Ultrasonic algae control and real-time monitoring accelerate cyanobacteria reduction and support restoration of recreational water use.

LG Sonic presents ultrasonic and real-time monitoring systems for water utilities at multiple U.S. water quality events in April 2026.

LG Sonic develops mechanical cleaning technology to maintain acoustic performance in algae control systems across water treatment applications.

By implementing advanced autonomous monitoring and ultrasonic treatment, LG Sonic effectively eliminates harmful algal blooms at Colombian river intakes, ensuring sustainable, chemical-free drinking water production.

LG Sonic explains how water authorities and utilities use catchment controls, monitoring and preventive technologies to reduce nutrient-driven algal blooms and protect drinking water quality.

Deployment of solar-powered ultrasonic systems by the Maryland Department of Natural Resources to limit cyanobacteria growth in inland waters.

A buoy-based monitoring system provides continuous, multi-parameter water quality data for lakes and reservoirs, helping operators detect risks early and manage drinking-water sources more effectively.

Guides readers on tackling harmful lake algae through practical control methods and prevention strategies, reporting real improvements in reducing recurring blooms.

LG Sonic highlights how water quality monitoring and nature-based solutions effectively control algal blooms, improving water quality sustainably.

LG Sonic explores treatments to prevent algal blooms in lakes and reservoirs, discussing causes and solutions like ultrasound, chemicals, and aeration for water quality.