Green valorization of biomass residues by solar-driven photoelectrochemical processes
Lecture outline
Low carbon H2 production can play a key role on the descarbonization of industrial processes
Its production costs need to be reduced to efficiently compete with the current production methods
Direct solar-to-hydrogen conversion can be a suitable method to reduce the costs of low carbon H2
The use of biomass residues as substrates for H2 production is an energy efficient pathway that can also lead to the production of valuable organic substrates increasing the economic attractiveness of the process
Further R&D is needed to scale-up the photoelectrochemical cells
Lecture: Green valorization of biomass residues by solar-driven photoelectrochemical processes
Lecture outline
Low carbon H2 production can play a key role on the descarbonization of industrial processes
Its production costs need to be reduced to efficiently compete with the current production methods
Direct solar-to-hydrogen conversion can be a suitable method to reduce the costs of low carbon H2
The use of biomass residues as substrates for H2 production is an energy efficient pathway that can also lead to the production of valuable organic substrates increasing the economic attractiveness of the process
Further R&D is needed to scale-up the photoelectrochemical cells
Carbon footprint, carbon balance and carbon neutrality
Carbon capture systems
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