Sustainable agriculture is critical to meeting rising food demand while minimizing environmental impact. NICO offers advanced nanobubble technology that introduces ultra-fine gas bubbles (<200 nm) into irrigation water.
This technology enhances dissolved oxygen levels, improves root development, boosts nutrient absorption, and increases crop yield, while reducing dependency on water and chemical inputs.
A key advantage of this system is that it is completely power-free, operating on the hydraulic pressure of the borewell or existing irrigation line, making it highly suitable for rural and low-energy farming environments.
The study aims to evaluate the impact of oxygen nanobubble-enriched irrigation on wheat yield while comparing its performance with conventional irrigation methods. It also assesses the economic benefits by analyzing improvements in yield and overall revenue.
Prior to the implementation of nanobubble technology, the farm experienced:
The NICO AGNIROOT 30 Nanobubble Generator was integrated into the existing irrigation system:
| Parameter | Unit | Result |
|---|---|---|
| Yield Increase | % per acre | +12.5% |
| Additional Yield | kg per acre | +240 |
| Revenue Increase | % | +12.5% |
| Additional Income | ₹ per acre | ₹6,060 (based on MSP) |
The successful implementation of nanobubble technology at Veer Singh’s farm in Abbaspur, Haryana demonstrates its effectiveness in improving wheat productivity and farm profitability.
The power-free, hydraulic pressure–driven system makes this solution highly practical for Indian agriculture, especially in areas with limited access to electricity.
This case study highlights the strong potential of nanobubble technology as a sustainable, cost-effective, and scalable solution for modern farming.
