Water treatment
Oxidation and support for microbiological control in defined circuits, storage and processes.
Water, air and sanitation
Industrial ozone integrated into the process, not applied as a universal remedy.
Concentration, contact time, transfer efficiency, materials, safety and controls determine the outcome. We therefore design from the real process and the problem to be addressed.
The treatment objective comes first.
Water, air, surfaces and production environments behave differently. We assess the treatment matrix, flow or volume, contaminant load, operating cycle, material constraints and required outcome.
Ozone can be valuable, but generation, transfer, monitoring and residual destruction must match the application. Where other technologies are required, the system should integrate them rather than forcing a single treatment method.
Needs and applications
Application areas
Air and environments
Treatments designed around volume, air exchange, contact periods, occupancy and safety procedures.
Food processing
Applications involving process water, washing and environments, coordinated with the existing hygiene plan.
Agriculture and livestock
Water, greenhouses, animal houses and production cycles require protocols compatible with people, animals, crops and materials.
How we develop the project
Engineering method
Sectors
Where it applies
- technical and process water
- food production
- greenhouses and irrigation
- livestock and biosecurity
- professional air and environmental treatment
Ozone only where it is appropriate.
Results depend on water or air quality, oxidant demand, transfer and process conditions. We do not present ozone as an automatic replacement for every treatment method; compatibility, risks, objectives and integration requirements must be assessed.
Presence and context
Technical support across different markets
Oxygen availability, climate, water quality, regulations, spare parts and local skills vary by territory. Bari, Dubai and Cartagena provide contact points for solutions that can be operated and maintained where they are installed.
Which water, environment or process must be treated?
Describe flow or volume, operating conditions, the observed problem and the required outcome. This information allows us to frame the correct engineering questions.