Precise chlorine dioxide measurement with JUMO sensors and electrodes
Reliable monitoring of the chlorine dioxide content is crucial for safe and efficient disinfection processes - especially in drinking water treatment, the food industry or in cooling systems. With the high-precision sensors and electrodes from JUMO, you can rely on state-of-the-art measurement technology for maximum process reliability.
How does chlorine dioxide measurement with JUMO sensors work?
Our sensors work on an amperometric basis. This means that chlorine dioxide is electrochemically converted at a measuring electrode - the resulting current is directly proportional to the concentration of chlorine dioxide in the water. This gives you exact real-time values for the concentration in your process medium.
Thanks to the special sensor design with working electrode, counter electrode and - depending on the type - also reference electrode, the JUMO sensors offer a high selectivity to chlorine dioxide. Interference from other oxidizing agents such as free chlorine or ozone is effectively suppressed.
JUMO sensors: Precision for your water quality
The JUMO sensors work with an amperometric measuring principle in which chlorine dioxide is electrochemically converted at the measuring electrode. The current generated is a direct measure of the current concentration in the water. This provides you with reliable real-time data on the basis of which you can precisely regulate your dosing.
Our sensors are specially designed for water treatment applications. They are characterized by:
- High selectivity to chlorine dioxide (hardly any interference from free chlorine or ozone)
- Fast response times - ideal for dynamic processes
- Robust design for continuous operation
- Long service life and low maintenance
- Compatibility with JUMO transmitters and control systems
Typical areas of application:
- Drinking water treatment (waterworks, municipal systems)
- Industrial process water systems
- Cooling water systems with mandatory disinfection
- Water recycling and treatment systems