Distribution of the Dispersed Phase in the Gas Cleaning Equipment with Pulsating Plug

The work is devoted to the reduction of technogenic impact on environment from emissions heat power engineering by using a highly efficient equipment for complex purification exhaust gases — with regular pulsating plug (RPP). aim study physical and mathematical description mechanisms process capturing fine dust in an on-load tap changer. This goal achieved describing picture collection experimental tap-changer; condensation capture dust; descriptions droplet distribution layer turbulizing packing elements during upward movement phases. As result calculations, equation was obtained determining radius particle vapor-gas-liquid system, which allows one determine further possibility trapping particles due inertial or turbulent-diffusion mechanism device. An calculating diameter liquid droplets formed crushing flows elements, us conclude that phase contact surface developed elements. Studies tapchanger allow speak about its use cleaning gas enterprises order reduce negative environment.