Ozone-Supported Wet Scrubber Systems

Ozone-Supported Wet Scrubber Systems Dual-Phase Oxidation in Gas and Liquid Phases Odor, VOC, and hazardous gas emissions in industrial facilities are not only environmental challenges but also drivers of increased operating costs. Our ozone-supported wet scrubber systems combine conventional gas washing technology with advanced oxidation power to deliver higher efficiency, reduced chemical consumption, and more economical operation. Maximum Performance with Dual-Phase Ozone Application In our systems, ozone is applied both: In the gas phase (in the stack line) for pre-oxidation In the liquid phase (within the scrubbing water) for enhanced oxidation This dual-action structure ensures that pollutants begin breaking down even before entering the scrubber and that oxidation is completed in the liquid phase. The result: stronger treatment performance, a more stable process, and significantly reduced chemical demand. Why Choose Ozone-Supported Wet Scrubbers? ✔ Significant reduction in chemical consumption ✔ Lower acid/alkali usage ✔ Reduced operating and maintenance costs ✔ High odor removal efficiency ✔ Effective oxidation of VOCs and reducing gases ✔ Longer-lasting and more efficient recirculation water ✔ Reduced wastewater load Thanks to ozone’s strong oxidation capability, the system minimizes dependency on chemical dosing while ensuring safer and more stable operation. Benefits for Your Facility Compliance with environmental regulations Reduced chemical storage and handling risks Lower carbon and waste footprint Improved energy and process efficiency Stronger sustainability profile Strong Engineering. Reliable Performance. We design each system specifically according to your process requirements and integrate ozone generation technology in the most efficient configuration. With turnkey installation, commissioning, and after-sales technical support, we become your long-term solution partner. With our ozone-supported wet scrubber systems: Less chemicals. Higher efficiency. More sustainable production.