Sustained automatic and human exploration of the Solar System is the main and most
challenging objective for mankind's next steps in space. Organic strategies based on …

Supercritical CO 2 recompression Brayton cycle (S-CO 2 RBC) can be used as waste heat
recovery system in a ship because of the advantages of high efficiency, compact size and …

Abstract Supercritical CO2 (sCO2) power cycles find potential application with a variety of
heat sources including nuclear, concentrated solar (CSP), coal, natural gas, and waste heat …

Power tower concentrating solar plants with thermal energy storage will play a key role in
the transition to a low carbon scenario, thanks to be a dispatchable renewable energy …

Due to its advantages of low critical pressure and temperature, stability, non-toxic, abundant
reserves and low cost, supercritical CO2 becomes one of the most common supercritical …

The recovery of waste heat from thermal engines or industrial processes is prerequisite to
achieve high efficiencies in the utilization of primary energy resources. When the waste heat …

This work presents an innovative indirect supercritical CO 2–air driven concentrated solar
power plant with a packed bed thermal energy storage. High supercritical CO 2 turbine inlet …

This paper dedicates to develop a systematic approach of design and multi-dimensional
performance optimization of the Supercritical carbon dioxide (SCO 2) compressor. A 5 MW …

One of the most important targets is the power supply issue in hypersonic propulsion
systems with long range/endurance. Due to the lack of rotating components and …

This paper describes a novel gas turbine and cascade CO 2 combined cycle which
composes of a gas turbine, a supercritical CO 2 Brayton cycle and a transcritical CO 2 cycle …