Efficient and scalable nanobubble generators for treating different volumes of water/liquid, suitable for any type of gas. With a 2-year warranty.

Stable and long-lasting dissolution of gases and liquids through nanobubbles that transform the physical and chemical properties of fluids, increasing the efficiency and profitability of production processes.

Nanobubbles, measuring 100 nanometers, have a negative electrical charge, are hydrophobic, have an internal pressure of 30 atm, and concentrate in water by millions of units per ml.

Regarding their physical properties, nanobubbles can remain in water for months, reduce the surface tension of liquids, have coagulating and flocculent effects, capture particles with opposite electrical charges, and increase the permeability of plant and animal tissues.

Regarding their chemical properties, nanobubbles can be created with any type of gas, increasing the dissolution capacity by up to 90%. They achieve a three-dimensional dispersion of the dissolved gas in the liquid, stabilizing the mixture for long periods of time.

Nanobubbles increase the profitability of production processes, and the most common applications are in livestock farming, fish farms, agriculture, medicine, urban and industrial wastewater, mining, the petroleum industry, water restoration, food treatment, surface disinfection, surface cleaning, industrial painting processes, hydrogen production, etc.

The installations can be carried out in-line or in a recirculating system within a tank or reservoir, depending on the prescription required to achieve the objectives.

Treatments in the agricultural industry can be applied via foliar spraying, increasing the absorption of the active ingredients used (organic and chemical), and in irrigation water, cleaning the irrigation system, the soil, and the plant, increasing production, fruit quality, and saving water and chemicals. One of the most interesting effects is the ability to expand the irrigation bulb and maintain its humidity regardless of the soil structure, which leads to a greater root volume and a greater capacity for water and nutrient absorption. At the same time, the negative charges of the nanobubbles unlock nutrients from the soil and facilitate the leaching of salts into the soil.