

A comprehensive solution to the current problem of "ozone pollution prevention and control" in environmental air quality, with a graded pollution prevention and control management module, large-scale and high-density distribution, and full coverage of the area, achieving precise monitoring of ozone pollution sources, real-time acquisition of data from various monitoring points, and synchronous uploading to a professional monitoring and analysis management platform for management and analysis. During the monitoring process, the system can issue warnings when pollution occurs, and monitor and manage pollution from a distance. By analyzing and judging monitoring data, we provide services such as air quality warning, analysis of major pollutant sources, pollution source tracing, and air quality reporting.
For the analysis of ozone (O3) traceability, the main monitoring factors are nitrogen oxides (NOX), non methane total hydrocarbons (NMHC), and ozone (O3). Other pollutants do not contribute to the generation of ozone (O3) and are not included in the monitoring scope.
Due to the complexity of tracing the formation of photochemical pollution, it is necessary to set up monitoring points in a grid and adjust the monitoring locations in a timely manner. The equipment should be able to achieve integration, facilitate overall installation, movement, and relocation.
For the accuracy of data, it is necessary to have comprehensive quality control methods to ensure that the accuracy of all data can be traced back.



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