Stony Brook University Professor Patents Groundbreaking Water Quality Sensor

A pioneering innovation from Stony Brook University promises to transform water quality monitoring. Associate Professor Qingzhi Zhu has been awarded a patent for an advanced sensor system capable of simultaneously detecting nitrate/nitrite and ammonium in real time — a major breakthrough for environmental monitoring. This technology can revolutionise wastewater treatment and septic system monitoring, offering immediate insights into water quality and enabling faster response to contamination events. A New Era of Real-Time Nutrient Monitoring Nitrogen pollution is one of the most persistent water quality challenges in the United States. Traditional…

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NANOBUBBLES: THE TECHNOLOGICAL EDGE IN BIG DATA–DRIVEN WATER RESOURCE OPTIMIZATION

Introduction: The World’s Water Dilemma Water is the world’s most critical resource — yet also the most mismanaged. With rising urbanization, erratic climate patterns, and surging industrial demand, the challenge of balancing water availability with consumption has never been more pressing, it is clear that traditional approaches are no longer enough. Blowers, Di users, and chemical dosing systems continue to consume massive resources but deliver diminishing returns, creating bottlenecks that stall true progress. Today, Big Data has emerged as the game-changer in optimizing water resources, enabling policymakers, industries, and communities…

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