FT-WMSM Micro Water Quality Monitor: Enabling 24/7 Automatic Monitoring of Surface Water Quality

The monitoring of surface water quality in rivers, lakes, and other water bodies is of great significance. The emergence of the Micro Water Quality Monitor has provided an efficient and convenient solution for realizing fully automatic monitoring of surface water. Taking the FT-WMSM model as an example, let's gain an in-depth understanding of how it works.

The FT-WMSM Micro Water Quality Monitor adopts an integrated design, including parts such as a water sampling and distribution system, a detection unit, a quality control unit, and an auxiliary unit.

The water sampling and distribution system is responsible for collecting water samples from rivers and lakes and transporting them to the detection unit.

The detection unit is the core part of the entire monitoring station. For indicators such as total phosphorus, total nitrogen, chemical oxygen demand, permanganate index, and ammonia nitrogen, measurements are carried out in strict accordance with the chemical analysis methods specified in national standards. For the conventional five parameters, namely dissolved oxygen, conductivity, turbidity, temperature, and pH, the FT-WMSM adopts a multi-electrode integration method. Different electrodes sense changes in corresponding parameters in the water body and convert them into electrical signals for transmission to subsequent processing units.

The quality control unit supervises and controls the detection process. It ensures the accuracy of data by regularly calibrating instruments, testing the effectiveness of reagents, and other means. Once abnormal data is found, it promptly issues an alarm and takes corresponding measures.

The auxiliary unit provides support for the stable operation of the entire monitoring station. The waste liquid collection device handles the waste liquid generated during the detection process; the lightning protection device prevents the monitoring station from being damaged by lightning strikes in thunderstorm weather; the air conditioning system ensures that the temperature and humidity in the monitoring station are appropriate.

In actual operation, the FT-WMSM Micro Water Quality Monitor can work continuously for 24 hours. It automatically collects water samples, conducts analysis and detection at preset time intervals, and transmits data to the monitoring center in real time. Staff at the monitoring center can keep track of changes in the surface water quality of rivers and lakes, and can quickly respond and take treatment measures when water quality anomalies occur.