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 […]
Textile manufacturing generates complex wastewater containing high loads of organic dyes, surfactants, lubricants, salts, and toxic auxiliaries. These effluents are highly colored, chemically resilient, and difficult to treat, with an estimated ~1 million tons of dyeing wastewater generated annually, of which approximately 200,000 tons is discharged without adequate treatment. Conventional treatment technologies, including activated sludge, […]
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 enhance oxygen transfer in biological wastewater treatment processes, supporting microbial activity that breaks down organic pollutants more effectively. This can improve treatment efficiency, reduce retention time, and lower energy consumption in wastewater treatment plants.
Maintaining high dissolved oxygen levels is essential for fish health and aquaculture productivity. Nanobubbles provide stable and efficient oxygenation in ponds and tanks, improving fish growth rates, survival, and feed conversion while maintaining better water quality for aquaculture systems.
Nanobubble-enriched irrigation water increases oxygen availability in the root zone, creating healthier soil conditions and improving nutrient absorption. This supports stronger plant growth, higher crop yields, and more efficient fertiliser utilisation while reducing the need for excessive chemical inputs.
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.