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Algal species that can grow in drinking water reservoirs produce toxins (geosmin & MIB), resulting in bad taste and foul odors.

Excessive algal growth can increase pH, BOD, and TSS. Control algae sustainably with chemical-free ultrasound technology.

Algal blooms are a growing global threat to water quality and aquatic ecosystems. Ultrasound technology offers a sustainable, chemical-free approach to algae control while helping protect the surrounding ecosystem.

Ultrasound technology is a sustainable chemical-free method to control algal blooms in lakes and reservoirs.

Monitor and control algal blooms across drinking water, power generation, mining, wastewater, and other industrial applications. Improve water quality while reducing or eliminating chemical treatment.

Most lake monitoring only shows you the surface. The water problems start deeper... The balance in a lake is fragile. Today's monitoring tools each show only a part of the picture. Sensors read a single point at the surface, remote sensing maps the surface across the whole lake, and sampling gives depth and detail for one spot at one moment. "... if you really want a complete overview of what happens in your lake, you need to be able to monitor in a 3D approach." - Lisa Brand, CTO at LG Sonic A three-dimensional approach measures all three at once: horizontally across the water body, vertically through the water column from surface to sediment, and continuously in time. With Three-Dimensional Water Intelligence, real-time in-situ readings of chlorophyll-a, phycocyanin, dissolved oxygen, temperature, redox, and pH are taken at depth across the water body every 30 to 60 minutes. The result is a live digital model of your lake that reveals trends early, so you can predict water quality problems instead of reacting to them. Watch the full video of Three-Dimensional Water Intelligence: https://lnkd.in/eKsgUJiu