FAST: Generation-IV nuclear reactors with a fast neutron spectrum

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We launched the project in 2002 and our current goals are:
 
  • to study neutronics and nucleonics, thermal hydraulics and fuel behaviour of advanced fast-spectrum nuclear reactors using modern computational tools: TRACE/PARCS/FRED, Eranos/EQL3D, Serpent 2, OpenFOAM;
  • to evaluate safety of fast reactors developed in Europe, in particular, European Sodium Fast Reactor (ESFR);
  • to analyse innovative design solutions for Generation-IV Molten Salt Reactor;
  • to represent Switzerland internationally at GIF, IAEA, OECD, EURATOM;
  • to educate young researchers and students, in particular, via the ETHZ/EPFL Master of Science in Nuclear Engineering and EPFL PhD programs.
16 reactors

March 11, 2021

After finishing of the Molten Chloride Fast Reactors (MCFR) chapter for Elsevier Encyclopedia of Nuclear Energy last year, Jiri Krepel was invited to contribute another chapter to the same encyclopedia dedicated to the sustainability and reactor physics issues of nuclear fuel cycle closing in advanced reactors. The ANS group has more than 15 years of experience in closed fuel cycle simulation and analysis and belong so to one of the world leading competence centers in this area. The general insight and knowledge, together with the results from E.