Main features of the synthesis and formation of cement-containing catalysts for various processes of organic, inorganic, and environmental catalysis

The formation of copper-, manganese-, nickel-copper, and other cement-conta ining catalysts for organic, inorganic, and environmental catalysis are stu died by physicochemical and physicomechanical methods. The catalysts are pr epared by chemical mixing, impregnation, and mechanochemical activation wit h high-pressure water jets (30-300 MPa). Strong metal-support interaction d uring the preparation of the catalysts and the introduction of manganese co mpounds stabilize copper ions in oxides, hampers the reduction of oxides, a nd improves the thermal stability of samples and the stability to mechanica l disintegration during performance. Deeper interaction between copper and zinc salts enhances the efficiency of copper catalysts. The technologies of the industrial syntheses of catalysts for various industries is developed and used.