Nanobubble oxygen for agriculture & irrigation
Dissolve oxygen into your irrigation water at levels conventional aeration can’t reach. Stronger roots, faster growth, less water consumption , for greenhouses, hydroponics, open-field farms, and orchards.
70–120 nm
Bubble diameter
Up to 40 mg/L
Dissolved oxygen
20–30%
Water savings
0
Chemical inputs
The problem
Roots starve for oxygen long before plants show stress
Conventional drip and flood irrigation deliver water but very little dissolved oxygen. By the time you see yellowing leaves, root rot, or stunted growth, oxygen deficiency has already damaged yield. Standard aeration methods deliver only 20–35% of the oxygen they consume. The rest escapes to the atmosphere.
Built for every irrigation system
Greenhouse & hydroponics
Maintain dissolved oxygen above 8 mg/L in nutrient solutions. Prevent Pythium and root rot. Faster cycle times for leafy greens, tomatoes, peppers, and strawberries.
Open-field irrigation
Inject nanobubble-oxygenated water directly into drip lines. Improve nutrient uptake from existing fertilizer programs. Reduce irrigation volume while maintaining yield.
Orchards & date palms
For mature trees with deep root systems — date palms, citrus, mango, olives. Improve root respiration in clay and saline soils common across the GCC.
What changes in your fields
Stronger root systems
Oxygen-rich water encourages deeper, denser root growth. Plants access more nutrients and water from the same soil volume.
Higher yield, faster cycles
Field trials in similar climates report 15–30% yield increases and shorter growing cycles across leafy greens, tomatoes, and strawberries.
Less water consumption
Better root uptake means more crop per drop. Typical water savings of 20–30% on the same irrigation schedule.
Reduced chemical dependency
Healthier roots resist disease naturally. Many growers cut fungicide and root-treatment chemicals significantly.
See it in your fields
Our team visits your farm, measures current dissolved oxygen levels, and runs a pilot on a test plot. You see the difference in root structure within weeks.