Hydrogen peroxide sensor (H2O2)

Inline hydrogen peroxide sensor (H₂O₂).

Range:

  • 0÷200 ppm – pH 2÷11 – 45°C – 1 bar

  • 0÷500 ppm – pH 2÷11 – 45°C – 1 bar

  • 0÷20,000 ppm – pH 2÷11 – 45°C – 1 bar

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Description

Hydrogen Peroxide Sensor – Accurate and Real-Time Measurements

Optimize Your Process with an Inline H₂O₂ Sensor
Are you looking for an efficient way to monitor hydrogen peroxide (H₂O₂) in your industrial processes? Our hydrogen peroxide sensor delivers real-time, precise measurements without the need for manual sampling. This ensures optimal process control, enhanced safety, and reduced operational costs.

Benefits of an H₂O₂ Sensor

✅ Continuous and accurate monitoring – Prevent deviations and optimize your chemical processes.
✅ Direct integration into pipeline systems – Save time and minimize manual inspections.
✅ Low-maintenance and reliable – Long lifespan with minimal calibration requirements.
✅ Versatile applications – Ideal for water treatment, food industry, pharmaceutical production, and disinfection processes.

Applications of a Hydrogen Peroxide Sensor

Our inline H₂O₂ sensors are widely used across various sectors:

🔹 Water Treatment – Effective dosing and monitoring of disinfectants.
🔹 Food Industry – Ensuring safety during CIP (Cleaning in Place) procedures.
🔹 Pharmaceutical Industry – Accurate control of sterilization processes.
🔹 Pulp and Textile Industry – Optimization of bleaching processes.

How Does a Hydrogen Peroxide Sensor Work?

The sensor is installed directly in the process line or a bypass and measures H₂O₂ concentration using advanced electrochemical or optical detection technology. Measurement data is transmitted in real-time to your control system (PLC, SCADA), enabling immediate response to concentration changes.

Why Choose Our Inline H₂O₂ Sensor?

🔸 High measurement accuracy – PPM-level precision for critical applications.
🔸 Compatible with existing systems – Seamless integration via various protocols (Modbus, 4–20 mA, digital interfaces).
🔸 Robust and durable – Designed to withstand extreme process conditions.