FIELD: power engineering.
SUBSTANCE: invention relates to the field of sanitary and power self-production of economic entities. The method includes electrothermal pyrolysis of feedstock, production of active coal, formation of steam-gas mix with obtaining of synthesis gas and the subsequent metal recovery from metal oxides, obtaining of phytoproduction and oxygen in the photoreactor under action of solar radiation and formed at the previous stages of carbon dioxide and water, removal of excessive heat from the photoreactor by means of the heat pump to the phase transition heat accumulator with use during the cold period of year for heat supply of economic entities, production of chemical sources of electric current of active coal, metal and seaweed. Meanwhile the additional feedstock is the wood waste of of the territory landscaping, active coal adsorbed livestock and household waste, phytoproduction, used vehicle tires. And electrothermal processing of feedstock is performed at teh temperature 900°C with providing the set temperature by adjustable suply of pre-set amount of elements of the chemical electric current source, high-octane gasoline is synthesised at the temperature 300-400°C with the use of metal oxides as the catalyst which after exhaustion are heated up to the temperature 700°C with metal recovery by synthesis gas, and the carbon dioxide and water vapors formed thereafter are filtered by means of the ash residue which is withdrawn at formation of the synthesis gas, oxygen formed in the photoreactor is fed to the chemical source of electric current, the excess heat is removed from the photoreactor by the heat pump designed on the basis of Peltier effect, with metal-semiconductor junctures, placed respectively in the heat accumulator and the photoreactor.
EFFECT: providing of autonomous, environment friendly energy saving, machine-free system.
6 cl, 2 ex, 1 tbl, 2 dwg
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Authors
Dates
2015-01-10—Published
2012-12-04—Filed