OZONE SENSORS AND INSTRUMENTS FOR THE MEASUREMENT AND CONTROL OF OZONE IN AIR
Our ozone sensors and monitoring systems are used in a wide range of ozone monitoring and control applications including virus disinfection and the sterilization of commercial and residential buildings. Gas sensitive semiconductor technology allows ppb level detection with high accuracy and stability at a fraction of the cost of analyzer based instruments.
Discover Our Ozone Range
Portable Ozone Monitors
Our portable ozone monitors are simple tools for Health and Safety Managers and individuals alike to gather real-time information on ozone levels both indoors and outdoors.
Fixed Ozone Monitors
Our fixed ozone monitors use our best-in-class ozone sensor technology, so you can accurately measure and monitor ozone levels to comply with process control and health and safety.
Ozone OEM Sensors
Our multi-functional ozone sensor circuit is designed for use by OEMs who wish to access our state of the art sensor technology and integrate it into their own equipment.
Customer Success Stories
Our Clients
Applications
Food Safety
Ozone is a safe, proven method for the preservation of fresh food. Responsible operators use our instruments to monitor and control ozone for optimum results and for the safety of their workers.
Water Treatment
The water industry uses ozone as a method to safely disinfect and purify water. Our instruments help you to measure and control the release of ozone for health and safety purposes.
Manufacturing
In clean rooms and other controlled manufacturing environments, the purification of air by ozone can be controlled and monitored via our portable and fixed ozone monitors.
Sterilization
Our portable and fixed ozone monitors are used to measure ozone and reduce the risk of harmful exposure during medical applications, virus disinfection, and other situations where sterilization is critical.
Latest News
We look at how ozone sterilization can be used in the fight against the Coronavirus COVID-19, and its associated benefits and risks.
This is a question we often get asked. Especially by people intent on safely sterilizing locations or in less built-up areas and are surprised
Electrochemical sensors and heated metal oxide sensors (HMOS) are the two leading technologies for the low-cost measurement of ozone. Both sensor types have strengths
Ozone (O3) and Particulate Matter PM2.5 are a powerful combination to monitor air pollution for, as they may have serious health impacts individually, it’s when
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 are the two leading technologies for the low-cost measurement of ozone. Both sensor types have strengths){kind=link}
 are the two leading technologies for the low-cost measurement of ozone. Both sensor types have strengths){kind=link}
 and Particulate Matter PM2.5 are a powerful combination to monitor air pollution for, as they may have serious health impacts individually, it’s when){kind=link}
 and Particulate Matter PM2.5 are a powerful combination to monitor air pollution for, as they may have serious health impacts individually, it’s when){kind=link}