The application fields of monitoring buoys are very wide, mainly including the following aspects:
Water source monitoring: The buoy water quality monitoring system can be deployed at the water source to monitor the temperature, pH value, dissolved oxygen, turbidity and other parameters of the water body, timely detect abnormal water quality and ensure water supply safety.
River water quality monitoring: The buoy water quality monitoring system is placed in the river to monitor the pollutant concentration, nutrient content and other indicators of the water body in real time, and timely warn and control water pollution.
Lake water quality monitoring: The buoy water quality monitoring system can be placed in the lake to monitor the water temperature, water quality, water level and other parameters of the lake water body, providing a scientific basis for lake management and protection.
Aquaculture monitoring: The buoy water quality monitoring system is installed in the breeding area to monitor the dissolved oxygen, temperature, turbidity and other parameters of the water body, helping breeders understand the water quality and take timely measures to ensure the healthy development of aquaculture.
Offshore waters monitoring: The buoy water quality monitoring station can monitor various indicators in seawater, such as salinity, temperature, dissolved oxygen, etc., to provide data support for marine environmental protection and marine resource development. At the same time, the monitoring station can also monitor marine pollution events such as red tides and oil pollution, and provide timely and accurate information for emergency response. Marine environment monitoring: The buoy water quality monitoring system is deployed in the ocean to monitor parameters such as marine water quality and marine ecosystems, and provide data support for marine environmental protection and marine resource management. Emergency monitoring of water pollution incidents: When a water pollution incident occurs, the buoy water quality monitoring system can be quickly deployed for emergency monitoring to timely understand the spread of pollutants and provide a scientific basis for emergency treatment.