Harness the Power of Nanobubble Technology

Moleaer provides the most efficient and cost-effective oxygen transfer technology on the market; significantly lowering operational costs through reduced oxygen and energy consumption. Increase dissolved oxygen levels uniformly throughout the water column to improve feed conversion ratio and increase the biomass of fish and your bottom line. 

Nanobubbles possess powerful physical and chemical properties that can be harnessed to improve water quality. Moleaer’s nanobubble generators provide chemical-free treatment of natural and drinking water sources, from preventing algae blooms and improving water clarity, to increasing dissolved oxygen levels, oxidizing metals, and removing taste and odor compounds.

Nanobubbles target some of the hardest to remove contaminants, like fats, oils, grease, surfactants, and corrosion and odor causing compounds. Nanobubbles can cost-effectively enhance aeration or flotation systems to improve energy efficiency, reduce process upsets and increase removal efficiencies. Harness the power of nanobubbles to get more out of your treatment process and infrastructure.

Nanobubbles improve your water quality, clarity, and overall ecosystem health with an eco-friendly, chemical-free solution that is simple to install and maintain. Successfully treat the root cause of algae blooms, odors, fish kills, sediment muck, and more. Nanobubbles deliver unique benefits, plus best-in-class gas transfer, increasing dissolved oxygen to much higher levels than aeration, fountains, or other methods. Real-time water quality monitoring is available via mobile app or computer. Get clearer, healthier water in weeks.

Reduce your produced water recycling and disposal costs. From oxidation of iron and sulfides to IGF and accelerated phase separation to pit aeration, Moleaer’s nanobubble technology provides a chemical free and cost-effective solution to treat produced water.

Improve leaching and froth flotation processes with nanobubbles. Moleaer’s nanobubble technology is simple to install and provide oxygen rich nanobubbles that travel deep into the heap to accelerate the leach reaction and increase recovery. Nanobubbles also improve physical separation processes and can improve flotation recoveries through increased surface area and surface charge.

Moleaer nanobubbles possess the potential to transform processes across a wide range of industries. We partner with experienced engineering and innovation teams at world-renowned universities, including UCLA, Arizona State University, Clemson University, University of Pittsburgh, Wageningen University, and Virginia Tech University, to validate new applications for our nanobubble technology. Through these partnerships, we have proven that nanobubbles can solve complex problems and address some of the world’s biggest challenges.