Please join my meeting on your computer:
Seminarium Zakładu Energetyki Jądrowej i Analiz Środowiska (UZ3)
Departament Badań Układów Złożonych (DUZ)
dr inż. James C. Kuijper
NUCLIC – Nuclear Innovation Consultancy
GEMINI+ HTGR Neutronics
Literally, at the heart of the Euratom Horizon 2020, project GEMINI+ are the core neutronics (design) calculations. For these calculations on a relatively small (180 MWth), prismatic HTGR with cylindrical core, the 3-D monte-carlo particle transport and depletion code SERPENT version 2 (VTT, Finland) was selected, the main reasons being the flexibility and versatility of this code, which enabled the modelling of all relevant details of the reactor without unnecessary approximations. The presentation gives an overview of the performed neutronics analyses for the current/latest (June 2020) design of the GEMINI+ HTGR and the results thereof. Neutronics features seem quite promising, but further improvements and therefore further investigations would be desirable.
M. Dąbrowski, T. Kwiatkowski