FIELD: power generation in chemical regenerative cycle using gas turbines. SUBSTANCE: process includes endothermic catalytic steam reforming of hydrocarbon raw materials, discharge of gaseous product of reforming, combustion of the latter in compressed air followed by expansion of gaseous combustion product, additional combustion of gas discharged from mentioned expanded gaseous product of reforming followed by expansion of gaseous combustion product obtained in the process and supply of gas discharged in the course of expansion for mentioned endothermic catalytic steam reforming and outlet of waste discharge gas from mentioned steam reforming; novelty is that endothermic catalytic steam reforming is effected so that hydrogen-enriched gas flow being produced is fed for additional combustion and hydrogen-leaned gas flow is used for combustion in compressed air. EFFECT: increased power generation efficiency. 4 cl, 1 dwg
