FIELD: chemical-to-electrical energy conversion; high-temperature electrochemical devices with solid oxide electrolyte for mobile and stationary high-power plants. SUBSTANCE: method involves use of narrow range of fossil chemical agents whose production in large quantities (thousands of tons) has been already harnessed. As a consequence, procedure is conducted in the framework of single physical and chemical process using single-type process equipment. EFFECT: reduced power requirement and quantity of materials for process equipment; reduced cost of finished product. 55 cl, 11 dwg, 5 tbl, 15 ex
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