Water environment monitoring system function

Environmental water monitoring is checking the water for contaminants and seeing if the water is clean. It uses various scientific methods to measure different things in the water to help us figure out whether the water quality is getting better or worse. This monitoring is very important to the protection of water resources, and it can tell us what needs to be improved and whether the treatment methods work or not. For the monitoring results to be true and reliable, the data have to be accurate and comprehensive, and they have to be able to be compared with the results of other times or places. Simply put, water environment monitoring is like giving water a medical check-up to ensure that the water quality is safe.

Water quality monitoring systems are designed to monitor key locations in urban drainage, such as storm sewers and drainage channels, to get a real-time view of water quality conditions. These systems transmit monitoring data to a central platform and other applications via a stable network, which not only continuously monitors water quality, but also provides early warning to help quickly locate and resolve water quality issues.

This system is ideally suited for dealing with a wide range of water environment issues, including scenarios such as treating black-smelling water bodies, managing drainage networks and monitoring river water quality, providing strong technical support for the maintenance and improvement of urban water environments.

The water environment monitoring system has the following core functions:

Real-time monitoring and timely alarm: the system continuously monitors the water quality situation, and issues an alarm as soon as it detects exceeding the standard or other abnormalities.

Map visualisation: GIS technology is used to visualise the location and status of monitoring points on an electronic map, while supporting the display of information in the form of text.

Automated operation management: the system can understand the operation status of the monitoring points in real time, and once abnormalities are found, it will automatically analyse the accidents and assist in coordinating the rapid response of the relevant departments.

In-depth analysis of data: The system conducts comprehensive analysis of collected water quality data to help locate water quality problems and provide scientific basis for tracing and solving the problems.