Monolith perovskite catalysts for high-temperature applications (fuels
combustion, toxic wastes incineration, hydrocarbons reforming, sulfur
dioxide reduction, etc.) were elaborated. Basic stages of these catal
ysts manufacturing ( synthesis of perovskites ultradispersed powders v
ia effective wasteless plasmochemical and mechanochemical routes, mono
liths shaping by extrusion with subsequent drying and calcination) wer
e developed. Pilot testing in a number of high-temperature catalytic p
rocesses demonstrated efficiency, thermal stability and thermal shock
resistance of monolithic perovskites.