Built around the farm’s actual system.
O3 AG Science supports application-specific review for pivots, wheel lines, drip systems, orchards, greenhouses, hydroponics, aquaponics, livestock water, and other managed-water environments.
Start with irrigation, crop, and objective.
Every application requires site information, correct equipment, documented operating procedures, verification, and qualified support.
Review flow, pressure, acres, runtime, application depth, pivot speed, weather, soil, crop, and root-zone response.
Continue →02Wheel lines, hand lines, and solid setEvaluate zones, pressure, nozzle performance, timing, uniformity, water conditions, and treatment coverage.
Continue →03Drip and micro-irrigationAddress filtration, emitter performance, biofilm, contact conditions, crop demand, scheduling, and verification.
Continue →04Orchards, vineyards, and perennial cropsConnect irrigation-water management with rooting, soil condition, plant health, quality, and seasonal records.
Continue →05Greenhouse and controlled environmentSupport greenhouse, hydroponic, and aquaponic pathways with source-specific water testing and operational controls.
Continue →06Livestock and agricultural waterBegin with source testing, demand, storage, distribution, intended use, equipment, and responsible operating guidance.
Continue →07Dairies and animal facilitiesCoordinate drinking water, wash water, facility sanitation, controls, worker safety, and verification.
Continue →08Processing, packing, and storageExplore meat, poultry, fish, dairy, grain, root-crop, fruit, vegetable, produce, packing, and storage pathways.
Continue →09Field evidence and performanceReview historical demonstrations and recent verified cases with their conditions, measurements, and limitations.
Continue →Hemp, cannabis, and controlled growing systems.
This developing O3 AG Science pathway will organize field production, greenhouse, vertical, hydroponic, and aquaponic applications without placing the category ahead of the broader agricultural program.
Water source, irrigation, soil, nutrient availability, root-zone conditions, crop stage, system adjustment, and field verification.
Recirculating water, environmental controls, root-zone management, sanitation points, monitoring, and production records.
Water chemistry, dissolved oxygen, nutrient solution management, filtration, system compatibility, and application-specific controls.
Technical explanations, evidence, visual learning, training, and future course materials will be organized here as they are approved.
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.