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| {{#Wiki_filter:vwA-OeJOL B 7d.G-IZI;V1 U<P("dc.ecrlJ ng bO-~93-Ll<, ob-9lf8-oz.-Lj?.V wft-5ee-r-rc:.m | | {{#Wiki_filter:vwA- OeJOL B 7d.G-IZI;V1 U< P("dc.ecrlJ ng bO - ~93-Ll<, ob-9lf8 -oz.-Lj?. |
| (/0.t Z-.Indian Point Nuclear Generatina Units 2 and 3 Docket Nos.50-247/50-286-LR NRC Staff's Response in Opposition to State of New York's Motion for Partial Summary Disposition of NYS Contention 16/16A Exhibit 3 7.We understand that the Board admitted and consolidated NYS'Contention 16A with NYS'Contention 16 on June 16, 2009.8.(NEB)The MELCOR Accident Consequence Code System Version 2 ("MACCS2 code")was developed to evaluate the potential impacts of severe accidents at nuclear power plants on the surrounding public.The MACCS2 code considers, among other things, phenomena related to atmospheric transport and deposition under time variant meteorology, short-and long-term mitigative actions, potential exposure pathways, deterministic and stochastic health effects, and economic costs.See NUREG/CR-6613, Volume I, Code Manual for MACCS2: User's Guide ("MACCS2 User Guide")at iii (1998)(attached as Ex.K).9.(NEB)The MACCS2 code consists of a number of modules that perform various functions including the modeling of atmospheric dispersion, exposure pathways, short-and long-term mitigation, economic costs, and deterministic and stochastic health effects.Id.at iii.10.(NEB)The ATMOS module of the MACCS2 code performs all of the calculations for atmospheric transport, dispersion, and deposition as well as the radioactive decay that occurs prior to release and during transport through the atmosphere. | | V wft - 5ee-r-rc:.m (/0. t Z-. |
| Id.at 2-2.11.(NEB)A TMOS is an integral module of the MACCS2 code and interacts with other modules of the code to predict costs and doses.Id.12.Atmospheric transport and dispersion models similar to ATMOS attempt to predict and evaluate the concentration, deposition, and path of contaminants, utilizing mass balance principles. | | Indian Point Nuclear Generatina Units 2 and 3 Docket Nos. 50-247/50-286-LR NRC Staff's Response in Opposition to State of New York's Motion for Partial Summary Disposition of NYS Contention 16/16A Exhibit 3 |
| Atmospheric transport and dispersion models alone are not able to calculate radiological consequences or economic costs of an event.including severe accidents.}} | | : 7. We understand that the Board admitted and consolidated NYS' Contention 16A with NYS' Contention 16 on June 16, 2009. |
| | : 8. (NEB) The MELCOR Accident Consequence Code System Version 2 |
| | ("MACCS2 code") was developed to evaluate the potential impacts of severe accidents at nuclear power plants on the surrounding public. The MACCS2 code considers, among other things, phenomena related to atmospheric transport and deposition under time variant meteorology, short- and long-term mitigative actions, potential exposure pathways, deterministic and stochastic health effects, and economic costs. See NUREG/CR-6613, Volume I, Code Manual for MACCS2: User's Guide ("MACCS2 User Guide") at iii (1998) (attached as Ex. K). |
| | : 9. (NEB) The MACCS2 code consists of a number of modules that perform various functions including the modeling of atmospheric dispersion, exposure pathways, short- and long-term mitigation, economic costs, and deterministic and stochastic health effects. Id. at iii. |
| | : 10. (NEB) The ATMOS module of the MACCS2 code performs all of the calculations for atmospheric transport, dispersion, and deposition as well as the radioactive decay that occurs prior to release and during transport through the atmosphere. Id. at 2-2. |
| | : 11. (NEB) ATMOS is an integral module of the MACCS2 code and interacts with other modules of the code to predict costs and doses. Id. |
| | : 12. Atmospheric transport and dispersion models similar to ATMOS attempt to predict and evaluate the concentration, deposition, and path of contaminants, utilizing mass balance principles. Atmospheric transport and dispersion models alone are not able to calculate radiological consequences or economic costs of an event. including severe accidents.}} |
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Category:Legal-Pre-Filed Exhibits
MONTHYEARML16081A3252016-03-21021 March 2016 NRCR12001 - NRC Staff Prefiled Hearing Exhibit List (Revised) ML16078A4172016-03-18018 March 2016 ENTR20726 - Entergy Track 2 Exhibit List ML16078A4122016-03-18018 March 2016 NRC000236 - Crack Growth Rate Comparison - Eason Pathania Model to MRP Model- Excel Spreadsheet ML16078A4132016-03-18018 March 2016 NRCR11001 - Exhibt List NRC Staff Prefiled Hearing Exhibit List (Revised) ML15321A0352015-11-17017 November 2015 NYS000582 - Diagram of Strength Vs Amplitude by Dr. Richard T. Lahey ML15315A0132015-11-11011 November 2015 ENTR00726 - Track 2 Hearing Exhibit List ML15309A1292015-11-0505 November 2015 ENT000726 - Entergy Track 2 Hearing Exhibit List ML15309A1712015-11-0505 November 2015 RIVR14001 - Riverkeeper Tailored Track 2 Exhibit List ML15309A2212015-11-0505 November 2015 NRCR10001 - NRC Staff Track 2 Exhibit List ML15309A1552015-11-0404 November 2015 NYSR25001 - NYS Revised Tailored Exhibits List Relevant to Track 2 Contentions ML15313A4602015-11-0404 November 2015 NYSR25001 - Corrected Page 24 to Exhibits List Relevant to Track 2 Contentions ML15307A1152015-11-0303 November 2015 NYSR24001 - State of Ny Revised Hearing Exhibits List ML15307A8112015-11-0303 November 2015 NRC000230 - Corrections to Prefiled Testimony NRC000168 and NRC000197 ML15302A4672015-10-29029 October 2015 ENTR16001 - Entergy Revised Exhibit List ML15252A5112015-09-0909 September 2015 RIVR13001 - Riverkeeper Updated Exhibit List ML15252A4432015-09-0909 September 2015 NYS000566 - Figure 1 for Supplemental Reply Testimony of Dr. Richard T. Lahey ML15252A4442015-09-0909 September 2015 NYS000563 - Pressurized Water Reactor (PWR) Systems, USNRC Technical Training Center, Reactor Concepts Manual, Pages 4-1 to 4-28 ML15252A5042015-09-0909 September 2015 NYS000568 - Supplemental Reply Statement of Position of the State of New York in Support of Contention NYS-25 (Public, Redacted) (September 9, 2015) ML15252A5062015-09-0909 September 2015 NYS000570 - Supplemental Reply Statement of Position of the State of New York and Riverkeeper, Inc. in Support of Contention NYS-26B/RK-TC-1B (Public, Redacted) (September 9, 2015) ML15252A5092015-09-0909 September 2015 RIV000164 - NUREG-1740, ACRS, Voltage-Based Alternative Repair Criteria: a Report to the Advisory Committee on Reactor Safeguards by the Ad Hoc Subcommittee on a Differing Professional Opinion (2001) ML15252A5752015-09-0909 September 2015 NYS000573 - Supplemental Reply Statement of Position of the State of New York and Riverkeeper, Inc. in Support of Contention NYS-38/RK-TC-5 (Public, Redacted) (September 9, 2015) ML15252A5792015-09-0909 September 2015 NYS Updated Exhibit List ML15261A8302015-09-0404 September 2015 ENTR00615 - Entergy'S Statement of Position Re Contention NYS-25 (Embrittlement) - Redacted ML15222A8522015-08-10010 August 2015 ENT000641 - Final License Renewal Interim Staff Guidance LR-ISG-2011-04, Updated Aging Management Criteria for Reactor Vessel Internal Components for Pressurized Water Reactors (May 28, 2013) ML15223A9452015-08-10010 August 2015 NRC000223 - IP3 FSAR Rev. 04 Chapter 14 (2011) ML15223A8052015-08-10010 August 2015 NRC000169 - Indian Point, Unit 2 Technical Specifications (Excerpt) ML15223A7872015-08-10010 August 2015 NRC000196 - NRC Staff'S Initial Statement of Position on Contention NYS-25 (Reactor Vessel Internals) ML15223A7852015-08-10010 August 2015 NRC000229 - Indian Point, Unit 3 Technical Specifications 3.1.4 ML15223A7832015-08-10010 August 2015 NRC000228 - Indian Point Unit 2 Technical Specifications 3.1.4 ML15223A7812015-08-10010 August 2015 NRC000226 - Jeffrey C. Poehler Statement of Professional Qualifications ML15223A7792015-08-10010 August 2015 NRC000224 - IP3 FSAR Rev. 04 Chapter 16 ML15222A8222015-08-10010 August 2015 ENT000618 - Curriculum Vitae of Randy G. Lott ML15222A8252015-08-10010 August 2015 ENT000629 - Letter from C. Grimes, NRC, to D. Walters, NEI, License Renewal Issue No. 98-0030 Thermal Aging Embrittlement of Cast Austenitic Stainless Steel Components (May 19, 2000) ML15223A7022015-08-10010 August 2015 NRCR900001 - NRC Staff Pre-filed Hearing Exhibit List (Revised) ML15222A8302015-08-10010 August 2015 ENT000634 - Entergy, IP2, FSAR Update, Revision 25 (2014) (Excerpts) ML15223A6752015-08-10010 August 2015 NRC000227 - Gary Stevens Statement of Professional Qualifications ML15223A6712015-08-10010 August 2015 NRCR00147- NRC Staff'S Revised Statement of Position on State of New York and Riverkeeper'S Joint Contention NYS-38/RK-TC5 (Revised) ML15222A8352015-08-10010 August 2015 ENT000621 - Westinghouse, WCAP-17894-NP, Rev. 0, Component Inspection Details Supporting Aging Management of Reactor Internals at Indian Point Unit 2 (Sept. 2014) ML15222A8382015-08-10010 August 2015 ENT000624 - Letter from N. Salgado to Vice President, Operations, Entergy Nuclear Operations, Inc., Indian Point Nuclear Generating Unit No. 2 - Relief from the Examination Area for Reactor Vessel Head Penetration Nozzles (TAC No. ME1658) . ML15222A8392015-08-10010 August 2015 ENT000625 - Letter from N. Salgado to Vice President, Operations, Entergy Nuclear Operations, Inc., Indian Point Nuclear Generating Unit No. 3 Relief Requests RR-3-45 and RR-3-46 for Reactor Vessel Head Penetrations Examination.. ML15222A8482015-08-10010 August 2015 ENT000637 - NUREG-1874, Recommended Screening Limits for Pressurized Thermal Shock (PTS) (March 2010) ML15223A3872015-08-10010 August 2015 NRCR00118 - Indian Point Unit 3 Technical Specifications (Excerpt) (Revised) ML15223A2722015-08-10010 August 2015 NRC000226 - Jeffrey C. Poehler Statement of Professional Qualifications ML15223A2692015-08-10010 August 2015 NRC000183 - NRC Inspection Manual, Inspection Procedure 71013, Site Inspection for Plants with a Timely Renewal Application (Sept. 25, 2013) ML15223A3452015-08-10010 August 2015 ENTR15001 - Entergy Hearing Exhibit List (Ent Exhibit List) ML15223A3702015-08-10010 August 2015 NRC000220 - Pressurized Water Reactor Owners Group (PWROG) Presentation Slides, Industry and NRC Coordination Meeting Materials Programs Technical Exchange: Clevis Insert Bolt Update, (June 2014) ML15222B1702015-08-10010 August 2015 ENTR00184 - Curriculum Vitae of Jack R. Strosnider ML15222B1692015-08-10010 August 2015 ENTR00031 - Curriculum Vitae of Alan B. Cox ML15222B1612015-08-10010 August 2015 ENTR00186 - Curriculum Vitae of Mark A. Gray ML15223A3862015-08-10010 August 2015 NRC000222 - IP3 FSAR Rev. 04 Chapter 3 (2011) (Excerpt) 2016-03-21
[Table view] |
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vwA- OeJOL B 7d.G-IZI;V1 U< P("dc.ecrlJ ng bO - ~93-Ll<, ob-9lf8 -oz.-Lj?.
V wft - 5ee-r-rc:.m (/0. t Z-.
Indian Point Nuclear Generatina Units 2 and 3 Docket Nos. 50-247/50-286-LR NRC Staff's Response in Opposition to State of New York's Motion for Partial Summary Disposition of NYS Contention 16/16A Exhibit 3
- 7. We understand that the Board admitted and consolidated NYS' Contention 16A with NYS' Contention 16 on June 16, 2009.
- 8. (NEB) The MELCOR Accident Consequence Code System Version 2
("MACCS2 code") was developed to evaluate the potential impacts of severe accidents at nuclear power plants on the surrounding public. The MACCS2 code considers, among other things, phenomena related to atmospheric transport and deposition under time variant meteorology, short- and long-term mitigative actions, potential exposure pathways, deterministic and stochastic health effects, and economic costs. See NUREG/CR-6613, Volume I, Code Manual for MACCS2: User's Guide ("MACCS2 User Guide") at iii (1998) (attached as Ex. K).
- 9. (NEB) The MACCS2 code consists of a number of modules that perform various functions including the modeling of atmospheric dispersion, exposure pathways, short- and long-term mitigation, economic costs, and deterministic and stochastic health effects. Id. at iii.
- 10. (NEB) The ATMOS module of the MACCS2 code performs all of the calculations for atmospheric transport, dispersion, and deposition as well as the radioactive decay that occurs prior to release and during transport through the atmosphere. Id. at 2-2.
- 11. (NEB) ATMOS is an integral module of the MACCS2 code and interacts with other modules of the code to predict costs and doses. Id.
- 12. Atmospheric transport and dispersion models similar to ATMOS attempt to predict and evaluate the concentration, deposition, and path of contaminants, utilizing mass balance principles. Atmospheric transport and dispersion models alone are not able to calculate radiological consequences or economic costs of an event. including severe accidents.