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| HYDROZON® POX-HO compact oxidator unit |
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The HYDROZON® oxidator units (POX) are the product of years of development in the field of oxidative water treatment.
The oxidators of the POX-HO series were designed especially for use in the large-scale water supply and industrial water treatment fields. These units are distinguished by:
- modular design of all required operating components
- operational reliability via perfected process technology, high-quality materials and tried-and-tested control technology
- patented ozone production and mixing in the closed hydraulic system
- optimised venturi / injector system with full-flow mixing for efficient ozone supply
- easy operation via a microprocessor-based control system
- optional: continuous setting (or regulation) of the ozone quantity
- possible areas of use: drinking water treatment, swimming pool water treatment, treatment of recyclable water for industrial purposes, treatment of cooling water in ventilation and air-conditioning systems, upgrading of existing systems etc.
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Info on
POX-HE
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Info on
POX-HE
compact |
Info on
POX-HO
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Circulation capacity:
8-20 m³/h
Ozone quantity:
4-16 g/h
Required process air:
300-500 Nl/h |
Circulation capacity:
8-20 m³/h
Ozone quantity:
4-16 g/h
Required process air:
300-500 Nl/h |
Circulation capacity:
25-30 m³/h
Ozone quantity:
24-32 g/h
Required process air:
1000-1400 Nl/h |
Info on
POX-HO
compact |
Info on
POX-HO max
compact |
Info on
POX-HT FU
compact |
Circulation capacity:
25-30 m³/h
Ozone quantity:
24-32 g/h
Required process air:
1000-1400 Nl/h |
Circulation capacity:
30-60 m³/h
Ozone quantity:
40-48 g/h
Required process air:
2000-2900 Nl/h |
Circulation capacity:
50-100 m³/h
Ozone quantity:
continuous up to
120 g/h
Required process air:
continuous up to
4800 Nl/h | | Technical data sheets are found in PDF files in the restricted-access download area
HYDROZON® oxidator units can be integrated into new systems and, due to their compact size, into existing systems.
The oxidators contain all of the components required for operation and are inspected and ready to be connected up upon delivery. Ozone production occurs in a closed hydraulic system. Mixing of the ozone-gas/air mixture with the water to be treated is implemented with a high-power venturi / injector system at full flow. | |
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