Chlorophyll content can also reflect the pollution status of a water body. When water bodies are polluted, the growth of aquatic plants is seriously affected and the chlorophyll content is reduced accordingly. Therefore, detecting the chlorophyll content in water can help to understand the pollution status of water bodies, and then evaluate the treatment effect of water bodies. Chlorophyll is a key substance for photosynthesis, which is one of the most important biological processes in aquatic ecosystems. Therefore, measuring the chlorophyll content in water can help to understand the photosynthesis efficiency and productivity of aquatic ecosystems, and then evaluate the structure and function of aquatic ecosystems.
Blue-green algae is an aquatic organism that grows mainly in freshwater and seawater. When blue-green algae overgrow, blue-green algae blooms are formed, which have a serious impact on the water environment. Overblooming of blue-green algae can disrupt the aquatic ecological balance, leading to the death and reduction of other aquatic organisms. Blue-green algae produce a variety of toxins that can cause harm to aquatic life and humans, such as diarrhea, liver disease, cancer, etc. The overgrowth of blue-green algae will lead to turbidity in the water body, affect the water quality, and make the water body lose its original ecological function.
Handheld chlorophyll blue-green algae tester measuring range Instrument recommendation
Chlorophyll a: Measurement range: 0-500 ugl;
Measurement accuracy: 5% of the corresponding value of the signal level of 1 ppb rhodamine B dye;
Resolution: 001 ug l value;
Blue-green algae: measurement range: 200-300,000cells ml (range can be customized);
Measurement accuracy: 10% of the corresponding value of the signal level of 1 ppb rhodamine B dye
Resolution: 20 cells ml
Linearity: R2 >0999
Housing Material: Sensor: SUS316L, Portable Host: ABS+PC;
Storage temperature: -15 to 60;
Operating temperature: 0 50 (non-icing);