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Administration Perspective on ITER and Fusion Energy

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Administration Perspective on ITER and Fusion Energy. Patrick Looney. Assistant Director ... the United States at the upcoming ITER meetings in St. Petersburg, Russia. ... – PowerPoint PPT presentation

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Title: Administration Perspective on ITER and Fusion Energy


1
Administration Perspective on ITER and Fusion
Energy
  • Patrick Looney
  • Assistant Director
  • Physical Science and Engineering
  • Office of Science and Technology Policy
  • Executive Office of the President
  • May 5, 2003

2
Statement by the President
  • I am pleased to announce that the United States
    will join ITER, an ambitious international
    research project to harness the promise of fusion
    energy. The results of ITER will advance the
    effort to produce clean, safe, renewable, and
    commercially-available fusion energy by the
    middle of this century. Commercialization of
    fusion has the potential to dramatically improve
    America's energy security while significantly
    reducing air pollution and emissions of
    greenhouse gases.
  • The United States will be working with the
    United Kingdom, other European Union nations,
    Russia, China, Japan and Canada on the creation
    of ITER. Today, I am directing the Secretary of
    Energy to represent the United States at the
    upcoming ITER meetings in St. Petersburg, Russia.
    We welcome the opportunity to work with our
    partners to make fusion energy a reality.
  • January 30, 2003

3
Remarks by the President on Energy Independence
  • And as we -- and I believe we can lead the world
    for creating a market for hydrogen. We're also
    going to work to produce electricity and hydrogen
    through a process called fusion. Fusion is the
    same kind of nuclear reaction that produces --
    that powers the sun. The energy produced will be
    safe and clean and abundant. We've spent quite a
    bit of money, as the senators here will tell you,
    on whether or not fusion works. And we're not
    sure if it will be able to produce affordable
    energy for everyday use. But it's worth a try.
    It's worth a look. Because the promise is so
    great.
  •  
  • So the United States will work with Great
    Britain and several European nations, as well as
    Canada, Japan, Russia and China, to build a
    fusion test facility and create the largest and
    most advanced fusion experiment in the world. I
    look forward to working with Congress to get it
    funded. I know you all have considered this in
    the past. It's an incredibly important project to
    be a part of.
  • February 6, 2003

4
Elements of the ITER Decision
  • This is energy science not an energy technology.
  • The US is one player in fusion energy science.
  • A burning plasma experiment is the crucial
    element missing from the world fusion energy
    science program
  • ITER provides US scientists access to worlds
    most sophisticated burning plasma experiment.

5
Elements of the ITER Decision
  • If the US joins ITER it would not be as a lead
    player.
  • The US is absolutely neutral on the issue of
    site.
  • The US has no interest in hosting ITER.
  • As construction does not begin until FY06, the
    decision will be overall budget neutral until
    FY06.

6
Elements of the ITER Decision
  • There is not broader fusion energy initiative.
  • There is no agreed upon fusion energy development
    timeline.
  • The ITER decision will not imply endorsement of
    other fusion-related initiatives.

7
Next Steps
  • Working on C-175 permission to negotiate. Needs
    to be completed now.
  • Continue to maintain US neutrality on site.
  • Look for definition on how the Fusion Energy
    Sciences program will evolve as we move toward
    the ITER-era.

8
Questions
  • Do we know what scientific questions need to be
    addressed for fusion to be viewed as a viable
    (practical) energy source? How will we know we
    are there?
  • Do we have a definition of the most critical
    scientific questions that need to be addressed
    over the coming decade? (is there a relative
    priority?)
  • How does time-to-market development plan map
    onto a risk-weighted portfolio? Can we see a
    risk-weighted portfolio with stage-gates
    (milestones, deliverables, check points) within
    the time-to-market plan?
  • Example Do we understand how the existing and
    planned (e.g. ITER) suite of facilities help to
    address critical scientific questions? Are there
    obvious gaps?

9
END
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