A new strategy of utilization of photogenerated electrons-holes for photoredox catalysis
What is it about?
In one reaction system, the photogenerated electrons and holes were directly used for selective reduction of nitrobenzene to aniline and selective oxidation of aromatic alcohol to aromatic aldehyde under green mild reaction conditions through visible light irradiation. The mechanism had been studied in detail. The results demonstrated that this photocatalytic selective oxidation and reduction reaction is a synergistic reaction via producing and consuming protons. Thus the stoichiometric products could be obtained, and the photogenerated carriers could be utilized completely.
Why is it important?
A green and sustainable reaction system was brought up and established, in which the selective oxidation process consumed photogenerated holes and produced protons, the selective reduction process digested electrons and protons. In traditional oxidation and reduction catalysis, the electrons and holes were used to be wasted by sacrificial agents, respectively, then undesirably increases the system cost and brings along some oxidation products such as CO2.
The following have contributed to this page: Sugang Meng
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