III International Conference

PP-III-2and microstructure, oxidation resistance, permeability at flow rates of up to 6 m/s anddeformation behavior were studied. A method for specified deformation of HPPCM platesfrom 12 mm to 5 mm length was developed. A pilot batch was produced, intended to be usedas ICHGE.The catalytic steam-generating power reactor (CSGR) allows to perform deep flamelessfuel oxidation at reactor temperatures of less than 1000 °C, which virtually eliminatesformation of nitrogen oxides NO x , as well as of CO.The emission spectrum of high-power selective infrared radiation (IRR) of cobaltchromiumICHGE catalyst was examined at different temperatures of flameless methanecombustion. This spectrum was recorded by means of Fourier spectrometer. The energyestimation shows that the main chromatic band of high-power IRR (λ m = 4.37 µm) containsabout 1 4 of ICHGE integral energy Q Σ , which corresponds to radiant surface unit poweroutput of about 0.3 mW/m 2 , the value achieved amounting to Q Σ = 1.2 mW.Due to heat-generating elements and heat-exchange surfaces being located close to eachother, the furnace volume tension is by one order higher than in torch-type furnaces, whichresults in decrease of steam generator dimensions and reduction of its cost. Use of two-stageturbo expander (instead of an expensive turbine) as an engine allows additional cost reductionof the established kilowatt-hour of electric and heat power. Everything abovesaid allows toobtain an environment-friendly and reasonably cheap power plant, which can be used as arelatively low-power source of electric energy and heat (100 kW to 5 MW per plant) forisolated power supply of urban houses and quarters, as well as of isolated remote consumers.473