technological progress at the turn of the XXXXI centuries created only a prerequisite
(concept) for the economical use of natural resources and therefore the technocratic
paradigm (automation and cybernetization) created a conflict situation between the
strategy of human development and the use of natural resources in production
technologies. In this section, this problem is considered at the local level, when the
tactical issues of creating a resource-saving technology for heat power facilities with a
positive effect of providing the population with thermal energy are solved. The main
tools of action is the environmental and economic management in production, namely
the development of technogenic safe operating conditions of TEO systems, as
providing structural and functional features in relation to the conservation and
conservation of natural resources.
Scientific approaches to solving these problems: the theoretical nature and
thermodynamic concept of operation of the TEO systems and forms of their
implementation.
CONCLUSION
The presented results of scientific research show that the introduction of modern
nanotechnologies in the technological processes of systems of heat and power facilities,
as a factor in the management of potential risks is one of the ways to increase the
efficiency of their competitiveness. The solution to this problem is possible through
the use of reagent-free methods of water treatment for thermal power facilities of the
construction industry.
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