Water Treatment

Achieve chemical-free treatments in the field of water treatment. Nanobubbles have remarkable physical and chemical properties that can be harnessed to improve water quality.

NanoSud’s nanobubble generators provide treatment without the use of chemicals for natural drinking water sources. These systems prevent algae proliferation, improve water clarity, increase dissolved oxygen levels, oxidize unwanted metals, and eliminate compounds that generate unpleasant tastes and odors.

NanoSud offers cost-effective improvements to aeration and flotation systems by optimizing energy efficiency, reducing process mismatches, and increasing disinfection effectiveness.

Thanks to its advanced nanobubble generation technology, NanoSud maximizes oxygen transfer and improves aeration efficiency in systems. This results in reduced energy consumption and optimized process performance.

Additionally, nanobubbles generated by NanoSud improve flotation efficiency in solid-liquid separation processes, allowing for greater recovery of desired materials and a reduction in waste.

Nanobubbles are changing the way wastewater is treated, providing an efficient and sustainable solution to improve treatment processes. With unique properties such as high oxygen transfer capacity and contaminant removal ability, nanobubbles are contributing to more effective and cost-effective wastewater treatment. Below are some of the key advantages of this technology:

Improved Aeration and Oxygen Transfer:

Nanobubbles have an exceptional capacity to transfer oxygen to water with rates exceeding 85%. This can eliminate prolonged periods of low dissolved oxygen (DO), improving the performance of existing aeration systems and allowing for more effective treatment of biological oxygen demand (BOD), chemical oxygen demand (COD), and ammonia removal.

Chemical-Free Oxidation:

Nanobubbles enable the oxidation of unwanted compounds without the need for additional chemicals. This contributes to a cleaner and more environmentally friendly treatment while reducing corrosion and unpleasant odors. This is especially important for eliminating compounds such as hydrogen sulfide (H2S), which can degrade infrastructure and cause odor complaints.

Improved Physical Separation and Flotation:

The neutral buoyancy and strong negative surface charge of nanobubbles make them effective at improving the separation of contaminants such as fats, oils, surfactants, colloids, and solids. As nanobubbles surround these contaminants, they allow for easy removal by flotation or filtration, improving dissolved air flotation (DAF) processes.

Increased Treatment Capacity:

By maintaining a more aerobic biomass, nanobubbles enable more effective wastewater treatment. This can increase treatment capacity, allowing for improved performance and reduced operating costs.

Surfactant Reduction:

NanoSud’s nanobubble generators can eliminate surfactants, significantly improving the effectiveness of fine bubble aeration systems. This can help eliminate certain difficult-to-treat compounds and improve overall system efficiency.

In summary, nanobubbles offer a versatile and effective solution for wastewater treatment. Their ability to improve aeration, promote chemical-free oxidation, and enhance physical separation makes this technology an attractive option for treatment plants looking to increase efficiency and sustainability.

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Water Treatment

Improved Aeration and Oxygen Transfer:

Chemical-Free Oxidation:

Improved Physical Separation and Flotation:

Increased Treatment Capacity:

Surfactant Reduction:

Aquaculture

Aquaculture

Agriculture and Horticulture

Agriculture and Horticulture

Intensive Livestock Farming

Intensive livestock farming

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Water Treatment

Water Treatment