CONDIAPURE®

CONDIAPURE® - Disinfection of Water Systems

With diamond-coated electrodes

The products of the CONDIAPURE® series are very well suited for disinfection on a larger scale. Since 2005 they have proved their applicabiltity in industrial use. 


CONDIAPURE® technology is based on diamond electrodes that generate hydroxyl radicals and ozone directly from the water as strong oxidizing agents. It thus enables disinfection without chlorine.

CONDIAPURE® - Ozone generator for industrial disinfection

Chlorine-free disinfection plays an increasingly important role for industrial and private applications. CONDIAPURE® technology generates ozone directly from water, a special EAOP® technology with many advantages:



  • High disinfection rate with low energy consumption,
    20 - 100 Wh/m³ depending on the concentration of organic impurities in the water
  • No additional chemicals required
  • Can be used as a firewall or volume disinfection
  • Simple design ensures low maintenance and easy adaptation to customer needs 

Some areas of application for CONDIAPURE® are: Ultra-pure water (for pharmaceutical, cosmetic and medical applications), cleaning baths (optical components, electronic circuits, automotive industry) and tap water supply.


The processes that have been used for disinfection here to date are, for example, UV light or conventional chemical biocides.

High disinfection rate with low energy consumption, 20 - 100 Wh/m³ depending on the concentration of organic impurities in the water

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No additional chemicals required

Can be used as Firewall or Volume disinfection

Simple design ensures low maintenance and easy adaptation to customer needs

The CONDIAPURE®-Series

CONDIAPURE®
Type 150 mg

CONDIAPURE® Typ 150 mg for disinfection with Ozone
dimensions 190 x 35 x 45 mm
max. solved ozone /h 150 mg
min. flow rate 0.09 m³/h
max. flow rate 0.30 m³/h

CONDIAPURE®
Type 1 g - 6 g

CONDIAPURE® type 1 g - 6 g for disinfection with Ozone
dimensions 505 x 145 x 100-130 mm
max. solved ozone /h 1-6 g
min. flow rate 0.6-2.7 m³/h
max. flow rate 4.2-15 m³/h
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