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Ozone generators in the K-VAC series are operated under negative pressure, which means maximum operational safety combined with efficient and economical ozone production and simple operation.
The ozone generation systems are built in accordance with DIN19627 and all relevant safety guidelines. They are generally equipped with a fully automatic air drying system for effective dehumidification of the required process air.

SEWEC ozone generation systems of the K-/M-/G-OXY(F) series are designed for the efficient
efficient production of ozone gas from oxygen.
They comply with all relevant European standards and directives for ozone systems.
The required oxygen gas is supplied via external PSA oxygen concentrators or via a LOX system.

SEWEC ozone systems of the PSA series are designed and built for the efficient production of ozone from oxygen at high ozone concentrations. The oxygen gas required for this is supplied in a purity of up to 95% by means of a built-in PSA oxygen concentrator.
All components required for fully automatic operation of the ozone generation system are built into a compact, painted housing

Ozone generation systems in the PRESS series are operated with compressed air, which ensures consistent process air quality. This results in efficient and economical ozone production. The ozone generation systems are characterized by maximum reliability with 100% ED and simple operation.
The ozone generation systems are built in accordance with DIN19627 and all relevant safety guidelines. They are generally equipped with a fully automatic air drying system for effective dehumidification of the required process air.

For numerous water treatment processes, the Advanced Oxidation Process (AOP) has proven to be the most effective method for meeting the highest quality standards.
The successful UVANDO series from SEWEC OZON combines two key water treatment technologies – ozone and UV.
The reactive ozone, with its high oxidation potential, which is important for water treatment, and simultaneous UV irradiation achieve results that meet the highest standards.

For numerous water treatment processes, the Advanced Oxidation Process (AOP) has proven to be the most effective method for meeting the highest quality standards.
The successful UVANDO series from SEWEC OZON combines two key water treatment technologies – ozone and UV.
The reactive ozone, with its high oxidation potential, which is important for water treatment, and simultaneous UV irradiation achieve results that meet the highest standards.

SEWEC ozone systems from the COSY series can be used for numerous water treatment processes.
processes.
The ozone systems in the COSY series are designed for fully automatic operation and can be easily integrated into an existing water treatment system – both hydraulically and in terms of control technology.

SEWEC OZON’s OIS series ozone injection systems are built and mounted on a frame as a compact, ready-to-connect unit.
They are available in various sizes and materials.
The size and output of the pump and injector are individually designed according to the ozone generator output and the system pressure of the water to be treated.

SEWEC static mixers are used for the effective mixing of different media.
These can be gaseous and/or liquid.
The mixing elements installed in a mixing tube cause intensive turbulence and mixing of the media.
Due to the special geometric shape of the mixing elements and their arrangement, a high degree of mixing is achieved with minimal pressure loss.
The static mixer is installed in-line between flanges in the pipe.

A float opens or closes a variable nozzle opening, depending on the water level in the tank. After a short transient phase, the vent valve keeps the gas flow rate, pressure and liquid level constant.

The ozone catalyst is used for the effective removal of ozone from air or oxygen with ozone concentrations of up to >200g/Nm3.
The device essentially consists of a cylindrical stainless steel
stainless steel container filled with highly effective catalytic material.
material. To prevent condensation in the catalyst tank, a heater is installed which is controlled by a digital temperature controller and sensor.
The catalyser tank has thermal insulation with a jacket made of sheet aluminum.

Compact, thermal residual ozone destroyer for efficient removal of ozone from exhaust air. Unique integrated preheating zone for optimum energy utilization.
Customized versions available.

for continuous monitoring of the room air and alarm when gases are detected, consisting of:
Electronic unit with alphanumeric display & gas sensor(s).
– 2 independently adjustable alarm levels for each sensor
– with alarm and measurement display
– with sensor error message
– LCD display of the current measurement data for each sensor – Parameterization via 3 buttons on the housing