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.
A detailed case study on pond restoration in Bir Pind, Punjab using nanobubble technology. Learn how Nanokriti improved water quality, reduced pollution, and restored ecological balance without chemicals.
Thermax Bio-Gas Plant in Sangrur achieved a 90% reduction in oxygen demand by replacing conventional aeration with Nanokriti’s Virat N500 Nanobubble Generator, leading to significant cost savings and improved microbial efficiency in rice straw digestion.
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 […]
Nanobubbles (NBs) are ultrafine gas bubbles (<200 nm) with unique physics, neutral buoyancy, long term stability (lasting days to weeks in water), high surface-area-to-volume ratio, and charged surfaces. These features enable nanobubble generators to achieve oxygen transfer efficiencies of up to ~85%, substantially higher than conventional coarse-bubble and surface aeration systems (typically 5–25%) as well as […]
Nanobubbles significantly improve dissolved oxygen levels in lakes and ponds, helping restore the natural ecological balance of water bodies. Higher oxygen levels reduce algae growth, foul odor, and sludge accumulation while improving overall water quality. This makes previously polluted or stagnant water bodies usable again for irrigation, fisheries, and community purposes.
Once a vital part of the local community, the Mehrauli Community Sewage Pond in Ropar District, Punjab, had gradually become polluted due to the continuous discharge of untreated wastewater. Poor water quality, persistent foul odours, and high microbial contamination had turned the pond into an environmental concern for nearby residents. To help restore the water […]
Restoring a polluted pond is not just about improving water quality—it’s about giving a community back a resource it had almost lost. In Jasse Majra, Ropar, Punjab, years of untreated wastewater had left the village pond stagnant, foul-smelling, and unsuitable for use. Nanokriti addressed this challenge by deploying the NanoCloud N-50 Nanobubble Generator, which enriched […]
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, […]
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