FEASIBILITY OF USING HEAT PUMPS IN ENERGYSUPPLY OF THERMOCATALYTIC REACTORS

Abstract

Modern thermocatalytic rreactors for cleaning of gases must have high yield and to provide continuity of process. For the catalytic cleaning the different on a method co-operating is used with a catalyst and functional setting vehicles. For the increase of energy efficiency of thermocatalytic reactors it is expedient to apply alternative energy sources, in particular, heat-pumps. Taking into account advantages of heat-pumps, in particular, simplicity of editing, economy, automation, universality, compactness, quite, ecofriendlyness, reliability, longevity, a thermocatalytic reactor offers for rendering of harmful extrass harmless with a heat-pump in that due to introduction of alternative energy source, the process of heating of catalyst comes true. It will allow to promote power efficiency of process of heatsupply of thermocatalytic reactors

Comparison of different energy sources is executed, it is set as a result, that a geothermal heat-pump has considerable power efficiency. Application of heat-pump substantially reduces the charges of traditional energy sources on heating of components of mixture in a , thermocatalytic reactor and allows to promote energy efficiency of cleaning process. Depending on the sizes of reactor, necessary temperature of catalysis, amount of components in him and volume of muddy mixture that clears up, it is expedient to elect power of heat-pump.