Enhancing Ozone Output Through Precise Nitrogen Dosing
Ozone is one of the most powerful and effective oxidants available for water and wastewater treatment, providing exceptional performance for disinfection, advanced oxidation, odor control, color removal, and contaminant destruction. However, because ozone is highly reactive, any residual ozone remaining in process water or off-gas streams must be safely destroyed before discharge, reuse, or release to the environment. Proper ozone destruction is essential for protecting personnel, preventing equipment degradation, and maintaining compliance with environmental and workplace safety regulations.
Pureflow designs and supplies custom ozone destruct systems engineered to efficiently eliminate residual ozone from both gas and water treatment processes. Our systems are integrated into the overall ozone treatment train to ensure safe operation while maintaining maximum process performance. Whether treating off-gas from ozone contactors, dissolved ozone residuals, or vent streams from ozone generation equipment, Pureflow provides reliable solutions tailored to each application’s specific operating conditions.
Our ozone destruction technologies are designed to achieve high destruction efficiencies while minimizing energy consumption and maintenance requirements. Systems are available in a variety of configurations to accommodate municipal drinking water facilities, wastewater treatment plants, industrial process water systems, and advanced water reuse applications. Each solution is carefully engineered to match ozone flow rates, concentrations, operating temperatures, and treatment objectives.
In addition to safeguarding public health and the environment, effective ozone destruction helps protect downstream equipment from corrosion and ozone exposure, extending system life and reducing maintenance costs. Automated controls and monitoring systems provide continuous performance verification, giving operators confidence that ozone residuals are being safely managed under all operating conditions.
