Journal
CATALYSTS
Volume 7, Issue 3, Pages -Publisher
MDPI
DOI: 10.3390/catal7030093
Keywords
photocatalytic water oxidation; oxygen evolution reaction; photoelectrochemical water-splitting; zinc oxide
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Funding
- University of Malaya through the Grand Challenge initiative [GC001A-14AET]
- Fundamental Research Grant Scheme [FP008-2015A]
- Postgraduate Research Grant [PG221-2016A]
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The investigation of the water oxidation mechanism on photocatalytic semiconductor surfaces has gained much attention for its potential to unlock the technological limitations of producing H-2 from carbon-free sources, i.e., H2O. This review seeks to highlight the available scientific and fundamental understanding towards the water oxidation mechanism on ZnO surfaces, as well as present a summary on the modification strategies carried out to increase the photocatalytic response of ZnO.
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