Research Progress of NiMoO4 in Electrocatalytic Oxygen Evolution and Urea Oxidation Reactions
Electrolytic water hydrogen production is one of the most promising hydrogen production technologies. The devel-opment of high activity and high stability of electrocatalyst is the key to promote the industrialization of electrolytic water hy-drogen production technology. Electrolytic water hydrogen production is one of the most promising hydrogen production tech-nologies at present. Developing electrocatalysts with high activity and high stability is the key to promote the industrializa-tion of electrolytic water hydrogen production technology. Among many catalysts, transition metal oxides containing two kinds of metal cations have attracted wide attention, especially the transition metal oxides represented by nickel molybdate show cheaper and more efficient electrocatalytic performance. In this paper, the application of nickel molybdate(NiMoO4) in electrolytic catalysis of oxygen evolution, hydrogen evolution and urea oxidation is reviewed in recent years, providing reference for the development of high performance nickel molybdate catalysts.
electrolytic water catalysttransition metal oxidenickel molybdate