Product Description

1. The AML-01 dust pollution online monitoring system is mainly used in the emission of unorganized smoke and dust pollution sources such as construction dust, sand and gravel yard, storage yard, straw burning, etc. and the ambient air quality of residential areas, commercial areas, road traffic, construction areas, etc. Online real-time automatic monitoring, and can capture evidence through the camera, the obtained data can be timely transmitted to the data platform through wired or wireless network for easy management and control.

2. The system consists of monitoring sub-stations and data platforms. The monitoring sub-station integrates various functions such as atmospheric particle concentration monitoring, temperature, humidity and wind speed and direction monitoring, noise monitoring (optional), video monitoring and video capture of excessive pollutants (optional), and toxic and harmful gas monitoring (optional); The data platform is a networked platform with an Internet architecture, which has the functions of monitoring each sub-station and data alarm processing, recording, query, statistics, report output and other functions.

3. The system can also be linked with various pollution control devices to achieve the purpose of automatic control.

4. Due to the unique patented design, the system can work continuously in harsh environments all year round.

Main Specifications

System Composition

System Summary

The dust pollution online monitoring system sets up sub-stations near the pollution source or at uniformly distributed points in the city (the number of sub-stations depends on the local situation), and the detection data is transmitted to the local environmental protection monitoring center in real time; the center can control the online monitoring of each point in the jurisdiction through the real-time monitoring system Monitor the real-time dynamic data of the equipment and record it in time; establish a monitoring system database, predict and forecast the environmental pollution status and development trend in the jurisdiction based on the historical record data and analysis results, and provide a scientific basis for effectively controlling the environmental conditions in the jurisdiction.