Maximize ozone for less energy and cooling water consumption
Product Features
- Ozone production of 1,000 to 15,000 lbs/day or 18kg/hr to 300kg/hr
- Optimized cooling water consumption
- Customized, completely mounted and instrumented “plug and play” system
- Robust design for operation under rough ambient conditions
- Easy installation and operation
- Virtually maintenance-free electrode technology
- 10-year replacement warranty on Effizon® evo 3G electrodes*
- CE, UL Compliant
Robust, customizable ozone solutions
Large scale operations require well-engineered adaptable systems to meet the ever-changing operational conditions. Xylem’s WEDECO brand PDOevoPLUS ozone system has been designed to produce large quantities of ozone both reliably and efficiently. Its robust design, customizable and integrated system fit seamlessly into local conditions and processes to suit every application.
Maximize ozone production with Effizon® evo 3G electrodes
Effizon evo 3G electrode technology is the core element of every WEDECO PDOevoPLUS ozone system. It features a glass core, which consists only of high strength borosilicate glass and stainless steel mesh, that helps achieve a level of reliability and energy efficiency unattainable with most other electrode technologies. Manufactured completely from inert materials, without the need for fuses or coatings, it is highly resistant to corrosion. This means that the WEDECO PDOevoPLUS generators are practically maintenance free with no need for regular cleaning or replacement of electrodes. Moreover, with Intelligent Electrode Protection (IEP), an inherent safety feature of the Effizon evo 3G, it is not prone to false detection of electrode defects.
WEDECO brand Ozone Generation systems undergo factory acceptance testing to ensure they are capable of producing the desired ozone concentration, based on operational parameters outline in the Operating Manual. System performance of microorganism inactivation depends on the CT value, pH, and temperature of water. Performance limitations depend on feed conditions, overall installed system design, and operation and maintenance processes; please refer to Operations Manuals.