MWe. MBIR Multipurpose fast neutron research reactor. The Research Institute of Atomic Reactors (NIIAR) site at Dimitrovgrad in the Ulyanovsk region of western Russia, 150 MWt. Construction started in 2016 with completion scheduled for 2024. BREST-300, Seversk, Russia. Construction started at 8 June 2021 In design BN-1200, Russia, built starting after 2014, with operation planned for 2018–2020, now delayed until at least 2035. Toshiba 4S was planned to be shipped to Galena, Alaska (USA) but progress stalled (see Galena Nuclear Power Plant) KALIME is a 600 MWe project in South Korea, projected for 2030. KALIMER is a continuation of the sodium-cooled, metal-fueled, fast-neutron reactor in a pool represented by the Advanced Burner Reactor (2006), S-PRISM (1998-present), Integral Fast Reactor (1984-1994), and EBR-II (1965-1995). Generation IV reactor (helium·sodium·lead cooled) US-proposed international effort, after 2030. JSFR, Japan, a project for a 1500 MWe reactor began in 1998, but without success. ASTRID, France, canceled project for a 600 MWe sodium-cooled reactor. Mars Atmospherically Cooled Reactor (MACR) is a 1 MWe project, planned to complete in 2033. MACR is a gas-cooled (carbon dioxide coolant) fast-neutron reactor intended to provide power to proposed Mars colonies. TerraPower is designing a molten salt reactor in partnership with Southern Company, Oak Ridge National Laboratory, Idaho National Laboratory, Vanderbilt University and the Electric Power Research Institute. They expect to begin testing a loop facility in 2019 and is scaling up their salt manufacturing process. Data will be used to assess thermal hydraulics and safety analysis codes. Elysium Industries is designing a fast spectrum molten salt reactor. ALFRED (Advanced Lead Fast Reactor European Demonstrator) is a lead cooled fast reactor demonstrator designed by Ansaldo Energia from Italy, it represents the last stage of the ELSY and LEADER projects. Planned Future FBR, India, 600 MWe, after 2025 Chart See also Energy amplifier Fast breeder reactor Gas-cooled fast reactor Generation IV reactor Lead-cooled fast reactor Nuclear fuel cycle Sodium-cooled fast reactor Thermal-neutron reactor References External links https://www.amazon.com/Concepts-Behind-Breeder-Reactor-Design/dp/3659180009 ANL report on EARLY SOVIET FAST REACTORS Article on recent work on fast-neutron reactors in Scientific American, December, 2005 IAEA Fast Reactor Database Fast Reactor Data Retrieval and Knowledge Preservation seeks to establish a comprehensive, international inventory of fast reactor data and knowledge, which would be sufficient to form the basis for fast reactor development in 30 to 40 years from now. World Nuclear Association: Fast-Neutron Reactors International Thorium Energy Organisation Soviet inventions