FIELD: solid fuel processing. SUBSTANCE: invention concerns technology of pyrolytic conversion of organics consisting in grinding moisture-containing organic substance, anaerobically heating it, and condensing pyrolysis products. Heating is effected in two in-series arranged separated chambers, first in moisture-removal chamber at 250-375 C and then at 650-750 C in processing chamber exposed to cold-plasma high-frequency reactive current discharge (voltage 1-500 kV, frequency 1-300 kHz). Water steam leaving moisture-removal chamber is transferred over steam bypass circuit into heat machine and/or heat-exchanger and gas fuel leaving processing chamber is transferred over pyrolysis gas bypass circuit into heat machine and/or heatexchanger and into condensation apparatus to produce liquid fuel. EFFECT: raised yield of gaseous and liquid fuel to 70%, reduced water content to 1-5%, increased combustion heat by 15-20%, and reduced power consumption. 2 cl, 2 dwg
