FIELD: chemical engineering.
SUBSTANCE: method comprises supplying material to be cleaned to reaction chamber (10) of photo-chemical reactor (5). A combustible gas and air are supplied to combustion chamber (2) of ballistic plasma generator (1). The combustion chamber is located upstream of piston (4). The inert gas is supplied to pipe (3) between piston (4) and nozzle unit (6) of ballistic plasma generator (1). After filling the spaces, the operation starts, and piston (4) is set in motion. The piston compresses gas adiabaticaly up to a pressure of 1000 atm and temperature of 10000-12000 K. The gas flows to chamber (7) of photochemical reactor (5) through nozzle unit (6). After dissociation of admixture the decomposition products enter reaction chamber (8) through outlet branch pipe (10).
EFFECT: enhanced efficiency.
10 cl, 2 dwg, 5 ex
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