At IIT Ropar, Nanokriti conducted a controlled chickpea germination trial to understand how oxygen-enriched water could influence the earliest stage of plant growth. The results showed a clear difference: seeds treated with nanobubble water began germinating in just 18–20 hours, compared with 25–28 hours under normal water, while overall germination reached 87–96%—up to 16% higher […]
At IIT Ropar, Punjab, Nanokriti tested oxygen nanobubble irrigation on wheatgrass to see whether a little more oxygen at the germination stage could make a difference. Using the NanoAqua N10, the trial kept the growing conditions and irrigation schedule exactly the same, changing only the water used for the treatment group. The results were encouraging, […]
At Eeki Foods’ aeroponic tomato farm in Kota, Rajasthan, Nanokriti tested the NanoAqua Nanobubble Generator under real farming conditions to understand its impact on tomato cultivation. By increasing dissolved oxygen in the irrigation water, the system supported healthier roots, improved nutrient uptake, and stronger plant growth. Throughout the trial, the crop showed better yield, improved […]
Boosting tomato yield by 25% with nanobubble technology, discover how Nanokriti and Eeki Foods transformed aeroponic farming with improved root health, higher efficiency, and better crop quality.
To evaluate the impact of oxygen nanobubble technology in hydroponic cultivation, a coriander trial was carried out under controlled growing conditions. Plants grown with nanobubble-enriched water showed stronger overall development, including 26% higher shoot length, 23% longer root growth, and an approximately 35% increase in fresh biomass compared to the conventional setup. The improved root […]
Better crop performance often starts with healthier roots. To evaluate the impact of oxygen nanobubble technology in hydroponic lettuce cultivation, a controlled trial was conducted using nanobubble-enriched irrigation water. The results showed 9% higher shoot growth, 19% longer root development, and an up to 82% increase in fresh biomass compared to the conventional setup. Beyond […]
At IIT Ropar, Punjab, Nanokriti conducted a controlled hydroponic trial to see how air nanobubbles could influence the growth of romaine lettuce. With the same nutrient solution, irrigation schedule, temperature, humidity, and lighting, the only difference was the addition of air nanobubbles through the NanoCloud N10. The results were clearly visible, with 25.7% longer roots, […]
NanoKriti offers tailor-made solution in all the sectors of applications. We tailored the machine to provide a unique technological implementation designed to meet specific needs or requirements of individuals, businesses, or organizations.