Blue green algae sensor in stock

With the continuous advancement of technology, blue-green algae sensors will play a greater role in protecting water resources, maintaining water ecological balance, and promoting ecological civilization construction. Its efficient, accurate, and stable performance will make it one of the important tools in the field of water ecological environment monitoring.

Blue green algae sensor in stockAdvantages:

• Using fluorescence method;

Only a small distance from the obstacle is needed to avoid its impact;

• Implement long-term online monitoring;

Calibrated with Rhodamine solution, it has good linearity with blue-green algae

Calibration: The sensor supports 1-point or 2-point calibration, and it is generally recommended to use zero point and 100ug/L (2.0mg/L Rhodamine B) blue-green algae two-point calibration. The standard solution uses deionized water as the zero point, and a 100ug/L (2.0mg/L Rhodamine B) blue-green algae solution is used for the second point calibration.

1. Firstly, restore K and B values to their default values, K=1，B=0;

2. Place the sensor in deionized water (avoid direct sunlight on the light window), read the blue-green algae value, for example, blue-green algae value=0.2ug/L, record as X.

3. Place the sensor in 100ug/L (2.0mg/L Rhodamine B) and repeat step 2, recording the value as Y.

4. Record the values of K and B using the following formula: K=1/(Y-X), B=- KX

5. Write K and B values into the sensor. Refer to the Modbus interface documentation for the writing method.

Blue green algae sensor in stockApplication field

River section monitoring: Evaluate the water quality status of rivers and promptly identify water quality issues.

Lake and reservoir management: prevent the occurrence of algal blooms and protect water resources.

Monitoring of coastal waters is of great significance for the protection of marine ecological environment and the utilization of marine resources.

Environmental science research: providing data support for the study of aquatic ecosystems.

Eutrophication monitoring: Evaluating the degree of eutrophication in water bodies.

Algae outbreak warning: Real time monitoring to provide warning information for relevant departments to take emergency measures.

Automatic water quality monitoring station: As an important component, it improves the efficiency and accuracy of water quality monitoring.

Monitoring of agricultural irrigation water: ensuring the quality and safety of agricultural irrigation water.

Industrial water monitoring: ensuring the quality of industrial production water.

Urban water supply and drainage monitoring: providing data support for urban water environment management and rational utilization of water resources.