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Generation IV International Forum (GIF)
Generation
IV International Forum
(GIF)
has
led international collaborative on development of the next-generation nuclear
energy systems that can help meet the world�s future energy needs.
Generation-IV designs will use fuel more efficiently, reduce waste production,
and be economically competitive, and meet stringent standards of safety and
proliferation resistance.
Over one hundred experts have evaluated 130 reactor concepts
before the GIF selected six
reactor technologies that include: the Gas-cooled
Fast Reactor (GFR), the
Lead-cooled
Fast Reactor (LFR), the Molten
Salt Reactor (MSR), the Supercritical
Water-cooled Reactor (SCWR), the Sodium-cooled
Fast Reactor (SFR) and
the Very
High Temperature Reactor (VHTR).
The Technology Roadmap have been developed:
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Technology Roadmap Update for Generation IV Nuclear Energy
Systems This Technology Roadmap Update provides an assessment
of progress made by the Generation IV International Forum (GIF) in the
development of the six systems selected when the original Technology
Roadmap was
published in 2002. More importantly, it provides an overview of the
major R&D objectives and milestones for the coming decade, aiming to
achieve the Generation IV goals of sustainability, safety and reliability,
economic competitiveness, proliferation resistance and physical
protection. Learn more
Download
the publication
|
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2009 R&D Outlook
This Generation IV R&D Outlook provides a view of what
the GIF members hope to achieve collectively in the next five years.
Download
the publication
|
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A Technology Roadmap for Generation IV Nuclear
Energy Systems (2002)
Download
the publication
|
Countries are implementing the �A Technology Roadmap
for Generation IV Nuclear Energy Systems.� The United States Department of
Energy, Office of Nuclear Energy supports GIF. China has started construction of a prototype High
Temperature Reactor, the first step towards the development of the VHTR. Both
France and Russia are developing advanced sodium-fast reactor designs for
near-term demonstration. A Russian is also plans to build a prototype lead fast
reactor.
Now is the time for political leaders to take the next
step and support a World
Clean Energy Plan (2010 - 2050)
that would provide clean, efficient energy for ten billion people, would bring
every country into the 21st century, and carbon dioxide emissions levels are
reduced.
Government,
business and educational leaders need to support the World Clean Energy Plan and
start locating and designing the manufacturing facilities to assemble an
estimated 10,000 power plants. Each facility could build one power plant per week
or fifty per year. Ten facilities could build 500 power plants per year. And the
estimated 10,000 power plants could be built and operated during a twenty to thirty years.
---------------------------------
A "United States Energy Plan" abstract based upon Association
of Energy Engineers (AEE) Chicago Chapter�s United
States Energy Plan has been
submitted to the World
Energy Engineering Congress, WEEC. The 2014 WEEC Conference is being held on
October 1-3, 2014 at the Washington
Convention Center in Washington,
DC 20001. Reservations can
be made on line.
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