We Make Water Better With Nanobubble Technology

Nanobubbles, given their name from their nano size, measure between <200 nanometers in diameter, roughly 2500 times smaller than a grain of salt. They are formed by injecting any gas into any liquid. They are commonly called nano bubbles, microbubbles, micro nano bubbles, nano-sized bubbles and ultra fine bubbles. Additionally, you may also see nanobubble technology called nanobubbler, nano bubbler, nanobubble generators and nanobubble enrichment systems.

Their chemical and physical properties allow them to be instrumental in a series of applications that span wastewater treatment, plant growth, and more. Moleaer designs and supports a host of nanobubble systems that take advantage of these properties and behaviors to make water do more with less.

A nanobubbler is a device that generates nanobubbles, extremely small gas bubbles, typically less than 200 nanometers in diameter, that remain suspended in water for extended periods of time.

At Moleaer, we refer to this technology as nanobubble technology and the equipment itself as a nanobubble generator. While the term "nanobubbler" is commonly used, it generally refers to a system designed to produce nanobubbles and deliver gases such as oxygen, air, ozone into water.

Moleaer's nanobubble generators are used across a wide range of industries, including water and wastewater treatment, agriculture, aquaculture, mining, and surface water restoration. By improving gas transfer and water quality, nanobubble technology can help increase dissolved oxygen levels, improve biological performance, reduce chemical use, and support more efficient operations.Moleaer is the world's leading provider of nanobubble technology, with more than 10,000 installations operating in over 55 countries worldwide.

Moleaer, the global leader in nanobubble technology, was founded in 2016 by Warren Russell and Bruce Scholten, and since then, the company has stayed true to a commitment to delivering innovative nanobubble solutions to our valued customers.

Unlike larger bubbles, nanobubbles are extremely small (nano-sized) gas bubbles that have a series of unique chemical and physical properties. Here are a few:
-A strong negatively charged surface that allows for stability in liquid
-The ability to physically separate small particles and droplets
- Neutrally buoyant and can remain suspended for weeks in water without surfacing and move randomly through liquids in the form of Brownian Motion.
Visit our What are Nanobubbles page to learn more.

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While you may be aware of nanobubble technology, you may not necessarily understand the full extent of its benefits in your industry. How will it help improve my lake or pond health? Why is the oxygen concentrator in the system important and more convenient? What does the setup look like? How do I install the system? What kind of support can you get?

We are here to help. Our team of experts can answer your questions. You can head to the contact information entry form here to set up a consultation with one of our experts.

Deploying the leading nanobubble systems is even more accessible with Moleaer’s Nanobubbles-as-a-Service (NaaS), which offers modular and flexible rentals. If upfront capital cost is a concern, NaaS is a great option for you, especially to meet high seasonal demands or unexpected conditions.

NaaS offers flexibility, remote monitoring capabilities, gas injection (air, O2, CO2, N2, etc) for specialized applications, and scalability from 500 to 5,000 GPM. Learn more about NaaS.

It's no secret that water is good for plants, though plants need high-quality irrigation water to thrive and produce healthy, resilient crops. With Moleaer's irrigation and greenhouse technology, oxygen or air nanobubbles are injected into irrigation water to supersaturate it with high levels of dissolved oxygen and nanobubbles.

Moleaer’s nanobubble generators deliver mass transfer of gas with over 85% transfer efficiency, higher than any other aeration technology on the market. The dissolved oxygen remains in the irrigation water for long periods of time, and travels all the way to the root zone, even when applied to an irrigation reservoir or day tank.

This means that oxygen transfer becomes optimized, which leads to better nutrient absorption efficiency. Bear in mind that oxygen, alongside glucose, is a key component of root respiration, the process that plants use to transform glucose (from photosynthesis) to ATP.

More oxygen available in the root zone improves root absorption of nutrients and water. In addition to high levels of dissolved oxygen, nanobubbles provide their own benefits, including suppressing water-borne pathogens, reducing biofilm, improving infiltration into soils, soil substrates, and more.

Yes. We want to ensure that our customers are taken care of and our equipment is supported to meet and exceed your expectations. If you are in need of product support, visit the product support submission page, provide the relevant details, and we will be in touch with you.