FIELD: burning combustible materials in state of aggregation together with air at probable addition of water. SUBSTANCE: method consists in introducing combustible materials into reaction chamber by means of compressed air in radial direction and burning at probable addition of water and oxidant. Amount of injected compressed air corresponds to amount of air required for complete combustion; mixture being introduced is directed to deflecting surface found inside reaction chamber, thus distributing and spraying it; liquid components are evaporated and solid components are sublimated and mixture starts burning in explosion-like manner before it reaches wall or bottom of reaction chamber. Reactor proposed for realization of this method is used for burning the materials together with air at probable addition of water or oxidant; this reactor includes reaction chamber with holes for delivery of combustible material, air, oxidant and/or water and outlet hole for discharge of combustible products; reactor has hyperboloid-like reactor head adjoining discharge hole of reaction chamber widening transversely. EFFECT: complete combustion at high yield of power. 25 cl, 3 dwg
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Authors
Dates
2003-02-10—Published
1998-11-10—Filed