Integrated Networked Air Quality Monitoring Solution

Platform Construction:

We are establishing an integrated atmospheric environment monitoring system that includes ground-based conventional air quality stations, radar networking (grid-based monitoring for detailed observation), vehicle-mounted three-dimensional monitoring systems (tracking pollution source emission paths), and external data sources (satellite remote sensing to create a unified three-dimensional monitoring network).

Technical Features:

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  Advanced Monitoring Technologies
  A series of lidar products (aerosol lidar, ozone lidar, wind lidar, temperature and humidity lidar, etc.), mobile three-dimensional observation products (atmospheric mobile monitoring vehicles), and satellite remote sensing observation products.

  
  

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  Innovative Design Concept
  Comprehensive monitoring of pollution sources through vehicle-mounted systems and network integration. Utilizing ground-based conventional air quality monitoring stations, micro-stations, and radar networking platforms combined with vehicle-mounted observations to achieve overall monitoring of regional pollution and calculate emission flux, allowing for a thorough understanding of the true sources of pollution.

  
  

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  Integration of Vast Atmospheric Pollution Data

  A unified platform for the integration, analysis, and spatial representation of monitoring data.

  
  

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System Applications:

The combined vehicle-mounted and networked monitoring system effectively captures the status of regional atmospheric haze and identifies pollution sources. This is a key technological means for achieving fine management of air quality through grid-based monitoring, addressing significant regional pollution issues, and providing effective decision support for the scientific and precise governance of air pollution