-- The Administrator of the Environmental Protection Agency shall establish generally applicable environmental standards for the protection of the public and the general environment from radioactive material released from facilities that use
an advanced fuel recycling process, including facilities to fabricate fuel enriched with actinide elements other than uranium.
«(B) characterize the waste streams resulting from all steps in
the advanced fuel recycling process identified under subparagraph (A);
-- In this subsection through subsection (g), the term «
advanced fuel recycling process» means an integrated, proliferation - resistant, spent nuclear fuel recycling or transmutation process that --
-- The Nuclear Regulatory Commission shall establish standards for protection against radiation (including occupational exposures) resulting from activities at facilities that use
an advanced fuel recycling process, including facilities to fabricate fuel enriched with actinide elements other than uranium.
Not exact matches
This nuclear
fuel cycle would combine two innovations: pyrometallurgical processing (a high - temperature method of
recycling reactor waste into
fuel) and
advanced fast - neutron reactors capable of burning that
fuel.
In the 1980s this research was directed toward a fast reactor (dubbed the
advanced liquidmetal reactor, or ALMR), with metallic
fuel cooled by a liquid metal, that was to be integrated with a high - temperature pyrometallurgical processing unit for
recycling and replenishing the
fuel.
Coupling Reactor Types If
advanced fast reactors come into use, they will at first burn spent thermal - reactor
fuel that has been
recycled using pyroprocessing.
That compatibility with metals is also why GE has chosen to make an alternative nuclear
fuel as well, as part of its «
Advanced Recycling Center» concept that includes PRISM reactors.
One of the big advantages offered by the PRISM reactor is that it offers a considerable
advance in the ability to
recycle used
fuel and plutonium.
The PRISM reactor would use
recycled nuclear
fuel from a reprocessing facility known as the
Advanced Recycling Center (ARC).
The PRISM reactor, as part of the
Advanced Recycling Center, would
recycle all the uranium and transuranics (elements heavier that uranium) contained within used nuclear
fuel.
Achieving zero net carbon emissions is possible, even with continued burning of fossil
fuels, said Dr. Patrinos, but only with the development of
advanced biofuel production processes, and carbon capture and disposal or
recycling technologies.
The reactor is called the PRISM and combined with pyroprocessing technology for
recycling spent fuel it is called the Advanced Recyclin
recycling spent
fuel it is called the
Advanced RecyclingRecycling Center.