FIELD: exhaust gas neutralization technology. SUBSTANCE: method relates to engine production industry, mechanical engineering, heat power industry, metallurgy, chemical industry, welding technology, cryogenic engineering, medicine, food production industry, textile industry, electrical engineering, automotive industry, gas cleaning installations, mining industry, deep water immersion technology. In engine production industry, method can be used for increasing engine power, saving fuel, possible application of heavier fuel fractions, methanol, alternative fuels, and also for reducing toxicity of exhaust gases. In ferrous and non-ferrous metallurgy, method can be used for intensification of metallurgical processes, increasing degree of cleanliness of produced metals, and for separation of noble metals. In welding technology, it can be used for producing oxygen or creation of chemically inert medium. In medicine - for rendering harmless premises, drinking water, for producing oxygen. According to method, enriching air with oxygen is carried out with subsequent ozonization of oxygen and initiation of ozone degradation. In addition, less strong oxidizer or oxygen is replaced with more stronger oxidizer that is monatomic oxygen and ozone. Applied according to method are additional gas-distributing devices based on various physical principles. Devices are installed in one unit or in all units or in combination of units: inlet air duct, outlet duct, catalytic neutralizer, ejector. EFFECT: higher efficiency. 1 cl, 1 dwg
