Abstract: A catalytic engine comprises a catalytic reformer and a turbine, and it employs the process steps of introducing a reactant mixture of fuel, air, water and recycled exhaust gas into a reaction zone, reacting said fuel mixture over oxidation catalysts in the reaction zone by adjusting the CO2/C, H2O/C, O2/C ratios and the % fuel of the reactant mixture to maintain the reactor at a temperature between 150-1100° C. and a pressure between 1 to 100 atmosphere, and feeding said refromate stream from said reaction zone to drive a downstream turbine, a turbocharger or any kind of gas turbine. This catalytic engine can be connected to an electrical generator to become a stationary or mobile power station, which can be used in transportation, industrial, utility and household applications.

Abstract: There is a provided an integrated system and process for the generation of electricity. The integrated generator comprises the steps of introducing a fuel mixture into a reaction zone, reacting said fuel mixture by adjusting the H2O/C and O2/C ratios in the feed fuel mixture to maintain constantly the temperature between 150-1000° C. in said reaction zone to produce a first refromate stream comprising steam and other gases, feeding said first stream from said reaction zone to a turbine, and generating electricity with said turbine and a generator. There is a provided an Integrated System consists of several integrated generators combined in series. Additional air and/or fuel can be injected into the feed stream of each reformer. This integrated system can be used to generate additional electricity, improve overall thermal efficiency, recover the latent heats and remove pollution.