Solar Fuels: Conversion Pathways and Reactor Concepts

This lecture covers the conversion pathways and reactor concepts for solar fuels, including solar thermal cracking, steam reforming, and gasification. It explores hybrid solar conversion processes, reactor designs for thermal cracking, and steam reforming. The lecture delves into solar thermolysis, thermochemistry, and the development of solar reactors for gasification. It also discusses the challenges and advancements in solar-to-fuel technologies, such as solar materials and photoelectrochemistry. The presentation emphasizes the sustainable use of solar energy for producing fuels and materials, highlighting the importance of innovative reactor designs and efficient conversion pathways.