Specialized Design, Manufacturing, and Support Services for Water Treatment Systems Using Ozone Generator Technology

OzonAb, as a pioneer in the design and manufacture of industrial ozone generators in Iran, provides comprehensive solutions for industries and specialized facilities with a strong focus on continuous and stable operation. Our core mission is to supply clean water free from all types of microbial and chemical contamination by leveraging advanced engineering expertise and the latest technological achievements, including nano-ozone technology. Our products are optimized to effectively combat a wide range of contaminants—such as bacteria, viruses, and molds—without generating harmful chemical residuals.

Specialized Services and Technical Partnership: A Commitment Beyond Sales

We believe that delivering an efficient ozone generator is only the beginning of a long-term collaboration. Accordingly, we act as a technical partner throughout all stages of system implementation and operation. Our services include consultation and design of optimized systems based on detailed analysis of influent and effluent parameters, installation and calibration by experienced engineers, and seamless integration with other treatment processes such as RO, UV, and membrane filtration (NF). To ensure sustained performance and operational reliability, structured technical support and periodic service programs are implemented on an ongoing basis.

Key Ozone Mechanisms in Water Treatment Processes

Ozone (O₃), due to its exceptionally high oxidation potential, is recognized as a highly effective disinfectant and oxidant. Its performance in water and wastewater treatment can be summarized as follows:

• Powerful Disinfection: Ozone destroys pathogens through direct oxidation of cell walls, serving as an effective, residue-free alternative to chlorine-based methods while eliminating issues related to taste, odor, and the formation of harmful disinfection by-products (DBPs).

• Removal of Organic and Chemical Compounds: Ozone is capable of degrading a broad spectrum of organic pollutants, taste- and odor-causing compounds, pesticides, pharmaceuticals, and other organic chemicals.

• Metal Oxidation: It oxidizes dissolved iron and manganese, converting them into insoluble, settleable particles that can be easily removed during the filtration stage.

• Breakdown of Suspended Matter (Colloidal Stability Disruption): By altering the surface charge of colloidal particles, ozone promotes aggregation and particle growth (microflocculation), facilitating their removal in filtration systems.

• Environmental Compatibility and Safety: Ozone-based treatment does not produce the hazardous by-products associated with chlorination and is recognized as an environmentally compatible and safe method for achieving high final water quality.

• Enhanced Performance of Hybrid Systems: The combined use of nano-ozone or advanced ozone generators alongside technologies such as UV or membrane filtration creates a synergistic effect, significantly improving the overall efficiency of water treatment systems.