Efficient water quality and oxygen availability play a crucial role in crop productivity, nutrient uptake, and plant health. Conventional irrigation systems often lack dissolved oxygen, leading to sub-optimal root activity and increased susceptibility to soil-borne diseases.
This case study evaluates the impact of NICO Nanobubble (NNB) Technology on improving irrigation water quality, enhancing crop yield, and reducing chemical dependency in strawberry cultivation under open-field conditions.
Prior to the implementation of nanobubble technology, the farm experienced typical agricultural limitations:
The study utilized the NICO AGNIROOT 08, designed to enrich irrigation water with ultra-fine oxygen bubbles (<200 nm), enhancing oxygen availability at the root zone.
| Parameter | Unit | Without *NNB Water | With *NNB Water |
|---|---|---|---|
| Average Yield per Plant | g | 600 | 1,000 |
| Total Yield per Acre | kg | 18,000 | 30,000 |
| Fruit Size & Firmness | - | Medium | Bigger, firmer, improved color |
| Disease Incidence | % loss | 30% | 5% |
| Fertilizer / Pesticide Use | % | 100% (baseline) | 75% |
| Harvest Time | days | Normal | 7 days earlier |
*NNB – NICO Nanobubble
The integration of nanobubble-treated irrigation water resulted in measurable and high-impact agricultural benefits:
The implementation of the NICO AGNIROOT nanobubble system has demonstrated clear potential to enhance overall crop performance by improving root-zone conditions and optimizing resource utilization. By strengthening plant health and enabling more efficient input use, the technology supports consistent, high-quality agricultural output.
This study highlights nanobubble technology as a practical and scalable solution for modern farming systems, particularly in high-value crops such as strawberries, where productivity, quality, and efficiency are critical to long-term success.
