Turbidity is a core metric in global drinking water regulations and the most frequently measured parameter across treatment processes. Yet, the underlying measurement method has remained virtually unchanged for nearly 50 years. Relying on the same traditional principle—measuring scattered light as it passes through an optical window—conventional sensors still demand routine cleaning, regular recalibration, and frequent parts replacement. While many products are marketed as "m

As countries worldwide race to construct data centers, securing 'power' has become a critical priority. However, the next major bottleneck beyond electricity will be 'water' (cooling water). Water Demand Projected to Surge Up to 26-Fold Currently, South Korea's 314 data centers consume roughly 35,000 tons of water per day. However, if all approved and planned mega-projects become operational while current cooling methods persist, total power capacity will surge by approximate

Accuracy is the cornerstone of a turbidimeter. However, conventional optical turbidimeters have constantly required cleaning and recalibration due to sensor contamination. The Wave Talk has broken through this limitation. Our in-line turbidimeter currently installed at a water treatment plant in Gangwon-do has been operating for approximately 15 months without a single instance of sensor cleaning, lamp replacement, or consumable replacement. Ultra-Precise Accuracy Maintained