Industry background:

With the increasingly serious air pollution situation in China in recent years, especially the proportion of haze (particulate matter PM2.5, PM10, etc.) in pollutants is becoming heavier. Therefore, the task of air pollution detection and control in China is also becoming heavier. The country has also deployed or improved particulate matter and gas detection equipment in most cities, forming a ground pollution source detection network with dense distribution of national control points and provincial air points. However, we can also see that there is still a significant gap between the predictions made based on ground detection data from national control points and the actual development of environmental pollution. In addition, the governance measures implemented based on ground monitoring data, such as ground watering, construction site covering, traffic restrictions, industrial production restrictions, boiler renovation, desulfurization and denitrification treatment, have not achieved satisfactory results. As the third generation remote sensing technology after aviation and aerospace remote sensing, unmanned aerial vehicle remote sensing technology has the advantages of three-dimensional monitoring, fast response speed, wide monitoring range, and small terrain interference. It is one of the important development directions for identifying pollution sources and monitoring concentrations in atmospheric emergencies in the future. However, due to the limited payload of drones, high-precision atmospheric environment monitoring requires high-precision sensor loads. Traditional sensors often have limited options in terms of volume, weight, and other limitations. Therefore, technicians are researching and developing small and lightweight sensor loads suitable for unmanned aerial vehicles to monitor air pollution and fix pollutants.

Monitoring factors: O3, SO2, NO2, CO, TVOC, PM2.5, PM10, temperature and humidity, wind speed, wind direction, atmospheric pressure, environmental noise, lighting, etc.

The unmanned aerial vehicle atmospheric monitoring solution has the following characteristics

Efficient and time-saving

Effectively improve management and investigation efficiency

Flexible concealment

Drones have fast deployment speed and strong concealment

Quick lock

Quickly locate the location of pollution sources

reduce risk

Atmospheric monitoring drones can be used for monitoring hazardous areas to ensure personnel safety

Flexible and maneuverable

Short preparation time and fast deployment speed

Application of the plan:

Urban air quality monitoring, long-term air quality trend analysis

Grid based monitoring of air quality by relevant management departments at the provincial, municipal, county (district), and urban (village or street office) levels

Air quality monitoring in densely populated areas such as communities, schools, and hospitals

Atmospheric monitoring of industrial areas, petroleum and petrochemical plants, power plants, landfill incineration stations, sewage treatment plants, storage facilities, and underground facilities

Air quality monitoring of urban roads, airports, ports, railways, tunnels, and construction sites

Air quality monitoring in open areas such as parks, forests, and crop research

Monitoring of particulate matter and pollution source emissions

◆ Environmental Quality Assessment