What is peroxide measured for?

Hydrogen peroxide (H₂O₂) is used in a variety of ways in water treatment: for disinfection, oxidation of organic impurities and as a dechlorination agent. The correct dosage is crucial – too little H₂O₂₂ is ineffective, too much can attack materials and increase costs.

Hydrogen peroxide is used as a chlorine-free disinfection alternative in swimming pools and whirlpools. Typical target values are 30-50 mg/l. Photometric measurement enables precise dosage control.

In industrial water treatment, H₂O₂ is used to remove chlorine, sulphide and other undesirable substances. Regular monitoring ensures that the dosage is optimal.

How does the test set work?

The CALDUR® Peroxide Test Set – Photometric is based on the titanyl sulphate method. After adding a reagent to the water sample, a yellow color complex is formed within 5 minutes, the concentration of which is precisely determined with the WINLAB Data Line photometer.

Advantages of the CALDUR® test set

• Wide measuring range 1.0 – 100 mg/l H₂O₂

  Covers the entire practical dosing range

• 150 provisions per set

  Economical for regular checks

• High precision due to photometric evaluation

  Objective, reproducible measurement results with the WINLAB Data Line

• Specific titanyl sulphate method

  Selective for hydrogen peroxide, low interference

Der Beitrag Caldur® Peroxide – Photometric erschien zuerst auf RLS Wacon analytics.

What is peroxide measured for?

Hydrogen peroxide (H₂O₂) is used in a variety of ways in water treatment: for disinfection, oxidation of organic impurities and as a dechlorination agent. The correct dosage is crucial – too little H₂O₂₂ is ineffective, too much can corrode materials and increase costs.

Hydrogen peroxide is increasingly being used as a chlorine-free disinfection alternative in swimming pools and whirlpools. Typical target values are 30-50 mg/l.

In industrial water treatment, H₂O₂ is used to remove chlorine, sulphide and other undesirable substances. Regular monitoring ensures that the dosage is optimal.

How does the test set work?

The CALDUR® Peroxide Test Set – Colorimetric is based on the titanyl sulphate method. Hydrogen peroxide reacts with titanyl sulphate to form a yellow-orange peroxotitanyl complex. The color intensity is proportional to the H₂O₂ concentration.

The measured value is determined by direct color comparison with a 6-stage color chart supplied.

Advantages of the CALDUR® test set

• Measuring range 1.0 – 10 mg/l H₂O₂

  Covers the practical dosing range

• 150 provisions per set

  Economical for regular checks

• Quick analysis in just 5 minutes

  Immediate results on site

• Easy handling with only 1 reagent

  No measuring devices required

• Robust plastic housing with hinged lid

  Safe transportation and protection of reagents

Der Beitrag Caldur® Peroxide – Colorimetric erschien zuerst auf RLS Wacon analytics.