The invention relates to a CuO-NiO / rGO
composite material with efficient electro-
catalysis oxygen reduction performance, and belonging to the technical field of electro-
catalysis materials. In the CuO-NiO / rGO
composite material provided by the invention, CuO-NiO nanoparticles are attached to a reduction-oxidized
graphene sheet layer, a
mass ratio of the CuO-NiO nanoparticles to the rGO is 100:3-5, the sizes of the CuO-NiO nanoparticles are 6-10nm, and the reduction-oxidized
graphene sheet layer is a single sheet layer; and the electro-
catalysis oxygen reduction performance is provided. Compared with existing
oxygen reduction reaction catalysts, the CuO-NiO / rGO
composite material provided by the invention is significantly reduced in cost, and is the
oxygen reduction reaction catalyst with low price and excellent electro-catalysis
oxygen reduction performance. The CuO-NiO / rGO composite material provided by the invention adopts
copper salts,
nickel salts, hydroxides and oxidized
graphene as materials, deionized water and absolute ethyl
alcohol as solvents, and glycol as a dispersing agent and a
reducing agent, and is synthesized by using a one-pot hydrothermal method. The CuO-NiO / rGO composite material provided by the invention is low in material price, prone to get materials, simple and easy in preparation operation, simple in aftertreatment process, prone to control reaction parameters, short in flow and low in
energy consumption.