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We carried out experimental studies concerning the plasma-chemical synthesis(PCS) of a catalyst for CH4 steam conversion and designed and built the equipment for PCS and/ or regeneration of spent catalyst for CH4 steam conversion. Under the conditions of an electric-arc low-temperature plasma (LTP), we studied the Ni-O-Al system and performed a comprehensive physicochemical analysis of the ultradispersed product obtained. It’s the first time worldwide when the conditions of plasma-chemical synthesis and/ or regeneration of CH4 steam conversion catalysts under the conditions of electric-arc LTP are investigated depending on the plasma-chemical process (PCP) parameters and the plasma-chemical reactor (PCP) type (with CW-“cold walls” Tw = 500 K or WW-“warm walls” Tw = 1500 K), samples with a specific surface of 120 m2/g are obtained. Plasma-chemically synthesized and/ or regenerated samples have a homogenous chemical composition similar to that the Girdller (USA) conventional industrial catalyst. It is emp
We carried out experimental accounts concerning the plasma-chemical synthesis (PCS) of a catalyst for CH4 steam conversion and designed and built the equipment for PCS and / or regeneration of spent catalyst for CH4 steam conversion. Under the conditions of an electric-arc low It has been the first time worldwide when the conditions of plasma-chemical synthesis and / or regeneration of CH4 steam conversion catalysts under the conditions of electric-arc LTP are headed by the plasma-chemical process (PCP) parameters and the plasma-chemical reactor (PCP) type (with CW- “cold walls” “Tw = 500 K or WW-” Plasma-chemically synthesized and / or regenerated samples have a homogenous chemical composition similar to that of the Girdller (USA) conventional industri al catalyst. It is emp