Sustainable Nanobubble Solutions: Stability & Eco-friendly Impact
Experience the combined benefits of enduring performance and dispersibility offered by nanobubbles, along with the eco-friendly enhancements they bring to various industrial processes. Embrace the future of sustainable solutions with nanobubble technology.
Enduring Performance and Dispersibility:
Nanobubbles demonstrate remarkable stability due to a balanced equilibrium between surface tension, internal/external pressure, and surface charge. They remain suspended and highly dispersed in the solution, effectively interacting with pollutants via surface contact.
Eco-friendly Process Enhancement:
The redox potential of nanobubbles significantly impacts a broad range of reaction processes. This characteristic substantially reduces or replaces the need for chemicals in traditional methods, leading to enhanced production processes across various industries while promoting eco-friendliness.
PNT advantages over traditional methods
VENTURI-BASED METHOD
- Fails when air pressure is low
- Generating micro-nano mixed bubble
- Cannot control the bubble size
- Ineffective if water-insoluble gas is applied
ULTRASONICATION METHOD
- Lower purity of nanobubble mixed with oversized bubbles
- Bubbles are unstable and instantly collapse
- Usually for surface cleaning
- Risks of equipment wear and materials damages
PNT METHOD
- Can produce smaller nanobubbles
- The bubble’s size is controllable
- excellent mass transfer effect
- Does not require high pressure
- Bubble stable for days
- Cost-effective
