As the most abundant element in the universe,hydrogen holds considerable promise for future sustainable energy and chemical systems.Hydrogen can serve as a clean energy carrier for storing and transporting renewable e...As the most abundant element in the universe,hydrogen holds considerable promise for future sustainable energy and chemical systems.Hydrogen can serve as a clean energy carrier for storing and transporting renewable energy,and as a critical feedstock for industrial processes ranging from ammonia synthesis to petroleum refining and green steel production.A hydrogen-based economy,underpinned by clean and circular hydrogen flows,is widely regarded as a key enabler for deep decarbonization across sectors.展开更多
基金support under the National Science Foundation award 2404462.
文摘As the most abundant element in the universe,hydrogen holds considerable promise for future sustainable energy and chemical systems.Hydrogen can serve as a clean energy carrier for storing and transporting renewable energy,and as a critical feedstock for industrial processes ranging from ammonia synthesis to petroleum refining and green steel production.A hydrogen-based economy,underpinned by clean and circular hydrogen flows,is widely regarded as a key enabler for deep decarbonization across sectors.
