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The Fukushima accident reveals the need for additional safety systems for nuclear power plants. One promising option is the supercritical carbon-dioxide (sCO 2 ) heat removal system, which consists of a simple Brayton cycle. This study provides an overview of the extensions and validation of the thermal-hydraulic system code ATHLET for the simulation of sCO 2  power cycles, especially with regard to the sCO 2  heat removal system. The properties of CO 2 , heat transfer and pressure drop correlations, as well as compact heat exchanger and turbomachinery modelling are considered.

ATHLET extensions for the simulation of supercritical carbon dioxide driven power cycles