Impact of particulate pollutant emissions from combustion of civil briquettes on air quality

When analyzing the spatial change law of granular pollutants, the traditional analysis methods have a single nature, which leads to deviations in the analysis results. Therefore, the new analysis method was proposed for the impact of particulate pollutant emissions from combustion of civil briquettes on air quality. This method uses spatial interpolation to construct an evaluation model. Based on the spatial correlation of pollutants, the spatial distribution characteristics of pollutants were extracted. The hypothesized pollution space was divided into the initial pollution area, the middle pollution diffusion area, and the end pollution attenuation area. The spatial variation law of granular pollutants after discharge treatment was obtained. According to the activity rate of the residual pollution particles, the adsorption of the pollution particles was calculated to determine the air quality level under the influence of emission control. The test results show that compared with the traditional analysis methods, the proposed analysis method is more comprehensive, and the deviation of the obtained analysis results is very small. It can be seen that the performance of this method is superior.