Abstract
The development of analysis and synthesis of energy-saving technics of industrial enterprises on the basis of technological processes properties is of special interest nowadays. This article aiming at treat-ment facilities design methods is an example of scientific approach to this problem. The main design blocks are: innovative technologies and resource-saving equipment block; solvent and dissolved com- 134 ponent of quality-control system; environmental and economic efficiency of evaluation system. On the basis of liquid systems separation by capillary-porous walls mechanism studying by technological calcu-lation of industrial wastes separation was considered. Diaphragmal methods accompanied by gel layer formation are studied. This evaluation is likely to allow effective technological regime choice and effec-tive technological process regime determination. In the article, technological calculation and compara-tive analysis of different types of polymeric anisotropic diaphragm application are given for concentra-tion, separation and purification of industrial wastes. The influence of concentration polarization on wa-ter-ingredient system data change and diaphragm permeability change depending on solved substance concentration and pressure on the diaphragm is shown.
Published Version
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