Precise regulation to effectively improve air quality

The Atmospheric Environment Networking Regulatory Solutions, through a variety of technical means, such as stationary equipment monitoring, satellite remote sensing, laser radar monitoring and navigation monitoring, build a wide-scope, focused and dense network for monitoring the Atmospheric Environment, access to high-quality air quality and meteorological monitoring data, build new models for regulating the atmospheric environment based on material networking, cloud computing and large data analysis, construct “end + cloud + service”, achieve real-time monitoring, dynamic early warning, rapid positioning, timely management, large-data decision-making, and promote a shift in atmospheric pollution control from experience-based, sensor-based, coarse management to grid-based, real-time and accurate management, providing users with multiple services from regulatory systems, mobile applications and data analysis.

Programme content

The Atmospheric Environment Networking Regulatory Resolution uses high-level monitoring techniques, through a variety of technical means, such as stationary equipment monitoring, satellite remote sensing, drone monitoring, laser radar monitoring and cruise monitoring, to build a wide-cover, focused and well-densified network for monitoring the Atmospheric Environment, to obtain high-quality air quality and meteorological monitoring data, to build new models of Atmospheric Environmental Regulation based on material networking, cloud computing and large data analysis, to build a cloud + end + service, to achieve real-time monitoring, dynamic early warning, rapid positioning, timely management and large data decision-making, to promote accurate control of atmospheric pollution and to improve the quality of ambient air.