0 $2R541 09/27/09 34925.0 S2S411 01/09/12 44491.0 S2R104 09/27/09 41143.0 $2R542 09/27/09 46147.0 S2S412 01/09/12 44601.0 S2R105 09/27/09 41922.0 S2R543 09/27/09 42784.0 S2S413 01/09/12 45177.0 S2R106 09/27/09 41703.0 $2R544 09/27/09 34692.0 S2S414 01/09/12 46149.0 S2R107 09/27/09 41490.0 S2R545 09/27/09 45952.0 S2S415 01/09/12 44594.0 S2R108 09/27/09 41835.0 S2R546 09/27/09 39249.0 $2S416 01/09/12 46420.0

$2R401 09/27/09 46155.0 $2R547 09/27/09 46164.0 $2S501 01/09/12 48529.0

$2R402 09/27/09 46072.0 S2R548 09/27/09 46856.0 $2S502 01/09/12 48631.0 S2R403 09/27/09 46259.0 $2R549 09/27/09 44449.0 S2S503 01/09/12 48656.0 S2R404 09/27/09 45886.0 S2R550 09/27/09 45987.0 S2S504 01/09/12 47171.0 S2R405 09/27/09 46201.0 S2R551 09/27/09 45933.0 S2S505 01/09/12 33818.0

$2R406 09/27/09 46138.0 $2R552 09/27/09 46177.0 82S506 01/09/12 35674.0

$2R407 09/27/09 46305.0 $2R553 09/27/09 46802.0 S2S507 01/09/12 38082.0

$2R408 09/27/09 45968.0 $2R554 09/27/09 33652.0 S2S508 01/09/12 34211.0

$2R409 09/27/09 46245.0 $2R555 09/27/09 33947.0 S2S509 01/09/12 34492.0

$2R410 09/27/09 46310.0 S2R556 09/27/09 46757.0 $2S510 01/09/12 47285.0 S2R411 09/27/09 46174.0 S2R557 09/27/09 39164.0 $2S511 01/09/12 34091.0 S2R412 09/27/09 46215.0 S2R558 09/27/09 45281.0 $2S512 01/09/12 47256.0 S2R501 09/27/09 45947.0 S2R559 09/27/09 39344.0 S2S513 01/09/12 35049.0 S2R502 09/27/09 46146.0 S2R560 09/27/09 39287.0 S2S514 01/09/12 48391.0 S2R503 09/27/09 34697.0 S2R561 09/27/09 42637.0 S2S515 01/09/12 48709.0 S2R504 09/27/09 45941.0 S2R562 09/27/09 46443.0 S2S516 01/09/12 35616.0 S2R505 09/27/09 34674.0 S2R563 09/27/09 33783.0 S2S517 01/09/12 49093.0 S2R506 09/27/09 42614.0 S2R564 09/27/09 33856.0 S2S518 01/09/12 48711.0 S2R507 09/27/09 45998.0 $2S001 01/09/12 40862.0 $2S519 01/09/12 33643.0

$2R508 09/27/09 46087.0 S2S002 01/09/12 41401.0 S2S520 01/09/12 34331.0 S2R509 09/27/09 46759.0 $2S003 01/09/12 41253.0 S2S521 01/09/12 47016.0 S2R510 09/27/09 46865.0 S2S004 01/09/12 41223.0 S2S522 01/09/12 33494.0 S2R511 09/27/09 46572.0 $2S005 01/09/12 41044.0 S2S523 01/09/12 33742.0 S2R512 09/27/09 33671.0 S2S006 01/09/12 41150.0 52S524 01/09/12 33533.0

$2R513 09/27/09 42540.0 S25007 01/09/12 41035.0 S2S525 01/09/12 34418.0

$2R514 09/27/09 44322.0 52SO08 01/09/12 41018.0 S2S526 01/09/12 37993.0 S2R515 09/27/09 45986.0 $2SI01 01/09/12 43763.0 S2S527 01/09/12 48791.0 S2R516 09/27/09 45213.0 $2S102 01/09/12 42751 .0 S2S528 01/09/12 48164.0 S2R517 09/27/09 42604.0 $2SI03 01/09/12 43203.0 $2S529 01/09/12 35659.0 S2R518 09/27/09 45368.0 S2S104 01/09/12 43224.0 52S530 01/09/12 34767.0 SCE Input to Sargent & Lundy SFP Analyses Page 17 of 131 RAI-012 Respong"e, Attachment A Page A7 of A50

S2S531 01/09/12 35112.0 S2T317 01/09/12 21635.0 S2T543 01/09/12 28976.0 S2S532 01/09/12 48632.0 S2T318 01/09/12 21602.0 $2T544 01/09/12 26637.0

$2S533 01/09/12 48792.0 S2T319 01/09/12 20948.0 $2T545 01/09/12 28995.0 S2S534 01/09/12 48788.0 $2T320 01/09/12 21007.0 S2T546 01/09/12 26592.0 S2S535 01/09/12 46966.0 $2T321 01/09/12 21682.0 $2T547 01/09/12 29093.0 S2S536 01/09/12 47016.0 S2T322 01/09/12 20863.0 S2T548 01/09/12 28129.0 S2S537 01/09/12 47339.0 S2T323 01/09/12 21575.0 S2T549 01/09/12 29178.0

$2S538 01/09/12 35130.0 S2T324 01/09/12 20834.0 S2T550 01/09/12 28513.0 S2S539 01/09/12 33467.0 $2T401 01/09/12 25985.0 $2T551 01/09/12 28401.0

$2S540 01/09/12 38199.0 $2T402 01/09/12 26236.0 S2T552 01/09/12 29383.0 S2S541 01/09/12 37634.0 S2T403 01/09/12 26317.0 $2T553 01/09/12 29262.0 S2S542 01/09/12 38265.0 S2T404 01/09/12 26531.0 S2T554 01/09/12 29150.0 S2S543 01/09/12 33743.0 S2T405 01/09/12 26126.0 S2T555 01/09/12 28396.0 S2S544 01/09/12 38461.0 S2T406 01/09/12 26386.0 S2T556 01/09/12 28092.0 52S545 01/09/12 38112.0 S2T407 01/09/12 26214.0 S2T557 01/09/12 28308.0 S2S546 01/09/12 48889.0 S2T408 01/09/12 26434.0 S2T558 01/09/12 26921.0 S2S547 01/09/12 47147.0 S2T501 01/09/12 28776.0 S2T559 01/09/12 26891.0 S2S548 01/09/12 48236.0 S2T502 01/09/12 28688.0 S2T560 01/09/12 27561.0 S2S549 01/09/12 48695.0 S2T503 01/09/12 28694.0 S2TA01 01/09/12 16801.0 S2S550 01/09/12 47137.0 S2T504 01/09/12 28770.0 M2TA02 01/09/12 17214.0

$2S551 01/09/12 46802.0 S2T505 01/09/12 26615.0 S2TA03 01/09/12 17202.0 S2S552 01/09/12 33629.0 $2T506 01/09/12 26478.0 S2TAN4 01/09/12 16817.0 S2S553 01/09/12 35622.0 S2T507 01/09/12 28790.0 S2TA05 01/09/12 24821.0 S2S554 01/09/12 48515.0 $2T508 01/09/12 28604.0 S2TA06 01/09/12 24784.0 S2S555 01/09/12 33685.0 $2T509 01/09/12 28660.0 S2TA07 01/09/12 24816.0 S2S556 01/09/12 33857.0 S2T510 01/09/12 28131.0 S2TAO8 01/09/12 24780.0 S2S557 01/09/12 47021.0 $2T511 01/09/12 28899.0 S2U0101 01/09/12 0.0 S2S558 01/09/12 49288.0 S2T512 01/09/12 28200.0 S2U102 01/09/12 0.0

$2S559 01/09/12 46807.0 S2T513 01/09/12 26570.0 S2U103 01/09/12 0.0 S2S560 01/09/12 49195.0 S2T514 01/09/12 28657.0 S2U104 01/09/12 0.0 S2S561 01/09/12 34030.0 S2T515 01/09/12 28862.0 S2U105 01/09/12 0.0 S2S562 01/09/12 49023.0 S2T516 01/09/12 27925.0 S2U106 01/09/12 0.0 S2S563 01/09/12 37881.0 $2T517 01/09/12 28039.0 52U107 01/09/12 0.0 S2S564 01/09/12 49277.0 S2T518 01/09/12 28343.0 S2U108 01/09/12 0.0 S2T001 01/09/12 17166.0 $2T519 01/09/12 28285.0 52U301 01/09/12 0.0 S2T002 01/09/12 17238.0 S2T520 01/09/12 27966.0 S2U302 01/09/12 0.0 S2T003 01/09/12 16846.0 S2T521 01/09/12 28973.0 S2U303 01/09/12 0.0 S2T004 01/09/12 16689.0 S2T522 01/09/12 27414.0 S2U304 01/09/12 0.0 S2T201 01/09/12 22983.0 S2T523 01/09/12 28289.0 S2U305 01/09/12 0.0 S2T202 01/09/12 23105.0 S2T524 01/09/12 28385.0 S20306 01/09/12 0.0 S2T203 01/09/12 23013.0 S2T525 01/09/12 28317.0 $20307 01/09/12 0.0 S2T204 01/09/12 23001.0 S2T526 01/09/12 28847.0 S2U308 01/09/12 0.0 S2T301 01/09/12 21800.0 S2T527 01/09/12 26549.0 S2U309 01/09/12 0.0

$2T302 01/09/12 21884.0 S2T528 01/09/12 28402.0 S2U310 01/09/12 0.0

$2T303 01/09/12 21977.0 S2T529 01/09/12 29111.0 S2U311 01/09/12 0.0

$2T304 01/09/12 21849.0 S2T530 01/09/12 28200.0 S2U312 01/09/12 0.0 S2T305 01/09/12 21771.0 S2T531 01/09/12 26585.0 S2U313 01/09/12 0.0 S2T306 01/09/12 24432.0 S2T532 01/09/12 26687.0 S2U314 01/09/12 0.0 S2T307 01/09/12 22090.0 S2T533 01/09/12 28322.0 52U315 01/09/12 0.0 S2T308 01/09/12 24769.0 S2T534 01/09/12 28235.0 S20316 01/09/12 0.0

$2T309 01/09/12 24869.0 S2T535 01/09/12 28227.0 S2U401 01/09/12 0.0

$2T310 01/09/12 20600.0 S2T536 01/09/12 26952.0 S2U402 01/09/12 0.0 S2T311 01/09/12 24791.0 S2T537 01/09/12 28602.0 S2U403 01/09/12 0.0 S2T312 01/09/12 24778.0 S2T538 01/09/12 27401.0 $2U404 01/09/12 0.0

$2T313 01/09/12 21717.0 S2T539 01/09/12 26961.0 $2U405 01/09/12 0.0

$2T314 01/09/12 24854.0 S2T540 01/09/12 27289.0 S2U406 01/09/12 0.0

$2T315 01/09/12 24973.0 S2T541 01/09/12 28369.0 S2U407 01/09/12 0.0 S2T316 01/09/12 24951.0 S2T542 01/09/12 28323.0 $2U408 01/09/12 0.0 SCE Input to Sargent & Lundy SFP Analyses Page 18 of 131 RAI-012 Response, Attachment A Page A8 of A50

$20501 01/09/12 0.0 S2U559 01/09/12 0.0 S2U502 01/09/12 0.0 S2U560 01/09/12 0.0

$2U503 01/09/12 0.0 S2UA01 01/09/12 0.0

$2U504 01/09/12 0.0 S2UA02 01/09/12 0.0 S2U505 01/09/12 0.0 S2UA03 01/09/12 0.0 S2U506 01/09/12 0.0 S2UA04 01/09/12 0.0

$2U507 01/09/12 0.0 S2UA05 01/09/12 0.0 S2U508 01/09/12 0.0 $2UA06 01/09/12 0.0 S2U509 01/09/12 0.0 $2UA07 01/09/12 0.0 S2U510 01/09/12 0.0 S2UA08 01/09/12 0.0 S2U511 01/09/12 0.0 S2UW01 01/09/12 0.0 S2U512 01/09/12 0.0 S2UW02 01/09/12 0.0 S2U513 01/09/12 0.0 S2UW03 01/09/12 0.0

$2U514 01/09/12 0.0 S20W04 01/09/12 0.0 S2U515 01/09/12 0.0 S2UW05 01/09/12 0.0 S2U516 01/09/12 0.0 S2UW06 01/09/12 0.0

$2U517 01/09/12 0.0 S2UW07 01/09/12 0.0 S2U518 01/09/12 0.0 S2UW08 01/09/12 0.0 S2U519 01/09/12 0.0 S2U520 01/09/12 0.0

$20521 01/09/12 0.0 S2U522 01/09/12 0.0

$2U523 01/09/12 0.0

$2U524 01/09/12 0.0

$2U525 01/09/12 0.0 S2U526 01/09/12 0.0 S2U527 01/09/12 0.0 S20528 01/09/12 0.0 S20529 01/09/12 0.0 S20530 01/09/12 0.0 S20531 01/09/12 0.0 S2U532 01/09/12 0.0 S2U533 01/09/12 0.0 S2U534 01/09/12 0.0 S2U535 01/09/12 0.0 S2U536 01/09/12 0.0 S2U537 01/09/12 0.0 S2U538 01/09/12 0.0 S2U539 01/09/12 0.0 52U540 01/09/12 0.0

$2U541 01/09/12 0.0 S2U542 01/09/12 0.0 S2U543 01/09/12 0.0 S2U544 01/09/12 0.0 S2U545 01/09/12 0.0 S2U546 01/09/12 0.0 S2U547 01/09/12 0.0 S2U548 01/09/12 0.0 S2U549 01/09/12 0.0 521550 01/09/12 0.0 S2U551 01/09/12 0.0 S2U552 01/09/12 0.0 S2U553 01/09/12 0.0 S2U554 01/09/12 0.0 S2U555 01/09/12 0.0 S21556 01/09/12 0.0 S2U557 01/09/12 0.0

$2U558 01/09/12 0.0 SCE Input to Sargent & Lundy SFP Analyses Page 19 of 131 RAI-012 Respongle, Attachment A Page A9 of A50

5.2 UNIT 3 S3A008 04/14/90 31540.5 S3B018 01/02/87 23820.5 $3C001 04/30/88 31909.3 S3A019 09/14/85 14932.9 $33019 01/02/87 24703.1 $3C002 04/30/88 33110.8 S3A021 04/14/90 31373.0 S3B020 01/02/87 25929.3 $3C003 04/30/88 33324.3

$3A022 09/14/85 15392.1 33B021 01/02/87 25196.0 83C004 04/30/88 34508.2 S3A023 09/14/85 15540.9 33B022 01/02/87 24806.5 S3C005 04/30/88 35387.6 S3AQ24 09/14/85 15545.4 S3B023 01/02/87 25834 .7 S3CO07 04/30/88 32285.8 S3A026 09/14/85 15089.1 S3B024 01/02/87 24707.3 S3C009 04/30/88 33733.7 S3A027 09/14/85 15472.8 S38025 01/02/87 25995.1 $3C010 04/30/88 33275.4 S3A029 04/14/90 31373.6 S3B026 01/02/87 24291.7 S3C011 04/30/88 35459.4 S3A031 09/14/85 15094.3 S3B027 01/02/87 24035.6 $3C012 04/30/88 35425.6 S3A032 09/14/85 15539.5 S3B028 01/02/87 24817.9 $3C013 04/30/88 35406.9 S3A033 09/14/85 15454.0 S3B029 01/02/87 26099.3 S3C014 04/30/88 32224.1 S3A034 09/14/85 15608.6 $3B030 01/02/87 24006.7 S3C015 04/30/88 33060.8 S3A037 04/14/90 31273.3 $3B031 01/02/87 24835.4 S3C016 04/30/88 34265.1 S3A038 09/14/85 14860.9 S32032 01/02/87 25914.2 $3C017 04/30/88 31927.0 S3A040 09/14/85 14388.1 $32033 01/02/87 25788.9 $3C018 04/30/88 32162.6 S3A041 09/14/85 15114.9 S3B034 01/02/87 25124 .9 S3C020 04/30/88 33333.8 S3A043 09/14/85 14387.0 S3B035 01/02/87 24781.6 $3C021 04/30/88 33836.4 S3A045 09/14/85 14344.0 S3B036 01/02/87 25047.8 S3C022 04/30/88 33064.9 S3A046 09/14/85 14370.7 S3B037 01/02/87 25380.5 83C023 04/30/88 35574.6 S3A047 09/14/85 14211.9 S3B038 01/02/87 25661.0 $3C024 04/30/88 32198.1 S3A049 09/14/85 15639.4 S3B039 01/02/87 25727. 6 83C025 04/30/88 33292.1 S3A052 09/14/85 15529.4 S3B040 01/02/87 25976.9 53C026 04/30/88 33263.1

$3A053 09/14/85 15492.1 S3B041 01/02/87 26103.0 S3C027 04/30/88 35440.3 S3A054 04/14/90 24972..4 S38042 01/02/87 25738.1 S3C028 04/30/88 32271.1 S3A055 09/14/85 14287.3 S3B043 01/02/87 26672.4 53C029 04/30/88 32186.3 S3A057 09/14/85 14251.2 S3B045 01/02/87 25213.2 S3C030 04/30/88 32259.9 S3A059 09/14/85 14343.1 33B046 01/02/87 25305.7 S3C032 04/30/88 32234.3 S3A060 09/14/85 14329.8 S3B047 01/02/87 25115.1 S3C033 04/30/88 32223.4 S3A061 09/14/85 14399.6 S3B048 01/02/87 25204 .1 33C034 04/30/88 33511.9 S3A062 09/14/85 14209.8 S33049 01/02/87 26109.3 S3C035 04/30/88 32052.8 S3A063 01/24/92 23949.3 S3BO50 01/02/87 25870.8 $3C036 04/30/88 33384.5 S3A064 10/10/93 25427.0 S3B052 01/02/87 26096.1 S3C037 04/30/88 35379.5 S3A065 09/14/85 14241.2 33B053 01/02/87 26652.1 S3C038 04/30/88 33545.1 S3A066 09/14/85 14289.2 $3B054 01/02/87 25197.7 S3C039 04/30/88 34058.4 S3A067 09/14/85 15490.0 S3B055 01/02/87 24615.8 $3C040 04/30/88 35560.3 S3A068 01/02/87 19441.2 S3B056 01/02/87 25284.3 S30101 04/30/88 36403.9 S3A069 09/14/85 15173.7 $3B057 01/02/87 25216.2 S3C102 04/30/88 36616.2 S3A071 09/14/85 15258.9 S3B060 01/02/87 25256.0 $3C103 04/30/88 36700.6 S3B001 01/02/87 26033.8 S33061 01/02/87 26047.6 530104 04/30/88 36332.1

$3B003 01/02/87 25893.3 S3B062 01/02/87 24659.6 S3C105 04/30/88 36445.6 S38004 01/02/87 25947.1 S3B063 01/02/87 25147.8 $30106 04/30/88 36450.9 S3B005 01/02/87 26049.2 S3B067 01/02/87 24372.5 530107 04/30/88 36726.1 S32006 01/02/87 25918.3 S38068 01/02/87 23880.8 S3C108 04/30/88 36380.3 S32007 01/02/87 25302. 6 S3B069 01/02/87 25809.0 $3C201 04/30/88 35772.1 S32008 01/02/87 25350.7 S3B070 01/02/87 23847.4 53C202 04/30/88 35329.4 S3B009 01/02/87 25089.6 S3B071 01/02/87 24602.8 33C203 01/02/87 26098.2 33B010 01/02/87 25438.8 S3B072 01/02/87 25805.3 53C204 04/30/88 37729.8 S3B011 01/02/87 25892.7 $3B074 01/02/87 23850.3 53C207 04/30/88 37447.8 S3B012 01/02/87 25854. 6 $33076 01/02/87 26671.3 S3C210 04/30/88 37911.9

$3B013 01/02/87 24707. 6 S3B077 01/02/87 24680.7 $3C212 04/30/88 35033.6 3BO14 01/02/87 25163.3 $33078 01/02/87 24650.7 S3C213 04/30/88 37489.9 S32015 01/02/87 25289.4 S38079 01/02/87 26495.5 S3C216 04/30/88 35715.6 S38016 01/02/87 25143.4 S32080 01/02/87 25263.5 S3DO16 04/14/90 30421.6 SCE Input to Sargent & Lundy SFP Analyses Page 20 of 131 RAI-012 Response, Attachment A Page A10 of A50

S3DO18 04/14/90 29958.3 $3E213 04/14/90 34709.6 S3F218 01/24/92 35676.6 S3D021 04/14/90 32154.8 $3E215 04/14/90 38907.9 $3F219 01/24/92 45149.1

$3D026 04/14/90 31337.0 $3E216 04/14/90 36511. 9 S3F220 01/24/92 35073.8 S3D028 04/14/90 31384.7 $3E217 04/14/90 35248.9 $3F221 01/24/92 35238.1 33D029 04/14/90 32041.6 $3E218 04/14/90 38976.6 $3F222 01/24/92 45204.5 S3DO30 04/14/90 30267.2 S3E219 04/14/90 35319.7 $3F224 01/24/92 47754.9 S3D031 04/14/90 31829.7 $3E221 04/14/90 38997.2 $3F225 01/24/92 46680.4

$3D032 04/14/90 31882.3 S3E222 04/14/90 39150.6 S3F226 01/24/92 47887.9

$3D034 04/14/90 31549.7 $3E225 04/14/90 35344.4 S3F227 01/24/92 47849.0 S3D036 04/14/90 31464.5 S3E226 04/14/90 36523.7 S3F228 01/24/92 45375.7 33DO40 04/14/90 30423.1 33E227 04/14/90 38976.8 $3F231 01/24/92 47609.7 S3D043 04/14/90 32374.7 33E228 04/14/90 35293.6 S3F232 01/24/92 47738.7 33D045 04/14/90 31391.9 S3E301 04/14/90 39325.6 S3F233 01/24/92 42692.6 33D104 04/30/88 26345.5 S3E302 04/14/90 38587.7 $3F234 01/24/92 42292.0 S3D105 04/30/88 27547.6 33E303 04/14/90 38717.0 S3F235 01/24/92 48083.9 S3D106 04/30/88 27592.5 $3E304 04/14/90 40348.3 S3F236 01/24/92 45417.8 S3DI08 04/30/88 26503.4 33E305 04/14/90 39332.5 $3F239 01/24/92 35424.7 S3D109 04/30/88 27365.9 S3E306 04/14/90 39251.9 $3F241 01/24/92 47663.7 S3D110 04/30/88 26422.6 S3E307 04/14/90 39203.2 S3F242 01/24/92 46889.6

$3DI13 04/30/88 27485.7 S3E308 04/14/90 39156.6 S3F244 01/24/92 35179.4 33D114 04/30/88 26444.5 S3E309 04/14/90 40160.4 S3F245 01/24/92 46608.3 S3EO01 04/14/90 37540.8 33E310 04/14/90 40239.5 $3F247 01/24/92 45068.5 S3E003 04/14/90 37824.9 S33311 04/14/90 39097.8 S3F248 01/24/92 42490.3 S3E004 04/14/90 34657.2 33E312 04/14/90 40187.2 S3F249 01/24/92 47390.8 S3EO05 04/14/90 34440.2 $3F002 01/24/92 36540.5 $3F250 01/24/92 42353.4 S3E007 04/14/90 34618.7 S3FO05 01/24/92 36701.3 S3F251 01/24/92 43983.4 S3E008 04/14/90 37419.3 S3FO06 01/24/92 35840.8 $3F252 01/24/92 43996.4 S3E009 04/14/90 35206.8 S3F008 01/24/92 35372.7 $3F255 01/24/92 35272.1 S3E014 04/14/90 34375.9 33FO10 01/24/92 37152.9 $3F256 01/24/92 35399.0 S3E016 04/14/90 34547.0 $3FO11 01/24/92 36698.0 S3F301 01/24/92 45638.0 S3E017 04/14/90 34878.0 33FO12 01/24/92 36927.0 $3F302 01/24/92 45585.0 S3E018 04/14/90 37250.3 S3F313 01/24/92 36516.6 $3F303 01/24/92 46023.4

$3E019 04/14/90 35340.5 S3F315 01/24/92 36800.2 $3F304 01/24/92 44173.5

$3E020 04/14/90 35223.9 S3FO16 01/24/92 36651.1 S3F305 01/24/92 44273.2

$3E025 04/14/90 35071.6 S3FI01 01/24/92 41673.2 $3F306 01/24/92 44033.0

$3E027 04/14/90 35274.6 $3FI02 01/24/92 42271.7 $3F307 01/24/92 45933.8

$3E028 04/14/90 35440.9 S3FI03 01/24/92 41808.0 S3F308 01/24/92 47077.7 S3E029 04/14/90 37647.3 S3F104 01/24/92 41809.7 S3F309 01/24/92 44096.9

$3E030 04/14/90 35132.2 S3F107 01/24/92 41884.5 S3F310 01/24/92 46659.7

$3E032 04/14/90 35147.3 $3FI08 01/24/92 41924.4 $3F311 01/24/92 46563.1 S3E033 04/14/90 34515.5 33Fl09 01/24/92 37771.6 S3F312 01/24/92 45921.0 S3E037 04/14/90 37955.8 $3F110 01/24/92 41797.7 $3F313 01/24/92 46662.4 S3E038 04/14/90 37693.0 S3F111 01/24/92 37719.0 S3F314 01/24/92 46710.8

$3E039 04/14/90 37517.7 33Fl12 01/24/92 41648.7 $3F315 01/24/92 46730.2 S3EI02 04/14/90 39224.5 $3F201 01/24/92 45210.0 S3F316 01/24/92 46316.0 S3E103 04/14/90 39169.2 $3F202 01/24/92 35125.5 $3F401 01/24/92 41810.8

$3EI04 04/14/90 39128.2 S3F203 01/24/92 44994.5 S3F402 01/24/92 41908.4 S3EI05 04/14/90 39433.6 $3F204 01/24/92 45225.3 $3F403 01/24/92 42059.9

$3E106 04/14/90 39177.7 $3F206 01/24/92 35098.1 $3F404 01/24/92 41636.1 S3E107 04/14/90 39226.2 $3F208 01/24/92 47i92.5 S3F405 0i/24/92 41641.2 S3E108 04/14/90 39244.2 $3F209 01/24/92 43777.6 $3F406 01/24/92 41945.7 S3E202 04/14/90 39078.2 S3F210 01/24/92 43712.4 $3F407 01/24/92 41995.5 S3E205 04/14/90 36724.6 $3F211 01/24/92 44022.2 $3F408 01/24/92 41844.2 S3E206 04/14/90 36495.6 S3F212 01/24/92 44049.5 S3G001 10/10/93 36356.0

$3E207 04/14/90 35406.1 $3F213 01/24/92 35206.4 S3G003 10/10/93 36081.0 S3E209 04/14/90 39047.0 $3F214 01/24/92 43581.4 $3G006 10/10/93 36003.0 S3E211 04/14/90 39074.5 $3F215 01/24/92 43573.5 S3G011 10/10/93 41231.0

$3E212 04/14/90 34547.1 $3F216 01/24/92 35609.1 $3G102 10/10/93 41136.0 SCE Input to Sargent & Lundy SFP Analyses Page 21 of 131 RAI-012 Response, Attachment A Page All of A50

S3G104 10/10/93 41120.0 33G404 10/10/93 41471.0 S3H305 07/22/95 45707.0

$3GI06 10/10/93 41117.0 $3G405 10/10/93 41389.0 33H306 07/22/95 47359.0 S3G107 10/10/93 41275.0 S3G406 10/10/93 40673.0 33H307 07/22/95 47203.0 S3GI08 10/10/93 41558.0 S3G407 10/10/93 41465.0 S3H308 07/22/95 47050.0 S3G109 10/10/93 42067.0 S3G408 10/10/93 41138.0 33H309 07/22/95 47086.0 S3G111 10/10/93 41468.0 S3HO01 03/27/99 48877.0 S3H310 07/22/95 46977.0 S3G201 10/10/93 45254.0 S311002 03/27/99 47909.0 $3H311 07/22/95 43392.0 S3G202 10/10/93 41493.0 $3H003 03/27/99 48042.0 33H312 07/22/95 43457.0 S3G205 10/10/93 41537.0 S311012 03/27/99 48612.0 33H313 07/22/95 45177.0 S3G206 10/10/93 46011.0 S3H013 03/27/99 48684.0 S3H315 07/22/95 45421.0 S3G209 10/10/93 45680.0 S311014 03/27/99 48209.0 33H316 07/22/95 45281.0 S3G210 10/10/93 42767.0 S3H015 03/27/99 48310.0 33H401 07/22/95 41575.0 S3G211 10/10/93 45697.0 $3H016 03/27/99 48551.0 $3H402 07/22/95 41507.0 S3G214 10/10/93 42792.0 S3H103 07/22/95 42009.0 33H403 07/22/95 41189.0 33G215 10/10/93 42655.0 S3H105 07/22/95 42082.0 33H404 07/22/95 41397.0 S3G216 10/10/93 45544.0 S3H106 07/22/95 41654.0 S3H405 07/22/95 41909.0 S3G217 10/10/93 42881.0 S31I07 07/22/95 41902.0 33H406 07/22/95 41681.0 S3G220 10/10/93 43980.0 S3H108 07/22/95 41690.0 .33H407 07/22/95 41102.0 S3G221 10/10/93 43319.0 S3H110 07/22/95 41687.0 33H408 07/22/95 41522.0 S3G224 07/22/95 46839.0 S3H111 07/22/95 41748.0 S3JO05 04/12/97 36406.0 S3G225 10/10/93 42469.0 $3H112 07/22/95 42033.0 S3J006 04/12/97 42323.0 S3G226 10/10/93 44157.0 S3H201 07/22/95 43255.0 S3J009 04/12/97 42506.0 S3G227 10/10/93 42815.0 S3H202 07/22/95 42403.0 S3JO10 04/12/97 42689.0 S3G228 10/10/93 43618.0 S3H203 07/22/95 43633.0 33JO11 04/12/97 42116.0 S3G229 10/10/93 43474.0 S3H204 07/22/95 43793.0 S3J012 04/12/97 42567 .0 S3G230 10/10/93 45698.0 S3H205 04/12/97 45869.0 $3JO13 04/12/97 42206.0 S3G232 10/10/93 41316.0 $3H209 07/22/95 47025.0 $3J014 04/12/97 42663.0

$3G233 10/10/93 44893.0 S3H210 07/22/95 46737.0 S3J015 04/12/97 42519.0 S3G234 10/10/93 41766.0 S3H211 07/22/95 44153.0 $3J106 04/12/97 40795.0 S3G235 10/10/93 43541.0 S3H212 07/22/95 43514.0 $3J201 04/12/97 47023.0 S3G236 10/10/93 45850.0 $3H213 07/22/95 43711.0 S3J202 04/12/97 44567.0 S3G239 10/10/93 44787.0 S3H214 07/22/95 43573.0 S3J203 04/12/97 47022.0 S3G241 10/10/93 44890.0 S3H216 07/22/95 43910.0 S3J204 04/12/97 46705.0

$3G244 10/10/93 43649.0 $3H217 07/22/95 42748.0 $3J212 04/12/97 43673.0 S3G245 10/10/93 43112.0 S3H218 07/22/95 46960.0 S3J215 04/12/97 44456.0

$3G248 10/10/93 45633.0 S311220 07/22/95 43698.0 S3J2 16 04/12/97 44256.0 S3G251 10/10/93 43114.0 S3H221 07/22/95 46880.0 S3J217 04/12/97 46976.0 S3G252 10/10/93 45730.0 S3H222 07/22/95 47016.0 S3J219 04/12/97 44449.0 S3G254 10/10/93 43109.0 $3H223 07/22/95 47166.0 S3J221 04/12/97 44491.0 S3G301 10/10/93 45678.0 $3H226 07/22/95 42515.0 S3J223 04/12/97 43722.0 S3G302 10/10/93 42188.0 33H230 07/22/95 45741.0 S3J225 04/12/97 37735.0 S3G303 10/10/93 45430.0 S3H232 07/22/95 46068.0 S3J227 04/12/97 41863.0 S3G304 10/10/93 45337.0 S3H237 07/22/95 47347.0 S3J228 04/12/97 44303.0 S3G305 10/10/93 44448.0 S3H239 07/22/95 45842.0 S3J230 04/12/97 43627.0 S3G306 10/10/93 45454.0 S3H244 07/22/95 42866.0 $3J233 04/12/97 43859.0

$3G307 10/10/93 44310.0 S3H248 07/22/95 44180.0 $3J234 04/12/97 46924.0 S3G308 10/10/93 42734.0 $3H249 07/22/95 44334.0 $3J236 04/12/97 46920.0

$3G309 10/10/93 46051.0 S3H250 07/22/95 44023.0 S3J238 04/12/97 44592.0 S3G310 10/10/93 42430.0 S3H251 07/22/95 43970.0 S3J239 04/12/97 41809.0

$3G311 10/10/93 45725.0 $3H252 07/22/95 43771.0 S3J247 04/12/97 37385.0

$3G312 10/10/93 42364.0 33H253 07/22/95 44025.0 S3J248 04/12/97 41698.0 S3G313 10/10/93 45323.0 S3H254 07/22/95 43897.0 S3J249 04/12/97 37483.0 S3G314 10/10/93 44313.0 S3H255 03/27/99 52228.0 S3J251 04/12/97 44485.0 S3G315 10/10/93 44519.0 33H256 07/22/95 46132.0 S3J253 04/12/97 41421.0 S3G316 10/10/93 45609.0 S3H301 07/22/95 47108.0 S3J254 04/12/97 47174.0 S3G401 10/10/93 40472.0 S3H302 07/22/95 47282.0 S3J255 04/12/97 47218.0 S3G402 10/10/93 40786.0 S3H303 07/22/95 43310.0 S3J256 04/12/97 38006.0 S3G403 10/10/93 40673.0 S3H304 07/22/95 43757.0 S3J301 04/12/97 47815.0 SCE Input to Sargent & Lundy SFP Analyses Page 22 of 131 RAI-012 Response, Attachment A Page A12 of A50

S3J302 04/12/97 45897.0 S3K234 03/27/99 46273.0 $3L405 01/02/01 50665.0 S3J303 04/12/97 46501.0 S3K235 03/27/99 46642.0 $3L406 01/02/01 50027.0

$3J304 04/12/97 45700.0 S3K238 01/06/03 49732.0 $3L407 01/02/01 50378.0 S3J305 04/12/97 47597.0 $3K239 01/02/01 43269.0 $3L408 01/06/03 45174.0 S3J306 04/12/97 47555.0 S3K240 03/27/99 46671.0 $3L409 01/06/03 45499.0 S3J307 04/12/97 45845.0 S3K241 03/27/99 48724.0 S3L410 01/02/01 47129.0 S3J308 04/12/97 47951.0 S3K243 09/27/04 50009.0 $3L411 01/02/01 50956.0 S3J309 04/12/97 45677.0 S3K244 03/27/99 46394.0 $3L412 01/02/01 50120.0

$3J310 04/12/97 46552.0 S3K246 03/27/99 48510.0 S3L413 01/02/01 50604.0 S3J311 04/12/97 47535.0 S3K250 03/27/99 48770.0 S3L414 01/06/03 45432.0

$3J312 04/12/97 47421.0 S3K252 01/02/01 50990.0 $3L415 01/06/03 45288.0 S3J313 04/12/97 47559.0 $3K253 10/16/06 51343.0 S3L416 01/02/01 49469.0

$3J314 04/12/97 47542.0 33K254 03/27/99 47087.0 S3L417 01/02/01 50225.0 S3J315 04/12/97 46359.0 $3K255 03/27/99 46700.0 S3L418 01/06/03 47405.0

$3J316 04/12/97 45735.0 $3K256 03/27/99 47334 .0 $3L419 01/02/01 49605.0

$3J401 04/12/97 46852.0 S3K301 03/27/99 48733.0 $3L420 01/02/01 49605.0

$3J402 04/12/97 46696.0 33K302 03/27/99 48882.0 $3L421 01/06/03 47336.0 S3J403 04/12/97 46665.0 $3K303 03/27/99 48431.0 S3L422 01/02/01 49763.0

$3J404 04/12/97 46935.0 S3K304 03/27/99 49138.0 $3L423 01/02/01 49393.0

$3J405 04/12/97 46329.0 $3K305 03/27/99 49067.0 $3L424 01/02/01 49707.0 S3J406 04/12/97 46344.0 S3K306 03/27/99 43105.0 S3L425 01/02/01 49683.0 S3J407 04/12/97 46254.0 S3K307 03/27/99 48747.0 $3L426 01/02/01 50710.0 S3J408 04/12/97 46264.0 $3K308 03/27/99 43112.0 $3L427 01/06/03 46965.0

$3K105 03/27/99 43825.0 $3K309 03/27/99 47826.0 S3L428 01/02/01 50005.0 S3K106 03/27/99 43936.0 S3K310 03/27/99 43084 .0 S3L429 01/02/01 49465.0 S3K107 03/27/99 43929.0 33K311 03/27/99 48830.0 $3L430 01/06/03 45579.0

$3KI08 03/27/99 43729.0 S3K312 03/27/99 48613.0 $3L431 01/02/01 50761.0 S3K109 03/27/99 43877.0 $3K313 03/27/99 48737.0 S3L432 01/02/01 50837.0 S3K110 03/27/99 43863.0 33K314 03/27/99 43380.0 S3L433 01/02/01 50703.0 S3K111 03/27/99 43828.0 $3K315 03/27/99 49220.0 S3L434 01/06/03 45397.0 S3K112 03/27/99 44106.0 33K316 03/27/99 48823.0 S3L435 01/06/03 45000.0 S3K201 01/02/01 43332.0 S3L105 01/02/01 47728.0 S3L436 01/02/01 47452.0 S3K202 01/02/01 43292.0 S3L115 01/02/01 47763.0 $3L437 01/06/03 47169.0 S3K204 03/27/99 47259.0 S3L116 01/02/01 48077.0 S3L438 01/06/03 45441.0

$3K205 03/27/99 47472.0 S3L201 01/02/01 49616.0 S3L439 01/06/03 47293.0

$3K207 03/27/99 48461.0 33L202 01/02/01 49476.0 S3L440 01/06/03 46619.0

$3K208 03/27/99 46494.0 S3L203 01/02/01 49697.0 S3L441 01/02/01 49675.0 S3K209 01/02/01 43600.0 $3L204 01/02/01 48875.0 $3L442 01/02/01 49656.0 S3K211 03/27/99 47014.0 $3L205 01/02/01 49461.0 S3L443 01/02/01 47667.0 S3K212 03/27/99 47423.0 $3L206 01/02/01 48476.0 $3L444 01/02/01 46817.0 S3K213 03/27/99 46599.0 $3L207 01/02/01 49510.0 S3M001 09/27/04 46383.0 S3K217 01/02/01 43354.0 S3L208 01/02/01 49625.0 S3M005 09/27/04 46241.0

$3K218 03/27/99 46787.0 S3L301 01/02/01 51033.0 $3M007 09/27/04 46179.0 S3K219 03/27/99 48678.0 $3L302 01/02/01 48148 .0 S3M008 09/27/04 46235.0 S3K220 03/27/99 49025.0 $3L304 01/02/01 48593.0 $3M009 09/27/04 45743.0 S3K221 03/27/99 45347.0 S3L305 01/02/01 51041.0 S3M010 09/27/04 46003.0 S3K222 01/02/01 43284.0 $3L306 01/02/01 48438.0 S3M011 09/27/04 45866.0 S3K223 03/27/99 45686.0 S3L307 01/02/01 51503.0 S3M014 09/27/04 46118.0 S3K224 03/27/99 46486.0 $3L308 01/02/01 51382.0 S3M101 01/06/03 41522.0 S3K225 03/27/99 48987.0 S3L312 01/02/01 50569.0 S3M102 01/06/03 41235.0 S3K226 03/27/99 47201.0 $3L313 01/02/01 50999. 0 S3M103 01/06/03 42201.0 S3K227 03/27/99 47286.0 $3L314 01/02/01 50886.0 S3M105 01/06/03 41509.0 S3K228 03/27/99 47286.0 S3L315 01/02/01 51348.0 S3M106 01/06/03 41927.0 S3K229 03/27/99 47089.0 S3L316 01/02/01 48273.0 S3M107 01/06/03 41873.0 S3K230 03/27/99 45288.0 $3L401 01/06/03 46529.0 $3M401 01/06/03 47812.0 S3K231 03/27/99 45295.0 S3L402 01/02/01 49988.0 S3M402 01/06/03 47483.0 S3M232 03/27/99 46539.0 S3L403 01/06/03 47356.0 $3M403 01/06/03 47253.0

$3K233 03/27/99 48824.0 $3L404 01/02/01 50147.0 $3M404 01/06/03 47583.0 SCE Input to Sargent & Lundy SFP Analyses Pa-e 23 of 131 RAI-012 Respond'e, Attachment A Page A13 of A50

S3M405 01/06/03 47435.0 S3M567 01/06/03 45679.0 S3N521 09/27/04 48676.0 S3M406 01/06/03 47808.0 S3M568 01/06/03 49026.0 S3N522 09/27/04 48577.0

$3M407 01/06/03 47144.0 S3NO01 09/27/04 43342.0 S3N523 09/27/04 49888.0 S3M408 01/06/03 47587.0 S3N002 09/27/04 42829.0 S3N524 09/27/04 48874.0 S3M501 01/06/03 47643.0 S3N003 10/16/06 46994.0 S3N525 09/27/04 49249.0 S3M502 01/06/03 47668.0 S3N004 09/27/04 43175.0 S3N526 09/27/04 49178.0 S3M503 09/27/04 42269.0 S3NO05 10/16/06 46662.0 S3N527 09/27/04 47090.0 S3M504 01/06/03 47913.0 S3N006 10/16/06 46322.0 S3N528 09/27/04 46981.0

$3M505 01/06/03 45859.0 S3N007 10/16/06 46775.0 S3N529 09/27/04 47240.0 S3M506 09/27/04 42373.0 S3N008 10/16/06 46618.0 S3N530 09/27/04 47959.0

$3M507 01/06/03 47557.0 S3N009 09/27/04 43108.0 S3N531 09/27/04 48795.0 S3M508 01/06/03 48992.0 $3N010 09/27/04 43324.0 S3N532 09/27/04 47186.0

$3M509 01/06/03 48792.0 S3NO11 09/27/04 43327.0 S3N533 10/16/06 42309.0 S3M510 01/06/03 48801.0 S3N012 09/27/04 43454.0 S3N534 09/27/04 47482.0 S3M511 01/06/03 48897.0 S3NO13 10/16/06 46861.0 $3N535 09/27/04 49437.0 S3M512 01/06/03 48941.0 S3N014 10/16/06 46970.0 S3N536 09/27/04 48998.0

$3M513 01/06/03 45229.0 S3N015 10/16/06 46745.0 S3N537 09/27/04 47128.0 S3M514 09/27/04 42040.0 S3N016 09/27/04 43973.0 S3N538 10/16/06 41781.0 S3M515 09/27/04 42151.0 S3N101 09/27/04 42409.0 53N541 09/27/04 48994.0 S3M516 01/06/03 45752.0 S3N102 09/27/04 40071.0 S3N543 09/27/04 38003.0

$3M517 01/06/03 48767.0 S3N103 09/27/04 39798.0 $3N544 10/16/06 42495.0 S3M519 01/06/03 47702.0 S3N104 09/27/04 42258.0 S3N546 09/27/04 47032.0

$3M520 01/06/03 45596.0 S3N105 09/27/04 40471.0 S3N547 09/27/04 49294.0 S3M521 01/06/03 47382.0 S3N106 09/27/04 42908.0 S3N548 09/27/04 47315.0 S3M522 01/06/03 45831.0 S3N108 09/27/04 42205.0 S3N549 09/27/04 48091.0 S3M523 01/06/03 49082.0 S3N301 09/27/04 46836.0 S3N551 09/27/04 37911.0 S3M524 01/06/03 48494.0 $3N302 09/27/04 46898.0 S3N552 10/16/06 42305.0 S3M525 01/06/03 48687.0 S3N303 09/27/04 47300.0 S3N553 10/16/06 42557.0

$3M526 01/06/03 46115.0 S3N304 09/27/04 47056.0 S3N555 10/16/06 41860.0 S3M527 01/06/03 47300.0 S3N401 09/27/04 46441.0 S3N556 09/27/04 47982.0 S3M528 01/06/03 46297.0 $3N402 09/27/04 46518.0 S3N557 10/16/06 42374.0 S3M529 01/06/03 48663.0 S3N403 09/27/04 46574.0 $3N558 09/27/04 46744.0

$3M531 01/06/03 47517.0 S3N404 09/27/04 46258.0 $3N559 09/27/04 47620.0 S3M532 01/06/03 45870.0 S3N405 09/27/04 45914.0 S3N560 09/27/04 49151.0

$3M536 01/06/03 48309.0 S3N406 09/27/04 49984.0 S3POO1 10/12/08 51330.0

$3M538 01/06/03 46328.0 S3N407 09/27/04 48847.0 S3P002 01/31/12 43680.0

$3M539 01/06/03 47255.0 $3N408 09/27/04 49238.0 S3P003 10/16/06 38909.0 S3M540 01/06/03 48293.0 S3N409 09/27/04 46152.0 S3P004 10/16/06 35263.0

$3M541 01/06/03 48452.0 S3N410 09/27/04 45891.0 $3P005 10/16/06 38179.0 S3M542 01/06/03 37478.0 S3N411 09/27/04 49006.0 S3P006 10/16/06 38204.0 S3M544 01/06/03 46047.0 S3N412 09/27/04 46184.0 $3P007 10/16/06 38910.0 S3M545 01/06/03 45750.0 S3N501 09/27/04 41285.0 $3P008 10/16/06 35606.0 S3M546 01/06/03 47645.0 $3N503 09/27/04 46605.0 S3P101 10/12/08 45956.0 S3M547 09/27/04 42093.0 S3N505 09/27/04 46691.0 S3P102 10/12/08 46044.0 S3M550 01/06/03 48370.0 $3N506 09/27/04 48530.0 S3P103 10/12/08 45908.0 S3M551 01/06/03 47646.0 S3N507 09/27/04 47738.0 53P104 10/12/08 46170.0 S3M552 01/06/03 48290.0 S3N508 09/27/04 48906.0 S3P105 10/12/08 46622.0 S3M553 01/06/03 47483.0 53N509 09/27/04 49281.0 S3P106 10/12/08 46714.0 S3M556 01/06/03 46019.0 S3N510 09/27/04 48185.0 53P107 10/12/08 46456.0 S3M557 01/06/03 47143.0 S3N511 09/27/04 47528.0 53P108 10/12/08 46934.0 S3M558 01/06/03 47363.0 S3N512 09/27/04 49085.0 S3P201 10/16/06 46929.0

$3M559 01/06/03 37400.0 S3N513 09/27/04 47014.0 53P202 10/16/06 42745.0 S3M561 01/06/03 47502.0 S3N514 09/27/04 48745.0 53P203 10/16/06 42483.0 S3M562 01/06/03 45624.0 S3N516 09/27/04 48517.0 53P204 10/16/06 42327.0 S3M563 01/06/03 47758.0 S3N517 10/16/06 42640.0 53P205 10/16/06 46976.0

$3M564 01/06/03 41163.0 S3N518 09/27/04 46503.0 53P206 10/16/06 46950.0 S3M565 01/06/03 45743.0 S3N519 09/27/04 48028.0 S3P207 10/16/06 43020.0 S3M566 01/06/03 46364.0 S3N520 09/27/04 48614.0 $3P208 10/16/06 43313.0 SCE Input to Sargent & Lundy SFP Analyses Page 24 of 131 RAI-012 Response, Attachment A Page A14 of A50

S3P209 10/16/06 42445.0 $3P543 10/16/06 49623.0 S3Q401 10/12/08 48741.0 S3P210 10/16/06 46956.0 53P544 10/16/06 48573.0 S3Q402 10/12/08 48890.0

$3P211 10/16/06 46722.0 S3P545 10/12/08 55006.0 S3Q403 10/12/08 48369.0

$3P212 10/16/06 46207.0 S3P546 10/16/06 48823.0 S3Q404 10/12/08 48788.0 S3P213 10/16/06 46782.0 S3P547 10/16/06 48717.0 S3Q405 10/12/08 48296.0

$3P214 10/16/06 42497.0 S3P548 10/12/08 55085.0 $3Q406 10/12/08 48385.0 S3P215 10/16/06 47175.0 53P549 10/16/06 35985.0 83Q407 10/12/08 48333.0

$3P216 10/16/06 43190.0 53P550 10/16/06 35930.0 S3Q408 10/12/08 48790.0

$3P401 10/16/06 46562.0 53P551 10/16/06 48200. 0 S3Q501 10/10/10 52581.0 S3P402 10/16/06 46670.0 S3P552 10/16/06 48295.0 S3Q502 10/12/08 37226.0 S3P403 10/16/06 46352.0 53P553 10/16/06 35790.0 S3Q503 10/12/08 46722.0 S3P404 10/16/06 46630.0 S3P554 10/16/06 35530.0 S3Q504 10/12/08 47023.0 S3P405 10/16/06 47021.0 53P555 10/16/06 48292.0 S3Q505 10/12/08 46900.0 S3P406 10/16/06 46246.0 S3P556 10/16/06 49405.0 S3Q506 10/12/08 48516.0 53P407 10/16/06 46228.0 S3P557 10/16/06 35704.0 S3Q507 10/12/08 46831.0 S3P408 10/16/06 46476.0 S3P558 10/16/06 48170.0 S3Q508 10/12/08 49435.0 S3P501 10/12/08 54572.0 $3P559 10/16/06 48158.0 83Q509 10/12/08 49931.0 S3P502 10/16/06 49533.0 S3P560 10/16/06 49382.0 S3Q510 10/12/08 47871.0

$3P503 10/16/06 49194.0 S3Q001 10/10/10 49897.0 S3Q511 10/12/08 49756.0 S3P504 10/16/06 48750.0 S3Q002 10/10/10 50542.0 S3Q512 10/12/08 47499.0 S3P505 10/16/06 49231.0 S3Q003 10/10/10 50348.0 S3Q513 10/12/08 49385.0 S3P506 10/16/06 49212.0 S3Q004 10/10/10 50033.0 S3Q514 10/12/08 49939.0 S3P507 10/16/06 49558.0 S3Q005 10/12/08 39575.0 S3Q515 10/12/08 49416.0 S3P508 10/12/08 54357.0 S3Q006 10/12/08 40296.0 S3Q516 10/12/08 49339.0 S3P509 10/16/06 49457.0 S3Q007 10/12/08 40333.0 S3Q517 10/12/08 49641.0 53P510 10/16/06 35703.0 S3Q008 10/12/08 39518.0 S3Q518 10/12/08 37345.0 S3P511 10/16/06 35655.0 S3Q1O1 10/12/08 41088.0 S3Q519 10/12/08 48431.0 S3P512 10/16/06 48668.0 S3Q102 10/12/08 41045.0 S3Q520 10/12/08 37495.0

$3P513 10/16/06 49571.0 S3Q103 10/12/08 41221.0 S3Q521 10/12/08 37479.0

$3P514 10/16/06 49413.0 S3Q104 10/12/08 41065.0 S3Q522 10/12/08 37473.0 S3P515 10/16/06 49481.0 S3Q105 10/12/08 40932.0 S3Q523 10/12/08 48762.0 S3P516 10/16/06 49684.0 S3Q106 10/12/08 41268.0 S3Q524 10/12/08 48506.0

$3P517 10/16/06 49659.0 S3Q107 10/12/08 41048.0 S3Q525 10/12/08 49458.0 S3P518 10/16/06 49853.0 S3Q108 10/12/08 40980.0 S3Q526 10/12/08 48643.0 S3P519 10/16/06 49417.0 S3Q201 10/12/08 38160.0 S3Q527 10/12/08 48597.0 S3P520 10/16/06 49582.0 S3Q202 10/12/08 38273.0 S3Q528 10/12/08 48301.0

$3P521 10/16/06 49660.0 S3Q203 10/12/08 37880.0 S3Q529 10/12/08 48352.0 S32522 10/16/06 49837.0 S3Q204 10/12/08 43393.0 S3Q530 10/12/08 37335.0 53P523 10/16/06 49953.0 S3Q205 10/12/08 38132.0 S3Q531 10/12/08 37281.0 S3P524 10/16/06 49071.0 S3Q206 10/12/08 43389.0 $3Q532 10/12/08 48461.0 S3P525 10/16/06 49225.0 S3Q207 10/12/08 43295.0 S3Q533 10/12/08 48675.0 532526 10/12/08 55039.0 S3Q208 10/12/08 42925.0 S3Q534 10/10/10 48774.0

$3P527 10/16/06 49349.0 S3Q209 10/12/08 43322.0 S3Q535 10/10/10 52503.0 S3P528 10/16/06 49803.0 S3Q210 10/12/08 38028.0 S3Q536 10/12/08 37137.0 53P529 10/16/06 49311.0 S3Q211 10/12/08 38073.0 S3Q537 10/12/08 49304.0

$3P530 10/16/06 48444.0 S3Q212 10/12/08 38187.0 S3Q538 10/12/08 37052.0 S3P531 10/12/08 54762.0 S3Q213 10/12/08 38233.0 S3Q539 10/10/10 52250.0 S3P532 10/16/06 49372.0 S3Q214 10/12/08 43184.0 S3Q540 10/10/10 52292.0 S3P533 10/16/06 49254.0 S3Q215 10/12/08 43338.0 53Q541 10/12/08 48619.0

$3P534 10/16/06 49277.0 S3Q216 10/12/08 43415.0 S3Q542 10/12/08 37618.0 53P535 10/16/06 48843.0 S3Q301 10/12/08 47226.0 S3Q543 10/12/08 37436.0 53P536 10/16/06 48829.0 S3Q302 10/12/08 47462.0 S3Q544 10/12/08 49278.0 53P537 10/16/06 48586.0 S3Q303 10/12/08 47257.0 S3Q545 10/12/08 49224.0 S3P538 10/16/06 48552.0 S3Q304 10/12/08 47614.0 S3Q546 10/12/08 47465.0 S3P539 10/16/06 49320.0 S3Q305 10/12/08 47494.0 S3Q547 10/12/08 49647.0 53P540 10/12/08 54962.0 83Q306 10/12/08 47424.0 S3Q548 10/12/08 49879.0

$3P541 10/12/08 54563.0 S3Q307 10/12/08 47507.0 S3Q549 10/12/08 49908.0 53P542 10/16/06 36063.0 S3Q308 10/12/08 47489.0 S3Q550 10/12/08 48579.0 SCE Input to Sargent & Lundy SFP Analyses Page 25 of 131 RAI-012 Response, Attachment A Page A15 of A50

S3Q551 10/12/08 47823.0 S3R517 10/10/10 35666.0 S35107 01/31/12 35771.0 S3Q552 10/12/08 49607.0 S3R518 10/10/10 37510.0 S3SI08 01/31/12 35602.0 S3RO01 10/10/10 43444.0 M3R519 10/10/10 49451.0 S3S201 01/31/12 38803.0 S3R002 10/10/10 43535.0 S3R520 10/10/10 50810.0 S3S202 01/31/12 39112.0 S3R003 10/10/10 43449.0 S3R521 10/10/10 51076.0 S3S203 01/31/12 37405.0 S3RO04 10/10/10 43524.0 S3R522 10/10/10 50612.0 S3S204 01/31/12 37565.0

$3R005 10/10/10 42883.0 S3R523 10/10/10 50062.0 S3S205 01/31/12 37457.0

$3R006 10/10/10 43059.0 M3R524 10/10/10 50343.0 S3S206 01/31/12 37443.0 S3R007 10/10/10 43279.0 S3R525 10/10/10 50250.0 S3S207 01/31/12 39201.0 S3R008 10/10/10 43039.0 S3R526 10/10/10 51037.0 S3S208 01/31/12 39064.0 S3R101 -10/10/10 45770.0 S3R527 10/10/10 35796.0 $3S209 01/31/12 39094.0 S3RI02 10/10/10 45596.0 S3R528 10/10/10 50505.0 S3S210 01/31/12 38900.0

$3R103 10/10/10 45448.0 S3R529 10/10/10 50371.0 S3S211 01/31/12 39008.0 S3R104 10/10/10 45908.0 S3R530 10/10/10 49276.0 S3S212 01/31/12 39061.0

$3R105 10/10/10 45945.0 S3R531 10/10/ 10 36412.0 S3S301 01/31/12 35135.0 S3R106 10/10/10 45866.0 S3R532 10/10/10 36221.0 S3S302 01/31/12 34947.0 S3R107 10/10/10 45574.0 S3R533 10 /10/10 49428.0 S3S303 01/31/12 35265.0 S3RI08 10/10/10 45491.0 S3R534 10/10/10 49405.0 S3S304 01/31/12 34719.0 S3R301 10/10/10 46529.0 M3R535 10/10/10 35965.0 S3S305 01/31/12 35305.0 S3R302 10/10/10 47005.0 S3R536 10/10/10 48939.0 S3S306 01/31/12 34331.0 S3R303 10/10/10 43213.0 M3R537 10/10/10 51067.0 $3S307 01/31/12 35340.0 S3R304 10/10/10 43109.0 S3R538 10/10/10 51052.0 S3S308 01/31/12 34264. 0 S3R305 10/10/10 43283.0 S3R539 10/10/ 10 49375.0 S3S309 01/31/12 34731.0 M3R306 10/10/10 43396.0 S3R540 10/10/10 49451.0 S3S310 01/31/12 35548.0 S3R307 10/10/10 43089.0 S3R541 10/10/10 49014.0 S3S311 01/31/12 35546.0 S3R308 10/10/10 42949.0 S3R542 10/10/10 49285.0 S3S312 01/31/12 35224.0 S3R309 10/10/10 42856.0 S3R543 10/10/10 38229.0 S3S401 01/31/12 39466.0 S3R310 10/10/10 46862.0 M3R544 10/10/10 36266.0 S3S402 01/31/12 39530.0 S3R311 10/10/10 43171.0 S3R545 10/10/10 50202.0 S3S403 01/31/12 39762.0

$3R312 10/10/10 46625.0 S3R546 10/10/10 49572.0 $3S404 01/31/12 39632.0 S3R401 10/10/10 49997.0 S3R547 10/10/10 50220.0 S3S405 01/31/12 39782.0 S3R402 10/10/10 50034.0 S3R548 10/10/10 38276.0 $3S406 01/31/12 39781.0 S3R403 10/10/10 49941.0 S3R549 10/10/10 50218.0 $3S407 01/31/12 39821.0 S3R404 10/10/10 49978.0 S3R550 10/10/ 10 37595.0 S3S408 01/31/12 39728.0 S3R405 10/10/10 37824.0 S3R551 10/10/10 37448.0 S3S409 01/31/12 38634.0 S3R406 10/10/10 37427.0 S3R552 10/10/10 38222.0 M3S410 01/31/12 38391.0 S3R407 10/10/10 37297.0 S3R553 10/10/10 38335.0 M33411 01/31/12 38687.0 S3R408 10/10/10 37759.0 S3R554 10/10/10 36181.0 M33412 01/31/12 38473.0 S3R409 10/10/10 37301.0 S3R555 10/10/10 49403.0 S3S501 01/31/12 33773.0 M3R410 10/10/10 37839.0 S3R556 10/10/10 37614.0 S3S502 01/31/12 33491.0 S3R411 10/10/10 37536.0 S3R557 10/10/10 51138.0 $3S503 01/31/12 33963.0 S3R412 10/10/10 37864.0 S3R558 10/10/10 39127.0 83S504 01/31/12 34183.0 S3R501 10/10/10 50876.0 S3R559 10/10/10 38893.0 S3S505 01/31/12 39047.0 S3R502 10/10/10 51194.0 S3R560 10/10/ 10 38890.0 33S506 01/31/12 39112.0 S3R503 10/10/10 39000.0 S3SO01 01/31/ 12 31026.0 $3S507 01/31/12 33482.0 S3R504 10/10/10 39046.0 S3S002 01/31/ 12 31515.0 S3S508 01/31/12 38991.0 S3R505 10/10/10 50240.0 S3S003 01/31/ 12 31199.0 S3S509 01/31/12 34348.0 S3R506 10/10/10 38849.0 S3S004 01/31/ 12 31147.0 S3S510 01/31/12 33362.0 S3R507 10/10/10 50057.0 S3S005 01/31/ 12 31619.0 S3S511 01/31/12 39017.0 S3R508 10/10/10 38876.0 S3S006 01/31/12 31396.0 S38512 01/31/12 35622.0 S3R509 10/10/10 50423.0 $3S007 01/31/12 31276.0 M33513 01/31/12 33664.0 S3R510 10/10/10 38768.0 S3S008 01/31/12 31500.0 S3S514 01/31/12 33753.0 S3R511 10/10/10 50110.0 S3SI1O 01/31/ 12 35381.0 S3S515 01/31/12 34010.0 S3R512 10/10/10 50105.0 $3S102 01/31/ 12 35440.0 S3S516 01/31/12 33482.0 S3R513 10/10/10 50392.0 S3S103 01/31/12 35404.0 M33517 01/31/12 35184.0 S3R514 10/10/10 50468.0 S3S104 01/31/12 35514.0 S3S518 01/31/12 33831.0 S3R515 10/10/10 49286.0 S3SIO5 01/31/12 35680.0 M33519 01/31/12 33700.0 S3R516 10/10/10 35820.0 S3SI06 01/31/ 12 35624.0 33S520 01/31/12 32793.0 SCE Input to Sargent & Lundy SFP Analyses Page 26 of 131 RAI-012 Response, Attachment A Page A16 of A50

S3S521 01/31/12 39071.0 S3T205 01/31/12 11888.0 S3T521 01/31/12 14591.0 S3S522 01/31/12 33801.0 S3T206 01/31/12 11900.0 S3T522 01/31/12 16232.0 S3S523 01/31/12 34018.0 S3T207 01/31/12 11902.0 S3T523 01/31/12 16123.0

$33524 01/31/12 33974.0 S3T208 01/31/12 11910.0 $3T524 01/31/12 14651.0 S3S525 01/31/12 37617.0 $3T301 01/31/12 15912.0 S3T525 01/31/12 16203.0

$33526 01/31/12 33035.0 S3T302 01/31/12 11410.0 S3T526 01/31/12 16606.0 S3S527 01/31/12 41254.0 $3T303 01/31/12 11277.0 S3T527 01/31/12 15742.0 S3S528 01/31/12 35090.0 S3T304 01/31/12 11083.0 S3T528 01/31/12 16248.0 S3S529 01/31/12 41289.0 S3T305 01/31/12 11464.0 S3T529 01/31/12 14468 0 S3S530 01/31/12 34099.0 S3T306 01/31/12 11414.0 83T530 01/31/12 16528.0

$33531 01/31/12 39255.0 $3T307 01/31/12 11736.0 S3T531 01/31/12 16386.0 S33532 01/31/12 38995.0 S3T308 01/31/12 11913.0 S3T532 01/31/12 14445.0

$33533 01/31/12 35271.0 S3T309 01/31/12 16000.0 S3T533 01/31/12 15591.0

$33534 01/31/12 41142.0 S3T310 01/31/12 15899.0 $3T534 01/31/12 14639.0

$33535 01/31/12 41209.0 $3T311 01/31/12 15886.0 S3T535 01/31/12 15523.0 S3S536 01/31/12 32859.0 S3T312 01/31/12 11412.0 S3T536 01/31/12 15751.0 S3S537 01/31/12 33224.0 S3T401 01/31/12 15089.0 S3T537 01/31/12 15972.0 33S538 01/31/12 34223.0 S3T402 01/31/12 15010.0 S3T538 01/31/12 16103.0

$33539 01/31/12 35440.0 S3T403 01/31/12 15044.0 S3T539 01/31/12 15990.0

$33540 01/31/12 35221.0 $3T404 01/31/12 15980.0 S3T540 01/31/12 13606.0

$33541 01/31/12 35582.0 $3T405 01/31/12 15093.0 S3T541 01/31/12 15682.0

$33542 01/31/12 38954.0 S3T406 01/31/12 15108.0 $3T542 01/31/12 13684 .0 S3S543 01/31/ 12 34491.0 $3T407 01/31/12 14987.0 S3T543 01/31/12 16080.0 S3S544 01/31/12 40526.0 S3T408 01/31/12 14999.0 S3T544 01/31/12 16022.0

$3S545 01/31/12 35574.0 $3T409 01/31/12 15879.0 S3T545 01/31/12 15608.0

$33546 01/31/12 33336.0 S3T410 01/31/12 16047.0 $3T546 01/31/12 16000.0 S3S547 01/31/12 37772.0 S3T411 01/31/12 15989.0 S3T547 01/31/12 15888.0 S38548 01/31/12 40663.0 S3T412 01/31/12 15021.0 S3T548 01/31/12 16195.0

$33549 01/31/12 40703.0 $3T501 01/31/12 16358.0 S3T549 01/31/12 15761.0

$33550 01/31/12 40677.0 S3T502 01/31/12 15692.0 S3T550 01/31/12 15681.0 S33551 01/31/12 37725.0 S3T503 01/31/12 16319.0 S3T551 01/31/12 16416.0 S3S552 01/31/12 40371.0 S3T504 01/31/12 14565.0 S3T552 01/31/12 16165.0 S3S553 01/31/12 40621.0 $3T505 01/31/12 16097.0 $3T553 01/31/12 15425.0

$3S554 01/31/12 40355.0 S3T506 01/31/12 13280.0 $3T554 01/31/12 16357.0

$33555 01/31/12 40614.0 83T507 01/31/12 14574.0 S3T555 01/31/12 13427.0 S3S556 01/31/12 37692.0 S3T508 01/31/12 16234.0 $3T556 01/31/12 15504.0 S3TO01 01/31/12 9503.0 S3T509 01/31/12 14574.0 $3T557 01/31/12 15789.0

$3T002 01/31/12 9439.0 $3T510 01/31/12 16173.0 33T558 01/31/12 13644.0 S3T003 01/31/12 9655.0 $3T511 01/31/12 16134 .0 S3T559 01/31/12 14734.0 S3T004 01/31/12 9730.0 S3T512 01/31/12 16232.0 S3T560 01/31/12 14513.0 S3TI01 01/31/12 12458.0 S3T513 01/31/12 13526.0 S3T601 01/31/12 9329.0 S3TI02 01/31/12 12369.0 $3T514 01/31/12 16227. 0 S3T602 01/31/12 9331.0

$3TI03 01/31/12 12467.0 $3T515 01/31/12 16299.0 S3T603 01/31/12 9568.0 S3T104 01/31/12 12390.0 $3T516 01/31/12 16264.0 S3T604 01/31/12 9666.0 S3T201 01/31/12 11823.0 S3T517 01/31/12 13181.0 S3T701 01/31/12 13461.0 S3T202 01/31/12 12009.0 S3T518 01/31/12 13599.0 S3T702 01/31/12 13490.0 S3T203 01/31/12 11956.0 S3T519 01/31/12 14448.0 S3T703 01/31/12 13504.0 S3T204 01/31/12 11865.0 $3T520 01/31/12 14365.0 S3T704 01/31/12 13512.0 SCE Input to Sargent & Lundy SFP Analyses Page 27 of 131 RAI-012 Response, Attachment A Page A17 of A50

6.0 SPENT FUEL POOL INVENTORY URANIUM LOADING The following pages list the assemblies in each spent fuel pool with their initial total Uranium loading in grams, and initial U-235 loading in grams. All data in this section was obtained by running an 'initial weight report' in Tracworks (Reference 7.3.2).

6.1 UNIT 2 Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2AO01 428238 8046 S2B014 397882 9545 S2A002 427889 8034 S2B015 396422 9503

$2A004 427568 8030 S2B016 398192 9482 S2A011 426221 8024 S2B017 398102 9479 S2A016 426747 8021 52B018 398194 9503 S2A017 426178 8013 S2B019 396901 9525 S2A021 425878 8011 S2B020 398335 9499 S2A022 426370 8019 S21B021 398166 9512 S2A024 426728 7992 S2B022 396760 9521 S2A025 426326 7981 S2B023 398879 9552 52A033 426118 7991 S2B024 397654 9517 S2A034 426014 7990 52B025 396160 9507 S2A035 426181 7986 S2B026 397981 9477 S2A037 426674 8004 52B027 397572 9450 S2A038 426559 8003 S2B028 398012 9472 S2A043 428198 8046 S2B030 397787 9457 S2A044 425709 8025 S2B031 397071 9439 S2A050 426285 7991 S2B032 397664 9453 S2A055 427787 8041 S2B033 397519 9489 S2A059 427017 8000 S2B034 397881 9459 S2A066 427187 8026 S28035 397740 9469 S2AT02 425439 8021 S2B036 398114 9482 S2AT04 427099 8015 S28037 398058 9492 S2B001 398439 9519 S2B038 397838 9470 S2B002 397830 9523 S28039 398542 9485 S2B003 397092 9507 S2B040 398673 9488 S2B004 397728 9515 S2B042 398586 9483 S2B005 397894 9529 S2B043 398383 9505 S2B006 397758 9525 S2B044 398114 9495 S2B008 398820 9540 S2B045 396995 9430 S2B009 399231 9576 528046 398241 9504 S2B010 399148 9574 52B047 398883 9537 S21B011 399320 9578 528048 398895 9535 S2B012 399346 9579 S2B049 397882 9510 S2B013 399264 9577 S2B051 397200 9525 SCE Input to Sargent & Lundy SFP Analyses Page 28 of 131 RAI-012 Response, Attachment A Page A18 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2B054 399859 9574 S2C038 428007 12370 S2B055 398722 9514 S2C101 406448 11711 52B056 398731 9519 $2C102 405820 11692 S2B057 398730 9533 S2C103 405427 11683 S2B058 398873 9540 S2C105 405815 11700 S2B059 399303 9570 52C106 405393 11684 S2B061 398586 9524 S2C108 405580 11693 S2B062 399428 9565 S2C201 398617 11487 S2B063 399554 9555 S2C203 399137 11514 52B064 398006 9514 S2C205 398771 11493 S2B065 397668 9493 $2C207 397225 11500 S2B066 397756 9458 S2C210 398912 11507 S2B069 398253 9538 $2C211 397619 11467 S2B070 399726 9586 S2C212 397599 11462 S21B071 398432 9499 $2D031 426308 14754 S2B072 398246 9490 S2D043 425477 14792 S2B073 397061 9440 S2D054 426909 14774 S2B074 397774 9525 S2D1O1 425938 11669 S21075 398305 9481 S2D102 426505 11723 S2B076 399199 9557 S2D103 427006 11750 S2B077 397287 9510 S2D104 426821 11739 S2B078 397845 9499 S2D105 427521 11778 S21B079 397356 9514 S2D106 426978 11730 52B080 397882 9474 S2D107 426187 11677 S2C003 425951 12289 S2D108 425713 11664 S2C004 426960 12318 S2D109 425982 11672 52C005 428037 12345 S2D11O 425590 11661 S2C006 428008 12351 52D111 425942 11671 S2C008 428279 12362 $2D112 426469 11685 S2C009 428199 12358 S2D113 426048 11674 S2C010 427891 12348 S2D114 427071 11700 S2CO11 427903 12351 $2D115 427770 11717

$2C014 427567 12338 S2D116 427964 11723

$2C016 428517 12362 S2E007 425071 16603 52CO18 428824 12364 S2EO1O 425546 16606

$2C021 427996 12352 52E021 426397 16657 S2C022 428376 12352 S2E030 426194 16651 S2C024 427795 12339 S2E101 418983 16342

$2C026 428306 12349 S2E106 418772 16359 S2C027 427405 12319 S2E107 418676 16334 S2C028 426714 12301 S2E108 417993 16317 52C030 427146 12323 S2E202 411486 13859

$2C034 427335 12292 S2E203 411341 13847 S2C035 427575 12299 $2E204 412836 13901 SCE Input to Sargent & Lundy SFP Analyses Page 29 of 131 RAI-01 2 Response, Attachment A Page A19 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2E207 412678 13901 S2F220 399258 15803 52E210 410408 13821 S2F224 396893 15701 52E211 411476 13852 S2F225 399081 15790 S2E214 410826 13835 S2F226 398551 15748 S2E215 410256 13814 S2F227 398666 15752 52E216 410284 13814 S2F228 398489 15741 S2E217 410995 13842 S2F229 398530 15743 S2E218 411176 13844 52F230 399174 15769 S2E219 411023 13839 S2F231 399145 15767 S2E220 412313 13879 S2F232 399029 15764 S2E221 411068 13842 S2F233 398702 15754 S2E222 411173 13844 S2F235 398857 15756 S2E223 412725 13892 S2F236 398399 15744 S2E227 410436 13825 S2F238 399319 15786

$2E228 411227 13853 52F239 398413 15747 S2E301 397966 13391 S2F243 399266 15790 52E302 398478 13415 S2F244 399204 15790 S2E303 397490 13377 S2F248 398903 15771 S2E304 397775 13388 $2F250 399572 15800 S2E305 398097 13402 52F252 398273 15747 S2E306 396187 13331 S2F253 398351 15751 S2E307 397450 13377 S2F254 398423 15755 S2E308 397866 13389 S2F256 400980 15853 S2E309 397298 13369 S2F301 397528 16019 S2E310 396487 13340 S2F302 398256 16050 S2E311 395900 13323 S2F303 397412 16018 S2E312 396747 13358 S2F304 397331 16012

$2F101 414777 16433 $2F305 398991 16100 S2F102 413427 16365 S2F307 398308 16068 S2F103 414373 16428 $2F308 398756 16090 S2F104 414179 16421 S2F309 397904 16043 S2F105 414599 16438 S2F310 398330 16068 S2F106 417199 16528 S2F311 397578 16036 S2F107 414629 16439 S2F312 397956 16045 S2F108 416097 16484 S2F313 396860 15275 S2Fill 414536 16430 S2F314 398280 15338 S2F207 400762 15832 521F315 397903 15316 S2F208 400669 15835 S2F316 397996 15315 S2F209 401438 15890 52F401 399637 15814 52F210 400586 15841 S2F402 400335 15845 S2F212 400024 15801 S2F403 399473 15799 521F214 400367 15833 S2F404 397756 15721 S2F215 400134 15831 $2F405 397861 15725 S2F219 400708 15846 S2F406 397984 15730 SCE Input to Sargent & Lundy SFP Analyses Page 30 of 131 RAI-012 Response, Attachment A Page A20 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2F407 398188 15750 $2G247 400043 15795

$2F408 397587 15727 52G249 398466 15734 S2G006 428365 16953 S2G251 398223 15725 S2G013 428146 16924 S2G254 398811 15740 S2G015 427584 16923 S2G255 400042 15792 S2G016 427941 16910 $2G256 399142 15762 S2G101 413685 .16322 52G301 400453 16071 S2G102 414567 16382 52G302 399991 16042 S2G103 414192 16356 52G303 399372 16002

$2G104 414274 16379 S26304 400138 16031 52G105 415381 16404 $2G305 400006 16029

$2G106 414377 16399 S2G306 400915 16063

$2G107 414438 16395 $2G307 400656 16060 S2G108 414092 16335 52G308 400741 16065

$2G109 414780 16409 S2G309 400268 16049 S2G11O 414275 16386 $2G310 399080 16011 S2G111 415042 16404 S2G311 399132 16013

$2G112 414865 16394 52G312 399740 16036 S2G202 399432 15795 52G313 400310 16053

$2G204 399088 15779 $2G314 400981 16094 S2G205 398442 15724 $2G315 401142 16109 S2G206 398445 15749 52G316 400291 16073 S2G207 399614 15783 $2G401 398115 15726 S2G208 399874 15788 52G402 399012 15752 S2G211 400654 15807 S2G403 399235 15740 S2G212 400510 15806 52G404 399365 15748

$2G214 400085 15797 52G405 399512 15759

$2G216 399409 15780 $2G406 399516 15759 S2G217 399067 15757 S2G407 399419 15755 S2G218 398617 15751 S2G408 400012 15818 52G221 398977 15791 S2H004 429245 17044 52G227 400083 15776 S2H005 428946 17014

$2G229 398457 15706 S2H008 429084 17001 52G233 400610 15793 52H009 428785 16990 S2G234 398639 15725 S2H010 429234 17029 S2G235 398675 15713 S2H012 428951 16996 52G236 399329 15740 S2H013 429128 17008 S2G239 398636 15720 S2H014 429050 16999 S2G240 400233 15789 S2H015 429014 17000

$2G241 399961 15783 S2H1101 414822 16458 52G242 398707 15745 S2H1102 415000 16465 S2G243 398650 15742 S21H103 414473 16446 52G244 398957 15758 52H104 414617 16451 S2G245 398987 15761 S2H105 414530 16448 SCE Input to Sargent & Lundy SFP Analyses Page 31 of 131 RAI-012 Response, Attachment A Page A21 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g) 52H106 414433 16444 S2H305 399614 16114 S21H-107 414528 16448 S2H306 399775 16120 S21H-108 414530 16448 S2H307 400169 16136 521H-109 414823 16460 S2H308 400393 16145 S2H110 414600 16451 S2H309 399611 16115 S2H111 414565 16450 S2H310 400179 16137 S2H112 414739 16457 S2H311 400913 16167 S2H201 399830 15833 S2H312 401164 16177 S2H203 399683 15853 $2H313 401102 16174 S2H208 399977 15866 S2H314 400925 16168 S2H209 399893 15865 S2H315 400744 16160 S2H210 399843 15862 S2H316 400775 16162 S2H214 400902 15889 S2H401 399106 15833 52H215 400309 15865 S2H402 399066 15832 S2H216 400450 15869 S2H403 399126 15834 S2H218 400475 15872 S2H404 399013 15829 S2H219 400360 15867 S2H501 427151 16732 S2H220 400756 15883 S2H502 426832 16724 S2H222 400092 15832 S2H503 427765 16757 S2H223 400082 15829 S2H504 427637 16751 S2H224 399974 15825 52JO01 429743 16982 S2H225 400048 15830 S2J002 429719 16981 S2H226 399788 15820 S2J003 429715 16980 S2H227 399862 15821 S2J004 429767 16984 52H228 399760 15818 S2J005 429767 16988 S2H229 400009 15829 52J006 430400 17041 S2H231 399943 15821 S2J007 430223 17024

$2H232 399964 15840 S2J008 430287 17042 S2H233 399825 15836 S2J009 430029 17033 S2H234 399754 15822 S2J010 430309 17042 S2H243 399799 15836 S21011 430436 17046 S2H244 399733 15835 S2J012 430594 17054 S2H247 399749 15835 $2J013 429370 17007 S2H249 400041 15850 S2J014 429591 17016 S2H250 399040 15821 S2J015 429407 17007 521H251 399283 15831 52J016 429460 17011

$2H253 399387 15839 S2J.101 415008 16410 S2H254 399329 15831 S2i102 414943 16414 S2H255 399284 15830 S2J103 414954 16430 S2H256 399186 15835 S2J104 414964 16411 S2H301 399478 16108 S2J105 415436 16456 S2H302 399369 16104 S2J106 414829 16399 S2H303 399543 16111 S2J.107 414884 16401 521H304 399608 16114 S2.1108 415034 16417 SCE Input to Sargent & Lundy SFP Analyses Page 32 of 131 RAI-012 Response, Attachment A Page A22 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2J109 414976 16417 S2J308 400802 16103

$2J110 414919 16416 S2J309 400750 16132 S2JIll 414821 16411 S2J310 400903 16151 S2J112 415076 16403 S2J311 401383 16166 S2J202 400968 15814 $2J312 401270 16156 S2J206 400987 15806 S2J313 401385 16154 S2J208 401066 15813 S2J314 401410 16154 S2J209 401056 15828 S2J315 401427 16155 S2J211 400853 15825 S2J316 401076 16139 S2J212 401047 15833 S2J401 400502 15832 S2J217 400712 15825 S2J404 400589 15835 52J220 399905 15804 S2J406 400489 15836 S2J224 400532 15831 S2J407 400396 15842 S2J225 400504 15828 S2K001 429529 16993 S2J227 400389 15826 S2K002 430494 17082 S2J228 400471 15828 S2K003 430686 17110 52J230 400912 15853 S2KO04 430832 17095 S2J231 400743 15848 S2K005 430021 17014 S2J232 400668 15832 $2K006 430666 17107 S2J233 400433 15817 S2K007 429692 17015 S2J234 400266 15800 S2KO08, 429947 17014 52J236 400464 15810 S2K011 430943 17206 S2J238 400482 15816 S2K012 430353 17041 S2J239 400962 15881 S2K013 429816 17050 S2J241 400866 15841 $2K016 430250 17090 S2J242 401044 15866 S2K102 415883 16497 S2J246 401015 15847 S2K104 415629 16477 S2J247 400690 15844 S2K110 416216 16480 S2J248 400667 15848 S2K112 415998 16525 S2J249 401261 15856 S2K201 401658 15977 S2J250 400652 15851 S2K202 402149 15943 S2J251 400724 15853 S2K203 401611 15956 S2J252 400761 15863 S2K204 401251 15867 S2J253 401196 15903 $2K205 400944 15889 52J254 401307 15906 S2K206 401039 15872 S2J255 401335 15909 S2K207 400962 15865 52J256 401146 15897 S2K208 401090 15930 S2J301 400523 16113 S2K209 401090 15923 S2J302 400529 16089 S2K210 400925 15844 S2J303 400742 16098 S2K211 401693 15942

$2J304 400413 16090 S2K212 401238 15905 S2J305 400558 16123 S2K213 401595 15948 S2J306 400737 16118 $2K214 401657 15943 52J307 401031 16158 S2K215 400895 15889 SCE Input to Sargent & Lundy SFP Analyses Page 33 of 131 RAI-012 Response, Attachment A Page A23 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2K216 400933 15807 52K312 400469 16149 521K217 400676 15804 S2K313 401086 16058 S2K218 400996 15858 52K314 400882 16125 S21K219 401003 15875 S21<315 401398 16185 52K220 401092 15884 $2K316 401251 16081 S2K221 401145 15906 521<401 401537 15940 52K222 401475 15927 S21L006 440646 19768 S21<223 400835 15859 S2L007 440833 19778 S2K224 402190 16000 $2L008 440996 19790 S21<225 401938 15937 S2L015 440992 19805 S2K226 401489 15824 S2L201 438454 19537 52K227 401452 15890 S2L202 438119 19499 S21(228 402012 15950 S2L203 438745 19537 S21<229 401055 15901 S2L204 438536 19521 S21(230 401244 15933 S2L205 439005 19553 S2K231 401756 15924 S2L206 439078 19538 S21<232 400983 15867 S2L207 438452 19487

$2K233 401046 15867 S2L208 438284 19443 S2K234 402131 15957 52L209 438092 19382 S21<235 401812 15962 S2L210 438446 19434 S2K236 401872 15948 S2L211 438820 19507 S2K237 401261 15939 S2L212 438598 19498 S21(238 401887 15936 S2L301 437862 19439 S21<239 401897 15962 52L302 437995 19493 521(240 401298 15891 S2L303 438193 19520 521<241 401056 15906 S2L304 438338 19523 521<242 400611 15842 S2L305 438387 19521 S21<243 401780 16008 S2L306 437740 19448 S21<244 402374 15992 S2L307 438266 19452 S21<245 401944 15988 S2L308 438363 19453 S21(246 402019 15974 S2L309 438599 19420 52K247 401641 15964 S2L310 438144 19411 S21<248 401285 15929 S2L311 438270 19447 S21<249 401765 15958 S2L312 438533 19476 521<250 399634 15811 S2L313 437873 19443 521(251 400819 15882 S2L314 438264 19449 S21(252 401955 15946 521L315 437887 19430

$2K253 401591 15945 S2L316 437683 19422 S21<254 401535 15962 S2L317 437775 19424 521(255 401769 16019 S2L318 437887 19425 S2K256 401845 16000 S2L319 438427 19439 521<307 400969 16068 S2L320 437971 19457 521<308 400720 16090 S2L401 437031 19336 521<309 401594 16210 S2L402 436618 19302 SCE Input to Sargent & Lundy SFP Analyses Page 34 of 131 RAI-012 Response, Attachment A Page A24 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S21L404 437162 19379 S2M014 439995 19123 S2L405 436878 19305 S2M015 439742 19104 S2L406 436486 19289 S2M016 440040 19105 521L407 436482 19302 $2M201 438172 18798 S2L408 436766 19356 52M202 438167 18798 S21L409 436902 19369 52M203 437971 18780 521L410 437006 19356 52M204 437715 18765 521L411 436815 19339 52M205 437477 18809 521L412 437265 19343 $2M206 437877 18830 S2L413 436905 19319 52M207 437255 18798 S2L414 437254 19343 $2M208 437352 18816 S2L415 437459 19368 S2M301 436802 18825 S2L416 437506 19385 S2M302 436528 18800 521L417 436532 19346 $2M303 437318 18813 521L418 437162 19365 S2M304 436121 18706 S2L419 437234 19381 S2M305 436671 18744 S2L420 436072 19326 S2M306 437031 18737 521L421 436634 19398 $2M307 436412 18793 S2L422 436096 19327 S2M311 436405 18726 S2L423 436590 19317 52M312 436808 18771 S2L424 436210 19296 $2M313 437308 18795 S21L425 436632 19396 S2M314 437045 18830 S21L426 437157 19334 $2M315 436854 18822 S21L427 436710 19295 $2M316 436961 18802

$2L429 436969 19402 $2M501 434696 18633 S2L430 437167 19402 S2M504 435590 18668 S2L432 436976 19368 S2M505 436463 18698 S2L433 437741 19330 S2M506 436868 18687 S2L434 437605 19351 S2M507 437369 18729 521L435 436961 19365 $2M508 436682 18736 521L436 436908 19369 $2M509 436402 18729 S2M001 438629 19020 S2M510 436034 18665 S2M002 439052 19056 $2M512 435509 18620 S2M003 439422 19079 S2M513 435710 18628 S2M004 440002 19075 S2M514 435268 18644 S2MOO5 440187 19078 S2M515 434673 18627 S2M006 439382 19064 S2M516 435222 18648 S2M007 439976 19091 52M517 436149 18689

$2M008 440068 19092 52M519 436263 18692 S2M009 439179 19064 S2M520 434815 18601 S2M010 439687 19076 52M521 434946 18591 S2MO11 439544 19068 S2M522 436371 18710 S2M012 439400 19064 $2M523 436270 18743 S2M013 439591 19064 S2M524 435919 18668 SCE Input to Sargent & Lundy SFP Analyses Page 35 of 131 RAI-01 2 Response, Attachment A Page A25 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

$2M525 435885 18659 S2N015 438958 18250

$2M526 435086 18601 S2N016 438722 18245 S2M527 435576 18668 S2N201 437141 17952 S2M528 436385 18718 S2N202 436895 17946 S2M529 436566 18729 S2N203 436034 17940 S2M531 435543 18627 S2N204 436322 17955 S2M532 435031 18599 S2N205 436397 17945 S2M533 436729 18725 S2N206 436726 17982 S2M534 437051 18739 S21N\207 436395 17953 S2M535 436802 18712 S21N\208 435838 17929 S2M536 436218 18709 521N\209 435821 17897 S2M537 436470 18695 S2N210 436199 17937 S2M538 436753 18706 S2N211 436256 17932 S2M539 436397 18705 S2N212 436105 17925 S2M540 435994 18701 S2N213 436436 17948 S2M541 436047 18712 S21N214 436779 17950 S2M542 436161 18709 S2N215 436632 17948 S2M544 435889 18706 52N216 436964 17965 S2M545 436536 18707 S2N301 435879 17925

$2M546 436935 18717 S2N305 436331 17931 S2M547 436686 18708 S2N306 436475 17937 S2M548 436144 18686 S2N307 437240 17970 S2M549 435204 18612 $2N308 436777 17937

$2M550 436343 18663 S2N309 436322 17933 52M551 436965 18714 S2N310 436720 17943 S2M552 437079 18724 52N312 437100 17942 S2M553 437000 18764 S2N313 436841 17943 S2M554 436881 18739 S2N315 436343 17925 S2M556 435846 18672 S2N401 435856 17869

$2M557 437632 18770 S2N402 435854 17861 S2M558 437566 18776 S2N403 434940 17853

$2M560 435485 18638 S2N404 435024 17847

$2N002 439606 18292 S2N405 435447 17860 S2N004 440288 18320 S2N406 436046 17855 S2NO05 440422 18322 S2N407 436675 17873 S2N006 438965 18286 S2N408 436670 17889 S2N007 438563 18255 S2N501 434688 17791 S2N008 437829 18213 S2N502 434793 17811 S2N009 438322 18230 S2N503 434934 17807

$2N010 438511 18219 S2N504 434964 17801 52NO11 437704 18175 S2N505 435374 17833 S2N012 437195 18151 S2N506 435733 17852 M2NO13 437137 18143 S2N507 435445 17825

$2N014 438491 18210 S2N508 435039 17800 SCE Input to Sargent & Lundy SFP Analyses Page 36 of 131 RAI-012 Response, Attachment A Page A26 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2N509 435214 17813 S2P201 437329 19490 521N510 435588 17837 $2P202 437450 19491 S2N511 435638 17833 S2P203 437511 19476 S2N512 435250 17833 S2P204 437602 19476 S2N513 434802 17808 $2P205 437939 19503 S21N514 434888 17812 $2P206 437709 19494 S2N515 434985 17814 S2P207 437657 19482 S2N516 434829 17813 $2P208 437754 19488 S2N517 435052 17857 S2P401 437530 19456 S2N518 435153 17848 $2P402 437183 19438 S21N519 435082 17822 $2P403 437140 19435 S2N520 435062 17803 S2P404 437067 19420 S2N521 435474 17819 S2P405 437288 19443 52N522 434526 17815 $2P406 436144 19378 S2N523 434275 17799 $2P407 436363 19372 S2N524 435588 17836 52P408 436892 19426

$2N525 435235 17823 $2P409 436551 19414 S2N526 435465 17843 S2P410 437087 19443 S2N527 435746 17880 S2P411 437124 19455 S2N528 435269 17862 $2P412 436494 19419 S2N529 435380 17859 $2P413 436743 19420 S2N530 435680 17845 S2P414 437055 19434 S2N531 435527 17844 $2P415 437457 19454 S2N532 435726 17855 S2P416 437670 19462 S2N533 436135 17862 52P417 438096 19460 S2N534 436024 17856 S2P418 437590 19438 S2N535 435807 17853 $2P419 437881 19447 S2N536 436246 17862 S2P420 437915 19452 S2PO01 440651 19833 S2P421 437560 19464

$2P002 440481 19830 52P422 438031 19474 S2P003 440246 19834 52P423 437603 19442 S2P004 440048 19804 52P424 437914 19462 S2P005 439880 19794 $2P425 436679 19405

$2P006 440532 19845 $2P426 437407 19444 52P007 440153 19823 S2P427 437159 19432 S2P008 440737 19867 $2P428 437321 19435 S2P009 440697 19835 52P429 436399 19420 52P010 439963 19811 $2P430 436205 19400 R2POMI 439543 19793 S2P431 436731 19429 S2P012 439797 19803 $2P432 436895 19430 S2P013 440369 19847 52P433 437662 19463 S2P014 440600 19863 S2P434 437075 19432 S2P015 440727 19873 S2P435 436924 19401 52P016 440426 19838 S2P436 436082 19372 SCE Input to Sargent & Lundy SFP Analyses Page 37 of 131 RAI-012 Response, Attachment A Page A27 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

$2P501 436052 19386 S2Q001 441350 19736 S2P502 435872 19377 S2Q002 441531 19744 S2P503 435812 19365 52Q003 441395 19739 S2P504 436327 19391 $2Q004 440507 19662 S2P505 437285 19437 52Q005 440605 19666

$2P506 437113 19446 S2QO06 440949 19704

$2P507 436638 19403 S2QO07 440526 19701

$2P508 437097 19437 S2Q008 440558 19705 S2P509 437273 19446 S2Q009 440707 19704 52P510 436611 19395 S2QO11 440328 19657 S2P511 436206 19377 52(2011 441416 19736 52P512 436936 19419 $2Q012 440559 19704 52P513 436745 19402 S2Q013 440308 19670 52P514 437240 19438 $2Q014 439875 19643

$2P515 437367 19446 $2Q015 440875 19711 52P516 437532 19440 52Q016 440290 19673 S2P517 437515 19441 S2Q101 438377 19288 S2P518 437355 19429 S2Q102 438258 19283 52P519 437962 19452 52Q103 438521 19293 S2P520 437342 19428 52Q104 438177 19283

$2P521 437421 19441 S2Q105 438384 19322 S2P522 437126 19436 $2Q106 438116 19287 52P523 436327 19387 $2Q107 438118 19319

$2P524 437114 19430 $2Q108 438515 19330 52P525 435996 19382 S2Q401 436918 19234 52P526 437086 19436 52Q402 437297 19245 S2P527 436863 19410 S2Q403 436681 19227 52P528 437089 19420 S2Q404 436692 19229 S2P529 436940 19408 52Q405 436856 19219 S2P530 437163 19416 $2Q406 436682 19210 52P531 436583 19407 52Q407 437123 19232 S2P532 436889 19414 52Q408 437357 19241 S2P533 436691 19410 52Q409 437278 19237

$2P534 437212 19423 52Q410 437265 19227

$2P535 436633 19404 52Q411 437523 19232 S2P536 437208 19417 S2Q412 437531 19245 S2P537 435905 19426 52Q413 437232 19202 S2P538 436608 19423 $2Q414 437261 19204 S2P539 436322 19413 S2Q415 437312 19200 S2P540 436770 19405 52Q416 437552 19213 S2P541 436235 19431 52Q417 437397 19209 S2P542 436672 19464 S2Q418 436997 19201 S2P543 436418 19417 S2Q419 436858 19200 S2P544 436436 19434 S2Q420 436826 19195 SCE Input to Sargent & Lundy SFP Analyses Page 38 of 131 RAI-012 Response, Attachment A Page A28 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

$2Q501 436188 19206 52Q545 435970 19188 S2Q502 436508 19218 S2Q546 435930 19183

$2Q503 436519 19209 52Q547 437364 19260 S2Q504 436291 19195 52Q548 437297 19249 S2Q505 436304 19196 52Q549 436025 19191 S2Q506 436614 19217 52Q550 435557 19167

$2Q507 436649 19185 52Q551 436554 19207

$2Q508 436535 19184 52Q552 436697 19213 520509 436614 19203 52Q553 436796 19215

$2Q510 436690 19218 52Q554 436815 19215 S2Q511 436376 19181 52Q555 436471 19216 52Q512 436221 19174 52Q556 436285 19211 520513 436175 19188 $2R001 440495 19836 52Q514 436150 19183 S2R002 440486 19823 52Q515 436118 19169 S2RO03 440353 19835

$2Q516 436298 19182 S2R004 440732 19851 52Q517 435980 19175 S2R005 440678 19819 52Q518 436030 19177 S2R006 440101 19825 52Q519 435524 19165 S2R007 440899 19854 S2Q520 435635 19174 S2R008 440804 19845 S2Q521 436304 19235 S2R009 440389 19834 S2Q522 435882 19204 S2R010 440218 19866 52Q523 436586 19241 S2R011 439807 19851 52Q524 436544 19239 S2R012 440310 19884 S2Q525 436068 19191 S2R013 440333 19879 52Q526 436014 19200 S2R014 440034 19861 S2Q527 436665 19183 S2R015 440048 19872

$2Q528 436162 19190 S2R016 440402 19886 S2Q529 436702 19201 S2R101 439312 19549 52Q530 436886 19197 S2R102 439954 19585 52Q531 436588 19218 S2R103 440018 19583 52Q532 436643 19221 S2R104 439605 19562 520533 436425 19203 52R105 438605 19507 52Q534 436497 19215 $2R106 438560 19524

$2Q535 436601 19181 52R107 439145 19520 S2Q536 436684 19195 S2R108 438586 19525

$2Q537 436851 19223 $2R401 437177 19438 52Q538 436420 19199 $2R402 436979 19427 52Q539 436609 19225 S2R403 437160 19425 520540 436392 19216 S2R404 437640 19440 52Q541 436476 19215 52R405 437261 19415

$2Q542 436282 19192 S2R406 437474 19435

$2Q543 436657 19214 52R407 437113 19412 S2Q544 436708 19217 S2R408 437304 19430 SCE Input to Sargent & Lundy SFP Analyses Page 39 of 131 RAI-O012 Response, Attachment A Page A29 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2R409 437367 19418 $2R541 437541 19430

$2R410 437282 19414 $2R542 437233 19421 S2R411 437252 19421 S2R543 437433 19427 S2R412 437145 19425 S2R544 437625 19435 521R501 437655 19453 S2R545 437182 19417 S2R502 437704 19452 S2R546 436247 19376

$2R503 437540 19438 S2R547 437686 19422 S2R504 437622 19445 $2R548 437090 19392

$2R505 437322 19440 S2R549 437271 19405 S2R506 437060 19429 S2R550 438122 19452 52R507 437007 19445 521R551 437590 19449 S2R508 436549 19412 S2R552 436622 19419

$2R509 436342 19394 $2R553 436345 19390 S2R510 436287 19390 $2R554 436346 19397 S2R511 436123 19381 S2R555 436195 19399 S2R512 436369 19395 S2R556 436648 19382 52R513 436872 19423 S2R557 436925 19371 S2R514 436302 19405 52R558 437717 19409 S2R515 436594 19415 S2R559 436837 19365 52R516 436388 19409 S2R560 436592 19377 S2R517 436638 19422 S2R561 436962 19427 S2R518 436506 19410 $2R562 436658 19389 S2R519 436823 19420 $2R563 436702 19395 S2R520 436456 19401 S2R564 436845 19398 S2R521 436550 19410 S2SO01 441292 19935

$2R522 436303 19400 525002 440974 19954 S2R523 437137 19456 52S003 441190 19963 S2R524 437525 19473 525004 440938 19951 S2R525 437363 19466 525005 441127 19910

$2R526 437115 19430 $25006 441137 19904 S2R527 436941 19426 525007 441565 19924

$2R528 437212 19468 M2S008 440747 19902 S2R529 437084 19449 S2SO1 438874 19559

$2R530 437138 19451 525102 439192 19591 S2R531 436815 19431 525103 439299 19595 S21R532 436174 19386 525104 439314 19605 S2R533 436278 19395 525105 438910 19587 S2R534 436507 19412 S2S106 439004 19598 S2R535 436770 19423 525107 438838 19589

$2R536 436734 19423 52S108 438824 19589 S2R537 437018 19430 52S301 437381 19496 S2R538 437179 19436 52S302 437684 19494 S2R539 436536 19407 52S303 437652 19504 52R540 436549 19408 S25304 437719 19514 SCE Input to Sargent & Lundy SFP Analyses Page 40 of 131 RAI-012 Response, Attachment A Page A30 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S25305 437675 19505 S2S525 437873 19480 S25306 437829 19509 $25526 437745 19468 525307 437664 19493 525527 437129 19432 S25308 437374 19495 525528 437929 19467 525401 437071 19435 525529 437585 19450 S25402 437148 19439 S25530 437583 19451 525403 437001 19430 525531 437461 19455 525404 437123 19432 52S532 436958 19423 S25405 437112 19414 S25533 437024 19427 S2S406 437296 19414 S25534 436940 19424 S2S407 437374 19434 525535 437116 19444 S2S408 437494 19442 525536 437165 19445 S25409 437707 19461 525537 437726 19474 525410 437652 19448 S2S538 437419 19458

.525411 437399 19429 S2S539 437587 19449 525412 437149 19419 525540 436821 19393 525413 437308 19445 S2S541 437329 19419 525414 437305 19430 52S542 437146 19422 525415 437367 19443 S2S543 437060 19446 525416 437060 19440 S25544 437340 19469 525501 437456 19468 S2S545 437284 19472 525502 437270 19461 S2S546 436848 19431 525503 437238 19459 S2S547 436907 19440 525504 437233 19443 S25548 437761 19464 525505 437250 19446 S2S549 436814 19434 525506 437301 19450 S2S550 436867 19440 525507 437644 19471 525551 437056 19446

$25508 437936 19480 S2S552 437721 19449 525509 437950 19479 525553 437799 19450 52S510 437793 19471 S25554 437968 19461 S2S511 437452 19447 S25555 437108 19448 525512 437666 19472 525556 437067 19448 525513 437416 19457 $25557 437118 19442 52S514 437583 19466 525558 437038 19436 S25515 437490 19463 S25559 437091 19446 525516 437620 19451 525560 437044 19437 S2S517 437295 19439 525561 437073 19447 S25518 437104 19429 525562 437084 19433 525519 437687 19476 S25563 436948 19402 525520 438209 19486 525564 437158 19437 525521 438223 19475 S2TO01 440331 18564 S25522 437679 19476 52T002 440111 18536 525523 437791 19479 $2T003 439711 18509 525524 437788 19477 S2TO04 439941 18517 SCE Input to Sargent & Lundy SFP Analyses Page 41 of 131 RAI-012 Response, Attachment A Page A31 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2T201 438249 18240 S2T509 436043 18080

$2T202 438171 18243 S2T510 436794 18114 S2T203 438014 18242 S2T511 436490 18071 52T204 438148 18243 S2T512 436734 18088 52T301 437913 18197 52T513 436859 18098 S2T302 437537 18179 52T514 436329 18079 S2T303 437634 18172 S2T515 435961 18078 S2T304 437648 18170 S2T516 436834 18111 S2T305 437788 18193 S2T517 436536 18107 S2T306 437953 18220 S2T518 436645 18115 S2T307 437732 18176 52T519 437380 18131 S2T308 438304 18235 S2T520 437103 18112 S2T309 438143 18236 S2T521 436547 18076 S2T310 437630 18206 S2T522 437538 18147 S2T311 438127 18228 S2T523 437499 18127 S2T312 438348 18227 S2T524 437237 18129

$2T313 437941 18204 52T525 436859 18087 S2T314 438226 18217 S2T526 436744 18083 S2T315 438407 18238 S2T527 436779 18095 S2T316 438435 18230 $2T528 436743 18088 S2T317 438023 18209 S2T529 436903 18104 S2T318 437959 18207 S2T530 436866 18113 S2T319 437854 18197 S2T531 437169 18093 S2T320 437907 18204 $2T532 436655 18095 S2T321 437474 18195 S2T533 436813 18123 S2T322 437619 18198 S2T534 437263 18138 S2T323 437564 18191 S2T535 436917 18146 S2T324 437902 18198 S2T536 436757 18165 S2T401 436556 18062 $2T537 437335 18136 S2T402 436728 18104 S2T538 436886 18151 S2T403 437166 18151 $2T539 436698 18165 S2T404 437157 18140 S2T540 436651 18153 S2T405 437375 18116 52T541 436476 18113 S2T406 437346 18137 S2T542 436520 18090 S2T407 437283 18132 S2T543 436790 18102 S2T408 437352 18137 $2T544 436819 18096 S2T501 436643 18078 $2T545 436649 18098 S2T502 436495 18067 S2T546 436503 18098

$2T503 436520 18046 S2T547 436508 18101 S2T504 436236 18077 S2T548 436630 18143 S2T505 436211 18091 S2T549 437254 18103

$2T506 436250 18092 S2T550 437326 18124 S2T507 436224 18075 S2T551 437496 18135 52T508 436039 18052 52T552 437233 18104 SCE Input to Sargent & Lundy SFP Analyses Page 42 of 131 RAI-012 Response, Attachment A Page A32 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S2T553 437294 18102 S2U405 436761 20087

$2T554 437221 18105 S2U406 436898 20097 S2T555 436916 18130 S2U407 437028 20099

$2T556 436751 18139 S2U408 437027 20099 S2T557 436501 18122 S2U501 436566 20086 S2T558 437086 18166 52U502 436414 20066 S2T559 437283 18170 $2U503 436766 20075 S2T560 437179 18160 $2U504 437172 20079 S2TA01 442838 18641 S2U505 437140 20083 S2TA02 442978 18654 S2U506 437065 20077 S2TA03 443042 18661 $2U507 437697 20107 S2TA04 443175 18659 $2U508 437486 20097 S2TA05 441907 18318 52U509 437372 20087 S2TA06 442550 18350 S2U510 436943 20078 52TA07 442149 18330 $2U511 436813 20064 S2TA08 442323 18341 S2U512 437045 20094 S2U101 438183 20202 S2U513 436761 20056 52U102 437476 20176 S2U514 436912 20061

$2U103 437515 20171 S2U515 436845 20071 S2U104 437472 20157 S2U516 437020 20120 S2U105 437950 20159 S2U517 437218 20118 52U106 437886 20156 S2U518 437532 20123 52U107 438347 20197 S2U519 437465 20102 S2U108 438047 20185 S2U520 437552 20107 S2U301 436649 20121 S2U521 437483 20107 S2U302 437431 20196 S2U522 437420 20120

$2U303 436477 20120 $2U523 436927 20111 S2U304 436868 20142 S2U524 436603 20118

$2U305 435990 20073 S2U525 437027 20104 S2U306 436309 20073 S2U526 437108 20102 S2U307 436420 20070 S2U527 437511 20115

$2U308 436659 20091 $2U528 436989 20097 S2U309 436505 20084 52U529 436970 20119 S2U310 437146 20158 S2U530 437094 20133 S2U311 437442 20186 K2U531 437245 20105

$2U312 436223 20072 $2U532 437162 20120 S2U313 437161 20163 S2U533 437505 20107 S2U314 437017 20166 S2U534 437018 20115 S2U315 437343 20165 S2U535 436289 20108 S2U316 437070 20168 $2U536 436049 20096 S2U401 436959 20047 $2U537 435566 20036 S2U402 437470 20084 52U538 437046 20094 S2U403 437632 20095 S2U539 436030 20044 S2U404 436956 20071 S2U540 436152 20064 SCE Input to Sargent & Lundy SFP Analyses Page 43 of 131 RAI-012 Response, Attachment A Page A33 of A50

Assembly Total U (g) U-235 (g)

S2U541 436790 20101 S2U542 436853 20103 S2U543 437203 20101 S2U544 437631 20156 S2U545 438252 20173 52U546 437882 20153 52U547 437318 20108 S2U548 436472 20032 S2U549 436427 20062 S2U550 436582 20069 S2U551 436301 20056 S2U552 436489 20077 S2U553 436569 20094 S2U554 436460 20062 S2U555 436901 20104

$2U556 437382 20171

$2U557 436286 20053 S2U558 436468 20074 S2U559 435451 20006 S2U560 435955 20044 S2UA01 442090 20385 S2UA02 442019 20375 S2UA03 442054 20387 S2UA04 442101 20354 S2UA05 442135 20412 S2UA06 441989 20376 S2UA07 442112 20376 S2UA08 442053 20382 S2UW01 437928 20205 S2UW02 437830 20204 S2UW03 437471 20179 S2UW04 437570 20187 S2UW05 437474 20180 S2UW06 437872 20174 S2UW07 437963 20178 S2UW08 438045 20182 SCE Input to Sargent & Lundy SFP Analyses Page 44 of 131 RAI-012 Response, Attachment A Page A34 of A50

6.2 UNIT 3 Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3A008 427736 8038 S3B003 395850 9389 S3A019 427871 8027 S3B004 395825 9389 S3A021 426979 8020 S3B005 396071 9396 S3A022 426207 8006 S3B006 395466 9380 S3A023 426634 8010 S3B007 396725 9410 S3A024 426317 8009 S3B008 397185 9422 S3A026 426171 8008 S3B009 397591 9431 S3A027 427343 8000 S3B010 397082 9419 S3A029 427529 8027 S3B011 397466 9428 S3A031 427461 8027 S3B012 397645 9433 S3A032 426015 7993 S3B013 397603 9432 S3A033 426248 8015 53B014 397590 9432 S3A034 426940 7993 53B015 397709 9434

$3A037 427239 8031 S3B016 397091 9426 S3A038 427162 8021 S31018 398753 9470 S3A040 427397 8048 S3B019 397878 9439 S3A041 427249 8025 $3B020 397715 9435 S3A043 428572 8057 5313021 397051 9421 S3A045 428142 8073 S31B022 397199 9434 S3A046 427795 8049 53B023 396817 9427 S3A047 428199 8039 S3B024 397592 9443 S3A049 424631 7969 S3B025 397181 9433 S3A052 426265 7999 S3B026 397492 9441 S3A053 425852 7990 531027 397995 9452

$3A054 428728 8083 S3B028 397334 9436 S3A055 427293 8041 S3B029 396600 9420 S3A057 428142 8076 S38030 397925 9451 S3A059 426225 8042 S38031 397042 9429 S3A060 427467 8070 S3B032 396733 9420 S3A061 426886 8057 S3B033 396833 9424 S3A062 426963 8060 S3B034 397553 9437 S3A063 428382 8084 S3B035 397572 9428 S3A064 427918 8062 53B036 398004 9437 S3A065 427579 8053 S38037 397597 9434

$3A066 426747 8042 S38038 395946 9400 S3A067 426578 8012 S3B039 396506 9414 S3A068 428392 8084 S3B040 396797 9422 S3A069 427083 8017 53B041 396324 9409 S3A071 427821 8022 S31042 395840 9397 S3B001 396447 9405 531043 396123 9403 SCE Input to Sargent & Lundy SFP Analyses Page 45 of 131 RAI-012 Response, Attachment A Page A35 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3B045 396580 9415 S3C018 429236 12360 531046 396493 9413 S3C020 428822 12348 S3B047 396829 9420 S3C021 427032 12342

$3B048 397622 9433 S3C022 427187 12335 S3B049 395300 9366 S3C023 426461 12343 S3B050 396896 9405 S3C024 427087 12344 S38052 396380 9391 53C025 426812 12309 S3B053 396564 9407 $3C026 429033 12359 S3B054 397279 9416 S3C027 427866 12356 S3B055 397827 9435 S3C028 427040 12347 53B056 396989 9414 S3C029 427961 12342 S3B057 396861 9409 S3C030 427006 12324 S38060 396953 9408 S3C032 423577 12225 S3B061 397251 9414 S3C033 425345 12274 S3B062 397562 9426 S3C034 425148 12291 S38063 397691 9426 $3C035 427965 12324 S3B067 398555 9452 53C036 427432 12322 S3B068 398129 9441 S3C037 424825 12260 538069 398025 9439 S3C038 428790 12372 S3B070 397947 9441 S3C039 425865 12353 S3B071 398212 9442 S3C040 428247 12350 S3B072 397931 9436 S3C101 405118 11694 S3B074 399846 9497 S3C102 404286 11724 S3B076 396063 9392 S3C103 404246 11722 538077 399479 9487 S3C104 404104 11689 S3B078 399226 9482 S3C105 404304 11709 S3B079 396312 9398 S3C106 405989 11689 S3B080 396780 9413 S3C107 406450 11706 S3CO01 425500 12276 S3C108 406833 11722

$3C002 425379 12272 S3C201 398485 11492 S3C003 425589 12292 S3C202 397460 11499 S3C004 425849 12339 S3C203 399316 11497 S3C005 425954 12291 S3C204 398884 11501 S3C007 425608 12301 S3C207 398495 11489 S3C009 425498 12337 S3C210 398119 11480 S3CO10 425854 12355 $3C212 397682 11468 S3CO11 426273 12365 S3C213 395396 11404 S3C012 426788 12320 S3C216 395578 11409

$3C013 426264 12337 $3D016 426222 14739 53C014 425788 12353 $3D018 426086 14734 S3C015 428757 12366 S3D021 426476 14749 S3C016 429935 12381 $3D026 426505 14752 S3C017 429326 12363 S3D028 426326 14738 SCE Input to Sargent & Lundy SFP Analyses Page 46 of 131 RAI-012 Response, Attachment A Page A36 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3D029 426985 14759 S3E105 419421 16349 S3D030 426981 14766 S3E106 419122 16345 53D031 426564 14772 $3E107 420874 16420

$3D032 426288 14765 S3E108 419178 16359 S31D034 426319 14739 $3E202 413047 13876 S3D036 425867 14747 S3E205 412445 13857 S3D040 426155 14750 S3E206 412207 13856 53D043 426010 14744 S3E207 410778 13815 S3D045 426100 14743 $3E209 412818 13880

$3D104 426492 11679 S3E211 413064 13879 53D105 424327 11634 53E212 412007 13841 S3D106 426754 11668 S3E213 411273 13823 S3D108 426952 11673 S3E215 412319 13883 S3D109 427307 11683 53E216 411678 13858 53D110 427215 11681 S3E217 411873 13861 S3D113 427257 11681 $3E218 413295 13917 53D114 427481 11688 S3E219 412475 13862 S3E001 426366 16639 S3E221 413249 13902 S3E003 427078 16665 S3E222 412310 13878 S3E004 427334 16677 53E225 410268 13806

$3E005 427176 16669 53E226 411573 13847 S3E007 427030 16666 S3E227 412818 13902 S3E008 426727 16641 S3E228 411529 13858 S3EO09 424938 16588 S3E301 398673 13413 S3E014 427127 16680 S3E302 396970 13358

$3E016 427064 16679 S3E303 397889 13376 S3E017 427175 16684 S3E304 396222 13308 S3E018 426563 16657 S3E305 396554 13321 S3E019 424387 16571 S3E306 399825 13441 S3E020 425384 16601 S3E307 396609 13324 S3E025 425235 16595 $3E308 396362 13318 S3E027 424702 16585 53E309 396225 13308 S3E028 424951 16591 53E310 395904 13312 S3E029 425850 16626 53E311 396771 13347 S3E030 425605 16601 53E312 394950 13275

$3E032 425901 16607 S3FO02 429117 17000 S3EO33 427302 16671 S3F005 428839 16985 S3E037 426784 16663 53F006 427983 16969 S3E038 426022 16633 S3F008 428598 16976 S3E039 426287 16649 S3FO10 428805 16976 3EH102 421300 16439 S3FO11 428456 16972 S3E103 420684 16410 S3F012 428695 16961 S3EI04 419179 16347 S3F013 428741 16961 SCE Input to Sargent & Lundy SFP Analyses Page 47 of 131 RAI-012 Respon"e, Attachment A Page A37 of A50

Assembly Total U (g) U-235 (g) 'Assembly Total U (g) U-235 (g) 53FO15 427448 16918 S3F241 398318 15731 S3F016 428655 16960 S3F242 397962 15719 S3F101 414039 16374 $3F244 397486 15701 S3F102 412406 16316 S3F245 398097 15720 53F103 412636 16324 $3F247 399163 15757 53F104 412859 16329 S3F248 399602 15774 53F107 413478 16350 $3F249 399044 15751 S3F108 412506 16316 S3F250 398929 15748 53F109 411821 16279 S3F251 398388 15729 S3F110 414359 16387 S3F252 398912 15746 53FFll 414175 16383 $3F255 398370 15725 53F112 413994 16370 53F256 398143 15716 S3F201 398827 15754 S3F301 400124 16105

$3F202 399008 15764 $3F302 400115 16106 S3F203 398818 15755 $3F303 400061 16103

$3F204 398760 15753 $3F304 400281 16112 S3F206 399014 15762 $3F305 400375 16120

$3F208 399120 15780 S3F306 400806 16141 S3F209 399174 15790 S3F307 399320 16101 53F210 399236 15793 $3F308 398818 16095 53F211 399214 15792 S3F309 400283 16119 53F212 399283 15796 53F310 399162 16097 S3F213 398823 15774 53F311 398624 16090 53F214 398227 15745 $3F312 397437 16054 S3F215 398329 15751 S3F313 398444 16089 S3F216 397771 15724 S3F314 399281 16110 53F218 397940 15732 53F315 399825 16089 S3F219 398198 15750 S3F316 399319 16099 S3F220 398774 15758 $3F401 398225 15720 S3F221 399935 15794 S3F402 399037 15756 S3F222 400115 15800 S3F403 398139 15728

$3F224 400549 15818 $3F404 397923 15721 S3F225 399464 15774 $3F405 397279 15699

$3F226 399832 15810 $3F406 397587 15721 S3F227 399228 15791 S3F407 398562 15758 S3F228 398891 15751 $3F408 398038 15730 S3F231 399250 15808 S3GO01 428572 16888 S3F232 399426 15816 $3G003 428721 16895 53F233 399849 15832 $3G006 428821 16892 S3F234 399797 15830 $3G101 413028 16327 S3F235 399315 15811 53G102 411825 16253

$3F236 398531 15756 S3G104 411149 16281

$3F239 398242 15728 $3G106 412873 16272 SCE Input to Sargent & Lundy SFP Analyses Page 48 of 131 RAI-012 Response, Attachment A Page A38 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

$3G107 413306 16296 $3G307 398704 16052

$3G108 412265 16311 S3G308 397242 15997 53G109 411831 16307 $3G309 397531 15980 S3G111 411960 16297 53G310 397885 16023 S3G201 399558 15711 53G311 397994 15989 S3G202 399715 15716 $3G312 398219 16027 S3G205 398633 15756 S3G313 397207 15977 53G206 398956 15692 S3G314 397724 16008 S3G209 398750 15682 $3G315 398960 16016 S3G210 398741 15681 53G316 398237 15965 S3G211 398767 15682 S3G401 398012 15714 S3G214 398732 15682 $3G402 398406 15746

$3G215 398992 15692 $3G403 399022 15766

$3G216 399011 15693 $3G404 397545 15690

$3G217 398467 15688 $3G405 397978 15735 S3G220 397978 15671 $3G406 397977 15733

$3G221 397920 15668 $3G407 397366 15702

$3G224 397967 15676 $3G408 398559 15710 S3G225 397753 15664 53H001 428427 16915

$3G226 397499 15653 S3H002 428621 16923 S3G227 398025 15667 S3H003 428460 16917

$3G228 398644 15676 S3HO12 427155 16911 S3G229 397895 15656 S3H013 427982 16978 S3G230 397996 15666 S3H014 428058 16940

$3G232 399524 15719 $3H015 426796 16910 S3G233 398445 15711 $3H016 427044 16918

$3G234 398909 15731 S3H103 413881 16383 S3G235 398112 15701 53H105 413811 16383 S3G236 398459 15705 531H106 414028 16391 S3G239 398939 15730 $3H107 413859 16382

$3G241 398841 15728 53 H108 414169 16394 S3G244 398022 15699 S3H110 414016 16389 S3G245 398632 15702 S3Hill 414315 16407

$3G248 399118 15698 S3H112 414261 16406 S3G251 397641 15665 S3H201 400139 15833 S3G252 397972 15689 S3H202 399265 15771

$3G254 397936 15670 S3H203 399353 15829

$3G301 396942 15983 $3H204 399925 15818 S3G302 398101 15996 53H205 399452 15799 S3G303 398765 15965 S3H209 398977 15788 S3G304 397616 15944 $3H210 398986 15784

$3G305 398609 16037 53H211 399414 15811

$3G306 397207 15990 $3H212 400100 15844 SCE Input to Sargent & Lundy SFP Analyses Page 49 of 131 RAI-012 Response, Attachment A Page A39 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3H213 400205 15849 S3H405 399418 15793 S3H214 399643 15824 $3H406 399236 15796 S3H216 399223 15819 S3H407 399069 15788 S3H217 399261 15775 S3H408 398917 15782 S3H218 399008 15788 53J005 430090 17015 S3H220 399725 15824 S3J006 429533 16979

$3H221 398988 15789 S3J009 429623 16982 S3H222 399183 15796 S3J010 429797 16989 S3H223 398933 15795 S3.011 429437 16978 S3H226 398513 15773 S3J012 429025 16968

$3H230 399245 15778 $3J013 429118 16971 S3H232 399026 15776 S3J014 428881 16969 S3H237 399376 15792 S3J015 429031 16974 S3H239 399271 15780 S3J 106 414314 16330 S3H244 399219 15773 $3J201 400896 15863 S3H248 400069 15810 S3J202 401262 15880 S3H249 400256 15818 S3J203 400924 15863 S3H250 400188 15814 S3J204 401380 15863 S3H251 400204 15813 S3J212 401007 15818 S3H252 400290 15818 S3J215 402337 15874 S3H253 400066 15808 S3J216 401999 15874 S3H254 400004 15806 S3J217 401774 15873 S3H255 399772 15794 S3J219 400893 15877 S3H256 399335 15775 S3J221 401734 15881 S3H301 398863 16065 S3J223 399857 15814 S3H302 398670 16082 S3J225 400193 15799 S3H303 399615 16113 $3J227 401916 15884 S3H304 399381 16104 $3J228 401867 15883 53H305 398879 16060 $3J230 400626 15815 S3H306 398992 16076 $3J233 400537 15818 S3H307 398910 16073 $3J234 401372 15868 S3H308 398966 16070 S3J236 402020 15868 S3H309 399161 16084 S3J238 401638 15874 53H310 399120 16085 S3J239 400829 15888 S3H311 399385 16121 $3J247 402196 15904 S3H312 399136 16108 S3J248 402021 15902 S3H313 398526 16014 S3J249 401746 15959

$3H315 398422 16048 S3J251 401627 15873 S3H316 398340 16046 S3J253 401478 15897 S3H401 399653 15813 S3J254 401651 15866

$3H402 399622 15812 53J255 401526 15869 S3H403 398777 15797 S3J256 399783 15771 S3H404 398166 15700 S3J301 401739 16184 SCE Input to Sargent & Lundy SFP Analyses Page 50 of 131 RAI-012 Response, Attachment A Page A40 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3J302 400400 16101 S3K219 402411 15921 S3J303 400466 16116 S3K220 402183 15928 S3J304 401424 16128 531K221 400238 15842 S3J305 401803 16151 S3K222 401321 15890 S3J306 401553 16144 S3K223 400783 15849 S3J307 401339 16127 S3K224 400821 15851 S3J308 400899 16133 S3K225 .401327 15888 S3J309 400687 16123 S3K226 401318 15872 S3J310 400951 16121 S3K227 400959 15851 S3J3.11 401212 16149 53K228 401083 15883 S3J312 401204 16159 S3K229 400582 15838 S3J313 401084 16149 S3K230 401023 15878 S3J314 400966 16138 S3K231 401220 15883 53J315 400251 16116 S3K232 401271 15901 S3J316 400540 16130 S3K233 401842 15947 S3J401 400163 15789 S3K234 401251 15902 S3J402 401366 15848 53K235 401366 15904 S3J403 401230 15869 S3K238 402283 15933 S3J404 401071 15860 S3K239 401531 15888 S3J405 401711 15887 S3K240 400957 15896 S3.406 402256 15895 S3K241 401618 15893 S3J407 401742 15882 S3K243 402166 15942 S3J408 401266 15908 S3K244 402249 15905 S3K105 416585 16530 S3K246 402779 15931 S3K106 417111 16562 S3K250 402459 15936 S3K107 417075 16567 S3K252 402402 15958 S3K108 416861 16530 S3K253 402618 15966 S3K109 416480 16509 S3K254 401698 15881 S3K110 416402 16483 S3K255 402228 15896 S3K111 416114 16467 S3K256 399718 15779 S3K112 416617 16486 S3K301 400943 16157 S3K201 401291 15894 S3K302 401308 16188 S3K202 401975 15937 S3K303 401613 16204 S3K204 402093 15844 S3K304 401935 16224 S3K205 401790 15850 S3K305 402231 16242 S3K207 402430 15935 S3K306 401228 16160 S3K208 400225 15807 S3K307 401358 16127 S3K209 401484 15886 S3K308 401489 16130 S3K211 399585 15823 S3K309 399817 16098 S3K212 399530 15817 531K310 401197 16150 S3K213 401228 15904 S3K311 401130 16138 S3K217 402803 15935 S3K312 401698 16198 S3K218 401313 15910 S3K313 401065 16176 SCE Input to Sargent & Lundy SFP Analyses Page 51 of 131 RAI-012 Response, Attachment A Page A41 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S31K314 401067 16124 S3L418 438278 19896 53K315 402236 16233 531L419 438430 19895 S3K316 401795 16213 531L420 437449 19896 S3L105 438341 19929 S31L421 437187 19886 S3L115 437595 19896 531L422 438828 19944 S3L116 440041 20021 S3L423 438652 19936 S3L201 438448 19937 $3L424 437797 19898 S3L202 439942 19980 531L425 437358 19881 53L203 437482 19900 S31L426 438014 19874 53L204 437705 19921 S3L427 438454 19874 S3L205 438924 19950 531L428 437886 19851 S3L206 438335 19933 531L429 438097 19863 S3L207 438276 19940 S3L430 437587 19840 S3L208 439651 20032 531L431 437366 19857 S3L301 438903 20003 531L432 437631 19880 S3L302 437546 19966 S3L433 437265 19844 53L304 439131 19937 S3L434 438292 19829

$3L305 438169 19918 S3L435 438077 19828

$3L306 438453 19943 S3L436 436397 19773 S3L307 438021 19935 S3L437 437371 19820 S3L308 438651 20002 531L438 437086 19823 S3L312 438719 19980 S3L439 438646 19937 S3L313 438719 19986 S3L440 438520 19937 S31L314 438400 19937 S3L441 438200 19901 3L3015 438054 19926 $3L442 436714 19775 53L316 437305 19961 S3L443 436269 19722 531L401 436654 19888 S3L444 436618 19797 S31402 436861 19898 $3M001 439764 19005 S3L403 437296 19891 S3M005 439336 18900 S3L404 437434 19866 S3M007 440312 18912 S3L405 436945 19801 $3M008 440639 18923 S3L406 436364 19781 $3M009 440425 18911

$3L407 436587 19809 S3MO10 440691 18929 S3L408 436743 19812 S3MO11 440809 18937 S3L409 436703 19821 $3M014 439669 18910 S3L410 436193 19799 $3M101 439579 18636 531L411 436974 19813 $3M102 439277 18628 531L412 438221 19847 $3M103 439133 18631 531L413 437759 19852 S3M105 439017 18623 S3L414 436436 19828 S3M106 438077 18638 S3L415 436385 19818 S3M107 438838 18639 S3L416 437065 19885 $3M401 436990 18483 531L417 437557 19887 $3M402 436977 18484 SCE Input to Sargent & Lundy SFP Analyses Page 52 of 131 RAI-012 Response, Attachment A Page A42 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3M403 436929 18482 53M545 436577 18497 S3M404 437437 18504 S3M546 436693 18493 S3M405 437178 18478 S3M547 437005 18468

$3M406 437118 18469 S3M550 436269 18444

$3M407 437167 18485 S3M551 437304 18484 S3M408 437288 18499 $3M552 436287 18439

$3M501 436797 18481 53M553 435721 18420 53M502 436697 18481 S3M556 436178 18414 S3M503 436560 18478 $3M557 436158 18418 S3M504 436496 18485 S3M558 436108 18395 S3M505 436511 18500 53M559 435462 18369 S3M506 436790 18479 53M561 436102 18421 53M507 436718 18488 S3M562 436523 18413 53M508 437244 18519 $3M563 436435 18394 S3M509 437343 18535 $3M564 436311 18422

$3M510 437165 18526 S3M565 437391 18497 53M511 437020 18519 $3M566 436948 18433 53M512 437321 18525 $3M567 437542 18503 S3M513 437159 18505 $3M568 437753 18519 53M514 435877 18456 S3N001 440103 20002 53M515 436176 18470 S3N002 439841 19988 S3M516 437449 18505 S3N003 439291 19979 S3M517 437612 18518 53N004 439986 19996 53M519 436644 18484 53N005 439320 19982 S3M520 437439 18506 S3N006 439439 19986

$3M521 436592 18489 S3N007 439218 19982 S3M522 437131 18498 S3N008 439214 19980 S3M523 437652 18507 S3N009 439932 19994 53M524 436712 18447 S3N010 439865 19990 S3M525 436534 18436 S3NO11 439820 19992 S3M526 436142 18427 S3N012 440263 20006 S3M527 435906 18407 $3N013 439341 19983 S3M528 436784 18433 S3N014 439426 19982 S3M529 436904 18434 S3N015 439645 19986 S3M531 436620 18415 S3N016 440171 20022 S3M532 436242 18407 531N\101 438371 19700 S3M536 436765 18453 S3N102 438414 19722 S3M538 436163 18414 S31N103 438565 19734 S3M539 435838 18391 531N\104 438904 19745 S3M540 436805 18435 S31N\105 438054 19670 S3M541 436868 18436 531N\106 438751 19748 53M542 435339 18366 S3N108 438131 19681 S3M544 436568 18432 S3N301 437148 19648 SCE Input to Sargent & Lundy SFP Analyses Page 53 of 131 RAI-012 Response, Attachment A Page A43 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g) 53N302 437433 19670 S3N532 435939 19534 S3N303 437502 19664 531N533 435594 19518 S3N304 437410 19668 S3N534 435910 19535 S3N401 436370 19539 S3N535 436276 19578 S3N402 436473 19543 531N\536 436204 19552 S3N403 436430 19542 S3N537 435949 19553 S3N404 436748 19566 53N538 435450 19520 S3N405 437300 19610 S3N541 436988 19579 S3N406 437488 19623 S3N543 435306 19516 S3N407 437978 19649 S3N544 435553 19529 S3N408 438004 19631 S3N546 435638 19556 S3N409 437436 19609 S3N547 436092 19584 S3N410 437211 19597 S3N548 435487 19545 S3N411 437780 19612 S3N549 436013 19575 53N412 437789 19611 S3N551 435196 19510 S3N501 436971 19603 S3N552 435129 19519 S3N503 436514 19591 S3N553 435018 19521 S3N505 436634 19588 $3N555 435068 19520 S3N506 436368 19560 S3N556 434669 19538 S3N507 436453 19544 S3N557 434305 19525 S3N508 436460 19553 S3N558 434615 19554 S3N509 436485 19549 S3N559 434920 19570 S31N510 436571 19558 S3N560 435298 19577 S3N511 436357 19542 S3POO1 440928 19430 S3N512 436627 19549 S3P002 439977 19358 S31N513 436508 19543 S3P003 440142 19378 531N514 436695 19551 53P004 440885 19434 S3N516 436219 19557 S3P005 441104 19442 S3N517 436044 19531 S3P006 441129 19445 S3N518 436066 19554 $3P007 440783 19420 S3N519 435859 19558 S3P008 440147 19377 S3N520 436076 19566 S3P101 437507 19080 S3N521 435849 19551 53P102 437536 19082 S3N522 435782 19551 W3P103 437487 19079 S3N523 436484 19577 W3P104 437657 19098 S3N524 436260 19580 S3P105 437928 19124 S3N525 436674 19583 S3P106 437708 19114 S3N526 436685 19581 S3P107 437877 19121 S3N527 436919 19597 S3P108 437593 19108 S3N528 436882 19595 S3P201 438163 19098 S3N529 436075 19544 S3P202 437674 19065 53N530 436297 19561 S3P203 437949 19083 S3N531 436144 19545 S3P204 438100 19089 SCE Input to Sargent & Lundy SFP Analyses Page 54 of 131 RAI-012 Response, Attachment A Page A44 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3P205 438350 19114 S3P524 436118 18923 S3P206 438123 19108 $3P525 437110 18980

$3P207 437975 19093 $3P526 436858 18954 S3P208 437921 19087 53P527 437007 19006 S3P209 437556 19068 S3P528 437374 19039 S3P210 438415 19116 $3P529 436953 18978

$3P211 438505 19118 $3P530 436871 18968 53P212 438363 19121 $3P531 435843 18956 S3P213 438479 19138 S3P532 436782 18998

$3P214 437557 19053 $3P533 436880 18996 S3P215 438069 19102 $3P534 436546 18982

$3P216 437786 19086 $3P535 435695 18911 S3P401 436302 18944 $3P536 435594 18923 S3P402 437178 18994 $3P537 435743 18916 S3P403 437099 19003 $3P538 435561 18908 S3P404 436788 18957 $3P539 435411 18951 S3P405 436516 18947 $3P540 435611 18962 S3P406 437190 18999 $3P541 435818 18953

$3P407 437355 19005 53P542 436245 18939 S3P408 437260 19001 $3P543 435997 18971 S3P501 436469 18954 53P544 435964 18967

$3P502 436394 18949 $3P545 435990 18956 S3P503 436276 18947 $3P546 435576 18915 S3P504 436446 18963 $3P547 435708 18920 S3P505 436439 18997 $3P548 436034 18960 S3P506 436603 19005 $3P549 435819 18928 S3P507 436342 18987 53P550 436000 18935 S3P508 436159 18954 53P551 435823 18924 S3P509 436407 18979 53P552 435838 18928 S3P510 436221 18944 53P553 435836 18931 S3P511 436070 18935 S3P554 435884 18944 53P512 435846 18920 53P555 436041 18968 S3P513 436779 18985 $3P556 436230 18978 S3P514 436599 18979 S3P557 436298 18936 S3P515 436953 19003 $3P558 435780 18925 53P516 436978 18997 S3P559 436330 18927 53P517 437268 19015 $3P560 436292 18953 S3P518 437341 19020 S3QO01 440336 19834 53P519 437121 19024 530002 439973 19823 S3P520 437264 19023 S3Q003 440088 19828 S3P521 437273 19045 53Q004 439875 19834

$3P522 437383 19048 53Q005 440107 19836 S3P523 437231 19016 $3Q006 440044 19829 SCE Input to Sargent & Lundy SFP Analyses Page 55 of 131 RAI-012 Response, Attachment A Page A45 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g) 53Q007 440263 19829 S3Q502 436319 19370 S3Q008 440848 19854 53Q503 436327 19336

$3Q101 437842 19514 S3Q504 436344 19331 S3Q102 438630 19532 53Q505 436208 19321 53Q103 438228 19527 S3Q506 436815 19376 53Q104 438930 19540 S3Q507 436360 19331

$3Q105 438046 19522 53Q508 436977 19437

$3Q106 438596 19527 $3Q509 436926 19444

$3Q107 438729 19535 53Q510 437589 19460 53Q108 438672 19532 S3Q511 437371 19449

$3Q201 437086 19479 53Q512 437569 19460 53Q202 437662 19499 $3Q513 436992 19438 S3Q203 437384 19489 53Q514 436905 19439 S3Q204 438383 19528 53Q515 436873 19438 S3Q205 437069 19490 S3Q516 436820 19439 S3Q206 437560 19512 53Q517 436662 19450 53Q207 438334 19526 53Q518 436483 19400 53Q208 438373 19528 53Q519 436213 19387

$3Q209 437493 19504 53Q520 436772 19400 S3Q210 437264 19486 53Q521 436948 19401 53Q211 437185 19482 S3Q522 436861 19399 S3Q212 437192 19493 $3Q523 436807 19379

$3Q213 437197 19495 $3Q524 436793 19422

$3Q214 438220 19526 $3Q525 436557 19429 S3Q215 437511 19504 S3Q526 436902 19384 S3Q216 437712 19505 $3Q527 436772 19419 53Q301 436290 19450 53Q528 436643 19384

$3Q302 436703 19471 $3Q529 436483 19384 53Q303 436693 19467 53Q530 436895 19394 53Q304 436949 19518 53Q531 436426 19399 53Q305 437247 19523 53Q532 436235 19391 S3Q306 436834 19512 53Q533 436196 19383

$3Q307 436862 19506 53Q534 435800 19365 S3Q308 436900 19490 53Q535 435877 19368 53Q401 436731 19412 530536 435723 19371 53Q402 436645 19405 S3Q537 436493 19426 S3Q403 436765 19385 53Q538 435762 19365 S3Q404 436965 19421 53Q539 435494 19350 S3Q405 436944 19393 53Q540 435637 19357

$3Q406 436964 19382 53Q541 436217 19413 530407 436588 19379 53Q542 436622 19403 S3Q408 436573 19400 53Q543 436707 19405 S3Q501 436348 19366 53Q544 436830 19423 SCE Input to Sargent & Lundy SFP Analyses Page 56 of 131 RAI-012 Response, Attachment A Page A46 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3Q545 437101 19428 S3R408 437174 19942 S3Q546 436900 19457 W3R409 437178 19953 S3Q547 436627 19445 W3R410 437084 19942 S3Q548 436688 19442 S3R411 437083 19952 S3Q549 436671 19439 W3R412 437323 19947 S3Q550 436747 19408 S3R501 436953 19949 S3Q551 437455 19460 S3R502 437047 19934 S3Q552 437158 19446 W3R503 437098 19916 S3R001 439933 20342 W3R504 437130 19918 S3R002 440077 20348 S3R505 436683 19913 S3R003 439553 20337 S3R506 437146 19915

$3R004 438527 20334 S3R507 436464 19906 S3R005 439100 20366 S3R508 436583 19914 53R006 438807 20351 S3R509 436420 19896 S3R007 439619 20362 S3R510 436722 19914 S3R008 440473 20378 M3R511 436876 19906 S3R101 438345 20080 S3R512 436461 19904 S3R102 438714 20101 M3R513 436306 19891 S31R103 438899 20087 S3R514 436241 19899 S3R104 438486 20056 53R515 435568 19854 S3R105 438500 20073 S3R516 435427 19850 S3R106 438612 20065 S3R517 435452 19850 S3R107 438841 20088 S3R518 436265 19875 M3R108 438757 20090 S3R519 436074 19868 M3R301 437689 20015 S3R520 436262 19888 S3R302 438072 20035 531R521 436450 19888 S3R303 438441 20061 M3R522 436751 19912 M3R304 438228 20053 S3R523 436497 19905 S3R305 438332 20068 S3R524 436646 19903 S3R306 438545 20076 S3R525 436722 19903 S3R307 438229 20073 S3R526 436505 19890 S3R308 437176 20037 S3R527 435793 19837 S3R309 437146 20036 S3R528 436477 19893 531R310 436980 20028 S3R529 436293 19896 S3R311 437423 20039 S3R530 435156 19815 S3R312 436544 20008 M3R531 434983 19835 S3R401 436676 19932 531R532 435654 19831 M3R402 436936 19941 S3R533 435309 19818 53R403 436763 19935 53R534 434772 19821 S3R404 436817 19936 S3R535 434679 19848 S3R405 437263 19943 S3R536 435399 19862 S3R406 437549 19950 S31R537 437471 19960 S3R407 437523 19956 S31R538 435695 19889 SCE Input to Sargent & Lundy SFP Analyses Page 57 of 131 RAI-012 Response, Attachment A Page A47 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3R539 434266 19828 535206 437633 18853 53R540 435133 19867 S3S207 438109 18899 S3R541 435177 19861 S3S208 438044 18896 M3R542 435218 19850 $3S209 438510 18919 S3R543 435643 19885 535210 438334 18911 S3R544 435631 19831 $35211 437781 18883 S3R545 436316 19914 53S212 437980 18890 M3R546 436027 19865 535301 436954 18829 M3R547 435791 19897 S3S302 436501 18809 S3R548 435656 19883 53S303 436908 18827 S3R549 436508 19907 53S304 437769 18868 S3R550 436373 19879 535305 437362 18849 531R551 435529 19876 S35306 437443 18852 S3R552 436007 19879 535307 436810 18836 S3R553 436107 19882 $3S308 437266 18850 S3R554 434777 19835 S3S309 437505 18858 S3R555 435378 19866 S35310 436355 18819 S3R556 435344 19877 S35311 436432 18823 S3R557 437261 19943 S3S312 436271 18816 53R558 437047 19933 535401 436192 18749 S3R559 436578 19915 S3S402 436132 18745 S3R560 436716 19915 S35403 435867 18720 S3S001 440390 19229 535404 436331 18755 535002 439885 19212 535405 436384 18757 535003 440431 19231 535406 436698 18756

$3S004 440421 19231 S35407 435582 18706 S35005 439660 19202 53S408 436476 18747

$35006 440173 19222 535409 437746 18818 53S007 440405 19241 53S410 437094 18789

$3S008 439725 19206 53S411 436916 18777 535101 437238 18847 535412 437632 18807 535102 437655 18863 S3S501 437499 18814 535103 437205 18855 S3S502 437427 18807 535104 437086 18849 S35503 437465 18806 53S105 437718 18869 S3S504 437035 18775 53S106 437639 18877 S35505 437051 18788 S35107 438547 18926 53S506 437163 18790 535108 438615 18930 S35507 437085 18780 535201 438115 18894 535508 437182 18786 535202

$3S203 437715 18873 535509 436879 18775 535203 437606 18861 53S510 436939 18777 S35204 437347 18849 S3S51i 437001 18783 S35205 437784 18861 $3S512 436912 18776 SCE Input to Sargent & Lundy SFP Analyses Page 58 of 131 RAI-012 Response, Attachment A Page A48 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3S513 437481 18816 535556 436341 18747 S35514 437528 18820 S3TO01 441010 19875 S3S515 437230 18801 53T002 441239 19887 S3S516 437156 18781 S3T003 441045 19878 S3S517 437149 18792 S3T004 441082 19879 S3S518 437961 18824 S3T101 438062 19519 535519 437758 18813 S3T102 438395 19525 53S520 437845 18800 S3T103 438542 19531 S35521 438141 18788 S3TI04 438410 19526 S3S522 438032 18814 $3T201 438076 19553 S3S523 438080 18824 $3T202 438225 19545 535524 438166 18822 S3T203 438212 19546 S35525 436639 18755 $3T204 437928 19528 535526 436923 18795 S3T205 437969 19519 535527 437777 18852 S3T206 438090 19533

$35528 437432 18798 $3T207 438061 19535

$35529 437589 18828 53T208 437978 19549 535530 437520 18826 S3T301 437240 19532 535531 436673 18790 S3T302 437638 19544 53S532 436642 18787 S3T303 437400 19538

$35533 436865 18793 S3T304 437422 19546

$35534 437523 18838 S3T305 437338 19540 535535 437872 18857 S3T306 437426 19547 535536 437633 18799 S3T307 437304 19550 S3S537 437551 18796 S3T308 437736 19553 535538 437313 18768 S3T309 436858 19520 535539 437144 18777 S3T310 437390 19527 S3S540 436912 18800 S3T311 437404 19518 535541 436537 18780 S3T312 437631 19537 S35542 437012 18785 S3T401 436955 19491

$35543 436465 18767 S3T402 436983 19492 535544 436072 18742 $3T403 436908 19491 535545 437156 18779 S3T404 437011 19498 535546 437056 18777 $3T405 436955 19489 535547 436553 18751 $3T406 436911 19479 535548 436440 18740 S3T407 436559 19469 53S549 436121 18738 S3T408 436832 19478 535550 435900 18735 $3T409 437248 19497 S35551 436634 18749 S3T410 437179 19500 535552 436623 18745 S3T411 437095 19495 535553 436249 18733 $3T412 436693 19472 S3S554 436032 18737 $3T501 436563 19418 S35555 436238 18742 S3T502 436633 19431 SCE Input to Sargent & Lundy SFP Analyses Page 59 of 131 RAI-012 Response, Attachment A Page A49 of A50

Assembly Total U (g) U-235 (g) Assembly Total U (g) U-235 (g)

S3T503 436329 19418 S3T538 436910 19465 S3T504 436600 19437 S3T539 437117 19466 53T505 436839 19461 S3T540 436411 19446 S3T506 436590 19439 S3T541 436428 19428 S3T507 435844 19399 S3T542 436697 19445 53T508 435820 19401 S3T543 437044 19481 S3T509 435844 19401 S3T544 437084 19467 S3T510 437068 19477 S3T545 437106 19460 S3T511 437396 19474 S3T546 436822 19479 S3T512 437904 19491 S3T547 436732 19472 S3T513 437251 19439 S3T548 436941 19484 S3T514 436477 19412 S3T549 437039 19450 S3T515 436047 19403 S3T550 436734 19427 S3T516 436554 19424 S3T551 436757 19423 S3T517 437165 19439 S3T552 436290 19418 S3T518 437232 19441 S3T553 436402 19424 S3T519 437230 19435 S3T554 436395 19418 S3T520 437235 19434 S3T555 436634 19444 S3T521 436338 19392 S3T556 436694 19430 S3T522 436662 19415 S3T557 436748 19428 S3T523 436489 19412 S3T558 436668 19441 S3T524 436053 19377 S3T559 436632 19435 S3T525 436011 19412 S3T560 436595 19431 S3T526 436279 19422 S3T601 439387 19810

$3T527 436659 19430 S3T602 439657 19812 S3T528 436289 19418 S3T603 439130 19787 S3T529 436544 19431 $3T604 439291 19794 S3T530 436554 19422 S3T701 439410 19543 S3T531 436682 19420 S3T702 438973 19523 S3T532 436561 19436 S3T703 439224 19531

$3T533 436264 19424 S3T704 439233 19536 S3T534 436439 19435 S3T535 436783 19454 S3T536 436666 19446 S3T537 436823 19472 SCE Input to Sargent & Lundy SFP Analyses Page 60 of 131 RAI-012 Response, Attachment A Page A50 of A50

Attachment B ORIGEN-ARP/ORIGEN-S input files (Pages B2 through B4 of the original document)

Attachment B Calculation No. 2013-13696 Revision 0 Page No. B2 of B127

'This SCALE input file was generated by

'OrigenArp Version 6.0.13.12 January 12, 2010

=arp celE6xl6 LUse the cross section librarv Provided with the SCALE 6 package 4.51 [Assembly average enrichment for the limiting assembly I 2 Two cycles of irradiation 698. 5131 yFirst cycle irradiation time, =ys 698.5131 ISecond cycle irradiation time, days I 35.,98 First cycle specific power, MW/MTU 35.98 1Second cycle specific power, MW/MTU 1

1 0.71 Moderator density, g/cc ft33fOOl end

1. origens 0$$ a4 33 all 71 e t cel6xl6 3$$ 33 a3 1 27 a16 2 a33 18 e t 35$$ 0 t 56$$ 10 10 a6 3 alO 0 a13 13 a15 3 a18 1 e 57** 0 a3 le-05 0.5 e 95$$ 0 t Cycle 1 Part 1 -Bounding IORIGEN-S input for first cycle, 10 time steps j 0.440333 MTU Uranium loading, MTU 1 58** 15.84318 153 18 1W5.8fl431 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 XAssemblypower(MW)foreachtimestep 60** 69.85131 139.7026 209.5539 279.4052 349.2565 419.1078 488.9591 558.8105 628.6618 698.5131 FCumulative irradiation time (days) at end ofeachtime step 66$$ al 2 a5 2 a9 2 e 73$$ 922340 922350 922360 922380 80000 240000 250000 260000 270000 280000 400000 410000 500000 INuclideID(U-234. U-235. U-236.U-238.O.Cr. Mn. Fe.Co. Ni.Zr.Nb.Sn)I 74** 176.7453 19859.02 91.35148 420205.9 97.8 2301.8 106 4459.5 32.9 4371.5 100750.5 327.2 1646.4 FNuciide concentration (grams/assembly) for nuclide IDlisted above 75$$ 2 2 2 2 4 4 4 4 4 4 4 4 4 1Library type for each nuclide lD listed above (2 -fuel, 4-lightelements) t cel6xl6 3$$ 33 a3 2 27 a33 18 e t 35$$ 0 t 56$$ 10 10 alO 10 a15 3 a18 1 e 57** 698.5131 a3 le-05 0.5 e 95$$ 0 t Cycle 1 Part 2 -Bounding JORIGEN-S input for second cycle, 10 time steps.

0.440333 MTU 58** 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 15.84318 FAssembly power(MW) for each time step 60** 768.3644 838.2157 908.067 977.9183 1047.77 1117.621 1187.472 1257.324 1327.175 1397.026 FCumulativeirradiation time (days) at end of each time step 66$$ al 2 a5 2 a9 2 e t 54$$ a8 1 all 0 e 56$$ a2 8 a6 1 alO 10 a14 5 a15 3 a17 2 e 57** 0 a3 le-05 e 95$$ 0 t Cycle 1 Down - Bounding IORIGEN-S input forfirst decav case, from 0 days to 1.42 years 0.440333 MTU 60** 0.001 0.003 0.01 0.03 0.1 0.3 1 1.42 1Cumulative decay timeyears]

61** fO 65$$

'Gram-Atoms Grams Curies Watts-All Watts-Gamma 3z 3z 1 0 0 1 0 0 3z 6z RAI-012 Response, Attachment B Page BI of B3

Attachment B Calculation No. 2013-13696 Revision 0 Page No. B2 of B127 3z 3z 1 0 0 1 0 0 3z 6z 3z 3z 1 0 0 1 0 0 3z 6z 81$$ 2 0 26 1 a7 200 e 82$$ 2 2 2 2 2 2 2 2 e 83** 1Gamma energy group structure, ineV and descending order 1.0000000e+07 8.0000000e+06 6.5000000Et+06 5.0000000e+06 4.0000000e+06 3.0000000e+06 2.5000000e+06 2.OOOOOOOE ~+06 1.6600000e+06 1.3300000e+06 1.0000000e+06 8.0000000e+05 6.OOOOOOOE ~+05 4.0000000e+05 3.0000000e+05 2.0000000e+05 1.0000000e+05 5.OOOOOOOE t+04 1.0000000e+04 e 84** 1Neutron energy group structure, in eV and descending order 2.0000000e+07 6.4340000e+06 3.0000000Ot+06 1.8500000e+06 1.4000000e+06 9.0000000e+05 4.0000000O ~+05 1.0000000e+05 1.7000000e+04 3.0000000e+03 5.5000000e+02 1.0000000( ~+02 3.0000000e+01 1.0000000e+01 3.0499900e+00 1.7700000e+00 1.2999900E~+00 1.1299900e+00 1.0000000e+00 8.00000OOe-01 4.0000000e-01 3.2500000E~-01 2.2500000e-01 9.9999850e-02 5.00000OOe-02 3.00000OOe-02 9.9999980E~-03 1.0000000e-05 e t

56$$ 0 0 alO 1 e t 56$$ 0 0 alO 2 e t 56$$ 0 0 alO 3 e t 56$$ 0 0 alO 4 e t 56$$ 0 0 alO 5 e t 56$$ 0 0 alO 6 e t 56$$ 0 0 alO 7 e t 56$$ 0 0 alO 8 e t 54$$ a8 1 all 0 e 56$$ a2 9 a6 1 alO 8 a14 5 a15 3 a17 2 e 57** 1.42 a3 le-05 e 95$$ 0 t Case 4 JORIGEN-S input for the second decay case, continued from the first decay case, up to 4.93 years 0.440333 MTU 60** 1.76 2.09 2.42 2.76 3.09 3.42 3.92 4.42 4.93 ICumulative decaytime,years 61** fO 65$$

'Gram-Atoms Grams Curies Watts-All Watts-Gamma 3z 3z 1 0 0 1 0 0 3z 6z 3z 3z 1 0 0 1 0 0 3z 6z 3z 3z 1 0 0 1 0 0 3z 6z 81$$ 2 0 26 1 a7 200 e 82$$ 2 2 2 2 2 2 2 2 2 e 8 3 ** Gamma energy group structure, in eV and descending order 1.0000000e+07 8.0000000e+06 6.5000000e+06 5.0000000e+06 4.0000000e+06 3.0000000e+06 2.5000000e+06 2.0000000e+06 1.6600000e+06 1.3300000e+06 1.0000000e+06 8.0000000e+05 6.0000000e+05 4.0000000e+05 3.0000000e+05 2.0000000e+05 1.0000000e+05 5.0000000e+04 1.0000000e+04 e 8 4 *** Neutron energy group structure, in eV and descending order 2.0000000e+07 6.4340000e+06 3.0000000e+06 1.8500000e+06 1.4000000e+06 9.0000000e+05 4.0000000e+05 1.0000000e+05 1.7000000e+04 3.0000000e+03 5.5000000e+02 1.0000000e+02 3.0000000e+01 1.0000000e+01 3.0499900e+00 1.7700000e+00 1.2999900e+00 1.1299900e+00 1.0000000e+00 8.00000OOe-01 4.00000OOe-01 3.2500000e-01 2.2500000e-01 9.9999850e-02 5.00000OOe-02 3.00000OOe-02 9.9999980e-03 1.0000000e-05 e t

56$$ 0 0 al0 1 e t 56$$ 0 0 alO 2 e t 56$$ 0 0 alO 3 e t 56$$ 0 0 alO 4 e t 56$$ 0 0 alO 5 e t 56$$ 0 0 alO 6 e t 56$$ 0 0 alO 7 e t RAI-012 Response, Attachment B Page B2 of B3

Attachment B Calculation No. 2013-13696 Revision 0 Page No. B2 of B127 56$$ 0 0 alO 8 e t 56$$ 0 0 alO 9 e t 56$$ fO t end

1. shell copy ftT7lfOO1 "D:\San Onofre\Source Term\ORIGEN Runs\bounding.f71" del ft7lfO0 end RAI-012 Response, Attachment B Page B3 of B3

ENCLOSURE 2 Modified Exemption Table Emergency Planning Exemption Request San Onofre Nuclear Generating Station

Requested Exemptions Table 1, Exemption Requests Regulation Basis for Change 1.0650.47(b): The onsite a eXGept-as

• 4 Generic Backoround Considerations

. . . . .. i i .. . . . . .. ... .

provided in nnF=OFAnm C3 gr thir, reG*!nR IIi off-ste emergency response plans for In the Statement of Considerations for the Final Rule for nuclear power reactors must meet the EP requirements for ISFSIs and for monitor retrievable following standards:

storage installation (MRS) facilities (60 FR 32430; June 22,1995), the Commission responded to comments concerning offsite emergency planning for ISFSIs or an MRS and concluded that, "the offsite consequences of potential accidents at an ISFSl or a MRS {MOR40 retrievable storage istallatiGR] would not warrant establishing Emergency Planning Zones." In a nuclear power reactor's permanently defueled state, the accident risks are more similar to an ISFSI or MRS than an operating nuclear power plant. The draft proposed rulemaking in SECY-00-01 45 suggested that after at least one year of spent fuel decay time, the decommissioning licensee would be able to reduce its EP program to one similar to that required for an MRS under 10 CFR 72.32(b) and additional EP reductions would occur when: (1) approximately five years of spent fuel decay time has elapsed; or (2) a licensee has demonstrated that the decay heat level of spent fuel in the pool is low enough that the fuel would not be susceptible to a zirconium fire for all spent fuel configurations. The EP program would be similar to that required for an ISFSI under 10 CFR 72.32(a) when fuel stored in the SFP has more than five years of decay time and would not change substantially when all the fuel is transferred from the SFP to an onsite ISFSI. Exemptions from offsite EP requirements have been approved when the specific site analyses show that at least ten hours is available from a partial drain down event where cooling of the spent fuel is not effective until the hottest fuel assembly reaches 900 0 C. Because ten hours allows sufficient time to initiate mitigative mitigating actions to prevent a zirconium fire in the SFP or to initiate ad hoc offsite protective actions, offsite EP plans are not necessary for these permanently defueled nuclear power plant licensees.

Site Specific Basis Southern California Edison (SCE) has revised the accident analyses for those design basis accidents (DBA) that remain applicable in the permanently defueled condition.

These revised accident analyses demonstrate that as of August 2013. the radiological consequences of remaining applicable DBA will not exceed the limits of the U.S.

Environmental Protection Agency's (EPA) Protective Action Guides (PAGs) at the Exclusion Area Boundary Page 1

Requested Exemptions (EAB). These were summarized in Reference 1, , Section 3.

As shown in Enc!osure 1, SCE has demonstrated a minimum of 10 hou-rs is a-vailable for the c.nase of spent fuel pool adiabatic heatUp o 900oC In addition, SCE has performed analyses to show that after the fuel has decayed for 31 months, for beyond-design-basis events where the SFP is drained, air cooling would prevent the fuel from reaching the lowest temperature where incipient cladding failure may occur (565°C). This analysis case is also addressed in RAI-01 1.

In the event that air cooling is not possible, a minimum of 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br /> is available to take mitigating actions or, if needed, offsite protective actions using an all-hazards approach to emergency planning from the time the fuel is uncovered until it reaches the auto-ignition temperature of 9000C. This case is most often referred to as spent fuel pool adiabatic heatup and was also summarized in Reference 1. Enclosure 1, Section 3 and is the subiect of RAI-012.

San Onofre Nuclear Generating Station (SONGS) maintains procedures and strategies for the movement of or obtaining any necessary portable equipment that will be relied upon for mitigating the loss of spent fuel pool (SFP) water. These mitigating strategies were developed as a result of the NRC Order on Mitigating Strategies (EA 026) and implement the reguirements of License Condition 2.C(26), "Mitigation Strategy License Condition." These diverse strategies provide defense-in-depth and ample time to provide makeup water or spray to the SFP prior to substantial radioactive release or the onset of zirconium cladding ignition. The details of these strategies are managed as commitments in response to the Mitigation Strategy License Condition. The most recent update to the commitments regarding mitigating strategies was submitted to the NRC on January 2, 2014 (ADAMS Accession #ML14007A164).

The modified, site-specific basis is the fundamental technical basis for most of these exemptions. Thus, this will be referred to freauentlv in the balance of this table.

Page 2

Requested Exemptions

3. 450.47(b)(3): Arrangements for De.ommissoning . ..e. reactors SONGS presents a low requesting and effectively using likelihood of any credible accident resulting in radiological assistance resources have been made, releases requiring offsite protective measures because of arrangement. to acc.m...m.,o.date State and the permanently shut down and defueled status of the loa*l ta,,ff a;t the 4.icn.ee's Emergency

. reactors. An emergency operations facility would not be Operations Facility have been made, and required. The "n,ucear iland" or "Main GControl fRoomn other organizations capable of or he Aoeafin-R an alternate command center can provide augmenting the planned response have for the communication and coordination with offsite been identified. organizations for the level of support required.

Also see the modified site-specific basis for Item 1 (Section 50.47(b)).

4. §50.47(b)(4): A standard emergency SCE has proposed EALs (ADAMS Accession classification and action level scheme, #ML14092A249) afe4--be consistent with Section 8 (4 the basis of which include facility system aptIiGable and Appendix C of NEI 99-01 Revision 6 and effluent parameters, is in use by the endorsed by the NRC in a letter dated March 28, 2013.

nuclear facility licensee, and State No offsite protective actions are anticipated to be local response plans call fFr reliance on necessary, so classification above the Alert level is no info.rmation provided by facility I.ensees longer required.

for determinations of minimum initial o,,ite response m.easYFre. Also see the modified site-specific basis for Item 1 (Section 50.47(b)).

5. 050.47(b)(5): Procedures have been Per SECY-00-0145, after approximately 1 year of spent established for notification, by the fuel decay time [and as supported by the licensee's SFP licensee, of State and local response analysis], the staff believes an exception to the offsite EPA organizations and for notification of PAG standard is justified for a zirconium fire scenario emergency personnel by all considering the low likelihood of this event together with organizations; the content of initial and time available to take mitigative or protective actions follow up messages to response between the initiating event and before the onset of a organizations andthe publ" has been postulated fire. The spent fuel scoping study provides that established; and ,meansto provide eady depending on the size of the pool liner leak, releases could notification and clear instruction to the start anywhere from eight hours to several days after the populace within the plume exposuFe leak starts, assuming that mitigation measures are pathway Em.ergency Planning Zone have unsuccessful. If 10 CFR 50.54(hh)(2) type of mitigation beeAn estalished measures are successful, releases could only occur during the first several days after the fuel came out of the reactor.

Therefore, offsite EP plans are not necessary for these permanently defueled nuclear power plant licensees.

.As; shnwn n Enco'sure 1, SCE ha* s dm*ostrated a-minimum of 10 ho-rs is available for the case of spent fuel pool adiabatic heatup to 9000C, Also see the modified site-specific basis for Item 1 (Section 50.47(b)).

Page 3

Requested Exemptions

9. 450.47(b)(10): A range of protective In the unlikely event of a SFP accident at SONGS, the actions has been developed for the iodine isotopes which contribute to an off-site dose are no plume expsuwre pathway E folPZ loncier present, so potassium iodide (KI) distribution off-emergency workers and the public.-hi site would not serve as an effective or necessary supplemental protective action.

r'nme i4RlAr.thanis ~ Fanan of nan GaR q

11 if Bm ar,?o WrnanHt Wa rig,, tar , cnm ol~m.

The Commission responded to comments in its Statement of Considerations for the Final Rule for emergency II"r~ of nnti~ittm jorluir (Kl'~ '. 1' i"

-~ planning requirements for ISFSIs and MRS facilities (60 usea~~n~of mtsum gr, Oeihn 114-m1 asGr~-,g FR 32435), and concluded that, "the offsite consequences have boon developed by applicants and of potential accidents at an ISFSI or a MRS would not licnsees. ,icensees shall update th warrant establishing Emergency Planning Zones."

evacuationR time estimates 9n a poriedic Additionally, in the Statement of Considerations for the basis. Guidelines for: tthe cdhonive, of Final Rule for EP requirements for ISFSIs and for MRS nFEROGUYA r,- .... =G-1101216 GUAR0 4

nR EkMaMORG-11 I facilities (60 FR 32430), the Commission responded to P, ir*tr* *.

• eGamG itmiGh Car ar.,I rim m;Annna nra comments concerning site-specific emergency planning dvlped and in place, and protective that includes evacuation of surrounding population for an actiGR6 for the ingestion exnG6UF8 ISFSI not at a reactor site, and concluded that, "The nn!Rwn%1 rmKz- nnnFQt3F1n!9k 4CA!RCA !Qr-nio Commission does not agree that as a general matter have been developed. emergency plans for an ISFSI must include evacuation planning." [Relocate as Paragraph 1 and add Generic and Background Considerations Subheading In the unlikely event Of a SFP2 accident, the iodine isotopes reacto accident are no logAer prnesent, so potassium iodide (KI) distibution off site would no iongern serve as an effecntive, or necessary supplemental protec~tive action.

Also see the modified site-specific basis for Item 1 (Section 50.47(b)) and Item 11 (Appendix E,Section IV.1) for discussion on the similarity between a permanently defueled reactor and a non-Dower reactor.

Page 4

Requested Exemptions

11. Appendix E.IV.1: The applicant's The EP Final Rule published in the Federal Register (76 emergency plans shall contain, but not FR 72560; November 23, 2011) amended certain necessarily be limited to, information requirements in 10 CFR Part 50. Among the changes, the needed to demonstrate compliance with definition of "hostile action" was added as an act directed the elements set forth below, i.e., toward an NPP or its personnel. This definition is based organization for coping with radiological on the definition of "hostile action" provided in NRC emergencies, assessment actions, Bulletin 2005-02. NRC Bulletin 2005-02 was not activation of emergency organization, applicable to nuclear power reactors that have notification procedures, emergency permanently ceased operations and have certified that fuel facilities and equipment, training, has been removed from the reactor vessel.

maintaining emergency preparedness, recovery, and onsite protective actions The NRC excluded non-power reactors (NPR) from the during hostile action. In addition, the definition of "hostile action" at that time because an NPR is emergency response plans submitted by not a nuclear power plant and a regulatory basis had not an applicant for a nuclear power reactor been developed to support the inclusion of non-power operating license under this part, or for reactors in that definition. Likewise, an SFP and an ISFSI an early site permit (as applicable) or are not nuclear power plants as defined in the NRC's combined license under 10 CFR part 52, regulations. The staff also considered the similarities shall contain information needed to between a decommissioning NPP and a non-power demonstrate compliance with the reactor to determine whether they should be included standards described in §50.47(b), and within the definition of "hostile action." NPRs pose lower they will be evaluated against those radiological risks to the public from accidents than do standards. power reactors because: (1) the core radionuclide inventories are lower as a result of their lower power levels and often shorter operating cycle lengths; and (2) NPRs have lower decay heat associated with a lower risk of core melt and fission product release in a loss-of-coolant accident. A decommissioning power reactor also has a low likelihood of a credible accident resulting in radiological releases requiring offsite protective measures.

For all of these reasons, the staff concludes that a decommissioning power reactor is not a facility that falls within the definition of "hostile action."

Similarly, for security, risk insights can be used to determine which targets are important to protect against sabotage. A level of security commensurate with the consequences of a sabotage event is required. The SONGS proposed PDEP retains a level of planning for such events. The severity of the consequences declines as fuel ages and, therefore, the underlying concern that a sabotage attack could cause offsite radiological consequences decreases over time.

Although the considerations discussed above provide a iustification for exemotino SONGS from "hostile action" related requirements, some EP requirements for security-based events will be maintained. The classification of security-based events, notification of offsite authorities and coordination with offsite agencies under a comprehensive emeraencv manaaement olan concept will still be reouired.

SONGS will maintain appropriate actions for the protection of onsite personnel in a security-based event.

Page 5

Requested Exemptions

17. Appendix E.IV.A.1 A description of the A -- ,4i- A +-. In rC'f D.,,+r,(1 Mti-m- rr+i normal plant opeati*g organization. forF NuclearIA.JPower Plants," states inpart: . there may be

• .-- P...... .... I----.

-1 Uf waieF r-onled nUG1a=F 1AJWfdF URIPS +QF WHIGH 4-U!+!!!MaFit Exemptions Requested Anmop nf thp (Thnrnl~Dosionn flritnrii mrna not hA

+* In: ni. +c t ik 0, Gae departures fram the General Design Criteria must be identified and justifid." in Appendix A, a nuclear poGe unt i- defined as a nuclear* . poWer actor and as6sociG equipment necessar- forF electric power generation an inldstho-rse structures, systems, and compoenets required to proVide reasonable assurance that the facility can be operated without undue risk to the health and safety of the public.. Based on the permanently shut downR and- dofueled statue of the reactor,-a decommnrriAsionin reactor is not a facility that can be operated to generate electrical power. Therefore, it de not have a "plant operating organization."

Based on the permanently shut down and defueled status of the reactors, the SONGS reactors are not authorized to operate under 10 CFR 50.82(a). Because SCE cannot operate the reactors, SCE does not have a "plant operating organization."

18. Appendix E.IV.A.3. AdeSG.itiGR,-bY The number of staff at decommissioning sites is generally position and funtion to be perfbomed, of small but is commensurate with the need to safely store the*icenso;. '6 headquaters

• e*rsnnel spent fuel at the facility in a manner that is protective of who, V.4ill be sent to the plant site to public health and safety. Decommissioning sites typial*y augm.ent the.n..te em+er. ec have SONGS will maintain a level of emergency response

.... a* that does not require response by headquarters personnel. The on-shift and emergency response positions are defined in the Permanently Defueled Emer-gency Plan.

20. Appendix E.IV.A.5. WeitifiGatieih-by The number of staff at decommissioning sites SONGS is position gentreFall relatively small but is commensurate with the other employees of the licensee with need to operate the facility in a manner that is protective special qualific,..ations fo..r

.oping with of public health and safety.

emhergency conditions that may ar.

Other persons With special qualifications, suchas consultants, who are net employees of the licensee and who mnay be called upor fod.rasistance fr em~ergencies shall also be identified. The spca qualifications of these persons shalbe de scrFi bed.__________________________

Page 6

Requested Exemptions

21. Appendix E.IV.A.7. By June 23, 2041, Requiring a decommissioni-.ng site suc~h as SONGS to Identification of, and a description of the provide a description of the assistan-e-expected from1 assistance expected from, appropriate appropriate State, local, and Federal agencies with State, local, and Federal agencies with responribilities ford coping With emergencies wo ld be an responsibilities for coping with tinnecossarv hurden in liphi nf thA log r'ink nf ;;n emergencies, including hostile aGti0R at UmUrgUnvy- onor~ar., arnee 4o f; Hububb d HS V ff~if 14 V 0000~n f 0 CIM%7v. Exemptions Requested the site. For purposes of this appendix, "hostile aGction" is defined as an act Requiring SONGS to identify and describhe the assistanc directed toward a nuclear power plant or expected fromn appropriate State, local, and Feder-al its personnel that includes the use of agencies with responSibilities for coping With hoftile Action violent force to destroy equipment, take -at the s is 4iteunne r'ecause, as ea in*edin *i hostages, and/or intimidate the licensee sec~tion IVA1, a decommissioigpwe eco licensee is to achieve an end. This includes attack oft......

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by air, land, or water using guns, "hostile action."

explosives, projectiles, vehicles, or other devices used to deliver destructive force. SONGS presents a low likelihood of any credible accident resulting in radiological releases requiring offsite protective measures. For this reason and those described in the basis for the proposed exemption from Appendix E,Section IV.1, the regulations specific to "hostile action" requirements are not applicable to a decommissioning power reactor such as SONGS.

Similarly, for security, risk insiahts can be used to determine which taroets are imoortant to Drotect aaainst sabotage. A level of security commensurate with the conseauences of a sabotaae event is reeuired. The SONGS orooosed PDEP retains a level of olannina for such events. The severity of the conseauences declines as fuel aaes and. therefore. the underlvina concern that a sabotaae attack could cause offsite radioloaical conseauences decreases over time.

Although the considerations provided above and in the basis the proposed exemption from Appendix E,Section IV.1 provide a justification for exempting SONGS from "hostile action" related requirements, some EP requirements for security- based events will be maintained. The classification of security-based events, notification of offsite authorities and coordination with offsite agencies under a comprehensive emergency management plan concept will still be required.

SONGS will maintain appropriate actions for the protection of onsite personnel in a security-based event.

Page 7

Requested Exemptions

23. Appendix E.IV.A.9. By December 21, ThA numFber of Staff ;# dt;AnmMksrinninn 6ites i6' Aenerall'i 311.I RSRut'I_ Bel~lGAIMM. ...AAn6u1rat with the need to Requested Exemptions lice.sees. a detailed analysi.s operate the facility i* a.ma r tR that is protective of public f +~rne.~.tn

-. +; .+k ., f -* . nnrkn n heIth and IAfetV ReenOnb!.iilitie; RA 'r1'.- defined in the .,v signedAemergency p*lanR erenesed emergency nlan intl nmcedureR intl wi'l he regularly tested through drlls and exercises. that-will be assigned responsibilities that wfould audited and inspected by SCE and the NRC. The duties et prevenit the timely perform~ance of their the onshift pers~onnel At a:decomm - Issioni-ng reactor faciliy assigne4d- funci4n apecified inth are not as complicated and diverse as those for ;An operating reactor.

The NRC_ staff has con~sidoer-d- the similarity betweenth staffing Ievels at a permananltly shutdown and def, Wed r-eactor a*nd s9-taffing levels at NlPRs.O The minimal systems and equipment neeedeed- to mainain the spent nuclear fue in' the *pent f*e*l pool or in a dr-y cask t*orage system in a safe cnndition rFequire minimal PersonnAl anRd is g*Verned by Te,.hnir.at Sn,, ifirit-li,,',-, In t~he F'P Fini,-l* RIde the, NR-,C'l

.v TeGhniGal.4 +1, SneGifiratiORS

+ fk + IR the ER FiRal Rul the NRG necessary for non power reactor licensees due to the smal staffing lev-es required to operate the facility. For all of these reasons, the staff has concluded tha decommissioning NP2P is exempt fromA the requiremento 10 CPR Part 50, Appendix E, Section WY.A.

Responsibilities for on-shift and emergency response Dersonnel are defined in the Permanently Defueled Emergency Plan and implementing procedures. The PDEP and implementing procedures will be regularly tested throuah drills and exercises that will be audited bv SONGS and inspected by the NRC. The duties of the SONGS on-shift personnel are not as complicated and diverse as those for an operating power reactor.

In the EP Final Rule (published in the Federal Register (76 FR 72560: November 23. 2011). the NRC acknowledoed that the staffinq analysis requirement was not necessary for non-Dower reactor licensees because staffina at non-Dower reactors is generally small, which is commensurate with oneratino the facility in a manner that is orotective of the oublic health and safety. The limited systems and equipment needed to safely maintain the spent nuclear fuel in the soent fuel Dool or in a dry cask storaee system require minimal personnel and are governed by Technical Specifications.

Event scenarios postulated in the DBAs evolve at a slow rate. SONGS on-shift personnel duties are less complex.

Therefore, significant time is available to complete actions necessary to mitigate an emergency without impeding timely performance of emergency plan functions. These iustifications support the conclusion that SONGS, as a decommissioning reactor, can be exempt from the requirement of 10 CFR Part 50, Appendix E, Section IV.A.9.

Page 8

Requested Exemptions

25. Appendix E.IV.C.1: The entire spectrum SCE has proposed adoption of Permanently Defueled of emergency conditions that involve the EALs (ADAMS Accession #ML14092A249), consistent alerting or activating of progressively with those described in Section 8 and Appendix C of NEI larger segments of the total emergency 99-01, Revision 6. This scheme eliminates the Site Area organization shall be described. The Emergency and General Emergency event classifications.

communication steps to be taken to alert Additionally, the need to base EALs on containment or activate emergency personnel under pressure and the response of the Emergency Core each class of emergency shall be Cooling System (ECCS) is no longer appropriate for described. Emergency action levels notification of offsite agencies. The NEI 99-01, Revision 6, (based not only on onsite andoffsite scheme was endorsed by the NRC in a letter dated March radiation monitoring information but also 28, 2013 (ADAMS Accession No. ML12346A463). No on readings from a number of sensors offsite protective actions are anticipated to be necessary, that indicate a potential emergency, &uGh so classification above the Alert level is no longer required.

a sthe pnreIure In GnnRunImnRu annd We In the unlikely event of an accident at SONGS, there will reSPOnse of the EmnergencY Core Coolingu be available time for event mitigation, and if necessary, System) for notification of offsite implementation of offsite protective actions using an all-agencies shall be described. The hazards approach to emergency planning. See the existence, but not the details, of a modified, site-specific basis for Item 1 (10 CFR 50.47(b))

message authentication scheme shall be detailing the low likelihood of a credible accident resulting noted for such agencies. The emergency in radiological releases requiring offsite protective classes defined shall include: (1) measures.

notification of unusual events, (2) alert, (3)site area emnergency, and (4)general Containment parameters do will not provide an indication eone~geRGy Of 10 CFR Part 50, Appendix of the conditions at a dofuel-dfclt SONGS and E, IV.C.1. These classes are further emergency core cooling systems are will no longer be discussed in NUREG-0654/FEMA-REP- required. Other indications such as SFP level oeand

1. temperature are used for the spent fuel in the SFPs.

In the Statement of Considerations for the Final Rule for EP requirements for ISFSIs and for MRS facilities (60 FR 32430), the Commission responded to comments concerning a general emergency at an ISFSI and MRS, and concluded that, "...an essential element of a General Emergency is that a release can be reasonably expected to exceed EPA Protective Action Guidelines exposure levels off site for more than the immediate site area." The probability of a condition reaching the level above an emergency classification of alert is very low. In the event of an accident at a permanently defueled facility that meets the conditions for relaxation of EP requirements, there will be time to take ad hoc measures to protect the public."

As stated in NUREG-1 738, for instances of small SFP leaks or loss of cooling scenarios, these events evolve very slowly and generally leave many days for recovery efforts. Offsite radiation monitoring will be performed as the need arises. Due to the decreased risks associated with permanently defueled plants, offsite radiation monitoring systems are not required.

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P11- i. rw':tISur uHW- r Page 9

Requested Exemptions

26. Appendix E.IV.C.2: By June 20, 20-2, Generic Background Considerations nuclear power reactor Licensees shall establish and maintain the capability to In the Proposed Rule (74 FR 23254) to amend certain assess, classify, and declare an emergency planning requirements for 10 CFR Part 50, the emergency condition;-wthin 15 minutes NRC asked for public comment on whether the NRC after the availability of indications to plant should add requirements for non-power reactor licensees operators that an emergency action level to assess, classify, and declare an emergency condition has been exceeded and shall promptly within 15 minutes and promptly declare an emergency declare the emergency condition as soon condition. The NRC received several comments on these as possible following identification of the issues. The NRC believes there may be a need for the appropriate emergency classification NRC to be aware of security related events early on so level. Licensees shall not construe these that an assessment can be made to consider the criteria as a grace period to attempt to likelihood that the event is part of a larger coordinated restore plant conditions to avoid attack. However, the NRC determined that further declaring an emergency action due to an analysis and stakeholder interactions are needed prior to emergency action level that has been changing the requirements for non-power reactor exceeded. Licensees shall not construe licensees. Therefore, the NRC did not include these criteria as preventing requirements in the 2011 EP Final Rule for non-power implementation of response actions reactor licensees to assess, classify, and declare an deemed by the licensee to be necessary emergency condition within 15 minutes and promptly to protect public health and safety declare an emergency condition. The staff considered the provided that any delay in declaration similarity between a permanently defueled reactor and a does not deny the State and local non-power reactor for the low likelihood of any credible authorities the opportunity to implement accident resulting in radiological releases requiring offsite measures necessary to protect the public protective measures.

health and safety.

Site Specific Basis SONGS will maintain the capability to assess, classify, and declare an emergency condition. For a site such as SONGS that is in the permanently defueled condition, the rapidly developing scenarios associated with events postulated to occur durinq reactor power operation are no longer credible. The consequences resulting from the only remaining events (e.g., fuel handling accident) develop over a significantly longer period. As such, the 15 minute requirement to classify and declare an emergency is unnecessarily restrictive.

Also see the modified site-specific basis for Item 1 (10 CFR 50.47(b)) detailing the low likelihood of a credible accident resulting in radiological releases requiring offsite protective measures and see Item 11 (Appendix E,Section IV.1) for discussion on the similarity between a permanently defueled reactor and a non-Dower reactor.

29. Appendix E.IV.D.3: A licensee shall Generic Background Considerations have the capability to notify responsible State and local governmental agencies While the capability needs to exist for the notification of 5 after declaring an offsite government agencies within a specified time emergency. The licensee shall period, previous exemptions have allowed for extending d.emonstrate that the appror*iate the State and local government agencies' notification governmental authorities have the time up to 60 minutes based on the site-specific capability to make a public alerting and justification provided.

Page 10

Requested Exemptions infnrmrr h"t I tha...- Iir'naZOA I.--..--- oif _. -nn Site Specific Basis eME)r-geRGyGendii P i t i iti l Due to the low probability of design-basis accidents or therma. p*oWer Of the first rFeaGtr at* other credible events to exceed the EPA PAGs, the site, each nuclear power reactor licensee significantly reduced staff, and the minimal expected shall demonstrate that administrati-e and offsite response required, the need to provide nhmi.,I mreans' have. been ,ert.'lishrehd immediate (within 15 minutes) notification has been for iIr~rtino .~. ~nd nro"~dinri ornmnt reduced. to a 60 minute requirement. The reduced on-inF aiirtion' . and..- th'ni'cihntFn'me 1G~ * ~ . -I.

.v shift ERO's priorities may be responding to an exposure pathway EPZ. The des'g emergency event prior to making offsite notifications.

objective of the prompt public alert and notific~ation system shall be to have the SCE proposes to comolete emeraencv notifications capability to essentially completeth within 60 minutes after an emercencv declaration or a initi-al alerting and initiate notificatio o chance in classification. State and local aoencv staffed the public- within the plume exposur Warnina Points for the State of California. Oranae pathway EPZ= within abhout 1 5 Minutes. County. San Dieao County. and the Marine Coros Base.

v,, Came Pendleton. will be notified within 60 minutes.

capability Will range from immediate Information would then be disseminated to the public and media in accordance with State and local clans.

(witin '~ inito~tof ho tme hit tit (wi t hi R 15 m n e s e f I h e t 0rA e t ha t Rta t e-The 60-minute provision is consistent with the 10 CFR sbituatioen exists requiring urgent action) to 50.72(a)(3) notification to the NRC and is appropriate the more likely events wAhere:L~ therei because, for a site such as SONGS that is in the subs__h6;tantial t.iim e ailable1 A for th e permanently defueled condition, the rapidly developing appropriate governm~ental authorities to scenarios associated with events postulated to occur FAake a judg nt INIRt9thfBir OF ROt tO during reactor power operation are no longer credible aGti t th bli  ! t d A*f A; G, and there is no need for State or local response orqanizations to implement any protective actions.

Gapability shall additionally inRGIide

• A. A d l z f 9F a 3 Also see the modified site-specific basis for Item 1 (50.47(b)) and Item 9 (50.47(b)(10)) for a discussion of the notification capable of being used in the dose consequences from DBA as well as the low event the primaray method of alerting and probability of beyond DBA events at SONGS to exceed notificOation isF unavailable duringa the EPA PAGs.

of the~ plumeu expoU~.et pathway EP population. The backup method shall f- f -- A -Cf- +k-a, ~~ u--i. ~ ~ ~ ...

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notification system. When there is a decision to activate the alert and notificmtion system tnnnormr ntla hr,theao ,.,lI naternn gv e t l th iti I *" dAWF iRe iNhethew to a;;r_,f*v_;;tA thp eRtiFe aleFt aRd RGtffifiGatieR system simultaReously oF iR a graduated oF staged FnaRner. The Fespon6ibility f9F a4vating suGh a publiG ,e ear .I ra, ,_

wdh-4he-a ItA Aovernme~nt~al au4hoP~e~

Page 11

Requested Exemptions

32. Appendix E.IV.E.8.a.(ii):F nrm1Ie;; NUREG-0696, "Functional Criteria for Emergency

.v Response Facilities," provides that the operational or.ite ope.a.ionz.. support center. support center (OSC) is an onsite area separate from the control room Main Control Room and the TSC where licensee operations support personnel will assemble in an emergency. For a permanently defueled power plant such as SONGS, the rapidly developing scenarios associated with events postulated to occur during reactor power operation are no longer credible. The number of operations support personnel necessary for response to the remaining credible events is accordingly much smaller. As a result, an OSC is no longer required to meet its original purpose of an assembly area for plant logistical support during an emergency. The OSC function can be incorporated into another facility.

38. Appendix E.lV.E.9.c.Prc'iesIe fer Because of theThe SONGS analysis confirmed the low comnnniclaGti9ons among tAe nuiGlear probability of design-basis accidents or other credible power reactor control room, the. .sitc events that would be expected to exceed the EPA PAGs technical SUPPOrt cn*ter, aRd the and determined that there is sufficient the available time emer*encGy operation faGility; a*nd for event mitigation and if needed, implementation of among the nUctear facility, the principal offsite protective actions using a comprehensive State and local emnergency operations emergency management plan. Therefore, there is no need for the TSC, EOF or field assessment teams.

Such communications systems shall be testedannually. Also see justifi"eatiO the modified site-specific basis for Item 3 (50.47(b)(3)). The provisions remaining in Appendix E to 10 CFR 50, Section IV.E.9.a, b, and d include the necessary requirements.

CommunicAtion With State and lonl EMts is mintane-d- to-cor__d~inateasssaneo site if required.

Page 12

Requested Exemptions

40. E.IV.F.1: The program to provide for: (a) The number of staff at decommissioning sites is generally The training of employees and small but is commensurate with the need to safely store exercising, by periodic drills, of spent fuel at the facility in a manner that is protective of emergency plans to ensure that public health and safety. Decommissioning sites typically employees of the licensee are familiar have a level of emergency response that does not require with their specific emergency response additional response by headquarters personnel.

duties, and (b) The participation in the Therefore, the NRC staff has stated that it considers training and drills by other persons exempting licensee's headquarters personnel from training whose assistance may be needed in the requirements reasonable. Also see the basis for Item 1 event of a radiological emergency shall (Section 50.47(b))

be described. This shall include a description of specialized initial training There will no loncer be any expected actions that must be and periodic retraining programs to be taken by the public during an emergency, so it is no longer provided to each of the following necessary to pre-plan the dissemination of this information categories of emergency personnel: to the public or to provide radioloqical orientation traininq

i. Directors and/or coordinators of the to local news media persons.

plant emergency organization; ii. Personnel responsible for accident The phrase "Civil Defense" is no lonaer a commonly used assessment, including control room term and is no longer applicable as an example in the shift personnel; regulation.

iii. Radiological monitoring teams; iv. Fire control teams (fire brigades);

v. Repair and damage control teams; vi. First aid and rescue teams; vii. Medical support personnel; viii. Licensee's headqua.ters support ix. Security personnel.

In addition, a radiological orientation training program shall be made available to local services personnel; e.g., local emergency services!Cvil Defense, local law enforcement personnel, eGal-ReWS Page 13

Requested Exemptions

43. Appendix E.IV.F.2.a A full pa-ticipation Sinco tho nr~ed for off ~ito emnrooncv nhnnino Ic mlaxod .w--

a'varriea ,,,-hi--h *aet. ,eo mi ,r,,h nf '*ha. duo to the o need hilisitea Off hae~eRG paccidntc osre licensee, State, and local emergenGcy ether credible events that would be expeGted t0 exceod plans als is-reasoenably achievable without thp limifr; of E=PA PAGP. and the avaihlabl time for event m  ;.;,.. ~  ;.,~ am nrr.nn,.1, at ane man:;da-tory public participation s hale- v..

5pthmdIfd iPncii i frImI(O4ht conucedi fo;-r-eah site at wghic-h a power reactor is located. Nuclear power reac~tor On that basis, SCE has requested exemption from offsite licensees shall s-bmit exercise scenarios plans. With no offsite emerqency plan, there is no need under § 50.4 at least 60 days before use for full participation exercises that include offsite agency ina4full participation ercsrqured by participation.

this paragraph. :2.a-.

The intent of submitting exercise scenarios at power F.2.a.(i), (ii), and (iii) are not applicable. reactors is to check that licensees utilize different scenarios in order to prevent the preconditioning of responders at power reactors. For permanently defueled sites such as SONGS, there are limited events that could occur and the previeusly rui potential progression to General Emergency in power reactor site scenarios is therefore not applicable to a decommissioning site.

SONGS should be exempt from F.2.a.(i)-(iii) because SONGS is-would be exempt from the umbrella provision of F.2.a.

46. Appendix E.IV.F.2.d: Each State w See basis for section IV.2.

Fespnnn~'ihlitv for nuGloar mower roactor emerYeru preprr~uiiue flb 5lulu tuu See the modified site-specific basis for Item 1 (Section patcPate in the ingestion pathway 50.47(b))

potOnf ex(ercises at leaR-st oncne every exercise cycle. in States wi th mRore than, one nuclear power reactor p.m exposure pathway EP;Z, the- State should rotate this participatio-n fromn site to site.

Each State with responsibility for nuclear power reactor emergency preparedness should fully participate in a hos~tile actiVon execie at least once eveF' cycle and should fUlly participate in one hostile acrt-ionexecis by December 31, 201 5.

States With mor-e thRan one nul4Gear power reactor plume exposure pathway EPZ should rotate this participation from site to-S~e-.

47. Appendix E.IV.F.2.e: Licensees shall See basis for section IV.2.

enable any State or local government lGoa-t-e with;in the plum"e exposur See the modified site-specific basis for Item 1 (Section pathway=P-Z to participate in the 50.47(b)).

licensee's drills when requested by such State or local government Page 14

Requested Exemptions

48. Appendix E.IV.F.2.f: Remedial exercises The U.S. Federal Emergency Management Agency will be required if the emergency plan is (FEMA) is responsible for the evaluation of an offsite not satisfactorily tested during the response exercise. No action is expected from State or biennial exercise, such that NRC.Tm local government organizations in response to an event at censultatien with FEMA, cannot (1) find a decommissionsng cite SONGS other than firefighting, law reasonable assurance that adequate enforcement and ambulance/medical services. SCE has protective measures can and will be Letters of Agreement in place for those services. Offsite taken in the event of a radiological response organizations will continue to take ad hoc emergency or (2) determine that the actions to protect the health and safety of the public as Emergency Response Organization they would at any other industrial site.

(ERO) has maintained key skills specific to emergency response. The extent e State and local participation in remedial e Arcss Mu st bersuficient to show that approapriate corrective mneasures have bheen takenl regarding the elements of the I--m -- # - -1aI~ f-fAct ;_~ 0-~nrhru exe~ses~

49. Appendix E.IV.F.2.i: Licensees shall use For permanently defueled sites such as SONGS, there are drill and exercise scenarios that provide limited events with dose consequences potentially reasonable assurance that anticipatory exceeding the EPA PAGs that could occur. and-the responses will not result from Therefore, the previously routine progression to General preconditioning of participants. Sueh Emergency in power reactor site scenarios is not-no longer sc0nrio for nucearF power reacto applicable to a decemmissiening site. Therefore and licensees must inc-lude a wide spectrtum SONGS should not be expected to demonstrate response Of rad469l09ical releas-es ;And cvent6, to a wide spectrum of events.

including' hostile action. Exercise and drill scenarios as appropriate must Also see the modified site-specific basis for Item 1 emphasize coordination among onsite (50.47(b)) detailing the low likelihood of a credible accident and offsite response organizations. resulting in radiological releases requiring offsite protective measures and the basis for Item 11 (Appendix E,Section IV.1) regarding hostile action.

Page 15

Enclosure 3 Regulatory Commitments

Regulatory Commitment Location One-time or Scheduled Completion recurring [Date Procedures will be revised to Enclosure 1, Recurring Prior to implementation ensure that walk-downs and RAI 11 of the proposed patrols [of SFP systems] are response, Permanently Defueled periodically (no less than Table Item Emergency Plan once a shift) performed. for SDA#2