Veolia Water Technologies & Solutions

Ozonia* M Ozone Generator

Award-winning ozone system with Intelligent Gap System+ (IGS+) and SmartO3* Controller

Veolia's Ozonia M integrates advanced ozone technology to elevate ozone production to new heights. Featuring the Intelligent Gap System Plus (IGS+) ozone generation process and SmartO3* system control, this high-performance system increases capacity while reducing energy consumption and improving reliability. Built on over 40 years of industry-pioneering experience, the IGS+ process represents Veolia's most advanced ozone generation technology. The Ozonia M's innovative skid design reduces the system footprint by up to 25%, delivering superior environmental resistance and production capacities up to 20 kg O3/h in a compact, efficient package.

Download Ozonia* M Ozone Generator Brochure

Overview

The Ozonia M is a revolutionary, high-performance ozone system featuring the IGS+ ozone generation process, which boosts capacity by up to 20% while reducing energy consumption. This system introduces the SmartO3 control System, offering intelligent features that streamline operations, simplify maintenance, and reduce costs. The SmartO3 system control ensures adaptable functionality and seamless integration across diverse plant configurations. The Ozonia M combines the ozone generator, power supply, control system, and process equipment in an innovative compact design that reduces footprint by up to 25%.

The Veolia research teams have set new performance records with IGS+ ozone generation process. IGS+ increases ozone capacity up to 20% while reducing energy consumption.

The Ozonia M introduces the SmartO3 control System which adds a variety of smart features optimized for ozone applications; making operations and maintenance faster, easier, and less costly. The SmartO3 control System ensures flexible operation and allows integration into all types of plant concepts.

The Ozonia M range integrates the ozone generator, the power supply, SmartO3 control System, and process related control equipment in an innovative compact design which reduces footprint up to 25%.

Features & Benefits

  • Higher ozone concentration up to 16 wt%
  • Up to 25% reduced energy consumption, 20% increased capacity, and a wider pressure range using IGS+)
  • Reinforced cabinet and air conditioned internal compartment provides reliable performance in harsh operating environments
  • Available using oxygen or air feed gas
  • Integrated design reduces equipment footprint and service area up to 25%
  • SmartO3 control System is optimized for ozone systems
  • Multiple network communication protocols available
  • Robust industrial quality with industry leading service life

Applications

  • Drinking water (Disinfection, color & odor)
  • Wastewater (Hard COD, micropollutants, color & odor)
  • Air treatment (NOx removal)
  • Ballast Water
  • Pulp & Paper
  • Chemical
  • Pharmaceutical
  • Food & Beverage

ozonia electrode

How It Works

The Ozonia M is a compact, modular ozone generation system that utilizes Ozonia's advanced corona discharge technology. It works by passing oxygen or air through an electrical field created between specially designed electrodes, where high-voltage electricity splits oxygen molecules (O2) and causes them to recombine into ozone (O3).

Intelligent Gap System + (IGS+) Technology

The Ozonia M incorporates the innovative Intelligent Gap System+ (IGS+) technology, which optimizes the plasma discharge process to maximize ozone production while minimizing energy consumption, making it an efficient and cost-effective solution for various commercial and industrial applications. Through Ozonia's proprietary IGS+ process, operators can achieve maximum ozone output with minimal energy consumption, making it both economically advantageous and environmentally responsible. This technological breakthrough positions Ozonia at the forefront of sustainable ozone generation solutions.

Economic impact

  • Dramatic improvement of energy efficiency from IGS+ reduces total ozone system cost of ownership significantly. The economic impact makes ozone an economically attractive solution for a wider range of water treatment applications.
  • Stable production of high ozone concentration (16wt.%) on a continuous basis.
  • Reduces the energy consumption up to 30% compared to conventional ozone generators.
  • Reduces the feed gas consumption and consequently the operating costs.
  • Reduces equipment costs and footprints as a result of the high ozone concentration.
  • Improves safety and reliability with the exclusive system of individual fuses for each tube.

Download Ozonia* M Ozone Generator Brochure

Download Ozonia* M Ozone Generator Fact Sheet

Case Studies

Limit ultrapure water system costs and downtime using Ozonia ozone technology

Download Case Study - Ozone in ultrapure water loops

Ozonia ozone system reduces micropollutants to meet discharge limits at Altenrhein wastewater plant

Download Case Study - Reduce micropollutants with Ozonia ozone systems

Advanced Micropollutant Removal at ARA Morgental Wastewater Treatment Plant

Download Case Study - Advanced micropollutant removal with Ozonia ozone systems

Resources

Ozone water treatment systems utilize ozone (O3), a powerful oxidizing agent, to disinfect water and remove contaminants without leaving harmful chemical residues. The process involves generating ozone gas through electrical discharge or UV light, then dissolving it into water where it rapidly destroys bacteria, viruses, and organic pollutants before naturally decomposing back into oxygen. Veolia's Ozonia products are integral components of these systems, providing advanced ozone generation equipment, contact chambers, and monitoring systems that ensure optimal ozone production and distribution. Their technology includes efficient ozone generators that convert oxygen into ozone, sophisticated mixing and contacting systems that maximize ozone transfer into water, and precise control systems that monitor ozone levels and treatment effectiveness, making the entire water treatment process reliable, efficient, and environmentally sustainable.

A typical Ozonia Ozone System includes five system components:

  • Ozone Generator - i.e Ozonia* M Ozone Generator
  • Feed Gas System
  • Ozone Contactor
  • Ozone Destructor
  • Control System

The ozone generator is combined with an input gas system, usually air or oxygen, a contacting system such as a contact tank with ozone diffusers, and a vent ozone destructor to eliminate any trace ozone after the water treatment process. The control and automation system ties all the system components together and allows for automatic operation. Contact Veolia today to learn how Ozonia Ozone Systems can help improve your water treatment process.

Ozone Water Treatment System

Ozone Water Treatment diagram

Download Ozonia* Intelligent Gap System Plus (IGS+) Fact Sheet

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