Cooperative Planning: Building a Sustainable Nuclear Industry Megan Sharrow University of Wisconsin – Madison WISE 2006.

Slides:



Advertisements
Similar presentations
1 EM Update and Perspective David Huizenga Senior Advisor for Environmental Management 2012 DOE Project Management Workshop April 3, 2012.
Advertisements

Augustus Merwin Presented to the National Security Forum
Interim Storage of Used Nuclear Fuel February 2008.
Regional Emission-free Technology Implementation (RETI): Diversifying the U.S. Electricity Portfolio Marc Santos 2008 ASME WISE Intern University of Massachusetts.
ENERGY POLICY MAY 12, 2006 JOHN BUSH. CAN WE ANSWER THESE QUESTIONS? What is an energy policy? Does the US have an energy policy? Does California have.
Long Term Storage, The Failure of the Federal Government, and NIMBY.
The Yucca Mountain Repository for Nuclear Waste April 23, 2007 Edward F. Sproat III Director Office of Civilian Radioactive Waste Management U.S. Department.
1 GAO Study on Radioactive Waste Management Scenarios Ric Cheston US Government Accountability Office (GAO)
Safety  performance  cleanup  closure M E Environmental Management National Spent Nuclear Fuel Program Role in DOE’s Transformation Barb Beller, Project.
Department of Energy FY 2012 Budget Overview 14 February,
Resource and Energy.
Efficiency in the Energy Industry of China By Shereen McCurter.
NUCLEAR ENERGY What is it? David J. Diamond Energy Sciences & Technology Department February 2009.
What is Nuclear Energy? Nuclear energy or atomic energy is the energy that is released spontaneously or artificially in nuclear reactions. The main feature.
Nuclear Power Isar Plant - Germany Diablo Canyon - California.
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 Energy Pros and Cons. Pros: Low Pollution Nuclear power has a lot fewer greenhouse emissions than the burning of fossil fuels. Nuclear energy.
Jobs 1 st PA: Building a Stronger Pennsylvania. Data Geek.
An Introduction to the Role of Carbon Capture and Storage in Ukraine Keith Whiriskey.
Page 1 3/13 – Lynchburg 4/23 – Fredericksburg 3/28 – Charlottesville 4/12 – Danville.
Nuclear Energy in 2013: Status and Outlook Briefing for Czech Technical University Scott Peterson, Senior Vice President Nuclear Energy Institute March.
Nuclear Power Discussion March 25, 2009 Joint meeting of the Legislative Energy Commission; the House Energy Finance & Policy Division; and the Senate.
New Nuclear Power Plants Need and Status ASQ-EED 31 st Energy & Environmental Division Conference September 12, 2004 Adrian Heymer, NEI
GNEP: A Proliferation Risk or a Solution to the Nuclear Waste Problem? Allison Macfarlane George Mason University Senate briefing June 23, 2008 Allison.
Recycling Nuclear Waste: Potentials and Global Perspectives Mikael Nilsson Department of Chemical Engineering and Materials Science University of California,
Technical Meeting on Evaluation Methodology for Nuclear Power Infrastructure Development December, 2008 Nuclear Safety in Infrastructure Building.
Japan’s Nuclear Energy Program
Resource Planning Georgia Power’s Diverse Plan to Meet Georgia’s Energy Needs AWMA Fall 2010 Conference October 7, 2010 Jeff Burleson Director of Resource.
Financing New Nuclear: The Government’s Role in the Nuclear Renaissance John Hanson The Ohio State University American Nuclear Society, WISE Intern August.
Clear Thinking on Nuclear Answers to some Frequently Asked Questions What careers are available? What do we do with nuclear waste? What happened at the.
Chapter 4 Nuclear Energy. Objectives Describe how nuclear fuel is produced. List the environmental concerns associated with nuclear power. Analyze the.
Generating Electricity For many years, we have generated electricity in much the same way:.
NUCLEAR POWER PLANT FINANCING IAEA - Infrastructure Technical Meeting Vienna, November 2007 Fanny Bazile Forecast Director Nuclear Energy Division.
1 Regulating the Rest of the Nuclear Fuel Cycle Michael Weber, Director Office of Nuclear Material Safety and Safeguards NARUC Staff Subcommittee on Nuclear.
Opting for “Long Term Operations” Technical, economic and regulatory considerations MARC Conference June 8, 2010 Sean Bushart, EPRI Sr. Program Manager.
PBNC- 1 Overview of US Nuclear Energy Initiatives /06- 1 Harold McFarlane President American Nuclear Society.
UC Berkeley Per F. Peterson Professor Department of Nuclear Engineering University of California, Berkeley California Science Center February 23, 2008.
Steven Biegalski, Ph.D., P.E. Director, Nuclear Engineering Teaching Laboratory Associate Professor, Mechanical Engineering Dusting off the Atom: Nuclear.
Energy Policy Act of 2005 Frank Prager Xcel Energy Inc. February 22, 2006.
JRC Information Day – May 11, 2006, Bucharest 1 Valică GOREA President of Nuclear Agency GOVERNMENT of ROMANIA Romanian Nuclear Programme Medium and Long.
Integrated Used Nuclear Fuel Management Regulatory Information Conference U.S. Nuclear Regulatory Commission March 11, 2009 Steven P. Kraft Senior Director.
Office of National Transportation Update Presented to: Spent Fuel Project Office Presented by: Gary Lanthrum, Director Office of National Transportation.
332 registered voters were sampled Selected from a population of 12, 500 registered voters in Churchill County Respondents were selected using a computer.
Current Status and Challenging Issues of Nuclear Energy in Korea Park, Yong Taek President & CEO Korea Power Engineering Company, Inc. 18th World Energy.
Milestones or Millstones Alex R. Burkart, Deputy Director Office of Nuclear Energy, Safety and Security United States Department of State.
The Nuclear Fuel Cycle 1. NUCLEAR FUEL Nuclear fuel is the energy source of nuclear reactors and an essential element of the reactor core. The heat energy.
1 Goals and Targets to Direct FY2010 Budget and Stimulus.
U.S. Energy Policy Legislation Thelma L. Wiggins Manager, Media Relations Nuclear Energy Institute ENS PIME 2004 Barcelona, Spain Feb. 9, 2004.
ALACHUA COUNTY COMMISSION QUARTERLY RETREAT ENERGY RECOMMENDATIONS FOR IMMEDIATE INVESTIGATION AND IMPLEMENTATION BY THE ALACHUA COUNTY BOARD OF COUNTY.
Nuclear Energy and Waste By: David Long ( ); Chris Marcyniuk ( ); Adam Foster ( ) IMS3 Sustainability.
Ayumi Konishi Director General, East Asia Department Asian Development Bank CCICED Annual General Meeting 2015 Forum G20 and Green Finance 11 November.
Energy and the Environment. Background Americans only make up 5% of world’s population but consume 20% of its energy Americans only make up 5% of world’s.
In your notes… What are the four ways we harness solar energy? What are the limitations of solar energy (at least 2)? What approach should we take with.
The Curious Absence of New Nuclear Michael Hoeger Presented 02/06/2012.
The Yucca Mountain Repository for Nuclear Waste June Edward F. Sproat III Director Office of Civilian Radioactive Waste Management U.S. Department.
Nuclear Waste Policy Act of 1982 by McCurdy Cardwell.
Nuclear Energy Quinci James Dawson Miller. What is nuclear Energy? Nuclear energy is the energy in the nucleus, or core, of an atom. Atoms are tiny units.
 By Mark, Aidan, and Ridge.  Lower carbon dioxide released into the atmosphere in power generation  Low operating costs  Known, developed.
Wrapping Up Week 3 Understanding Energy Systems Fossil Fuels, Nuclear Power, and Renewable Energy.
Ch.7 Renewable/Nonrenewable Resources Earth’s processes provide the energy required for plant, animal and human life to exist. Some resources are renewable,
Goals and Targets to Direct FY2010 Budget and Stimulus
Australian Energy Scenarios Predicting Uncertainty
Chapter 12 Nuclear Energy
Nuclear Power Public safety concerns and the costs of addressing them have constrained the development and spread of nuclear power in the United States,
Japan’s Nuclear Energy Program
Nuclear Power – Energy for the Future
Electric Power Generation: What’s Going On? & What’s New?
CANADA’S RESOURCES: ENERGY.
The Oregon Department of Energy
NUCLEAR ENERGY What is it?
Presentation transcript:

Cooperative Planning: Building a Sustainable Nuclear Industry Megan Sharrow University of Wisconsin – Madison WISE 2006

An Overview  Why is nuclear power important?  Identifying the steps to sustainability.  How to turn barriers to building blocks.  Summary of recommendations  Q&A

Why is nuclear power important? It’s 20%. From: Energy Information Administration, Form EIA-906, “Power Plant Report.” Electric power generation by source during 2004

Clean 1  700 million tons of carbon dioxide  1.1 million tons of nitrogen oxide  3.3 million tons of sulfur dioxide Safe 2  0 deaths due to commercial reactor accidents in the U.S.  50 total deaths due to international and defense reactor accidents  500+deaths in coals mines for 2005 alone  500+deaths in single oil accident in Nigeria, 1998  3,500 deaths from 2 dam failures in India, Why is nuclear power important? It’s clean & safe

Why is nuclear power important? It’s reliable. SourceCapacity Factor Nuclear89.6 Coal72.6 Hydro29.3 Wind26.8 Solar18.8 Average Capacity Factors by Source for 2005 Source:

 New plants  Maintain 20%, possibly more  Interim waste storage  Consolidation and Preparation (CAP) Facilities  Research and development  Global Nuclear Energy Partnership  Permanent disposal  Yucca Mountain Steps to Sustainability

 New plants: Nuclear Power 2010 and 2005 Energy Policy Act Barriers to Building Blocks Loan guarantees Tax credits Extended risk insurance  Create domestic jobs 1  Construction: 1, per plant  Operation: per plant Indefinite process  Licensing No domestic International slow High capital cost  Infrastructure  Financing Combined steps Moderated stalling

2. Interim storage: On-site to off-site Barriers to Building Blocks Legitimate concern or unfounded fear?  Transportation  CO$T: Tax payer vs. Rate payer

MythBusters! Photos from: Superficial damage 120-ton locomotive traveling at 80 miles an hour vs. Transport container on a flatbed trailer

3. Research and development: Collaboration and exploration Barriers to Building Blocks Collaboration Leadership = Time Money Effort + Secure energy Global energy Reduce waste

4. Permanent disposal: The Nuclear Waste Management and Disposal Act Barriers to Building Blocks Indefinite Insufficient Non-existent Licensing Financing Infrastructure 2 years + 6 months Nuclear Waste Fund Railroads and offices

 Permanent disposal  Yucca Mountain should be expedited through modifying the existing legislation.  New plants  Nuclear Power 2010 and 2005 Energy Policy Act should continue as scheduled.  Off-site interim storage  CAP facilities should be placed near research sites and Yucca.  Research and development  GNEP should be coordinated amongst domestic and international communities. Summary of Recommendations

Questions?

 New Plants Obstacles to Achievement  Untested licensing process  Updated in 1992  Significant financial risk  Highest capital cost  Lack of infrastructure  No domestic plants constructed for 20 years  International waiting list

2. Off-Site Interim Storage Obstacles to Achievement  Unfounded transportation concerns 1. EPRI Technical Report, “Spent Nuclear Fuel Transportation,”  8 accidents involving casks in U.S. 1  4 of these involved casks carrying waste  Worst accident: truck rollover in 1971  Results: no releases of radiation

3.Research and Development Obstacles to Achievement  Partnerships  To share costs  Aid in deployment  Undeveloped mission plan for Global Nuclear Energy Partnership (GNEP) Wants: Needs:  Secure, global energy production  Limit spread of advanced technologies  Small-scale reactors to small nations  Reprocessing, enriching in weapon-states

4.Permanent Disposal Obstacles to Achievement  Unrealistic standards  1,000,000 year design analysis  Insufficient incentives for completion  Financing and managing  Alternatives temporarily postponed 1  Public opposition  Massive transportation of waste  Not In My Back Yard (NIMBY)  Anti-nuclear desire to stop industry 1. Department of Energy Report, “Alternative Means of Financing and Managing the Civilian radioactive Waste Management Program,” August 2001.

 Building New Infrastructure Barriers to Building Blocks  Licensing process already begun  Fewer opportunities for stalling  Significant financial securities  Loan guarantees, tax credits  Extended risk insurance  Domestic infrastructure  Create jobs 1  Construction: 1, per plant  Operation: per plant  Re-establish manufacturing  BXW Technologies Inc. 2  2. Nucleonics, May

2. Transporting Waste Barriers to Building Blocks  Opportunity to dispel transportation concerns  Build public faith for transport to Yucca Mountain  Strategic location of CAP facilities  Deliver candidate fuel to research facilities  Expedite eventual disposal

3.Developing a Mission Plan for GNEP Barriers to Building Blocks  Encourage international collaboration  Establish partnerships  Fortify sense of global investment  Support innovation at national labs and universities  Enable scientific pursuits a la Space Race  Ensure U.S. remains among global leaders of nuclear industry

4. Expediting Yucca Mountain Barriers to Building Blocks  Nuclear Fuel Management and Disposal Act  Numerous provisions  Sets limit on review of “receive and possess” license  Repeals statutory limit on repository  Allows commencement of infrastructure construction  Suggests alternative means of financing  Steps in right direction  Needs closer inspection 1. Department of Energy Report, “Alternative Means of Financing and Managing the Civilian radioactive Waste Management Program,” August 2001.