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• The loose coupling of the exact pebble movement with the fuel burnup has been successfully achieved. • The fuel cycle and the multi-pass fuel loading scheme of the HTR-PM are well-designed and feasible. CONCLUSIONS • HTR-PM: Commercial pebble-bed High Temperature Reactor (HTR) demonstration plant under construction in China since 2012. • Composed by two 250 MWth modules, both graphite-moderated, helium-cooled and with a thermal spectrum. • 420000 spherical fuel elements flowing in the core and being recirculated up to 16 times. • Single pebble burnup evolution influenced by the surrounding Cross sections (XS) generation at core-level. INTRODUCTION

Statistical Burnup Distribution of Moving Pebbles in HTR-PM Reactor