Development of two-step centrifugal acoustic gas-purifying equipment

The article is devoted to the development of high-efficient equipment for catching of high-dispersed particles (10 micron and less) from gas flow due to combined action of inertia forces and acoustic vibrations of ultrasonic frequency on the particles. Designed equipment is the two-step construction, the first step of which is the agglomerator with the ultrasonic disk radiators. The second step of catching is performed in the form of the apparatus with counter-swirling flows supplemented with the ultrasonic disk radiators. The efficiency of developed gas-purifying equipment is proved experimentally.