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Fast breeder - FBR generating plants | A Wisdom Archive on Fast breeder - FBR generating plants | | Fast breeder - FBR generating plants A selection of articles related to Fast breeder - FBR generating plants | |
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Fast breeder, Fast breeder - Associated reactor types, Fast breeder - Economics, Fast breeder - FBR generating plants, Fast breeder - Future plants, Fast breeder - Proliferation, Fast breeder - Technical, LMFBR
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ARTICLES RELATED TO Fast breeder - FBR generating plants | | | |  Fast breeder - FBR generating plants: Encyclopedia II - Fast breeder - FBR generating plantsFBRs have been built and operated in the USA, the UK, France, the former USSR, India and Japan. One of the plants in the USSR was also previously used for desalination in addition to power generation. As of 2004, a prototype FBR was under construction in China, while another experimental FBR in Germany was built but never operated.
On December 20, 1951, the fast reactor EBR-I (Experimental Breeder Reactor-1) at the Idaho National Engineering and Environmental Laboratory in Idaho Falls, Idaho produced enough electricity to power four l ...
See also:Fast breeder, Fast breeder - Technical, Fast breeder - FBR generating plants, Fast breeder - Future plants, Fast breeder - Economics, Fast breeder - Proliferation, Fast breeder - Associated reactor types Read more here: » Fast breeder: Encyclopedia II - Fast breeder - FBR generating plants |
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| | | | Fast breeder - FBR generating plants: Encyclopedia II - Fast breeder - Associated reactor types One design of fast neutron reactor, specifically designed to address the waste disposal and plutonium issues, was the Integral Fast Reactor (a.k.a. Integral Fast Breeder Reactor, although the original reactor was designed to not breed a net surplus of fissile material) [2] [3].
To solve the waste disposal problem, the IFR had an on-site electrowinning fuel reprocessing unit that recycled the uranium and all the transuranics (not just plutonium) via electroplating, leaving just short half-life fission products in the wast ...
See also:Fast breeder, Fast breeder - Technical, Fast breeder - FBR generating plants, Fast breeder - Future plants, Fast breeder - Economics, Fast breeder - Proliferation, Fast breeder - Associated reactor types Read more here: » Fast breeder: Encyclopedia II - Fast breeder - Associated reactor types |
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| | | | Fast breeder - FBR generating plants: Encyclopedia II - Fast breeder - Proliferation It is generally agreed that—if designed incorrectly—the FBR poses a greater risk of proliferation of nuclear weapons than the PWR. Unlike a PWR, an FBR can in theory produce weapons grade material. However, to date all known weapons programs have used far more easily built thermal reactors to produce plutonium, and there are some designs such as the SSTAR which avoid proliferation risks by both producing low amounts of plutonium at any given time from the U-238, and by producing three different isotopes of plutonium (Pu-239, Pu-240, and ...
See also:Fast breeder, Fast breeder - Technical, Fast breeder - FBR generating plants, Fast breeder - Future plants, Fast breeder - Economics, Fast breeder - Proliferation, Fast breeder - Associated reactor types Read more here: » Fast breeder: Encyclopedia II - Fast breeder - Proliferation |
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| | | | Fast breeder - FBR generating plants: Encyclopedia II - Fast breeder - Technical FBRs usually use a mixed oxide fuel core of up to 20% plutonium dioxide (PuO2) and at least 80% uranium dioxide (UO2). The plutonium used can be from reprocessed civil or dismantled nuclear weapons sources. Surrounding the reactor core is a blanket of tubes containing non-fissile uranium-238 which, by capturing fast neutrons from the reaction in the core, is partially converted to fissile plutonium 239 (as is some of the uranium in the core), which can then be reprocessed for use as nuclear fuel. There is no moderator as this would slow the neutrons leaving the core. Early FBRs used metallic fuel, ei ...
See also:Fast breeder, Fast breeder - Technical, Fast breeder - FBR generating plants, Fast breeder - Future plants, Fast breeder - Economics, Fast breeder - Proliferation, Fast breeder - Associated reactor types Read more here: » Fast breeder: Encyclopedia II - Fast breeder - Technical |
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