Nanobubbles are thousands of times smaller than visible bubbles and behave differently in water.
Because of their size, they remain suspended for long periods, have neutral buoyancy, and deliver significantly higher gas transfer efficiency compared to macro- or micro-bubbles. These properties allow them to support more effective oxidation, cleaning, and treatment processes.
PureNanoTech’s nanobubble generators are designed to integrate with a wide range of water systems, including:
We provide technical guidance during integration to ensure proper flow rate, gas input, and configuration for each application.
Ozone behaves differently at the nanoscale.
When incorporated into nanobubbles, ozone can demonstrate:
This creates operational benefits for applications requiring advanced oxidation or high gas transfer efficiency.
Yes. When properly configured, nanobubble systems can be used in formulations and devices intended for cosmetic and dermatology applications.
Our team ensures that each use case aligns with appropriate safety and regulatory guidelines, and that ozone levels—when used—are suitable for the intended product format.
Our systems are engineered for low maintenance. Typical requirements include:
We provide maintenance recommendations tailored to each installation environment.
If your process relies on gas liquid interaction efficiency, or gas transfer performance, nanobubble technology may offer measurable improvements.
PureNanoTech offers product consultations, pilot programs, and testing services to help verify performance before full deployment.
Yes. PureNanoTech provides nanobubble testing services through our research team and development partners.
This includes:
Testing data helps customers make informed decisions before scaling.
Simply contact us with your application area and system details.
PureNanoTech will:
Yes. A paid pilot program may be offered to customers who seek to measure performance in their own system before moving into full deployment. Please contact us to see whether your requirement is capable of a pilot program.
More detailed data, research summaries, and technical documents are available on our Research and Resources pages.
You may also request additional documentation or specifications through our Contact page.
Nanobubbles are ultrafine gas bubbles smaller than 200 nanometers that remain suspended in water for long periods. They improve dissolved oxygen levels, water quality, and gas transfer efficiency in agriculture, hydroponics, aquaculture, and water treatment systems
Nanobubbles enhance water treatment by increasing dissolved oxygen and improving oxidation efficiency. They help reduce contaminants, support beneficial microbes, and improve overall water quality while reducing chemical usage
Nanobubbles are much smaller and more stable than microbubbles. They stay suspended in water for days or weeks, while microbubbles rise and disappear quickly. Nanobubbles also provide better oxygen transfer efficiency.
Nanobubbles can remain in water for days or even weeks due to their ultrafine size and neutral buoyancy, allowing continuous gas delivery and improved treatment performance.
Nanobubble generators can use oxygen, ozone, air, nitrogen, or CO2 depending on the application, including irrigation, water treatment, hydroponics, and sanitation systems.
Dissolved oxygen is the amount of oxygen present in water. Proper oxygen levels help improve root health, nutrient uptake, and plant growth in irrigation and hydroponic systems.
Nanobubble generators are typically installed inline within irrigation systems and can integrate with pumps, filters, and fertigation setups to improve water oxygenation and distribution.
Nanobubble technology may help improve crop growth, root development, nutrient efficiency, and water quality in controlled environment agriculture (CEA), potentially improving operational efficiency and productivity.
Nanobubbles are commonly used in agricultural and water treatment applications to improve water quality and dissolved oxygen levels. Proper system design and operation are important for compliance with local standards
