The Supercritical Carbon Dioxide cycle (S-CO2 cycle) can achieve relatively high efficiency
in the moderate temperature (450–750° C) region because the cycle takes advantage of non-
ideal properties variation near the critical point. The S-CO2 cycle was originally considered
as an attractive candidate for power conversion cycle of the next generation reactors.
However due to many benefits of the S-CO2 cycle, it is not only limited to the nuclear
application but also considered in other conventional and renewable energy system …

[en] The supercritical carbon dioxide cycle (S-CO 2 cycle) can achieve relatively high
efficiency in the modest temperature (450-750 deg. C) region because the cycle takes
advantage of non-ideal properties near the critical point. The S-CO 2 cycle was originally
considered as an attractive candidate for power conversion cycle of the next generation
reactors. Due to many benefits of the S-CO 2 cycle including the substitution of sodium-water
reaction with much milder sodium-CO 2 reaction, the application for Sodium-cooled Fast …