Puroxi nano bubble technology

Nano Bubble Inline Generators

There are a number of sizes of Nanobubbles. Champagne Bubble 1,000,000 nm in size. (the largest)

Microbubble 1,000-100,000 nm, Ultrafine Bubble 200 nm-1000 nm

Nanobubble <200 nm – this is about as tiny as many viruses (about 2500x smaller than a grain of sand). In comparison a human hair is 80,000-100,000 nanometers wide.

More Bubbles

Our nanobubble generators can deliver over 1 billion nanobubbles per ml of water This yields tremendous benefits to any aeration or nanobubble application

More Bubbles

Our nanobubble generators can deliver over 1 billion nanobubbles per ml of water This yields tremendous benefits to any aeration or nanobubble application

Ozone Ready

All of these nanobubble generators support most common gas types including Oxygen, Carbon Dioxide, Nitrogen, Hydrogen, Helium, Atmospheric Air, and Ozone.

Puroxi Nanobubble Generators

are user-friendly and can operate in a variety of environments, making the technology accessible for a wide range of applications. The small and stable nanobubbles created by our system improve mixing and gas transfer, and our system can be easily integrated into existing processes and equipment for cost-effective results across industries.

Explore what sets our Nanobubble systems apart, and how our nanobubble generators can help you achieve better results.

Puroxi Nanobubble Generators come in multiple sizes.

4 GPM (18.18 l/min)
13 GPM (59.1 l/min)
22 GPM (100 l/min)
35 GPM (159.1 l/min)
44 GPM (200 l/min)
88 GPM (400.1 l/min)
132 GPM (600.1 l/min)

Puroxi Inline Nanobubble Generators Tubes come in multiple sizes

4 GPM (18.18 l/min)
13 GPM (59.1 l/min)
22 GPM (100 l/min)
35 GPM (159.1 l/min)
44 GPM (200 l/min)
88 GPM (400.1 l/min)
132 GPM (600.1 l/min)

Puroxi Desktop Nanobubble Generator System- great for laboratories, hospitals, dentist and the list goes on.

4 GPM (18.18 l/min) to 12 GPM (45.4 l/min)

The Science Behind Nanobubble Generators

At the heart of nanobubble technology is the nano bubble generator – a marvel of modern engineering. So, how does this piece of equipment produce such tiny bubbles consistently? The mechanism involves forcing a mixture of water and gas through a pressurized system. As the mixture traverses through specially designed nozzles or membranes, it causes the gas to break up into incredibly small bubbles. The technology has undergone tremendous refinement over the years. The intricate design ensures that the bubbles produced are of uniform size, maximizing their utility in diverse applications. But the real genius of this technology lies in its ability to maintain the stability of these bubbles. The interaction between water molecules and the gas within the bubble creates a negative charge on the bubble’s surface, preventing them from coalescing easily. Such intricate details of the technology have been widely documented and studied to ensure their optimal utility in real-world scenarios.

Applications

Water Tanks
Water/Wastewater Treatment
Coagulation Basins
Aquaculture
Agriculture and Hydroponics

Cooling Towers
Oil and Gas
Mining
Cooling Towers and Chillers
Food Industry
Animal Husbandry