Ozone gas analyzers

High-Precision Ozone Analyzers for Process Gases

Our ozone analyzers for process gases provide precise, real-time measurements in industrial gas streams. Designed for chemical, pharmaceutical, and food production.

• Continuous process gas monitoring: Efficient monitoring and control of ozone levels, process optimization, prevention of equipment damage, and safe working conditions.
• Benefits: Real-time measurement, robust industrial design, easy integration, and compliance with regulatory requirements.

Precise Ozone Meters for Ozone Concentration Measurement in Process Gases

Reliable measurement of the ozone concentration in process gases is a crucial factor for quality assurance, efficiency, and safety in industrial applications. Modern ozone meters enable precise and continuous monitoring of the ozone content in gas streams – both in ozone production and in applications for disinfection, oxidation, or exhaust air purification.

Why Ozone Meters Are Indispensable ?

Ozone is a powerful oxidizer and is used in numerous industrial processes, such as water treatment, the food industry, chemical production, and semiconductor manufacturing. Accurate ozone concentration measurement is necessary to optimally control process parameters, minimize energy consumption, and maintain safety limits.
Ozone measuring devices provide precise real-time data on the ozone content in the process gas, enabling precise control of ozone generators or dosing systems.

How modern ozone measuring devices work ?

Various measurement methods are used to determine the ozone concentration in gases. UV photometry, electrochemical sensors, and infrared measurement methods are particularly common.

• UV photometric ozone measuring devices utilize the absorption of UV light by ozone molecules at a wavelength of 254 nm. This method is considered particularly precise, stable, and low-maintenance.
• Electrochemical sensors are particularly suitable for mobile or safety-related applications where rapid response to concentration changes is required.

Advantages of precise ozone measurement in process gases

• High measurement accuracy and stability even under changing process conditions
• Continuous online measurement without interrupting operations
• Fast response times and reliable data for process control
• Long service life and low maintenance requirements of modern sensors
• Compliance with environmental and safety standards

Areas of Application

• Ozone measuring devices are used wherever ozone is specifically generated, used, or degraded, e.g.:
• Ozone generation and monitoring in ozone plants
• Drinking water and wastewater treatment
• Air and exhaust air treatment systems
• Pharmaceutical and food production
• Semiconductor and surface technology

Conclusion: Efficient process control through precise ozone measurement

A high-quality ozone measuring device is the basis for safe and efficient ozone concentration measurement in process gases. With precise measurement technology, operators can not only ensure the quality of their products, but also save resources and reliably comply with legal limits. Whether for research, industry, or environmental technology – the right ozone measurement technology ensures transparency, safety, and sustainability throughout the entire process.