The government noted Japan's basic energy policy - decided by the Cabinet in April 2014 - aims to promote the nuclear fuel cycle, including the promotion of
fast reactor development.
JAEA chairman Toshio Kodama said, «In addition to effectively utilizing the results of our research and development - including the results obtained through the development of Monju so far for future
fast reactor development - we will contribute to the development of state - of - the - art fast reactors in Japan by making maximum use of the human resources and equipment, etc of this organization according to the established «
fast reactor development policy».»
The government said the incidents at Monju had led to a «stagnation» in the country's
fast reactor development, as well as increased costs.
The government said it would «thoroughly utilise» the technology, knowledge and human resources Japan has already built up in
fast reactor development.
Not exact matches
U.S. policy should aim at
development of self - sustaining «
fast»
reactors that generate enough fuel to maintain operations, rather than pursuing breeder
reactors that create excess fuel, the report says.
The Tennessee Valley Authority hopes to catalyze
development of such
reactors by installing one at its Clinch River site in Tennessee, former home of the U.S.'s failed attempt to build its own commercial
fast reactor.
He said that the government had reviewed its position and concluded that the funding of research and
development on the
fast reactor at Dounreay was not a priority beyond March 1993, as there was agreement that commercial deployment of the
fast reactor would not be justified until well into the next century.
Thierry Dujardin, an official with the Organisation for Economic Co-Operation and
Development's Nuclear Energy Agency in Paris, told Science for a 27 February 2009 article that
fast reactors could help reduce nuclear waste and cut greenhouse gas emissions.
The Department of Atomic Energy will grow by a healthy 21 %, to $ 2.5 billion, with $ 61 million for the Indira Gandhi Centre for Atomic Research in Kalpakkam, possibly for
development of a new fuel for the
fast breeder
reactor.
Prism is a sodium - cooled
fast neutron
reactor design built on more than 30 years of
development work, benefitting from the operating experience of the EBR - II prototype integral
fast reactor which operated at the USA's Idaho National Laboratory — formerly Argonne National Laboratory — from 1963 to 1994.
It is profligate in the extreme to keep pouring money into the
development of
fast breeder
reactors.
Fast breeder
reactors haven't happened yet, like a lot of other
developments, and its possible that fusion will be another technology like that.
Last October, GEH and Southern Nuclear signed an MoU to collaborate on the
development and licensing of
fast reactors including GEH's Prism.
However, it is very important for Japan - a resource - poor country committed to being a global leader in science and technology - to continue the technological
development of
fast reactors in anticipation of the future.»
However, the government also said the country's
development of
fast reactors would continue.
While there are more than 90 advanced nuclear technology and small modular
reactor designs under various stages of
development, GEH and ARC Nuclear view sodium
fast reactors as being the most mature advanced
reactor technology with decades of real operating experience from more than 20 previous
reactors.
«This time» refers to the long - awaited opportunity to deliver the PRISM integral
fast reactor that has been in
development since the early - 1980s — an opportunity that last month saw Loewen visit the UK to give evidence to the Energy and Climate Change Select Committee of MPs.
There are eight new small modular
reactors on a
fast track to generic approval in the US — and more than 45 designs under
development globally.
They just fired up their first
Fast Fission
reactor after a LOT of process
development, 100 times less spent fuel, 100 times greater fuel burn, they are probably ahead of everyone in future energy solutions.