In response to the complexity of the causes of air pollution, the combination of wind lidar, Raman and Mie scattering aerosol lidar, particulate flux lidar, ozone lidar and other equipment can not only monitor the distribution characteristics of particulate matter, spatial changes in ozone concentration, and dynamic evolution of the wind field in real time, but also deeply analyze the complete process of various pollutants, including sand and dust, from the source to the transmission path, until the final impact.
By combining data processing and intelligent analysis platforms, it is possible to accurately calculate the transmission flux of pollutants at different heights, similar to conducting detailed "CT scans" of the atmospheric environment. This not only reveals pollution details, traces pollution sources, studies pollutant deposition dynamics, analyzes pollution transmission pathways, but also provides a solid data foundation and scientific basis for environmental policy formulation.
Adopting advanced lidar technology, it realizes high-precision and high-resolution monitoring of particulate matter and wind field in the atmosphere, and provides a reliable data base for the analysis of pollution causes.
The software platform visualizes the spatial distribution characteristics of pollutants in the atmosphere and helps to understand the transport pattern of pollutants.
By combining numerical models with big data analysis, precise backward trajectory analysis can be conducted to trace the sources of pollutants, clarify pollution responsibilities, and provide a basis for developing targeted prevention and control measures
Not only suitable for urban air pollution monitoring and analysis, but also applicable to various application scenarios such as industrial parks and transportation arteries, meeting the monitoring needs of different regions and pollution sources.
