Sanitation built around the actual operation.
O3 Science helps facilities evaluate ozone applications as a complete operating system—from source conditions and equipment integration to controls, procedures, verification, and staff support.
Define the objective. Engineer the process. Verify performance.
A responsible sanitation program starts with the environment, soils, surfaces, flow, contact conditions, operating procedures, and applicable requirements.
Document the process, treatment objective, existing equipment, operating schedule, and constraints.
Continue →02System IntegrationEvaluate generation, delivery, contact, controls, monitoring, and safe operating procedures.
Continue →03Program ResourcesOrganize supporting education, documentation, training, and verification materials.
Continue →Prepare. Treat. Filter. Reinject. Apply.
O3 Science designs the complete water pathway around the source water, process load, sanitation objective, flow, contact time, filtration, controls, and verification—not ozone generation alone.
Measure chemistry, flow, solids, metals, organics, microorganisms, and existing treatment conditions.
Apply ozone to react with susceptible contaminants and condition material for downstream removal.
Capture transformed material using the sediment, specialty-media, adsorption, membrane, or carbon stage selected for the application.
Reintroduce an adjustable, measured ozone concentration to create the final aqueous sanitation stream.
Deliver through the designed spray, rinse, wash, or process point and confirm the required endpoint.
Designed around each operation.
Every facility pathway begins with a site and process review. Equipment settings, contact methods, sanitation procedures, monitoring, and verification are application-specific.
Evaluate wash-down, food-contact equipment, conveyors, tools, vessels, floors, walls, drains, water quality, organic loading, and sanitation-plan integration.
Review process water, ice or wash systems where applicable, surfaces, odor sources, temperature, salinity, soils, corrosion conditions, and product-quality requirements.
Assess incoming water, produce type, soil and organic load, recirculation, flumes, sprays, conveyors, packaging areas, and required food-safety controls.
Evaluate source water, milking and processing equipment, tanks, lines, floors, walls, drains, occupied operations, and scheduled unoccupied treatment areas.
Review bottle or container rinsing, fill lines, tanks, vessels, process water, filtration, contact time, drainage, and verification requirements.
Assess commodity, temperature, humidity, air movement, surfaces, occupied schedules, spoilage pressure, packaging, and safe operating procedures.
Aqueous sanitation and air treatment are not the same program.
Controls and procedures are selected for the delivery medium, exposure route, facility, occupancy, and treatment objective.
Controlled aqueous-ozone sanitation
Designed to maximize useful dissolved ozone at the point of application while controlling potential release into surrounding air. Commissioning may include flow and dissolved-ozone measurement, ventilation review, breathing-zone monitoring, application procedures, material compatibility, and finished-process verification.
Controlled unoccupied-space treatment
Air-treatment programs require an unoccupied treatment zone; access controls; scheduling; warning procedures; monitoring; ventilation or ozone destruction; and verified clearance before people, animals, or plants re-enter.
All ozone systems are not interchangeable. O3 Science’s proprietary, patented technology is engineered around generation, conditioning, transfer, mixing, adjustable control, treatment-train integration, monitoring, and the actual performance objective.
From facility review to verified operation.
Document the process, water and air conditions, flow, layout, occupancy, utilities, existing sanitation plan, target endpoint, compliance requirements, monitoring, training, service, and recordkeeping before final system design.
Performance-based technology—not ozone alone.
All ozone systems are not created equal. Results depend on generation, conditioning, transfer, application, control, and verification for the actual operating environment.