One of the primary challenges in many ozonation projects is inefficient gas-to-liquid mass transfer and ozone losses prior to reaction. This results in reduced oxidation efficiency, increased energy consumption, and overall performance degradation. The effectiveness of advanced treatment systems (including AOPs) is directly dependent on the dissolution efficiency of ozone gas. An optimized diffuser system maximizes mass transfer, fundamentally eliminating this challenge and significantly enhancing process efficiency.

Key Functionality

By generating fine bubbles (microbubbles) and ensuring uniform gas distribution, these systems maximize the gas–liquid interfacial area and create optimal conditions for effective oxidation reactions, including microorganism inactivation, COD reduction, odor and color removal, and degradation of micropollutants.

Types and Applications

• Ceramic / PTFE Diffusers (Microbubble):

  Bubble size of 10–30 microns; suitable for pools, treatment basins, and food processing industries.

• Venturi Injectors:

  Mass transfer efficiency up to 95%; no moving parts; ideal for continuous operation systems.

• Tubular Diffusers (Stainless Steel / PE):

  Uniform distribution at high flow rates; resistant to hydraulic shock.

Solution Advantages

• Up to threefold increase in oxidation efficiency
• Reduced ozone generator energy consumption and prevention of gas losses
• Engineering design tailored to operational parameters (flow rate, depth, pollution load)
• Long service life with minimal maintenance

Main Applications

Water treatment systems, municipal and industrial wastewater and effluent treatment, water reuse systems, food and beverage industries, swimming pools, and cooling towers.

Technical Support

Engineering design in compliance with CE and ISO standards, compatibility with Iran’s climatic conditions, and provision of comprehensive consulting, commissioning, and full technical support services.