Abstract
A transition to a two-component nuclear power structure with a reactor fleet consisting of thermal and fast reactors as envisioned in the Russian nuclear power development strategy to 2050 and outlook to 2100 will require optimal spent nuclear fuel and radioactive waste management solutions. A core issue in this regard is managing the long-lived minor actinide (MA) inventory that affects overall nuclear power ecological safety. The study examines several options for homogenous MA (Am and Np) transmutation using modern calculation codes with MA transmutation rate and material balances taken into account. Results demonstrate that if fast reactor installed capacity reaches 92 GWe by 2100 there would not be any need for dedicated MA-burners as the MA issue would be gradually resolved within the two-component nuclear energy system by the end of the century.
Reference6 articles.
1. Radiation equivalent treatment of radioactive nuclides in nuclear fuel cycle - effective alternative to the delayed solution of spent nuclear fuel accumulation problem. Bulletin of the Russian Academy of Sciences [Energy] [Izvestiya Akademii Nauk.;Adamov;Energetika],2015
2. Reactor Installations with Sodium-Cooled Fast Reactors for Two-Component Nuclear Energy
3. Minor actinides transmutation in equilibrium cores of next generation FRs
4. Justification and optimization of FNR transition to the closed fuel cycle mode