started which focuses more toward the commercialization stage FBR cycle. Basic scenario of Japan’s
R&D aims for rea lization of demons tration FBR’s and other related facilit ies by around 2025 and
introducing commercial FBRs before 2050.
In FaCT project, the design studies and the R&D of innovative technologies (including 13 items related
to the reactor, 6 items related to the reprocessing and 6 items related to the fuel fabrication) have been
advanced based on the above-mentioned main concept. It is assumed that the approval of the innovative
technologies as a whole system can be ascertained, and the conceptual design of both demonstration and
commercial facilities as well as the R&D plans for practical use can be presented in 2015. Fig. 3 shows the
image of FBR R&D toward commercial reactor.
Pu recovered through reprocessing LWR spent fuels is currently used in LWRs, which will continue
until FR cycle technology has been completed in the future. It is important how it shifts from utilization of
Pu in LWRs to in FBRs. The five party coordinate council consisting of government authorities: MEXT
(Ministry of Education, Culture, Sports, Science and Technology) and METI (Ministry of Economy,
Trade and Industry), utilities, vendor, and JAEA (Japan Atomic Energy Agency)) was established in July,
2006, and it is now dis cus s ing how to s hift s moothly from the exis ting LWR cycle to FR cycle.
started which focuses more toward the commercialization stage FBR cycle. Basic scenario of Japan’s
R&D aims for rea lization of demons tration FBR’s and other related facilit ies by around 2025 and
introducing commercial FBRs before 2050.
In FaCT project, the design studies and the R&D of innovative technologies (including 13 items related
to the reactor, 6 items related to the reprocessing and 6 items related to the fuel fabrication) have been
advanced based on the above-mentioned main concept. It is assumed that the approval of the innovative
technologies as a whole system can be ascertained, and the conceptual design of both demonstration and
commercial facilities as well as the R&D plans for practical use can be presented in 2015. Fig. 3 shows the
image of FBR R&D toward commercial reactor.
Pu recovered through reprocessing LWR spent fuels is currently used in LWRs, which will continue
until FR cycle technology has been completed in the future. It is important how it shifts from utilization of
Pu in LWRs to in FBRs. The five party coordinate council consisting of government authorities: MEXT
(Ministry of Education, Culture, Sports, Science and Technology) and METI (Ministry of Economy,
Trade and Industry), utilities, vendor, and JAEA (Japan Atomic Energy Agency)) was established in July,
2006, and it is now dis cus s ing how to s hift s moothly from the exis ting LWR cycle to FR cycle.
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