Operated completely remotely by LG Sonic
Real-time for algae and water quality trends
Easy installation and maintenance
Suitable for any surface size and depth
Frequent outbreaks of algal blooms often degrade water in hydroelectric dams worldwide, making the water unusable as a drinking water or irrigation supply.
Removing algae or algal by-products from water treatment plants where water is taken from a dam is costly and time consuming (e.g. the removal and cleaning of sand filters) and therefore impractical.
The country’s most important water source After dealing with algal blooms for years, The Santo Domingo Water and Sewage Corporation (CAASD) installed multiple MPC-Buoy systems to cover the 7km²/2.7mi² Valdesia reservoir earlier this year. Two months after the start of the project, the results have already exceeded the set targets. In 2019, CAASD installed multiple MPC-Buoy algae management systems to cover the 7km²/2.7mi² Valdesia reservoir. The Valdesia reservoir is the…
Improving water quality In sunny California, MPC-Buoy technology is controlling algae in reclaimed water since 2018. Vallecitos Water District provides 5.25 million gallons recycled water for irrigation every day. TSS levels need to be low to fulfil the demands of modern irrigation systems. Algae increases TSS and clogs the filters that are in place to remove TSS prior to the distribution to the irrigation systems. This allows for less cleaning…
Reducing algae growth In August 2018, LG Sonic began a new project in Dubai in collaboration with the Dubai Municipality to control algal blooms in the Al Qudra lakes. The lakes were created by the municipality as part of a project to enrich this part of the Dubai desert. To control the algal blooms, three MPC-Buoys were installed. After 60 days, it was clear that the systems improved the water…
Monitor and control algal blooms in hydroelectric dam reservoirs. Reduces maintenance and operational costs.
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a messageRising temperatures, prolonged water stagnation, extreme weather and increased runoff of nutrients from urban and agricultural lands all compound algae problems in hydroelectric dams.
Especially in the summer months, when the water temperature increases, algal concentrations can grow exponentially and form dense surface scums.
