Enhancing Air Pollution Control with Grid-Based Regulation and High-Resolution Monitoring

"Grid-based" regulation in air pollution control refers to the division of the regulatory area into multiple small grids, each with a clear supervisory responsible person and task, ensuring that regulatory measures can be precisely implemented at every specific location. This approach can improve regulatory efficiency, ensure that policies and measures cover every corner, address potential blind spots and dead zones in regulation, and thereby enhance the effectiveness of air pollution control. Through this refined management method, the "last mile" of air pollution control can be effectively bridged, ensuring that regulatory measures are truly implemented on the ground.

The Air Quality Monitoring Station is a device specifically designed to complement "grid-based" regulation. It provides high-resolution air quality data, monitoring the concentrations of pollutants such as PM2.5, PM10, SO₂, NO₂, O₃, and CO in real-time, accurately presenting the air quality conditions within each grid. The monitoring station can assist in quickly tracing pollution sources; when air quality in a particular grid is abnormal, it can determine the source of pollutants by combining surrounding data and meteorological factors, facilitating targeted governance. Its data-sharing function can aggregate data from various monitoring stations, allowing regulatory authorities to grasp the distribution of air quality in the region and coordinate supervision across different grids.

The monitoring station is connected to a cloud platform, enabling data visualization, analysis, and early warning, and it also has an intelligent alarm function that issues alerts promptly when monitored data exceeds preset standards. Long-term data can be used to analyze trends in air quality changes and assess the effectiveness of control measures within grids, providing support for strategy adjustments.