Stages of process of hydrodynamic interacting of phases in apparatuses with interior circulation of a fluid are studied theoretically and confirmed by data of direct measurements of value of efficiency of shock-inertial sedimentation of dispersion particles in a Rotoklon. The design procedure is developed, allowing to determine sizes of corpuscles which can be precipitated on a fluid surface, and also build critical particle paths. The inertia method of calculation of the dust clearing efficiency is developed, allowing to size up the contribution as performances of a trapped dust (a size and a denseness of corpuscles), and process operating conditions.
Rotoclon, shock-inertial, dust clearing efficiency, blade impellers, a particle path, an irrigating liquid, Rotoklon, шоковый инерционный, эффективность очистки пыли, лезвия рабочих колес, траектория частицы, оросительная жидкость
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