Ozone in Irrigation Tanks
Ozone generators for disinfecting water used in crops
Use of ozone in Irrigation Water Tank
Advantages and Benefits of Using Ozone in Irrigation Tanks. Injecting ozone gas into an irrigation tank provides significant benefits to farmers. This revolutionary technique greatly improves the quality of irrigation water, and your plants will appreciate it. Ozone disinfects the water and the surface of the tank, removes organic matter, heavy metals, and other contaminants that harm plants. Additionally, it saturates the water with oxygen, promoting root benefits for the plants. Ozone-treated water, when sent through the irrigation system, prevents biofilm formation. The large volume of irrigation tanks enhances water disinfection due to the high hydraulic retention time and prolonged contact of ozone with contaminants.
Industrial and professional ozone generators for agricultural irrigation
Do you want to improve the quality of irrigation water?
We have ozone solutions for all types of soil and hydroponic crops
Ozone irrigation - Red fruits
Ozone irrigation - Flowers
Ozone iirigatio - olive and fuit groves
Ozone irrigation - Football fields
Ozone irrigation - Orchards.
Ozone irrigation - Vineyards
3 Reasons to Use Ozone in Irrigation Tanks
A correct ozone treatment in your irrigation line generates important benefits
1. Water purification
Ozone is essential for treating irrigation tank water, as these waters come from highly contaminated sources, including tertiary waters from WWTPs. The application of ozone reduces losses and crop deterioration. Additionally, ozone lowers COD, BOD, turbidity, color, odor, suspended solids, dissolved solids, and oxidizes and dissolves organic matter. The quality of your harvest largely depends on the quality of your irrigation water.
2. Prevents the Transmission of Contamination to Crops and Soil
If water is not properly treated and disinfected, it will act as a medium for transmitting diseases and contaminants to the soil and crops. By treating stored water, we effectively eliminate this issue. Moreover, with continuous irrigation, soil quality improves in terms of physicochemical and microbiological contamination. Within a few days of ozone treatment, you will notice the results.
3. Eliminate blockages in drippers, pipes, and filters with ozone
Ozone dilutes organic matter very easily, especially when it adheres to irrigation pipes. With a correct ozone treatment, your pipes will remain free of biofilm. Save time and money by reducing blockages in filters and drippers. Results are seen within a few days.
No chemicals
Ozone is neither stored nor transported. It is a gas that is generated on site using an ozone generator, air and electricity. The ozone equipment takes air from the atmosphere, it concentrates the oxygen up to 95% purity. Oxygen (O2) is converted into ozone (O3) through electrical discharges. Save on chemical products.
No labor
The ozone generator has an automatic and autonomous operation, that is, once installed, the system is responsible for generating ozone, injecting it into the pipe and controlling the amount of ozone desired at any time, without the need to spend time on hand. work or workers. The system works fully automatically.
Ecological
In addition, ozone does not accumulate in the plant, the fruit, or the soil. Our Ozone generators for agricultural irrigation have a certificate for organic farming.
Parameters for Choosing the Right Ozone Equipment
Tank Volume
Irrigation Flow Rate
Water Contamination
To determine the most suitable ozone generator, these three main parameters must be considered: VOLUME, FLOW RATE, AND CONTAMINATION.
Knowing the tank volume is essential for calculating the ozone injection and homogenization systems.
The flow rate must be known to apply the appropriate ozone dose according to the desired objectives for the crop.
Water quality and contamination levels are crucial to ensuring that the applied ozone dose is effective and achieves the expected results.What Ozone equipment do I need?
(<50m3)
7-40 gO3/h
- Concentration ot 80 gO3/Nm3
- Oxigen concentrator
- Pump and venturi
- Automatic power control
- Remote control (optional)
- Redox meter
- Ozone leak sensor
- Air cooled
(50m3-1.000m3)
80-500 gO3/h
- Concentration of 148 gO3/Nm3
- Oxigen concentrator
- Pump and venturi
- Automatic power control
- Remote control
- Redox meter
- Ozone leak sensor
- Water cooled
(>1.000m3)
500-5000 gO3/h
- Concentration of 148 gO3/Nm3
- External oxygen concentrator (optional))
- Automatic power control
- Remote control
- Redox meter
- Ozone leak sensor
- Air cooled
- Injection system (optional)
Consult with our experts on the right model for disinfecting irrigation water tanks.
Examples of ozone installations in irrigation
Details of the recirculation, injection, and ozone measurement system. Spain.
Disinfection of hydroponic irrigation water tanks. Spain.
Disinfection of irrigation tanks. France.
