Process Analysis and Simulation of the Solar Thermo-Chemical Hydrogen Generation (original) (raw)

This study focuses on the process analysis and simulation of solar thermo-chemical hydrogen generation, particularly emphasizing the sulfur-iodine (S-I) and copper-chlorine (Cu-Cl) cycles. The paper evaluates the performance of these cycles for hydrogen production using solar energy as a sustainable heat source. Results indicate that the S-I cycle has the potential for higher efficiency, although initial evaluations show promise for the Cu-Cl cycle. The research highlights the importance of hydrogen as a clean fuel alternative and addresses the challenges faced by conventional carbon-based fuels.