Air treatment
Generators and systems for rooms, cold areas, odors and surfaces in controlled environments.
- production areas
- cold rooms
- odor reduction
Water · Air · Sanitation · Processes
Integrating ozone does not mean installing a generator. It means engineering a safe, controllable process suited to the environment where it must operate.
Why ozone
Ozone is powerful only when it is correctly integrated into the process: generation, dosing, mixing, contact time, monitoring and safety must be engineered together. For this reason, we approach every application as a complete technical system, not as the simple installation of a generator.
Industrial applications
Ozonosan solutions can be integrated into washing lines, water systems, production environments, greenhouses, livestock farms and industrial processes where microbiological control, reduced chemical residues and greater operational safety are required.
Generators and systems for rooms, cold areas, odors and surfaces in controlled environments.
Ozonated water for washing, irrigation, recirculation, pathogen reduction and industrial processes.
Applications on irrigation water, substrates, surfaces and protected environments to reduce pathogen pressure.
Support for hygiene in lines, washing and environments, focusing on residues, surfaces and production continuity.
Use on drinking water, washing and environments for poultry, swine, cattle and buffalo farms.
Ozone systems for swimming pool water treatment. In installations specifically designed for ozone technology, they can eliminate chlorine and algaecides, improving bathing comfort, water quality and chlorine-odor issues in compliance with applicable regulations.
Air/water generators, dosing systems, mixing, sensors and controls according to the real plant requirement.
Application areas
Every Ozonosan system is custom-designed. Here are some examples of applications in greenhouses, the food industry, process water and livestock farms.
Ozone treatment of irrigation water to eliminate Pythium and root fungi. Up to a 95% reduction in chemical fungicide use during the first year.
Air and surface sanitation in fresh food production environments. Bacterial load reduction compliant with BRC/IFS standards.
Replacement of chlorine with ozone in drinking water treatment. Elimination of organic micropollutants and improved organoleptic characteristics.
Treatment of drinking water and washing systems for poultry, pigs, cattle and buffalo. Ozonated water reduces pathogen load, improves animal gut health and significantly lowers antibiotic consumption.
Livestock
Livestock must not be treated as a generic section. Each species has different issues, processes and language.
Drinking water, bacterial load control and support for the sanitary quality of the environment.
Reduction of microbial pressure on water, washing and housing areas.
Water hygiene, washing and support for bacterial load management in farms.
Applications for buffalo farms, focusing on water, environments and biosecurity.
Contacts
Share the problem, the location, the plant or the objective you need to achieve. We will assess the right solution together, even when it requires the integration of multiple technologies.
Engineering, technical coordination and development of Energy Division projects.
Business development and support for infrastructure projects across Gulf markets, the Middle East and Africa.
Local presence for energy, off-grid and project development opportunities across Latin America.
Engineering knowledge based on real projects