Kondratenko O. Scientific and methodological basis of protection of atmospheric air from technogenic impact of power plants with reciprocating internal combustion engine

The research is devoted to the development of scientific and methodological bases of the system of complex assessment of the level of ecological safety of atmospheric air protection technology at accident-free exploitation process of power plants with reciprocating internal combustion engines with a high degree of physical wear and its implementation in environmental protection technology management. The system of classifications of methods of operation and design of particulate matter filters and the system of classifications of means of realization of the process of their regeneration as components of environmental protection technology from the negative impact of power plants with reciprocating internal combustion engines with a high degree of physical wear. The methodological principles of development of environmental protection technologies in the operation of power plants with reciprocating internal combustion engines with a high level of physical wear, which do not meet the current requirements of ecological safety and cannot be decommissioned, have been further developed. The structure of the integrative indicator of the level of ecological safety of the process of exploitation of power plants with reciprocating internal combustion engines with a high level of physical wear is scientifically substantiated. The scientific bases of the environmental safety management system for the exploitation of power plants with reciprocating internal combustion engines with a high level of physical wear at the stage of their life cycle "accident-free exploitation" have been developed. The methodology of development and use of the index of efficiency of functioning of the particulate matter filter which is a part of environmental protection technology in power plant with the reciprocating internal combustion engine is scientifically substantiated. The results of increasing the level of ecological safety in the application of a set of technological and technical solutions in the case of joint operation of long-term reciprocating internal combustion engines and environmental protection technology. This allowed to obtain a synergistic effect in ensuring the environmentally safe exploitation process of the reciprocating internal combustion engine and environmental protection technology as part of the power plant. The practical significance of the work is confirmed by acts of implementation in production, economic and research activities of enterprises and organizations and the educational process.