Dust pollution on construction sites refers to the unorganized particulate matter emissions during the construction process, which includes both primary dust generated from various construction stages within the site and secondary traffic dust caused by construction vehicles carrying soil and the dispersion of construction materials on external roads around the site. The system is designed to meet the needs of urban dust pollution monitoring and management, with its technical features and advantages mainly reflected in the following three points:

The monitoring terminal system integrates multiple environmental parameters such as total suspended particulate matter, PM10, PM2.5, temperature, humidity, wind direction, and wind speed. It offers 24/7 continuous monitoring and provides real-time air quality data for construction sites. It can automatically activate monitoring equipment when values exceed the alarm threshold, featuring multi-parameter, real-time, and intelligent capabilities.

2. By utilizing the three major networks—sensor networks, wireless networks, and the Internet—to transmit data, we quickly and conveniently update real-time monitoring data.

3. The cloud-based data center platform aggregates monitoring data from various regions and time periods, boasting vast storage capacity. It enables multi-dimensional and multi-temporal data analysis, facilitating the orderly work of management sections. Additionally, it accumulates data for establishing environmental pollution control standards on construction sites, driving long-term air pollution management.

Sixth, Project Benefits

The "24-Hour Dust Pollution Monitoring System" integrates online monitoring and management of dust pollution at construction sites, enhancing the efficiency and capability of scientific management. The system is authoritative in understanding the true status of dust pollution and the effectiveness of dust control measures.

In the creation of green construction sites and the evaluation of civilized construction, this system utilizes quantifiable data to reflect the level of dust pollution control on-site. It is an essential component of regional "Clean Air Programs" and is also poised to become an effective tool for building smart environmental protection, contributing to the governance of atmospheric environment.