NanoKriti

Improving Root Health, Yield & Crop Quality through Oxygen-Enriched Irrigation 1.0 Executive Summary: Nanobubbles (NB) are ultra-fine (10–200 nm) gas bubbles in water, with exceptional stability and large surface area. Unlike macro-bubbles, they remain suspended for days or weeks, carrying high dissolved gas concentrations and even generating reactive oxygen species (ROS) under certain conditions In […]

Nanobubbles (ultrafine bubbles <200 nm) are an emerging technology for water treatment and disinfection. They remain suspended in water due to high internal pressure and surface charge, offering extremely high gas–liquid interfacial area and long residence times. In pools, nanobubbles enhance disinfection by:  (1) Generating reactive oxygen species (especially ·OH radicals) upon bubble collapse (2) Providing […]

Nanobubbles (NBs) are ultra‑fine gas bubbles (<100–1000 nm) with high internal pressure and surface charge that remain suspended in water for extended periods. Compared to conventional macro- or microbubbles, NBs dissolve slowly and enhance gas transfer efficiency, often yielding much higher oxygen transfer (70–90% efficiency) than traditional aeration. In live fish transport, NB technology (typically oxygen […]

At IIT Ropar, Punjab, Nanokriti conducted a controlled hydroponic trial to see how air nanobubbles could improve coriander growth without changing the usual growing conditions. The NanoCloud N10 was used to enrich the irrigation water, while the nutrient solution, light, temperature, humidity, and irrigation schedule remained the same for both setups. The difference was clear, […]

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 Khairabad, Punjab, Nanokriti introduced its NanoAqua Oxygen Nanobubble Generator into the farm’s existing irrigation system to improve root-zone oxygen and overall chilli crop performance. During the two-month trial, the oxygen-enriched irrigation water supported stronger plant growth and healthier roots, resulting in an approximately 15% increase in chilli yield and a 5–8% improvement in fruit […]

At Baba Dragon Fruits in Nanded, Maharashtra, Nanokriti introduced the NanoAqua N-10 Nanobubble Generator into the farm’s existing irrigation system to improve root health and water efficiency. Over an 8-month period, dissolved oxygen in the irrigation water increased from 5 mg/L to 15 mg/L, creating a healthier root-zone environment. The farm recorded a 20–25% increase […]

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, […]