NANOPOREX
Engineering the Gas–Liquid Interface
NANOPOREX-S is an advanced nano-bubble sparging system designed to significantly improve gas-liquid mass transfer. By generating extremely fine nano to micro-bubbles, it enhances mixing, reaction efficiency, and overall process performance across chemical and biological applications.
Nanobubble Formation & Interfacial Mass Transfer
The system uses vacuum-fused metal micronisers with cavitation and first principles of physics to disperse gas into a fine mist of nano-bubbles. This dramatically increases the gas-liquid interfacial area, enabling faster and more efficient reactions. Static or dynamic sparger configurations ensure effective operation without moving parts.
Gas Utilisation, Mass Transfer & Reaction Intensification
Generates nano to micro-bubbles for superior gas dispersion
Up to 10,000x increase in mass transfer surface area
No moving parts for reliable and low-maintenance operation
Vacuum-fused sintered construction for durability and efficiency
Flexible design from single element to multi-element systems
Sparging, Gas–Liquid Reaction & Bioprocess Intensification
Chemical & Process Industries
- Gas-liquid reactions with enhanced efficiency
- Oxidation and reduction processes
Water & Wastewater Treatment
- Dissolved oxygen enhancement
- Stripping of unwanted gases
Biotech & Fermentation
- Improved aeration in bioreactors
- Enhanced biological activity and yield
Energy & Environmental
- Gas dispersion in process streams
- Efficiency improvement in mass transfer-driven operations
Engineering Considerations
By moving-parts-free design, NANOPOREX-S delivers a step-change in gas-liquid mass transfer wherever reaction rate is limited by how much gas actually dissolves.
Documentation
Technical brochure
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- NANOPOREX: Nano-Bubbles improve process efficiencyRequest PDF
Every process stream has a different separation signature.
Share your feed characteristics and operating constraints. Our engineers will evaluate the appropriate treatment pathway and integration strategy.
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