About Micro Bubble Generator
The Micro Bubble Generator is designed primarily for laboratory use to support research and development related to microbubble technology. The system enables controlled generation of microbubbles and provides measurement data on bubble size distribution within the test tank.
Operating Principle
This system utilizes a self-aspirating swirling (rotational) method for bubble generation.
- Gas is drawn in through the inlet
- The pump impeller applies shear force to break the gas into extremely fine bubbles
- This process produces stable and uniform microbubbles
Compared to conventional pressurized methods, this technique has been shown to provide enhanced biological activity in various research applications.
Basic Specifications
- Model: FEL-MB2010
- Dimensions: 500 (W) 400 (D) 220 (H) mm
- Liquid Flow Rate: 4 L/min
- Gas Flow Rate: 5 20 mL/min
- Water Capacity: Approx. 4 L
- Power Supply: AC 100 V
Key Features
- Enables experiments under conditions with known bubble size distribution
- Produces uniform microbubble size distribution
- Self-aspirating system eliminates the need for an air compressor
- Compatible with various gases, ensuring safe and flexible operation
- Suitable for experiments with small sample volumes
- Compact design for space-saving laboratory use
Measurement & Analysis
- Bubble size distribution data is provided along with the system
- Measurements are conducted using an ultrasonic bubble size distribution analyzer (ABS)
- Supports detailed analysis of microbubble behavior in fluids (including seawater)
Applications
Microbubble research and development
- Environmental and water treatment studies
- Biomedical and biological activity research
- Fluid dynamics experiments
Efficient Micro Bubble TechnologyOur micro bubble generator is engineered to produce fine bubbles, ranging from 10 to 50 microns, ensuring optimal gas-liquid exchange in water treatment, aquaculture, and more. With precise control over bubble size and flow rates, efficiency and effectiveness are enhanced in every use.
User-Friendly Installation and OperationThanks to its compact 18 kg design and portable form, this system is easy to install in various locations. Installation is straightforward, and the automatic/manual switch ensures operational flexibility, accommodating different processes and user preferences.
Durability with Quiet PerformanceConstructed with robust materials and certified with an IP55 waterproof rating, the generator is built for long-term reliability even in challenging environments. Its quiet operation, falling below 60 dB, allows for use in sensitive or noise-restricted settings without disturbance.
FAQ's of Micro Bubble Generator:
Q: How do I install the micro bubble generator?
A: The unit is designed for easy installation and portability. Simply connect the 1-inch inlet and outlet to your system, place the generator in a suitable location, and follow the supplied manual to set up the automatic or manual control system. Its compact 18 kg weight allows for quick relocation if necessary.
Q: What applications benefit from using this micro bubble generator?
A: This generator is ideal for water treatment, aquaculture aeration, laboratory mixing, and other gas-liquid diffusion processes. The fine bubble size (10-50 micron) provides enhanced oxygen transfer and mixing efficiency, improving overall process performance.
Q: When should I choose automatic or manual operation?
A: Select automatic mode for continuous or timed operations where minimal supervision is desired. Switch to manual mode for hands-on control during experimental, testing, or custom operation scenarios.
Q: Where can I use this portable bubble generator?
A: With its IP55 waterproof rating and quiet operation (<60 dB), the generator is suitable for both indoor and outdoor industrial applications, as well as environments where noise levels must be controlled.
Q: What process does the generator use to create micro bubbles?
A: It operates at 800-1200 RPM, drawing gas and water through its internal mechanism at a flow rate of 5-20 L/min, producing fine bubbles that disperse evenly in the liquid for efficient gas transfer.
Q: How does using this generator contribute to process performance?
A: The fine micro bubbles increase the surface area for gas exchange, resulting in higher oxygen transfer rates and improved mixing, which benefits applications like wastewater treatment and aquaculture.