Developing Technology for Inertial Fusion Energy David H. Crandall Advisor to the Under Secretary for Science On National Security and Inertial Fusion.

Slides:

Advertisements

Similar presentations

1 NNSAs ICF Strategy Presented to Fusion Power Associates 34th Annual Meeting and Symposium Washington, DC December 11, 2013 Kirk Levedahl NNSA NATIONAL.

Advertisements

Halil SATIK Industrial Engineering Department, Dokuz Eylul University, Turkey.

ERP Applications Selection in a Changing Marketplace Evaluation of Software Providers for Midsize Institutions Bill Reed Director, Special Projects Northern.

High Energy Density Physics in the NNSA

© AberdeenGroup 2009 Energy Management: Driving Value in the Industrial Environments Mehul Shah Research Analyst Matthew Littlefield Sr. Research Analyst.

N A T I O N A L N U C L E A R S E C U R I T Y A D M I N I S T R A T I O N O F F I C E O F D E F E N S E P R O G R A M S Fusion Ignition and Stockpile Stewardship.

INSAG DEVELOPMENT OF A DOCUMENT ON HIGH LEVEL SAFETY RECOMMENDATIONS FOR NUCLEAR POWER Milestone Issues: Group C. Nuclear Safety. A. Alonso (INSAG Member)

Contractor Assurance Discussion Forrestal Building Washington, D.C. December 14, 2011.

Office of Fusion Energy Sciences (OFES) Perspective Gene Nardella, Acting Associate Director of Science for Fusion Energy Sciences

Overview of Advanced Design White Paper Farrokh Najmabadi Virtual Laboratory for Technology Meeting June 23, 1998 OFES Headquarters, Germantown.

Summary Report of the Energy Issues Working Group Organizer: Farrokh Najmabadi Covenors:Jeffrey Freidberg, Wayne Meier, Gerald Navaratil, Bill Nevins,

Proposed Research for the ARIES Team for Farrokh Najmabadi, Mark Tillack for the ARIES Team Virtual Laboratory for Technology Meeting June 23,

Horizon 2020 Energy Efficiency Information Day 12 December 2014 Parallel session: Energy Efficiency in Industry (large companies and SMEs) – Topics EE16.

PRESENTATION OF AWARDS Stephen O. Dean, President Fusion Power Associates Annual Meeting and Symposium December 16-17, 2014.

Session 151 National Incident Management Systems Session 15 Slide Deck.

The current overall EU policy framework: Europe 2020 strategy, Innovation Union and Energy 2020 Strategy On March 2010, the Commission presented a Communication.

Research Groups Committed to Understanding Energy One of the world’s premier centers for R&D on energy production, distribution,

April 5, The President’s Nuclear Security Agenda First articulated in Prague in April 2009 –Reduce nuclear dangers and pursue the long-term goal.

® IBM Software Group © 2006 IBM Corporation PRJ480 Mastering the Management of Iterative Development v2 Module 3: Phase Management - Inception.

UTSA Colleges of Business and Engineering TAKE YOUR TECHNOLOGY TO THE LIMIT! Rudy W. De La Garza ENTREPRENEUR WEAPONS First Dominion FINANCIAL CITE BootCamp.

TEMPUS IV- THIRD CALL FOR PROPOSALS Recommendation on how to make a good proposal TEMPUS INFORMATION DAYS Podgorica, MONTENEGRO 18 th December 2009.

1 Update on National Academy Review of IFE Dale Meade Fusion Innovation Research and Energy® Princeton, NJ ARIES Pathway Project Meeting April 5, 2011.

From ITER to Demo -- Technology Towards Fusion Power Farrokh Najmabadi Professor of Electrical & Computer Engineering Director, Center for Energy Research.

Perinatal and Infant Oral Health Quality Improvement National Learning Network Estimated Number Awards: One (1) Type of Award: Cooperative Agreement Estimated.

Strategic Planning and the Marketing Management Process.

A Perspective on the NASA Space Power and Energy Storage Roadmap National Research Council Panel Power Workshop March 21, 2011 H. Sterling Bailey, Ph.

FUSION ENERGY A Compelling Opportunity for Alberta Allan Offenberger/Finance Committee Alberta/Canada Fusion Energy Program Presentation to Standing Committee.

Progress in Confinement & Heating Increasing laser energy nn Confinement Parameter & Temperature.

U.S. Department of Energy Office of Science Advanced Scientific Computing Research Program NERSC Users Group Meeting Department of Energy Update September.

08 October 2015 M. Ammar Mehdi Introduction to Human Resource Management & SSG-16 Actions 4 th Steering Committee on Competence of Human.

From ITER to Demo -- Technology Towards Fusion Power Farrokh Najmabadi Professor of Electrical & Computer Engineering Director, Center for Energy Research.

Software Project Management Lecture # 7. What are we studying today? Chapter 24 - Project Scheduling  Effort distribution  Defining task set for the.

Systems Studies Program Peer Review Meeting Albert L. Opdenaker III DOE Program Manager Holiday Inn Express Germantown, Maryland August 29, 2013.

Update on NNSA’s Inertial Confinement Fusion Program Presented to: Fusion Power Associates 32nd Annual Meeting and Symposium Washington, DC Presented by:

Managed by UT-Battelle for the Department of Energy Stan Milora, ORNL Director Virtual Laboratory for Technology 20 th ANS Topical Meeting on the Technology.

Office of Science U.S. Department of Energy RHIC Users Meeting BNL; June 8, 2006 Gulshan Rai RHIC/AGS Users Meeting Gulshan Rai Program Manager for Heavy.

1 Designing Effective Programs: –Introduction to Program Design Steps –Organizational Strategic Planning –Approaches and Models –Evaluation, scheduling,

Personnel Requirements for Implementing the New Triad Robert B. Barker December 15, 2005.

Writing the Business Plan Entrepreneurship February 25, 2014.

1 SEAB Task Force on EM Technology Development Gerald Boyd Task Force Member September 29, 2015.

Chapter 1 The Nature of Strategic Management

PRESENTATION OF AWARDS Stephen O. Dean, President Fusion Power Associates Annual Meeting and Symposium December 1-2, 2010.

Copyright Reserved GreenTech Malaysia 1 Project Brief/Summary  Project goal is to ensure realization of national green technology policy aspiration and.

Fusion Energy Sciences Program Department of Energy Perspective February 23, E xcellent S cience in S upport of A ttractive.

1 Goals and Targets to Direct FY2010 Budget and Stimulus.

NRC Study on Prospects for Inertial Confinement Fusion Energy Systems Presentation at Fusion Power Associates Annual Meeting December 1, 2010 David Lang,

Strategic Planning and the Marketing Management Process © 2007 The McGraw-Hill Companies, Inc., All Rights Reserved. McGraw-Hill/Irwin Marketing Management,

Business Process of R&D and Defence Acquisition System: Potential for Improvement Georgi Penchev Department “National and Regional Security”, UNWE.

1 ARENA Workshop Renewables for Industrial Processes.

February 5-6, 2004 HAPL meeting, G.Tech. 1 Chamber Tasks Coordination Presented by A. René Raffray UCSD With contributions from J. Blanchard and the HAPL.

AMBITIOUS TARGETS FOR ENERGY RD & D MEETING PLANETARY EMERGENCIES.

1 OFFICE OF ADVANCED SCIENTIFIC COMPUTING RESEARCH The NERSC Center --From A DOE Program Manager’s Perspective-- A Presentation to the NERSC Users Group.

N A T I O N A L N U C L E A R S E C U R I T Y A D M I N I S T R A T I O N O F F I C E O F D E F E N S E P R O G R A M S The National Academy of Sciences.

Status and Plans for Systems Modeling for Laser IFE HAPL Progress Meeting November 2001 Pleasanton, CA Wayne Meier, Charles Orth, Don Blackfield.

John H. Nuckolls LLNL Director Emeritus Fusion Power Associates Annual Meeting “Countdown to Ignition and Gain” December 3, 2008 Search For A “YES WE CAN”

1 INDUSTRIAL ENERGY EFFICIENCY CONFERENCE ON GREEN INDUSTRY IN ASIA Robert Williams Energy Efficiency and Policy Unit United National Industrial Development.

ILC 2007 Global Design Effort 1 Planning Damping Rings Activities in the Engineering Design Phase Andy Wolski Cockcroft Institute/University of Liverpool.

Dale Emmerson 75 FSS/FSD Chief, Force Development Flight I n t e g r i t y - S e r v i c e - E x c e l l e n c e Air Force Sustainment Center AFSC Way.

Strategic Information Systems Planning

Introduction to Project Management

EFCOG STARTUP AND COMMISSIONING TASK TEAM INTRODUCTION

A PERFORMANCE BASED GLOBAL AIR NAVIGATION SYSTEM: PART II

Goals and Targets to Direct FY2010 Budget and Stimulus

HR Business Partner Individual Development Plans

Systems Engineering for Mission-Driven Modeling

TWG goals, approach and outputs

KEY INITIATIVE Shared Services Function Management

KEY INITIATIVE Shared Services Optimization

KEY INITIATIVE Finance Function Management

Presentation transcript:

Developing Technology for Inertial Fusion Energy David H. Crandall Advisor to the Under Secretary for Science On National Security and Inertial Fusion US Department of Energy For Fusion Power Associates December 1, 2010

Inertial fusion Ignition will cause a new look at Inertial Fusion Energy Ignition has been the goal for 50 years Needed and pursued as a tool for nuclear weapon evaluation Also pursued for energy value – FPAC 1990 National Ignition Campaign at NIF completes in 2012 A National Academy of Sciences review of inertial fusion energy potential has been initiated. What Next?

The Department of Energy is considering a new program: Inertial Fusion Energy Technology Under Secretaries D’Agostino and Koonin see the value and want IFET to succeed, NE personnel have also been engaged. Historically, NNSA does not request energy funds and SC has been reluctant to support technology – change is required. Ignition is required for starting a substantial program. The Inertial Confinement Fusion (NNSA) and Fusion Energy Sciences (SC) have appropriate resources and programs to get IFET started. The Academy review will influence directions chosen. At its inception IFET will report to Under Secretary for Science.

Sustained, Repeated Ignition is the IFET Goal This would not be a fusion energy power plant. It must identify and develop technologies that are extendable to economic fusion power. The near term goal will be to select those technologies for engineering development Clearly defining the goal and establishing a research and development roadmap is an important first step.

Technology includes Driver and Ignition Target The first Phase is R&D as a basis for technology down select. Select ignition approach (direct, indirect, shock, magnetized…) through research with existing facilities. Select driver technology compatible with ignition approach and economic potential (efficiency x gain > 10), also using existing facilities. Apply open competition and external peer review to establish research path and for technology down select. Pace of program is uncertain and depends on technical progress, budget choices, and economic attractiveness. Degree of risk likely to seem high. The NAS review is the first step in the external peer review process.

A Notional Schedule The next chart will show a notional schedule to realize sustained, repeated ignition with potential as an economic power source. A DOE team considered and described the potential for IFET for internal consideration of this initiative. The fastest sensible schedule was thought by the team to be 20 years. This timeline is not a plan and is not budgeted – it is notional.

Notional Timeline for IFE Technology Start Separate IFET Review Credibility of Technology Decide on New Facility for Demonstration 5 year 10 year20 year Start with capabilities developed in Fusion Energy Sciences and Inertial Confinement Fusion Focus on ignition concept and technology required to demonstrate IFET viability Assume that nuclear weapon applications and energy sciences continue in existing programs Optimize ignition for energy Prepare technology for engineering development Engineering development of selected approaches Design of IFET demo Build and startup IFET demonstration of basic concept

Near Term Actions Achieve Ignition. Get a broad range of input to the National Academy study. Begin engagement with industry in a new way. Include IFET in DOE’s strategic planning Consider budget. Fund R&D explicitly to provide a basis for technology selection for sustained, repeated ignition.