Environmental and industrial emission monitoring at HPP's is a very urgent task today. Industrial monitoring assumes monitoring of emissions of harmful pollutants and optimization of fuel combustion technological processes at HPP's. Environmental monitoring is a system to assess ambient air quality with respect to a number of separate sources of harmful substances in pollution of atmospheric air of the area. Works on creating an industrial monitoring system are carried out at the National Research University Mos cow Power Engineering Institute (MPEI) on the basis of the MPEI combined heat and power plant, and envi ronmental monitoring stations are installed in Lefortovo raion, where the CHPP is located.
The existing regulatory requirements for reliability assessment and the economic necessity of this assessment are considered. Modern methods and approaches to assessing quantitative indicators of reliability of structurally complex systems, such as thermal power plants, are presented. The expediency of using software systems for calculating reliability based on the General logical-probabilistic method is proved. On the example of one power unit, the application of a domestic software package for modeling and calculating reliability and safety using logical-probabilistic research methods is clearly presented. The existing problems of forecasting reliability indicators after the technical impact are described.
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