Opportunities exist for the diversion of weapons - usable material at the front end of the fuel cycle, during which natural uranium is enriched to
make reactor fuel.
Not exact matches
Exelon
made the offer because it can use the
fuel at one of its 23
reactors if Entergy declines it, Exelon officials said.
During the discussions about the proposed
fuel bridge, Entergy officials thought Exelon might
make an offer to buy the plant, which sits next to Exelon's two
reactors at Nine Mile Point.
Scientists are also investigating the possibility of using high - temperature nuclear
reactors to
make hydrogen for
fuel cells.
Some of the new nuclear science research programs, including the one at MIT, are studying new
reactor designs and
fuel cycles that scientists (and policy - makers) hope will
make nuclear plants safer and cheaper to operate, and produce waste materials with smaller volume, shorter half - lives, and less appeal to terrorists and other would - be nuclear powers.
Transfers of casks from operating
reactors could follow, and the report authors said that would help resolve a long - running court dispute over payments nuclear plant operators are required to
make to the federal government in return for federal storage of the spent
fuel — a bargain the federal government has not kept.
Because the world's uranium supply is finite and the continued growth in the numbers of thermal
reactors could exhaust the available low - cost uranium reserves in a few decades, it
makes little sense to discard this spent
fuel or the «tailings» left over from the enrichment process.
Appropriators in the Senate, meanwhile, endorsed plans for a center dedicated to the modeling and simulation of nuclear
reactors, and gave qualified support to two more: A hub to
make fuels directly from sunlight and another on energy - efficient buildings.
Moreover, the authors suggest that states that provide subsidies to uneconomical nuclear
reactors within their borders could also play a constructive role by
making those subsidies available only for plants that agreed to carry out expedited transfer of spent
fuel.
Our 29 June edition suggested using a chemical
reactor on Mars to
make fuel from hydrogen and carbon dioxide.
Newly approved
reactor designs could reduce global warming and fossil -
fuel dependence, but utilities are grappling with whether better nukes
make market sense
Iran has said it will downsize the calandria — the vessel in which a core resides —
making it harder to later reconfigure the
reactor to switch back to natural uranium
fuel and produce more plutonium.
Under the law, in fact, the United States can intervene in the management of any
fuel burned in a U.S. -
made reactor.
One unheralded aspect of the Fukushima crisis is the fact that some of the
fuel burned at the Daiichi
reactors is
made by U.S. companies.
Under the 1978 Nuclear Non-Proliferation Act (NNPA), the United States has some control over the disposition of U.S. -
made fuel after it is burned in
reactors in foreign countries.
«We're going to take plutonium oxide that's a powder, turn it into
fuel form, put it in the
reactor,
make it more radioactive, and then put that into the ground,» Loewen admits, which would also render it unfit for nuclear weapons.
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.
(
Fuel in
reactor # 5 at Fukushima Daiichi was
made in the United States.)
«If I was going to try to get rid of 100 tons of plutonium, I'd burn it in a light - water
reactor,» Cochran says, by
making it into the mixed oxide
fuels.
These
reactors therefore «breed» plutonium, which can be used to
make more
fuel or nuclear weapons.
It also
fuelled a fierce debate: should Soviet - designed
reactors be shut down or could they be
made «safe»?
Since he still doesn't know what
fuel would
make it run, it's still not very interesting, other than the fact that he's put a lot of evident work into figuring out some of the basic properties of the
reactor despite not having any clue how its core would actually work.
Adjustments are periodically
made based on how the newer and older
fuel is distributed in the
reactor core.
HI - STAR 60's loaded weight is approximately 60 tons which
makes it the only cask for light water
reactor fuel shippable by truck in Holtec's fleet at this time.
The variable pitch of the
reactor and ease of access to the core, along with the
reactor's associated counting facilities,
make ZED - 2 an ideal tool for performing
reactor physics measurements and
fuel studies.
Global Nuclear
Fuel (GNF) has made its next - generation GNF3 boiling water reactor (BWR) fuel assembly available to customers for the first t
Fuel (GNF) has
made its next - generation GNF3 boiling water
reactor (BWR)
fuel assembly available to customers for the first t
fuel assembly available to customers for the first time.
Uranium mined from the earth contains only 0.7 percent (seven - tenths of 1 percent) U-235, the isotope used to
fuel nuclear
reactors and
make bombs.
«Highly enriched uranium» (HEU) is
made for use in nuclear weapons and is created when the content of uranium - 235 (U-235), the isotope of uranium that is fissionable and therefore necessary to
make nuclear weapons and nuclear
reactor fuel, is enriched.
Other «secondary sources» of uranium include uranium previously processed to
make nuclear weapons cores or
reactor fuel, but never consumed.
It could also
make use of other materials the UK Government wishes to disposition including reprocessed uranium and unused
fuel from past nuclear
reactor programs.
To
make the
reactor self - sufficient in case of any leakage, including a break in the main circulation pump, it is possible to use additionally the water from the spent
fuel storage pool for at least 72 hrs (an extra inventory of about 800 m3).
Szilard had many ideas about the
reactor design, and it was at this time that he actually thought up a name to the «nuclear breeder
reactor,» which is supposed to
make more
fuel than it consumes by bombarding uranium - 238, which does not fission, turning it into plutonium - 239, which does fission.
Find out how the uranium
fuel that powers the world's nuclear
reactors is mined and processed in several important steps that
make up the nuclear
fuel cycle.
«New
reactor designs could
make nuclear meltdowns physically impossible, and nanoengineered membranes could block carbon emissions in fossil -
fueled power plants.
Who has
made weapons material from used
fuel from modern civilian
reactors?
Carbon capture is already being used, but it is not necessary because super-ultra safe CANDU
reactors can generate the electricity now being produced by coal, and the coal is then used to
make fuel.
International solar thermal energy researchers have successfully tested CONTISOL, a solar
reactor that runs on air, able to
make any solar
fuel like hydrogen and to run day or night — because it uses concentrated solar power (CSP) and includes thermal energy storage.
On top of that at least some of the current nuclear waste we have could be used as
fuel for these
reactors, this
making our current waste problem less of an issue.
Scientists with the SOLAR - JET Project have demonstrated the first - ever entire process to
make kerosene, the jet
fuel used by commercial airlines, using a high - temperature thermal solar
reactor to create syngas.
But the uranium number also depends on use of breeder
reactors and
fuel reprocessing to
make use of the full energy content of the U-238, as well as the initial U-235 that supplies energy the first time through.
Molten salt
reactors run at much higher temperatures than conventional solid -
fuel reactors, which
makes them more efficient.
Scientists with the SOLAR - JET Project have demonstrated the first - ever entire process to
make kerosene, the jet
fuel used by commercial airlines, using a high - temperature thermal solar
reactor -LSB-...]
Alternatively, we can
make solar jet
fuel, by splitting both H2O and CO2 in a solar
reactor.
IFR was a sodium - cooled fast
reactor with inherently - safe
fuel rods
made of «spent»
fuel (article by Dr. Till).
http://www.world-nuclear-news.org/NP-China-plans-for-nuclear-growth-2011144.html Fast
reactors —
make maximum use of uranium resources by generating a certain amount more
fuel than they consume — are seen as the main technology for China's long - term use of nuclear energy.
In a deuterium - moderated -
reactor,
fuel made from natural uranium (0.71U - 235) can sustain a chain reaction.
New
fuel cycles and
reactor technologies addressing some of these issues are being investigated and progress in research and development has been
made concerning safety and waste disposal.
France could buy used
fuel rods from the US power
reactors for less than nothing, and just remove the fission products to
make a
fuel that has far more energy than the
fuel normaly used by the Canadians.
Remember that Israel used pirated fissionables and spent
fuel to
fuel their breeder
reactor to
make Pu239 to
make bombs.