supercharge your water
A New Era for
Agriculture
Increase yields by up to 100%.

Things need to change
In a world of rising input costs and pressures to reduce fertiliser, traditional water treatment and irrigation methods can only go so far. NanobOx is a radical shift in how we use water.


NanobOx brings the full benefits of nanobubbles into the field without the complexity or high running costs of past systems. Every litre of water delivers more oxygen and nutrient to plant roots boosting crop health, growth and yield.
Yield Increase
NanobOx nanobubble treatment has increased the yield of microgreens by up to 100%.
Less Fertilizer
NanobOx nanobubble treatment has increased the yield of lettuce yield by 15% using 50% less fertiliser.
Healthier Roots & Greater Resistance to Disease
Nanobubbles boost root health and the plant-soil microbiome. NanobOx nanobubble treatment has increased root growth of leafy greens and soft fruit.
100X Energy Cost Savings
NanobOx consumes less than 0.5W per m3/h water flow; more than 100 times less energy than alternative scalable nanobubble solutions.
how it works
NanobOx connects directly into existing irrigation systems; whether drip or spray, indoor or outdoor with minimal adjustment to water lines and pumps without the need for an oxygen generator or 3-phase power.
IN PRACTICE
Integration into Irrigation
NanobOx is easily integrated into water storage and irrigation systems in CEA, Vertical Farming, Greenhouse and Outdoor drip fertigation, and Spray irrigation.
In-Situ Nanobubble Generationu
NanobOx nanobubble generators continuously generate billions of nanobubbles directly in water from dissolved air, automatically concentrating the dissolved oxygen to produce enriched (66%) oxygen nanobubbles.

Delivery to Crops
Nanobubble-enriched water delivers oxygen and nutrients more effectively to plant roots while suppressing pathogens and biofilms, leading to healthier crops, cleaner irrigation lines, and better fertiliser efficiency.

Impact on Plant Growth
The results are clear: faster germination, stronger roots, accelerated growth, higher yields, significantly less fertiliser use, and crops that are more resilient to disease and drought stress.