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Aerosol Lidar Sampling Ambient Air Quality Measuring Instruments Equipment For Pm2.5 Pm10
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|Ambient Air Quality Monitroing Instruments
Pm10 ambient air quality measuring instruments,
Pm2.5 ambient air quality measuring instruments,
Pm10 air quality sampling equipment
Aerosol Lidar Continuous Ambient Air Quality Monitoring Instruments for pm2.5 pm10
Lidar is mainly used for atmospheric environment monitoring, detecting the spatial distribution and temporal evolution of atmospheric structure. It has the advantages of good real-time, large detection range, high spatial resolution and other traditional detection methods are incomparable. By analyzing the backscattered signal, it is possible to inverse perform the distribution of particles in the atmosphere, detect the structure of the atmospheric boundary layer, and calculate information such as visibility.
The integrated application of model combinations enables monitoring and early warning of pollution formation processes, analysis of the sources and physical properties of pollutants, and rapid response. It is an indispensable tool for the prevention and control of atmospheric environment, especially PM 2.5 and PM 10, and has great significance and broad application prospects for atmospheric environment monitoring.
1. Modular product design, small size and light weight of the whole machine, especially suitable for mobile deployment.
2. Reliable protection for indoor and outdoor use in different weather conditions, without the need for a station or square cabin protection.
3. The product adopts high-precision optomechanical design, ultra-low noise photodetector, and high-resolution acquisition card to ensure excellent signal-to-noise ratio of the echo signal.
4. Advanced algorithm design ensures the accuracy of inversion results and provides reliable data support for atmospheric environment monitoring.
5. Inline data monitoring platform to achieve data integration of different devices at different sites and maximize data networking.
1. Local/transported contaminant determination.
2. Polluted weather warnings.
3. Rapid source tracing to identify sources of contamination in the region.
4. Network monitoring to capture macroscopic patterns of pollution movement.
5. It provides customers with real-time inline regional air quality monitoring data, analyzes the aerosol concentration levels and transmission patterns between regions, studies the development trend of air pollution, and provides data support for pollution reduction and monitoring.
Fixed detection, horizontal scanning and aerial monitoring.