Waterborne microorganisms can travel through the irrigation network.
Agriculture Application Engineering
Smarter water.
Stronger growth.
Engineered O₃ systems for irrigation water treatment, microbial control and cleaner agricultural water management.
Irrigation Water
Microbial Control
Biofilm Management
Dissolved Oxygen
Source
O₃
Contact
Irrigate
Generated on siteO₃ returns to oxygen after reaction
Agriculture Application Guide
Get the O₃ agriculture catalogue.
Tell us where to send it. You will receive the application guide by email, and our team will have enough context to assist if required.
- Application overview
- Treatment benefits
- System guidance
Application overview
Treat the water before it reaches the crop.
Agricultural water can carry microorganisms, dissolved organics and material that contributes to biofilm inside irrigation networks.
An engineered ozone system generates O₃ on site and transfers it into the water before irrigation. The treatment can support microbial control, oxidation and irrigation line cleanliness without leaving a persistent ozone residual.
More About Ozone Generator for AgricultureThe treatment challenge
Four problems. One engineered approach.
Organic buildup can affect drippers, pipework and water distribution.
Oxidisable compounds may influence clarity, odour and treatment demand.
Source water conditions can shift across seasons and operating cycles.
How O₃ works in agriculture
From source water to irrigation.
Ozone treatment is engineered as a controlled stage within the water line and not as a standalone promise.
- 01Condition the water
Filter or prepare the source water for consistent treatment.
- 02Generate O₃ on site
The generator converts a suitable feed gas into ozone.
- 03Transfer and contact
O₃ is dissolved using the selected injection and contact arrangement.
- 04Oxidise and disinfect
Ozone reacts with susceptible microorganisms and oxidisable compounds.
- 05Deliver to irrigation
Treated water continues to the farm’s irrigation network.
Treatment perspective
What the system is designed to improve.
Untreated challengeEngineered O₃ objective
Elevated microbial loadSupport microbial control
Biofilm accumulationSupport cleaner irrigation lines
Stored treatment chemicalsGenerate O₃ on demand
Persistent chemical residual concernsO₃ decomposes back to oxygen
Performance objectives
Useful outcomes. Clearly explained.
Support water quality management before distribution.
Use ozone’s oxidation action against susceptible organisms.
Help manage organic buildup inside compatible irrigation networks.
Ozone naturally decomposes back into oxygen after reaction.
Generate the oxidant on site instead of storing ozone.
Support water reuse and modern farm water strategies where suitable.
Where it can fit
Built around your growing environment.
Treatment before water enters large irrigation networks.
Controlled treatment for recirculating or precision systems.
Water quality support for compatible soilless systems.
Support cleaner water for young and sensitive plants.
Application specific treatment for quality focused operations.
Add an oxidation stage to a suitably designed reuse process.
Recommended system architecture
A complete treatment train. Not just a generator.
The final arrangement is selected around the source water, flow and required treatment outcome.
Help us size your system
Give us the essentials.
This does not calculate a final ozone dose. It prepares the application information our engineering team needs for a focused discussion.
Ready to discuss your water?
Let’s engineer the right O₃ system.
Share your flow, source water conditions and treatment objective with the Eltech Ozone team.