At LG Sonic, we believe in the power of collaboration and innovation to drive meaningful change in water management.

LG Sonic contributes to the preservation of natural habitats by leading the way in promoting a sustainable future where water resources are managed responsibly and with great care for environmental integrity.

LG Sonic is at the forefront of this revolution with cutting-edge Digital Twin technology for surface water management.

LG Sonic’s MPC-Buoy systems have emerged as a frontrunner.

Algae, essential in aquatic ecosystems, are causing harmful algal blooms due to human activities introducing excess nutrients. These blooms persist, intensify, and prolong, with many existing treatment methods being ineffective and some, like chemical dosing, worsening the situation.

LG Sonic advocates for a sustainable approach to managing algal blooms, avoiding the harmful side effects of traditional chemical treatments. They believe that these chemicals only worsen the precarious situation, disrupting ecosystems and compromising water quality.

Rising temperatures, acidity fluctuations, and nutrient concentrations are causing significant changes in the world's freshwater systems, impacting the functionality of mountain headwaters that supply nearly half the global population.

LG Sonic uniquely provides bathymetry analysis through remote sensing to determine water depth and topography of underwater terrain, including both historical data and predictions of future sediment accumulation.

Many regions worldwide are facing increasing water scarcity due to factors like population growth, climate change, and over-exploitation of freshwater resources.

In this article, we explore the intriguing interplay between algae and pH levels in the context of industrial water management.