Cutting-Edge Ozone Treatment Solutions

Harness the power of ozone with innovative Ozonator technology, tailored for industry-leading efficiency and adaptability.

Ozonator Technology

Ozonator technology has emerged as a powerful and environmentally friendly solution for water and wastewater treatment. Using ozone (O₃), a naturally occurring molecule with strong oxidizing properties, ozonators effectively disinfect water, removing harmful bacteria, viruses, and pollutants.

Unlike traditional chemical disinfectants, ozone treatment leaves no chemical residue, making it a clean, sustainable choice for a variety of applications.

How Ozonator works?

Ozonators generate ozone by introducing an electrical discharge into oxygen molecules, creating a high-energy state that splits O₂ molecules into individual oxygen atoms. These atoms then combine with other O₂ molecules to form ozone (O₃). When ozone is injected into water, it breaks down contaminants through oxidation, ensuring safe and effective purification.

Ozone Production

The corona discharge method utilizes a high voltage electrode and a grounded electrode, separated by a dielectric barrier. When a high voltage alternating current (AC) is applied to the electrodes, a corona discharge occurs in the air gap between them. This discharge generates a high-energy electron stream that collides with oxygen molecules, breaking them apart into oxygen atoms. These atoms then recombine to form ozone.

The corona discharge method is a versatile and efficient technique for ozone generation. Its ability to produce high ozone concentrations and its energy efficiency in comparison to other types of generation makes it a popular choice for various water and wastewater treatment.

Ozone Target Contaminants

The following contaminants or problems can all be potentially treated with ozone:

Why Ozone?

Benefits:

Features and Customization Options

Key Features:

Application Versatility

Industries Served:

Comparison with other technologies

Feature UV Treatment Chlorine Treatment Ozone Treatment
Effectiveness Effective Against Bacteria And Viruses. Effective Against A Wide Range Of Microorganisms. Highly Effective Against Bacteria, Viruses, Parasites, And Other Contaminants.
Safety No Chemical Byproducts. Potential For Disinfection Byproducts (DBPs) Like Trihalomethanes (THMs). No Harmful Byproducts, As Ozone Decomposes Into Oxygen.
Environmental Impact Minimal Environmental Impact. Can Create DBPs That May Harm Aquatic Life. Minimal Environmental Impact, With No Harmful Residues.
Maintenance Needs Requires Regular Cleaning And Lamp Replacement. Requires Regular Chemical Feed And Monitoring. Requires Maintenance Of Ozone Generators And Off-Gas Destruction Systems.
Residual Disinfection No Residual Disinfection. Provides Residual Disinfection. Minimal Residual Disinfection, But Can Be Combined With Other Methods For Longer-Lasting Protection.
Taste And Odor No Impact On Taste Or Odor. Can Impart A Chlorine Taste And Odor. Improves Taste And Odor By Oxidizing Organic Compounds.
Cost Higher Initial Cost, Lower Operating Costs. Lower Initial Cost, Higher Operating Costs. Higher Initial Cost, But Often Lower Long-Term Costs Due To Reduced Maintenance And Chemical Usage.