Abstract
The current trends of the development of studies and technologies for the separation of a target product from aerosol flows in the manufacture of carbon black are surveyed. Studies oriented to decreasing material and power consumption in the processes of carbon black production are analyzed. An analysis of aerosol coagulation mechanisms and the dependence of the rate constant of coagulation on the physicochemical properties of dispersed carbon is given. The precipitation of the target product in a cyclone collector is considered. Studies directed toward an improvement in the quality and effectiveness of thermoresistant filtering materials and bag-type filters with their use are analyzed. Some results of the experimental studies of the filtration of a dispersed carbon aerosol in a layer of porous carbon granules are given.
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