SCIENTIFIC PRINCIPLES OF INTEGRATED CONTROL OF HEAT SUPPLY SYSTEMS USING WATER TREATMENT IN ELECTROMAGNETIC FIELDS

Abstract

The main problems of the industrial nature management sector (depletion of natural
resources, pollution of the natural environment with substances of anthropogenic origin, etc.) were for
med mainly in the twentieth century. The unity of Mankind and Nature has become an illusory pheno
menon, due to the disruption of the natural cycle of evolution of the biosphere. In addition, already in
the XXI century, humanity is trying to shift the emphasis in the relationship with the natural environ
ment as the environment of their existence.
Scientific and technical literature has convinced us that the solution of the studied problem is very
necessary to formalize the parameters of the factual material in the operation of heating systems of the
housing and communal sector (unfortunately, nowadays the method of meaningful descriptions pre
vails). The results of research have convinced us that to determine and compare the environmental
potential of manmade systems, it is appropriate to have not one but more criteria and apply them eit
her integrally, or combined or differentiated, depending on the objectives and specifics of the analyzed
objects. Insufficient level of study of integrated control of the method of reagentfree water treatment
(electromagnetic fields) in thermal power facilities has led us to turn to the improvement of our propo
sed innovative technology by optimizing the method of integrated control. The method has the following
advantages: minimal consumption of energy and resources.