Ozone
The discovery and benefits of ozone dates back well over 100 years. Recent developments in technology have allowed a new generation of applications and products, using ozone, to emerge.

Ozonation Process:
Oxygen molecules (O2) are split when passed through a gap formed by a high voltage electrode, dielectric and ground electrode. High voltage, at high frequency, is then applied to the electrodes. The plasma formed in the gap is known as a Corona Discharge, and it is here that some of the oxygen molecules split and recombine to form ozone:

Ozone is an unstable compound, and may react in a simple oxidation where one molecule splits off or in a reaction called Criegee mechanism where all three oxygen molecules are used. In most inorganic reactions only one atom of the ozone molecule enters into the oxidation; the other two are released as molecular oxygen. Ozone reacts readily with unsaturated organic compounds, adding all three oxygen atoms at the double or triple bond. In addition, ozone can act as a powerful disinfectant, rupturing the cell wall to inactivate bacteria, fungi, viruses, etc.

SGA Series: Ozone/Oxygen Systems:
The SGA Series Ozone/Oxygen Systems are the most powerful and compact ozone systems in their class. Each combines a high concentration, air-cooled ozone generator with an onboard oxygen concentrator in an attractive, compact, wall-mountable stainless steel housing.

The powerful SGA Series is easy to operate with a convenient, intuitive control panel. To easily manage the ozone generating process, it offers: 0-100% variable power control, feed gas control, inlet air pressure and reactor back-pressure gauges, power supply feed back reference meter, and LED ozone production indicator.


All SGA Series Ozone Generators can be controlled by a 0-10vdc signal with the optional Automatic Proportional Control (APC) installed. This option is ideal when automatic and continuous control of ozone output is required for a specific process or application.

A highly efficient, reliable ceramic/titanium reactor cell uses an exclusive Floating Plate Technology™. It is powered by advanced, high-frequency pulse modulated variable control power supply. Responsive, accurate ozone output control is assured by instantaneous amplitude modulation and proven stability of the Floating Plate Technology™ reactor cell design.