Ozone for irrigation - agriculture
Ozone generator to protect and improve your crop. It also prevents clogging in drippers that are due to biofilm.
Use of ozone in irrigation line
Advantages of using ozone in irrigation pipes
Injecting ozone gas into the irrigation pipeline brings significant benefits to farmers. The quality of the irrigation water will improve, so the plants irrigated. Ozone disinfects water, pipes and soil. Eliminates pathogens and reduces contaminants. Ozone provides extra oxygen to your plants. It also keeps the pipes free of biofilm, reducing blockages, drippers and filters.
This technique does not need to store chemicals. There is no need for manpower.
Industrial and professional ozone generators for agricultural irrigation
Do you want to improve the yield of your crop?
We have ozone solutions for all types of soil and hydroponic crops
Irrigation with ozone - red fruits
Ozone irrigation. Fruit trees.
Ozone irrigation. Olive groves
Irrigation of football fields
Ozone irrigation. Orchards.
Ozone irrigation - Vineyards
3 Reasons to irrigate with ozone
Un correcto tratamiento de ozono en tu línea de riego genera importantes beneficios
1. Reduction of diseases and improvement of the water quality
Ozone is a powerful disinfectant gas. Mixed with irrigation water, it eliminates pathogens, and prevents the spread of diseases through water to the crop. Reduces losses and deterioration of crops. Ozone also reduces COD, BOD, turbidity, color, odor, suspended solids, dissolved solids, oxidizes and dilutes organic matter.
The quality of your harvest depends on the quality of the irrigation water.
2. Boost your crop, with an extra supply of oxygen and ozone
By injecting ozone into the irrigation pipe we increase the concentration of dissolved oxygen in the irrigation water. More than 90% of the injected gas is pure oxygen. After performing its function, ozone is transformed into oxygen. An extra supply of oxygen in your irrigation water will be very well received by the plant (more vigor and energy). Within a few days of treating with ozone 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.
What type of ozone equipment is suitable?
50-200 gO3/h
- Concentration of 149 gO3/Nm3
- Oxigen concentrator
- Pump and venturi
- Contact tank
- Automatic power control
- Remote control
- Redox meter
- Ozone leak sensor
- Water cooled
7-115 gO3/h
- Concentration ot 80 gO3/Nm3
- Oxigen concentrator
- Pump and venturi
- Contact tank
- Automatic power control
- Remote control (opcional)
- Redox meter
- Ozone leak sensor
- Air cooled
3-10 gO3/h
- Concentration de 70 gO3/Nm3
- Oxigen concentrator
- Pump and venturi
- Stainless mixer
- Automatic power control
- Remote control
- Redox meter
- Ozone leak sensor
- air cooled
1. What kind of ozone generator?
The ozone generator for agricultural irrigation must have an Oxygen Concentrator so it can achieve high concentrations of ozone. This will allow you to quickly disinfect and purify, and oxygenate.
2. How much Ozone do I need?
The first thing is to know the Irrigation Flow. We recommend 1gO3/h of "real" ozone for every m3/h of irrigation water,
If you have 35m3/h of irrigation, you will need 35gO3/h of ozone. However, the dose can be raised to 1.5 ppm for highly contaminated water, and lowered to 0.5 ppm for better quality water.
3. Which ozone control?
If you want to control the amount of ozone you inject into your crop, or if you have many irrigation sectors with different flow rates and pressures, we recommend an Automatic Control with Redox measurement. This system modulates the power and maintains a constant level of ozone in irrigation.
If you want to be able to monitor and control the system from your mobile phone you will need a device with Remote Control. If your sectors have similar flows and pressures, you can go for Manual Control. It will inject a fixed amount of ozone.
4. Do I need a contact tower?
The equipment has a pump and a Venturi that are used to inject it into the pressurized irrigation line.
If the equipment has a contact Tower it will allow homogenizing the ozone dilution, and it will also provide a minimum contact time. If your water has some quality, you can replace the tower with a Static Mixer, and save some money. Still, if your economy allows it, do not hesitate to buy a contact tower equipment.
5. Do I need an ozone leak sensor?
For the safety of the operators and the equipment itself, it is very important that the ozone generator you buy has a Ozone Leak Meter. Ozone is a powerful oxidant, and can harm people and equipment inside the room where the ozone generator is located. Safety first and for all.
What Ozone equipment do I need?
Select the ozone generator model based on the flow to be treated and the range of equipment that best suits your needs. The following table is based on the application of 1 ppm for each m3/h of irrigation flow.
| Ranges of Ozone generators Available for Agricultural Irrigation | VT GRZO-EPSF | VT GZO-EPS | GHBBZO-E |
|---|---|---|---|
| Diferencial features |
|
|
|
| Irrigation Flow | Models | Models | Models |
| 200 m3/h | VT GRZO200-EPSF | ||
| 150 m3/h | VT GRZO150-EPSF | | |
| 100 m3/h | VT GRZO100-EPSF | VT GZO115-EPS | |
| 75 m3/h | VT GZO75-EPS | | |
| 40 m3/h | | VT GZO40-EPS | |
| 20 m3/h | VT GZO20-EPS | ||
| 12 m3/h | VT GZO12-EPS | GHBBZO10-E | |
| 6 m3/h | VT GZO7-EPS | GHBBZO6-E | |
| 3 m3/h | GHBBZO3-E |
Examples of ozone installations in irrigation
Ozone for portable citrus irrigation. Huelva. Spain
Ozone for irrigation in olive and almond cultivation. Estremadura. Spain
Ozone for irrigation in cucumber cultivation. Almeria. Spain
Ozone for irrigation of potato crops. Castilla la Mancha. Spain
Ozone for irrigation in olive cultivation. Cordoba. Spain
Ozone for irrigation in apple cultivation. France.
Success stories
Ozone for lawn irrigation Santiago Bernabéu Stadium. Spain
Ozone for irrigation in lettuce cultivation. Murcia. Spain
Ozone for irrigation in avocado cultivation. Extremadura, Spain
Ozone for irrigation in flower cultivation. Portugal
Ozone for irrigation in red fruit cultivation. France.
