Automated control and control system of emissions into the atmospheric air of thermoelectric-power industries

Abstract

The article describes new approaches to the systems of automated monitoring and control of emissions into the atmospheric air of thermoelectric-power industries. The purpose of creating such systems is to reduce the level of impact on the air of residential areas and control its quality. The basis of this air quality management system is the continuous measurement and registration of pollutant concentrations both at emission sources and in the air of residential areas. Due to the analysis of meteorological conditions in combination with the use of the method of marker compounds, statistical processing of the obtained analytical data, a decision is made not only about the degree of impact on the environment, but also the determination of the specific polluter of this contamination. The complexity of this goal lies in the need to maintain a large fleet of analytical measuring instruments with varying degrees of sensitivity. The article proposes methods to reduce the diversity of the instrument base, which leads to an improvement in the performance of automated air quality control devices and to simplify the maintenance of such systems. The use of such systems allows for the optimization and digitalization of air quality management systems in the residential area as a whole through the use of various controllers and soft hardware.