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Reactor for Photocatalytic Hydrogen Production from Water
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Abstract
Solar‐energy‐driven photocatalytic water (H
2
O) splitting converts solar energy into a high‐valuable chemical, i. e. hydrogen (H
2
), and is thereby a promising technique for achieving a sustainable society. However, photocatalytic H
2
O splitting have not been applied at a scalable industrial level yet. In addition to photocatalyst, reactor is also a crucial factor affecting efficiency of photocatalytic H
2
O splitting. There are a large number of works focusing on photocatalytic H
2
O splitting, including both reviews and research works. However, the reported works on photocatalytic H
2
O splitting paid little attentions on reactor. Herein, we discuss recent progresses on reactor for photocatalytic H
2
O splitting, and highlight challenges for further studies. This is helpful for further improving efficiency of photocatalytic H
2
O splitting.
Title: Reactor for Photocatalytic Hydrogen Production from Water
Description:
Abstract
Solar‐energy‐driven photocatalytic water (H
2
O) splitting converts solar energy into a high‐valuable chemical, i.
e.
hydrogen (H
2
), and is thereby a promising technique for achieving a sustainable society.
However, photocatalytic H
2
O splitting have not been applied at a scalable industrial level yet.
In addition to photocatalyst, reactor is also a crucial factor affecting efficiency of photocatalytic H
2
O splitting.
There are a large number of works focusing on photocatalytic H
2
O splitting, including both reviews and research works.
However, the reported works on photocatalytic H
2
O splitting paid little attentions on reactor.
Herein, we discuss recent progresses on reactor for photocatalytic H
2
O splitting, and highlight challenges for further studies.
This is helpful for further improving efficiency of photocatalytic H
2
O splitting.
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