Environmental water quality monitoring buoyApplication Scenario:

Protection of drinking water sources

Deploy at the entrance of rivers, lakes, or reservoirs to monitor pH, dissolved oxygen, heavy metals, and other indicators in real-time to ensure water supply safety.

Case: The Changning District Environmental Monitoring Station in Shanghai ensures the normal operation of 13 automatic water quality stations through buoy sentry stations, covering the entire chain of drinking water sources.

River water quality management

Set up buoys along the river to monitor pollutant concentration and nutrient content, providing data support for pollution tracing and ecological restoration.

Case: Deploying a buoy network in the Yellow River Basin to dynamically track sediment content and nitrogen and phosphorus emissions, optimizing water resource scheduling.

Eutrophication monitoring of lakes and reservoirs

Long term monitoring of parameters such as chlorophyll a, total phosphorus, and total nitrogen to warn of the risk of algal outbreaks.

Case: the Taihu Lake Lake monitors the concentration of blue-green algae through buoys, predicts red tide in combination with meteorological data, and guides salvage operations.

Monitoring of Offshore and Marine Environment

Monitor seawater temperature, salinity, dissolved oxygen, etc., to support marine ecological protection and fisheries resource management.

Case: NOAA deployed a buoy array in the United States to transmit real-time typhoon path and ocean heat content data, enhancing disaster warning capabilities.

Intelligent management of aquaculture

Monitor dissolved oxygen, temperature, ammonia nitrogen, etc. in aquaculture water bodies to help farmers adjust aerators and feeding amounts, and prevent disease occurrence.

Case: Southeast Asian aquaculture areas use buoys to monitor red tide precursors, transfer fish populations in advance, and reduce economic losses.

Emergency monitoring and pollution tracing

In the event of a sudden pollution incident, quickly deploy buoys to the scene to monitor the diffusion path of pollutants in real time and assist in decision-making.

Case: After a chemical plant leak, the buoy network locates the pollution zone within 1 hour to guide interception and purification operations.