Abstract
The past few decades have witnessed a global search for clean and renewable energy sources, such as hydrogen (H2). Hydrogen benefits from a relatively high energy density and has already found successful applications in fuel cells and combustion processes, through its green exothermic reaction with oxygen (O2). The large, and growing global demand for H2 is currently met mostly by methane reforming, a process that requires a high energy input and thus typically requiring an extensive use of fossil fuels. Sustainable methods for large scale production of hydrogen are then needed with high urgency.
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