U.S. HEU Disposition Program Robert M. George HEU Disposition Program Manager Office of Fissile Materials Disposition.

Slides:



Advertisements
Similar presentations
U.S. HEU Disposition Program Robert M. George Office of Fissile Materials Disposition International Nuclear Materials Management Annual Meeting July 2009.
Advertisements

DOE’s Plutonium Disposition Infrastructure with a Focus on the Savannah River Site Tom Clements Adviser to the South Carolina Chapter of the Sierra Club.
ANS Winter Meeting Key Insights. Plenary Session Takeaways Global Nuclear Leaders are non-Western – China/India/Russia/South Korea Current challenge to.
1 Transuranic Waste Processing Center Karen Deacon, Deputy Federal Project Director Oak Ridge Office of Environmental Management.
Office of Nuclear Energy 1May 20, 2013 Property Management Workshop Office of Nuclear Energy Program Perspective Delivering Nuclear Solutions for America's.
1 Best Practices for Risk-Informed Remedy Selection, Closure, and Post-closure Control for DOE’s Contaminated Sites October 30, 2013.
Progress on Cleanup of the INL Site for the INL Retired Employees Association Bob Iotti, President and CEO September 2008.
E NERGY R ESOURCES I NTERNATIONAL, I NC. Uranium Enrichment Presentation for Foundation for Nuclear Studies by Julian Steyn July 24, 2006.
Gasoline from Wood Waste A Year in Review Presented by: George Stanko, President June, 2012.
IAEA Sources of Radiation Fuel Cycle - Overview Day 4 – Lecture 5 (1) 1.
1 European Nuclear Society PIME Nuclear Communications Conference Megatons to Megawatts: “A Powerful Message for Promoting Nuclear Power” Charles B. Yulish.
The Nuclear Fuel Cycle. Presentation Components of the Fuel Cycle Front End Service Period (conversion of fuel to energy in a reactor) Back end Storage.
.1 Overview of B&W Medical Isotope Production System Foundation for Nuclear Studies September 27, 2011 Steve Schilthelm Deputy Program Manager.
Greens/EFA Conference – European Parliament7 May Greens/EFA Conference – European Parliament – Brussels 7th May 2003 At the start.
Determining the Irreducible Elements of an Interim Agreement with Iran: A Freeze Plus David Albright ISIS November 5, 2013.
Nuclear Fuel, Uranium Enrichment, Fuel Fabrication, MOX Seminar on Nuclear Science and Technology for Diplomats P. Adelfang (+)Division of Nuclear Fuel.
The Yucca Mountain Repository for Nuclear Waste April 23, 2007 Edward F. Sproat III Director Office of Civilian Radioactive Waste Management U.S. Department.
UK Nuclear Policy Andrew Beirne
1 Cindy Boggs Argonne National Laboratory Megatons to Megawatts: An Overview of the U.S. – Russia Highly Enriched Uranium Transparency Program.
Nuclear Energy and Australia Presentation by Prof Jim Falk, Australian Centre for Science, Innovation and Society.
Near Term Planning for Storage and Transportation of Used Nuclear Fuel Jeff Williams Project Director Nuclear Fuels Storage and Transportation Planning.
NUCLEAR FUEL CYCLE PLANTS OF ENEA AND FN TO BE DECOMMISSIONED NUCLEAR FUEL CYCLE PLANTS OF ENEA AND FN TO BE DECOMMISSIONED FN INDUSTRIAL FUEL FABRICATION.
Spent Nuclear Fuel Timothy Pairitz. Nuclear Power 101 Uranium-235 is enriched from 0.7% to 3-5%. Enriched fuel is converted to a uranium oxide powder.
Nuclear Reprocessing: an existing alternative energy approach By: Justin Rearick-Hoefflicker.
Subsidizing Small Modular Reactors Autumn Hanna Senior Program Director.
The economic regulation of gas processing services Key issues and initial thoughts Ofgem presentation 18 June 2007.
Ministry for Foreign Affairs Sweden Government Offices of Sweden Sweden and the Nuclear Security Summit Process Jan A. Lodding Deputy Director Disarmament.
“ Second Moscow International Nonproliferation Conference PLUTONIUM UTILIZATION IN REACTOR FUEL A. Zrodnikov Director General State Scientific Center of.
Securing Fissile Materials. What are fissile materials and how are they made? U-235 is fissile but there isn’t enough pure U- 235 anywhere to worry about.
Securing Fissile Materials. What are fissile materials and how are they made? U-235 is fissile but there isn’t enough pure U- 235 anywhere to worry about.
International Teamwork – RTG Recoveries and Disposals Joint US-Canadian Presentation Christopher C. Landers U.S. Department of Energy & Nicole C. Evans.
GTRI’s Nuclear Removal Programs Kelly Cummins Director of Former Soviet Union and Asian Threat Reduction National Nuclear Security Administration Presented.
Capabilities & Competencies An Introduction to EnergySolutions September 19, 2007 Scott Baskett Erik Vogeley.
Foreign Obligations and Annual Inventories Jessica Norles Savannah River National Laboratory.
The Nuclear Renaissance Dr. Charles K. Ebinger Director, Energy Security Initiative Brookings.
Office of Nuclear Energy U.S. Department of Energy
South Africa – Verification Lessons Learned from the Dismantled Nuclear Weapons Programme Olli Heinonen Belfer Center for Science and International Affairs.
1 “Lessons Learned - Construction of the National Enrichment Facility” Stephen Cowne Director, Quality & Regulatory Affairs Louisiana Energy Services (LES)
CANDU Fuel Options: Practical Adaptability Jerry Hopwood Vice President, Marketing & Product Development World Nuclear Association, Annual Symposium September.
Babcock & Wilcox Cost & Yield Review NAS
Thorium for Use in Plutonium Disposition, Proliferation Resistant Fuels, and Future Reactors Brian Johnson WISE 2006
Sustainable Cycle Solutions World Nuclear Association London, Sep 12 th, 2013 Caroline Drevon SVP Strategy, Sales & Innovation Back-End Business Group.
1 Material Control and Accounting (MC&A) Licensing and Planned Rulemaking Activities at NRC Tom Pham – NRC NMMSS Users Annual Training Meeting Denver,
4/2003 Rev 2 I.4.9a – slide 1 of 14 Session I.4.9a Part I Review of Fundamentals Module 4Sources of Radiation Session 9aFuel Cycle - Overview IAEA Post.
Nuclear Fuel Cycle.  According to World Nuclear Association:  The nuclear fuel cycle is the series of industrial processes which involve the production.
1 NMMSS Orientation Brian Horn Nuclear Regulatory Commission Peter Dessaules Department of Energy.
Integrated Used Nuclear Fuel Management Regulatory Information Conference U.S. Nuclear Regulatory Commission March 11, 2009 Steven P. Kraft Senior Director.
Potential Regional Nuclear Spent Fuel Management and Regional Uranium Enrichment /Reprocessing Paths for Asia Jungmin KANG CISAC, Stanford University 2007.
EM Budget--- Past/Present/Future Mark W. Frei U.S. Department of Energy October 14, 2005.
1 Nuclear Energy Division MIT Report on the Future of Nuclear Power in the United-States : review and discussion Eric Proust Director, Industrial Affairs.
A U.S. Department of Energy Office of Science Laboratory Operated by The University of Chicago Office of Science U.S. Department of Energy Recovery of.
 closure E M Environmental Management  cleanup  performance safety STRATEGY MEETING NATIONAL SPENT NUCLEAR FUEL PROGRAM Bringing Innovation to Spent.
1 EM Update Presented to the National Governors Association Federal Facilities Task Force Dr. Inés Triay Principal Deputy Assistant Secretary for Environmental.
The Yucca Mountain Repository for Nuclear Waste June Edward F. Sproat III Director Office of Civilian Radioactive Waste Management U.S. Department.
The Challenge of Getting What You Asked For Integrated Safety Management Summit Knoxville TN August 24-27, 2009 Presented By: Patrice McEahern HNF
 By Mark, Aidan, and Ridge.  Lower carbon dioxide released into the atmosphere in power generation  Low operating costs  Known, developed.
Nuclear Safety & Security in the DPRK Sharon Squassoni Senior Fellow & Director Proliferation Prevention Program Asan Institute “The 2012 US-North Korea.
South Carolina Nuclear Advisory Council SRS Update and FY 2017 Budget Service ● Safety ● Security ● Stewardship ● SRNL ● Sustainability April 14, 2016.
1 Sixth ROK-UN Conference on Disarmament and Non-Proliferation Issues 3-5 December 2007 CONTROLLING SENSITIVE NUCLEAR FUEL CYCLE ACTIVITIES Mr Jeff Robinson,
STRATEGIC CONFERENCE SYDNEY AUSTRALIA FEBRUARY 28, 2006 INVENTORY OPTIMIZATION BY DAN OLIVER.
Savannah River Site Watch Columbia, South Carolina
AREVA’s Reactor Projects: Building on Experience Kathy Williams, Chief Financial Officer AREVA Inc. July 29, 2014.
THE NUCLEAR FUEL CYCLE. The Nuclear Fuel Cycle consists of sequence of steps in which U ore is mined, milled, enriched, and fabricated into nuclear fuel.
Nuclear Energy: Good, Bad, or Ugly? By: Russell Dehaut, Courtney Sperger, and Craig Hughes.
Sources of Radiation Fuel Cycle - Overview
What does it take for the DPRK to be a nuclear threat?
International Partnership for Nuclear Disarmament Verification
NDA Draft Strategy.
Submarines & Safeguards
Presentation transcript:

U.S. HEU Disposition Program Robert M. George HEU Disposition Program Manager Office of Fissile Materials Disposition

2 The U.S. HEU Disposition Program NNSA’s U.S. HEU Disposition Program is a key nonproliferation program that down-blends surplus HEU and uses the derived LEU in commercial and research reactors. HEU Down-blenders include: –Y-12 –Savannah River Site –Babcock and Wilcox –B&W - Nuclear Fuel Services Nuclear fuel fabricators– AREVA and Wesdyne

3 HEU Disposition Paths Portsmouth Gaseous Diffusion Plant Uncommitted 2005 Material ~40 MT * ~10 MT UF 6 USEC Transfer Material 47 MT 14 MT TVA Off-Spec (BLEU) Material 40 MT Savannah River Site and Nuclear Fuel Services, Inc. Uncom- mitted 1994 Material 16 MT17 MT Babcock & Wilcox Nuclear Operations Div. Y-12 Research Reactor LEU Fuel Feed 6 MT Spent Fuel and Low Equity Discards 18 MT Disposal as waste NFS * This ~51 MT of HEU is part of the 200 MT additional HEU removed from use as fissile material in weapons in the Fall of 2005; it consists of 20 MT designated for downblending plus an estimated 31 MT (out of 160 MT) that is expected to be rejected for use by Naval Reactors. Revised TBD 1994 Surplus HEU Declaration — 174 MT (156 commercially usable + 18 discards) 2005 Declaration — ~61 MT Disposition Timing Completed In progress Not yet planned Discards TBD MOX Reserve~7 MT * MOX Reserve ~5 MT TVA (H Canyon EU Disp.) RRF Feed ~4 MT * Reliable Fuel Supply TVA (H Canyon EU Disp.) ~11 MT

4 USEC HEU Transfer The USEC HEU Transfer project, mandated by the USEC Privatization Act, was completed during –The down-blending was completed at Babcock & Wilcox in Lynchburg, VA in June –A total of 46.6 MT HEU, at an average assay of 43.7%, was delivered and down-blended to make over 800 MT of commercial-grade LEU.

5 TVA Off-Spec “BLEU” Program DOE and TVA entered an Interagency Agreement in With addition of EU Disposition Project material, it now covers ~45.6 MTU -TVA is using blended low-enriched uranium (BLEU) fuel in the Browns Ferry and Sequoyah Nuclear Plants. -Down-blending occurs at two facilities: -Savannah River Site, Aiken, SC – solutions, alloyed metals, oxides (~22.6 MTU) -Nuclear Fuel Services, Erwin, TN – uranium metal, alloyed metals, compounds (~ 23 MTU) -As of the end of March 2009, 37.5 MTU has been down-blended Browns Ferry Nuclear Power Plant Lead assembly being inspected at TVA’s Sequoyah Plant

6 TVA Off-Spec Program (Cont.) BLEU project HEU shipments were completed in MT Down-blending will be completed in fall of 2009 (~95% complete) Additional down-blending of EU Disposition Project material will occur 2009 – 2011 Savings to the U.S. Treasury are expected to be over $255 million. This program has won many awards –2003 Secretary of Energy’s Project Management Award – SRS Line Item –2005 Platt’s Global Energy Engineering Project of the Year – BLEU/Off-Spec Partnership –2006 NEI Top Industry Practice (TIP) award – BLEU Project –Several Other Internal TVA Awards Broken Button

7 H Canyon EU Disposition Project NNSA has identified 20.8 MT of HEU that could result in up to 250 MT of additional off-spec LEU through The HEU would be recovered and down-blended at SRS H Canyon Complex. NNSA and TVA have agreed to mutually beneficial terms to add an initial 5.6 MT of the HEU material to the existing Interagency Agreement. Options for additional material as funding becomes available. Super Kukla Ring size reduction

8 Reliable Fuel Supply Initiative (RFS) Secretary Bodman announced the RFS initiative for foreign users who do not pursue enrichment and reprocessing at IAEA’s General Conference in September MT of HEU will be down-blended to produce about 290 MT LEU, a substantial majority of which will be used as a stockpile for the RFS program. The RFS program will ensure that, in the event nuclear fuel is not available commercially, there will be reliable access to the market. MTR Type Fuel Element Cast Metal Slugs

9 RFS General Status In June 2007, NNSA awarded a downblending and storage contract to the WesDyne / NFS team. To date, NNSA has shipped nearly 14 MT of HEU for the RFS project. Processing of the HEU began in March 2008 and over 4 MT has been down- blended to date producing 66 MT of LEU. The down-blending program will be completed in 2010.

MTU HEU Downblending Project New HEU disposition project similar to RFS. HEU will be down-blended during the 2009– 2012 time period. Project will provide total derived LEU of about 224 MTU— Used in MOX Reserve Down-blending and storage contract award and first shipments in FY 2009.

11 Foreign Research Reactor LEU Fuel DOE/NNSA Supplies 80% of the world’s LEU research reactor fuel with down-blended HEU Material is provided in support of the Reduced Enrichment for Research and Test Reactors (RERTR) program, which reduces civil uses of HEU worldwide. U.S. surplus HEU (10 MT) is feed material to make LEU fuel (mostly 19.75% enrichment). 2.5 MT down-blended to date Customers in Europe, Canada, Asia, South America, Australia RA-6 Reactor, Bariloche, Argentina CEA OSIRIS Reactor, France

12 What Does the Future Hold? The program has already committed to down- blending projects 161MT of the total 217 MT of surplus, commercially-usable HEU. The remaining 56 MT is expected to become available for down-blending from now through Future focus is: –Continue progress in down-blending HEU to meet nonproliferation objectives –Proper disposition of derived LEU in a manner that does not adversely impact the commercial nuclear fuel markets –Develop future projects from unallocated HEU inventories using a viable funding approach

13 HEU Deliveries for Down-blending (Actual and Projected)

14 Final thoughts Through March 2009 this program has eliminated the proliferation risk from over 121 MTU of HEU. Several DOE facilities have been able to eliminate or greatly reduce their holdings of HEU. The LEU derived from down-blending the U.S. HEU equates to 1,375 MTU. HEU availability for down-blending creates unique challenges.