PROCESSOR FOR CONVERSION hydrocarbon fuels into synthesis gas FOR A SOLID OXIDE FUEL CELL

摘要

The invention relates to a device for carrying out the catalytic conversion of various hydrocarbon C1 -C12 fuel type to produce synthesis gas used as fuel in solid oxide fuel cells. The proposed device - the fuel processor for converting hydrocarbon fuels into synthesis - gas, including air, steam and autothermal reforming, for use in a solid oxide fuel cell comprises a reformer for conversion arrangement unit feed mixture consisting of an evaporator, superheater and reacting the initial mixture mixer, a heating device with integrated afterburner anodic gases generated as a result of the solid oxide fuel cell, a reformer configured n units in the form of flat cylindrical shape, consisting of exothermic and endothermic channels within which is located a catalyst composed of alternating flat and a corrugated thermally conductive metal mesh or metal porous catalyst strips forming channels for the passage of the reaction mixture coming from the mixture preparation unit. The technical result - the creation of a compact apparatus for producing synthesis gas with enhanced efficiency when the content of the H2 + CO 76% for the power plants based on solid oxide fuel cells (SOFC). 1N. n., 5 ZP f-ly, etc. 5. 1 Fig.