System Introduction

The system is based on 9 parameters of water quality (water temperature, turbidity, dissolved oxygen, pH, conductivity, permanganate index, ammonia nitrogen, total phosphorus, total nitrogen), and flexibly configures automatic monitoring items according to on-site conditions and technical requirements to achieve real-time continuous monitoring and remote monitoring of water quality. It is convenient to understand the operation and water quality changes of water stations anytime and anywhere, timely grasp the water quality status of key sections of water bodies in the main watershed, warn and forecast major or watershed water pollution accidents, resolve disputes over water pollution accidents across administrative regions, supervise the implementation of the total control system, and provide technical support for scientific decision-making of relevant departments.

Functional Features

1. Realize the statistics of water quality compliance data for the entire region and grasp the overall picture of regional water quality.

2. GIS map displays the distribution of water quality monitoring sections and stations, providing a visual understanding of river section water quality.

3. Implement real-time monitoring and early warning, timely understand pollution exceeding incidents, and quickly take handling measures.

4. Multi dimensional dynamic analysis provides data support for pollution control decisions.

5. Water quality prediction and forecasting, timely formulation of pollution prevention and control strategies.

6. Remote control of surface water quality can improve work efficiency.

7. Multiple types of water quality reports to meet the needs of different scenarios.