1 / 26

Footprint Reduction & Energy Parks

Learn how Footprint Reduction & Energy Parks create economic opportunities, secure energy sources, reduce costs, and protect the environment. Discover the potential of clean energy initiatives and jobs, utilizing land, structures, and resources. Explore the impact on national competitiveness and environmental sustainability. Find out about DOE initiatives and technology advancements for a cleaner and energy-efficient future.

mforsyth
Télécharger la présentation

Footprint Reduction & Energy Parks

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Footprint Reduction and Energy Parks “Leveraging Assets To Increase Taxpayers’ Return On Investment” Mark GilbertsonDeputy Assistant Secretary Program and Site SupportDOE Office of Environmental Management Long-Term Surveillance and Maintenance Conference Grand Junction, CO November 16-18, 2010

  2. Footprint Reduction & Energy Parks EMFootprint Reduction, small site completions, and other investment opportunities Economic Stimulus Recovery Act Office of Environmental Management (EM) Jobs created Lifecycle cost reduced Environment protected Footprint reduced Clean, Diverse Energy Sources • Energy security • Establish long-term site mission • Sustainable jobs Energy Parks Large tracts of land and infrastructure available

  3. Savannah River Site Footprint Reduction Proposal 3

  4. Hanford Footprint Reduction Proposal 4

  5. Footprint Reduction • Footprint Reduction means that the active DOE EM mission is complete within a particular area in terms of decontamination and decommissioning, waste disposition, ground water remediation, soil removal, etc. 900 sq. mi. • EM footprint will be reduced from 900 sq. mi. to approximately 450 sq. mi. (approx. 40 to 50 percent) by Sept. 2011, and to about 90 sq. mi. (approx. 80 to 90 percent) of the initial footprint) by Sept. 2015. Approx. 450 sq. mi. Reduction 90 sq. mi.

  6. Potential Assets • Land • Buffer zones • Structures • Roads • Rail lines • Electricity transmission facilities / grid connections • Natural resources (e.g., surface water, ground water) • Energy resources (e.g., solar, wind, biomass, geothermal) • Equipment • Site environmental characterization data • Highly trained and experienced workers (e.g., scientists, engineers, craftspeople) • Safety culture • Incentives (e.g., loan guarantees, purchase agreements, tax credits)

  7. Opportunities - Energy, Environment & the Economy • Investing in the Clean Energy Jobs of the Future • Creating new Jobs in the Clean Energy Economy • Investing in the Next Generation of Energy Technologies • Securing our Energy Future • Breaking Dependence on Oil • Producing More Energy at Home • Promoting Energy Efficiency • Closing the Carbon Loophole • Reducing greenhouse gas emissions • Enhancing National Competitiveness

  8. Future Land Uses • The DOE is not directing that energy parks must be established at our cleaned up sites – but it is recommending that energy parks be considered as one of the options for future uses of cleaned up sites. • Other options (e.g., wildlife refuges, industrial parks, etc) may also be considered. • The DOE would like to consider recommendations for the “best use” of the cleaned up sites from a variety of stakeholders, including local and regional communities, States, the private sector, and others.

  9. Potential Technologies • Wide range of energy technologies: • Production (e.g., solar, wind, biomass, geothermal, nuclear, clean fossil, hydrogen generation) • Distribution (e.g., smart grid) • Storage • Efficient utilization • Manufacturing (e.g., solar panels, wind turbines, other energy components) • Multiple development phases: • Commercial using existing technologies • Research, Development and Demonstration (RD&D) of advanced technologies to facilitate deployment and replication across the Nation.

  10. Workshops and Meetings Oak Ridge Workshop “Corridor Partnerships in Action“ - March 12, 2009 in Oak Ridge, TN Energy Communities Alliance Meeting "Energy Parks Peer Exchange: The DOE EM Footprint Reduction Plan and Energy Parks Initiative“ – April 23-24, 2009 in Las Vegas, NV Mound Workshop “Energy Roundtable and Exhibition” – June 26, 2009 in Miamisburg, OH Savannah River Site Workshop “Energy Parks Initiative Workshop” August 18, 2009 in Aiken, SC Second Savannah River EPI Workshop April 15, 2010 in Augusta, GA Energy Communities Alliance Workshop “Nuclear Workforce Development Peer Exchange” April 21-23, Augusta, GA Energy Communities Alliance EPI Peer Exchange Meeting June 10, 2010 in Las Vegas, NV Other meetings with ECA, WMAB, SSAB, community groups, etc

  11. Examples of Interest – Proposed Concepts • Pantex Renewable Energy Project • Tennessee Valley Energy Enterprise • Mound Advanced Technology Center – Energy Center Initiative • Southern Ohio Clean Energy Parks Alliance Initiative • SRS - U.S. Energy Freedom Center • Nevada Solar Project • Mid-Columbia Energy Initiative • WIPP Project

  12. Executive Order 13514 – Federal Leadership in Environmental, Energy and Economic Performance • Issued October 5, 2009, it requires all Federal agencies to establish an integrated plan toward sustainability, including strategies for: • reducing greenhouse gas emissions, • using water more efficiently, • promoting pollution prevention and eliminating waste, • constructing high performance sustainable building, • purchasing energy efficient and environmentally preferred products, and • reducing use of fossil fuels through improved fleet management. • To demonstrate leadership, on March 31, 2020, Secretary of Energy Chu committed the Department of Energy to a 28 percent reduction in greenhouse gas emissions by FY 2020. • E.O. 13524 could be a major driver for EPI.

  13. Federal Partnerships for Economic and Environmental ReDevelopment • EERE and EM Co-Sponsor EPA 2011 Brownfields Conference: April 3-5, Philadelphia, PA • EPA Sustainable Partnerships for Redevelopment: federal agencies working with EPA to establish pilot projects at the community level for energy redevelopment (HUD, DOT, etc.) • DoD/DOE/EPA Workshop to Achieve Energy and Water Sustainability Objectives: agencies establishing energy projects together on federal lands, October 4-5, 2010 • Federal Economic Development Finance Working Group: multiple agencies developing projects, regional centers, funding vehicles, and a web-based financial center for environmental redevelopment

  14. Federal Partnerships for Economic and Environmental ReDevelopment (concluded) • DoD/EERE ESCTP Energy & Water $30 M Portfolio for advanced technology demonstration and testing on DoD lands, focusing on renewable energy conversions and water conservation (EPI model program with EERE) • ITRC Green and Sustainable Remediation (GSR) Guidance and Internet Training expected January 2011, focusing on renewable energy conversions and cleanup • ASTM GSR Standard Guidance (industry-based) to be expected March 2011, focusing on renewable energy conversions and cleanup • Other

  15. Draft Legislation – H.R. 5136 (NDAA - FY 2011) • Authorizes the Secretary of Energy to, “Facilitate development of energy parks on defense nuclear facility reuse property through the use of collaborative partnerships with State and local governments, the private sector, and community reuse organizations….” • Defines energy parks as a facility or group of facilities developed to: • Promote energy security, environmental sustainability, economic competitiveness, and energy sector jobs, and • Encourage pilot programs, demonstration projects or commercial projects with respect to energy generation, energy efficiency, and manufacturing technologies that will contribute to the stabilization of atmospheric greenhouse gas concentrations through the reduction, avoidance or sequestration of energy related emissions. • Requires submission of a Report to Congress on “….steps taken to facilitate development of energy parks…” by December 31, 2011. • Other draft legislation (e.g., S.3454)

  16. Energy Parks Concept Energy Projects • Wind • Solar • Biomass • Nuclear • Co-Generation • Clean Fossil • Geothermal • DOE Programs, Sites & National Laboratories National Objectives Supported • Energy Self-Sufficiency • Enhanced National Security • Reduced Energy Imports • Reduced Trade Deficit • Clean Electric Energy • Reduced GHG Emissions • Green Jobs • Vibrant Clean Energy Industry • Enhanced National Competitiveness • Framework • Vision • Objectives • Policies • Strategy • Business Plan • Guidance • Procedures • Site/Regional Data • Federal Assets • Financing Options • Other • Local/Regional Communities • Federal Agencies • Labor • States & Tribes Energy Clusters • Multiple Commercial Energy Production Operations • Manufacturing Operations • RD&D Operations • Supply Chain Operations • Education/Training Activities • Note: Energy Clusters include all clean technologies covered by Energy Projects • Investors • Technology Companies • Academic Organizations • Community Reuse Organizations • Economic Development Organizations

  17. Near-Term Potential Tasks – Under Consideration • Establish a DOE energy parks task force • Assess sites’ potential for energy parks • Conduct outreach to communities, private sector and other stakeholders. • Identify and address policy issues (e.g., financial, procurement, legal, programmatic, procedural, etc.) • Develop an energy parks Strategy and Business Plan

  18. Potential Issues - Examples • What assets could be made available? Under what conditions? • How to ensure processes are transparent, equitable and timely? • How to ensure the best return for taxpayers? • How to encourage and empower public and private participation? • What policy issues would need to be addressed to make energy parks a success? • How to solicit and review best-in-class proposals? • Indemnification? • NEPA coverage?

  19. Potential Evaluation Criteria - Examples • Produces significant quantities of clean, affordable energy. • Encompasses production, storage, distribution, efficient use & manufacturing. • Funded largely by private sector; government support is limited in scope and short in duration. • Produces large number of good jobs. • Supports development of a vibrant clean energy industry, including supply chains and workforce. • Promotes environmental sustainability. • Reduces emission of greenhouse gases.

  20. Potential Evaluation Criteria - Examples • Supports national security objectives. • Facilitates participation and cooperation among DOE, communities, the private sector, other federal agencies, local & state governments, academia and other parties. • Limited water consumption. • Converts liabilities into assets. • Contributes to DOE mission objectives. • Does not adversely affect other DOE missions at the site. • Reduces EM cleanup program schedule or life cycle cost. • .

  21. Energy Parks – Opportunities & Challenges • Multiple DOE programs and sites • Multiple external parties • Local & regional communities • Community Reuse Organizations (CRO) • States • Tribal Governments • Private sector (technology & financial) • Labor • Other Federal agencies • Other stakeholders • Wide range of technologies and stages of development • Complex, wide-ranging issues • Numerous ongoing related activities • Great opportunities and great challenges

  22. Backup Slides

  23. Solar Resources

  24. Biomass Resources This study estimates the technical biomass resources available in the U.S. by county. It includes the following feedstock categories: -Agricultural residues (crops and animal manure). -Wood residues (forest, primary mill, secondary mill, and urban wood) -Municipal discards (methane emissions from landfills and domestic wastewater treatment). -Dedicated energy crops (on Conservation Reserve Program and Abandoned Mine Lands). Sept 2005

  25. Wind Resources

  26. Geothermal Resources

More Related