Ask now - it's free
in Electrical Engineering by
Explain working of fast breeder reactor.

Know someone who can answer this question ? Share this on Facebook Twitter Whatsapp

← Prev Question Next Question →

1 Answer

0 like 0 dislike

Fast Breeder Reactor (FBR): 


A fast breeder reactor produces heat and at the same time converts fertile material into fissionable material. The central portion of this reactor is a stainless steel pot in which a core of fissionable material is kept. The Fuel used is natural or enriched Uranium. This core of fissionable material is surrounded by a blanket of breeder (fertile) material (U238 or Th232).In this type of reactor, two heat exchangers are used. The reactor core is cooled by liquid sodium / potassium. In the second heat exchanger, the coolant is again liquid sodium/potassium which transfers heat to feed water. A neutron shield (graphite) separates the reactor core and primary heat exchanger. The fertile material absorbs neutrons produced by chain reaction and thus produces fissile material (Pu239 or U233).A true breeder reactor produces more new fuel than it consumes. The term "fast" comes from the fact that the majority of the fission events are caused by fast neutrons, rather than slow or thermal neutrons. In fact no moderator is present at all to slow down the fast neutrons. 

Related questions

0 answers 43 views
0 answers 57 views

Want to ask a new question ? :-> Ask Question

Want to help the community by giving answer? :-> Unanswered Questions

Here anyone can ask and answer any question. Get help and can help to any engineering problem including Electrical, Electronics, Mechanical, Telecommunication, Instrumentation, Computer, Mathematics, Physics etc. Get answers to questions. Help is always 100% free!