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PlasmaConnect™

Compact oxidation system

PlasmaConnect™ is a modular, ready-to-use oxidation system for drinking water and wastewater treatment based on innovative C-ION™ technology. It uses non-thermal plasma (NTP) for advanced oxidation of water pollution using ionised air.

It is already being used successfully in wastewater and drinking water treatment as well as in water reuse applications. Thanks to its high efficiency, easy integration and broad effectiveness against a wide range of pollutants, C-ION™ sets new standards in modern water treatment.

The technology is based on the generation of reactive oxygen species (ROS) by dielectric barrier discharge (DBE) in ambient air – without the need for complex supply air treatment. These ROS have a high oxidation potential and enable the effective degradation of organic and inorganic pollutants. These include drug residues, hormones, pesticides, herbicides, dyes and humic substances, as well as metals such as iron, manganese and arsenic. The process also has a disinfecting effect.

Das NTP wird über eine eingetauchte Turbine oder über externe Gebläse und ein bodenmontiertes Belüftungssystem (Diffusoren) in das zu behandelnde Wasser eingebracht. Der modulare Systemaufbau erlaubt eine einfache Nachrüstung bestehender Anlagen – unabhängig von Anlagengröße oder Anwendung.

Anwendungen

TRINKWASSER

  • For municipalities and water cooperatives
  • Iron, manganese and arsenic removal
  • Farb- und Huminstoffentfernung

ABWASSER – WIEDERVERWENDUNG

  • Industrieabwasser: Vor- bzw. Nachbehandlung
  • Removal of anthropogenic trace substances as a fourth treatment stage in municipal sewage treatment plants
  • Optimisation of biological purification stages (reduction of bulking sludge)

Produkthighlights & Vorteile

  • Fully automatic operation with PLC control and touchscreen visualisation
  • Connection to building management system and remote maintenance possible
  • No supply air treatment or external cooling required
  • No continuous addition of chemicals necessary
  • Robust, low-maintenance system without precision mechanical components
  • Compact design with low space requirements
  • Significantly lower energy consumption compared to ozone and classic AOP processes
  • Modular, flexibly scalable and easy to retrofit
  • Ready for immediate use (plug & play), no start-up time
  • High oxidation potential through the formation of hydroxyl radicals (AOP)
  • Environmentally friendly: low energy consumption and no hazardous oxidation chemicals
  • Easy integration into existing infrastructure
  • Durable components, low maintenance