Sanitation and water pathways for dairy operations.
O3 AG Science organizes dairy applications around source water, animal drinking water, equipment and facility sanitation, process flow, treatment controls, worker safety, and verification.
Separate each use point, then engineer the complete program.
Drinking water, wash water, facility treatment, and processing support have different operating requirements. Each application must be assessed and validated independently.
Review wells, storage, distribution, demand, water quality, and drinking-water objectives.
Continue →02Facility SanitationPlan treatment points, contact conditions, controls, procedures, and verification.
Continue →03Operation SupportCoordinate commissioning, training, monitoring, maintenance, and field records.
Continue →Design each sanitation point as one coordinated workflow.
The treatment concentration, water flow, contact time, controls, and verification plan are adjusted to the dairy’s water quality, organic load, equipment, operating schedule, and target outcome.
Condition and manage water used at animal entry points, with operating targets set for the actual soil and organic load.
Engineer treated-water preparation and rinsing steps around the dairy’s approved milking procedure and verification requirements.
Support cleaning and sanitation pathways for cups, clusters, lines, and associated contact equipment between operating cycles.
Apply adjustable treated-water delivery to milking stalls, floors, drains, and high-contact areas as part of the facility sanitation program.
Plan controlled rinse points where appropriate before animals return to holding, drying, or housing areas.
Assess source water, storage, troughs, distribution lines, demand, and water-quality objectives as a separate application.
Design purge, circulation, tank, and distribution-line procedures around system materials, flow, biofilm load, and operating conditions.
Commission the adjustable system, train operators, document settings, and verify performance at the facility’s actual use points.
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.