Transforming Industries with Nanobubble Technology

Enhancing quality of life and reduce carbon footprint through innovative nanobubble applications across various sectors.

About Nano Bubbles

Dedicated to enhancing quality of life through innovative nanobubble applications across various industries in Singapore.

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Innovative Nanobubble Solutions

Enhancing quality of life through advanced nanobubble applications across various industries.

Neutral Buoyancy

Nanobubbles are neutrally buoyant and can remain suspended in liquid for months and due to the Brownian Motion will travel randomly throughout the body of water. This unique behavior enables nanobubbles to provide a homogeneous distribution of gas throughout the water column and efficiently aerate the entire body of water.

Smaller Bubbles, Greater Reactivity

The surface area between bubbles in water filled with nanobubbles is much greater than water filled with larger bubbles. This increase in the surface area allows for higher gas mass transfer rates and increases the efficiency of chemical reactions with any dissolved or suspended components in the water.

One of the important properties of nanobubbles is the electrical charges on the bubble surface which determines the interaction of nanobubbles and how they interact with other materials such as solid particles or oil droplets. The electrical potential of a particle in a colloidal system can be expressed by the Zeta-potential.

Surface Charge

What problems do nanobubbles solve?

Due to their small size, nanobubbles have a low density and can remain suspended in liquids for extended periods of time.

Stability & Long lasting

Nanobubbles are stable and can exist in liquids for extended periods of time.They can stay in water for up to 4 months. Unlike traditional bubbles that tend to rise to the surface and burst.

Permeability - Ultrafine bubbles can be filled with any gas most suited to the treatment required.

Nanobubbles can penetrate materials and surfaces that would be inaccessible to larger bubbles, making them useful in a variety of applications.

Strong Permeability

Enhanced dissolution:

Nanobubbles can enhance the dissolution of gases in liquids and the solubility of solids, allowing for more efficient chemical reactions.

Acoustic response:

Nanobubbles can be stimulated by acoustic waves, which can cause them to oscillate and enhance their reactivity.

Nanobubbles can also be generated by electrochemical reactions and can respond to changes in the electrical properties of their surroundings.

Electrochemical response

What are the energy savings associated with using nanobubbles?

Ultrafine bubbles, Nanobubbles, dissolved Oxygen, micro bubbles, milli bubbles, the world of bubbles can be confusing at times. Bubbles are gas-filled cavities in water, they remain suspended in water, dissolved oxygen are unbound oxygen molecules in water. Unbound oxygen behaves differently, and it's important to understand the difference between a dissolved gas and a gas cavity.

How do nanobubbles affect the efficiency of chemical reactions in industrial processes?

Nanobubbles improve the efficiency of chemical reactions by providing a larger surface area for gas-liquid interactions. This increased surface area facilitates faster and more complete reactions, reducing the amount of time and energy required for chemical processes. Nanobubbles can also enhance the effectiveness of catalysts, leading to higher yields and better process efficiency.

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Nanobubbles improve the efficiency of chemical reactions by providing a larger surface area for gas-liquid interactions. This increased surface area facilitates faster and more complete reactions, reducing the amount of time and energy required for chemical processes. Nanobubbles can also enhance the effectiveness of catalysts, leading to higher yields and better process efficiency.

Find Out More