TU-Delft
  Jan Leen Kloosterman
Research for Safe and Sustainable Nuclear Energy
 
Reactor core HOR
 
Home
Papers
Reports
CV
Links
Mission
Contact
 
Informatie:
Lezingen
Nieuwe Kernenergie
Nieuwe Kerncentrales
Moderne Kerncentrales
Kernsplijtingsafval
Snelle Reactoren
Waterstofproductie
Veiligheid kernenergie mp3
Onderzoek TU-Delft
Onderwijs TU-Delft pdf

Information:
Nuclear Hydrogen
Nuclear Reactors
Nuclear Waste
Sustainable Nuclear
To Recycle or Not
HTR Design Criteria
Molten Salt Reactors
World list NPPs

Education:
DELPHI
Teaching
Training
Theses
© J.L. Kloosterman

Abstract

K. Nagy, J.L. Kloosterman, D. Lathouwers, and T.H.J.J. van der Hagen Parametric studies on the fuel salt composition in thermal molten salt breeder reactors, International Conference on the Physics of Reactors, "Nuclear Power: a Sustainable Resource" (PHYSOR-2008), Interlaken, Switzerland (2008).

In this paper the salt composition and the fuel cycle of a graphite moderated molten salt self-breeder reactor operating on the thorium cycle is investigated. A breeder molten salt reactor is always coupled to a fuel processing plant which removes the fission products and actinides from the core. The efficiency of the removal process(es) has a large influence on the breeding capacity of the reactor. The aim is to investigate the effect on the breeding ratio of several parameters such as the composition of the molten salt, moderation ratio, power density and chemical processing. Several fuel processing strategies are studied.



For more information, please contact j.l.kloosterman@tudelft.nl.

Home