+1 905.665.6888
[email protected]
Facebook
Twitter
LinkedIn
YouTube
  • COMPANY
    • Who We Are
    • Why Choose Us
    • Who We Work For
    • Client Testimonials
  • PARAMETERS
  • PRODUCTS
  • APPLICATIONS
    • Municipal Drinking Water
      • Source Water Monitoring
      • Blending Optimization
      • Coagulation Optimization
      • Contaminant Removal Efficiency
      • UV Disinfection Performance and Optimization
      • DBP and Formation Potential Monitoring
      • Smart Water Networks
      • Nitrification Monitoring
    • Municipal Wastewater
      • Influent Wastewater Monitoring
      • Chemical Dose Optimization
      • Aeration Optimization
      • UV Disinfection Performance and Optimization
      • Advanced Treatment Monitoring
      • Effluent Discharge Monitoring
    • Industrial Wastewater
      • Product Loss Monitoring
      • Chemical Dose Optimization
      • Aeration Optimization
      • Nutrient Dose Optimization
      • UV Disinfection Performance and Optimization
      • Advanced Treatment Monitoring
      • Effluent Discharge Monitoring
    • Industrial Process Water
      • Process Water Control
      • Cooling Water Contamination
      • Boiler Feedwater Impurities
      • Ultrapure Water Monitoring
      • Water Reuse Optimization
      • Ballast Water Treatment Monitoring
  • FAQ
  • CONTACT US

HYDROGEN PEROXIDE

Hydrogen peroxide (H2O2) is a strong oxidizing agent typically used in combination with ozone or UV light in advanced oxidation processes (AOP) to remove trace organic compounds that cause taste and odour issues, biological growth and may otherwise be harmful to human health. In addition, it can be used for removal of iron and hydrogen sulfide.

WHY IS IT IMPORTANT?

Residual hydrogen peroxide is not desirable in the treated water, especially because it is relatively stable. It is typically removed by quenching with chlorine. For this reason, dosing needs to be carefully controlled and adjusted to provide a sufficient amount to achieve treatment goals while making sure residual concentration is minimized. Further, the amount of chlorine added for hydrogen peroxide quenching needs to be adjusted according to the remaining hydrogen peroxide levels. Efficient dosing of both hydrogen peroxide and chlorine can be accomplished by monitoring the hydrogen peroxide concentration in real time at a location downstream of the application point. Concentrations exceeding a pre-determined threshold at the monitoring point would indicate overdosing, and therefore dosing can be adjusted accordingly.

Real Tech has the solutions to help our clients get the information they need, when they need it. Discover our real-time monitoring solution here.

ONLINE HYDROGEN PEROXIDE MONITORING

Real-time sensor for detection in drinking water.

Request a Quote

APPLICATION LINKS

  • Drinking Water Monitoring Applications

Explore all applications >

1150 Champlain Court, Whitby, Ontario L1N 6K9
+1 905.665.6888
Toll Free US and Canada:
1.877.779.2888
+1 905.665.7025
[email protected]
Facebook
Twitter
LinkedIn
YouTube

Real Tech Blog

Downloads

News

 

 

Partner Portal Login

Accessibility Policy

Privacy Policy

© 2017 Real Tech Inc. All rights reserved.