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A dissolved ozone sensor is an analytical tool created for continuous ozone monitoring in applications involving pure water. Many ozone water treatment applications depend on knowing the dissolved ozone content. Also, it’s crucial for managing the commercial ozone generator.
Wet chemical methods can be used to measure ozone residual, but labor-saving, extremely accurate real-time measurements can be obtained with dissolved ozone sensors and monitors. These devices’ output can also be remotely observed, and it can offer a feedback signal for managing the entire ozone water treatment procedure.
The Global Dissolved Ozone Monitor Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
New dissolved ozone sensors from Mettler-Toledo Thornton are available for accurately tracking pure water sanitization.
In the pharmaceutical, semiconductor, bottled water, and beverage industries, where Mettler-Toledo Thornton already provides measurements of a wide range of other parameters, ozone, the tri-atomic form of oxygen (O3), is being employed more and more.
The same tools can now be used to ensure that complete sanitization has been completed and that any leftover ozone has been eradicated.
The new ozone sensors are compatible with the widely used Thornton 770MAX instruments, which are also capable of measuring conductivity, specific resistivity, TOC, dissolved oxygen, flowrate, pH, ORP, temperature, tank level, and/or pressure.
The 770MAX makes it possible to combine up to 6 channels of information, including ozone, which lowers the price and complexity of pure water monitoring and treatment systems. The ozone sensor can also be utilised with the 2-channel Thornton 2000 instrument when fewer measurements are required.
The pureO3 dissolved ozone sensor offers quick and precise measurement over a broad ozone concentration range. It leverages Intelligent Sensor Management (ISM) technology to offer prognostic diagnostics for in situ measurements that require no maintenance.
Maintenance procedures are made simpler by the pureO3’s Intelligent Sensor Management (ISM) technology. You can use the Time to Maintenance tool to determine when the membrane needs to be replaced, and the Adaptive Calibration Timer to determine when the sensor needs to be calibrated.
A reinforced silicone membrane is part of the pureO3’s sturdy structure, which gives it excellent durability. The Dynamic Lifetime Indicator keeps track of the process conditions and gives you an estimate of how long your sensor’s inner body will last.
