Complex processing of multicomponent liquid systems

The comprehensive processing of multicomponent liquid systems in the chemical industry and in adjacent industries has been considered. Particular attention is paid to the creation of low -waste technologies and closed water use systems. Methods of calculating hydromechanical, heat -mass -mass and reactionary equipment operating under the conditions of the formation of solid phase are settled substantiated the regimes of non -bunning methods and inhabitant methods that allow increasing the productivity of hydromechanical, thermal mass and reactionary equipment, and reduce the duration of the technological process. Calculations of the effectiveness of heat transfer during scrap formation are given.
For engineering and technical workers of the chemical industry and related industries, as well as graduate students and students studying the processes of water treatment