FIELD: engines and pumps.
SUBSTANCE: proposed engine comprises intercommunicated blast chamber, hydraulic accumulator, work body tank, proportioner, pneumatic accumulator, control valve, camshaft with cams interacting with valves that control conversion processes in blast chamber, waste gas cleaner filter, HP pneumatic accumulator, pneumatic pump with suction and safety valves, distilled water tank, floating platform mounted in blast chamber inner space and work body level pickup.
EFFECT: higher efficiency; engine design allows waste gas pre-cleaning to 80%, complete combustion of fuel mix.
