Dissolved Oxygen Analyzer Are Widely Used in Aquaculture
At present, some large aquaculture bases, in order to ensure the growth and reproduction of fish and other aquatic organisms, have put forward higher requirements for water quality monitoring. Among them, dissolved oxygen (DO) in water is a crucial index, which will directly affect the respiratory and metabolic processes of aquatic organisms. In order to realize the accurate monitoring of dissolved oxygen in water, it is necessary to introduce dissolved oxygen analyzer.
Why Choose the Dissolved Oxygen Analyzer
In this case, the client has multiple large ponds breeding various fish and aquatic life. However, due to weather changes, stocking density, and water pollution, DO levels in the ponds often fluctuate. To maintain water quality stability and improve breeding efficiency, the base managers urgently needed a device to monitor DO levels continuously.
After market research and technical comparison, they chose a high-precision, stable DO detector from Wohuan Technology. This device can measure DO levels in ponds real-time and transmit the data wirelessly to managers’ phones or computers. It also has an auto-alarm function that automatically sends alerts when DO levels are below or above preset values.
Installation process
In the process of equipment installation, technicians selected the appropriate installation position according to the actual situation of the pond, and carried out accurate calibration. Subsequently, the equipment began to operate normally and monitor the dissolved oxygen content in the pond in real time. Managers can check the data at any time through mobile phones or computers, and conduct corresponding breeding management according to the data.
Effects After Using the Dissolved Oxygen Analyzer
After introducing the dissolved oxygen detector, the water quality monitoring work at the aquaculture base has achieved remarkable results. Managers can grasp the dissolved oxygen content in the ponds in real-time and make precise adjustments based on the data. When the dissolved oxygen content is low, they promptly turn on oxygen-increasing equipment to increase it. When the dissolved oxygen content is too high, they take measures such as water exchange to reduce it. These measures effectively ensure the healthy growth of aquatic organisms and improve aquaculture efficiency.
Moreover, due to the automatic alarm function of the device, managers can discover water quality abnormalities in the first place and take corresponding measures for handling. This not only reduces aquaculture risks but also improves the efficiency and accuracy of aquaculture management.
Water quality analysis products：
