Tunable Bubble Generation System
This system produces diameter-specific bubbles by modulating gas/water supply pressures (0.1-0.8 MPa). Engineered for clog-free operation and exceptional reliability, it delivers stage-optimized bubble sizing for enhanced energy efficiency and broad applicability across environmental/industrial sectors.
Bubble Spectrum Capability:
Pure nanobubbles: 50-300 nm
Hybrid dispersion: Nano (50-999 nm) / Micro (1-100 ìm) / Millibubbles (>1 mm)
Multi-Gas Functionalization
Through interchangeable gas inputs (O2, Air, O3, H2), the system enables:
Oxidative remediation: O? nanobubbles for contaminant mineralization
Metabolic enhancement: H?/O? infusion in aquaculture/agriculture
Biofilm control: Air/O2 for aerobic microbial activation
Deployment Advantages
1.Plug-and-play integration: Direct connection to liquid pumps and gas sources
2.Maintenance-free operation: No moving parts; PTFE/316L SS corrosion resistance
3.Cross-industry applicability:
Environmental: Sediment detoxification, COD reduction
Industrial: CIP sanitization (pharma/food), refinery catalyst recovery
Biomedical: Drug delivery vector synthesis
Technical Advantages of Micro-Nano Bubble Generation Systems
1. Superior Economic Efficiency
- Low Energy Demand: Achieves nanobubble production at minimal specific energy consumption (≤0.4 kWh/m³ gas transferred).
- Reduced Power Input: Operates efficiently at drive powers <1.5 kW for standard industrial units.
2. Exceptional Operational Stability
- Biofouling-Resistant Construction: Utilizes monolithic sintered conductive ceramics (AlO/TiN composite) preventing biofilm colonization.
- Continuous Process Reliability: Maintains consistent bubble output (CV <5%) during 10,000+ hour service cycles.
3. Universal Fluid Compatibility
Chemical Inertness:
Ceramic matrix withstands:
pH 1-14 extremes
Organic solvents (incl. DMF, THF)
High TDS brines (250,000 ppm)
Viscous Media Capability:
Processes fluids up to 5,000 cP viscosity (e.g., sludges, polymer solutions).
4. Electrochemically Functionalized Operation
5. Advanced Process Integration
Thermo-Carrier Nanobubbles: Utilizes HFIH-activated nanobubbles for targeted thermal delivery in: Subsurface remediation (in situ thermal desorption)
Hypothermic cancer therapy
Hypothermic cancer therapy
Environmech Sdn. Bhd.
since 2012 Co. Reg. No: (1007069-M)
For more information or enquiry, please contact Environmech Sdn. Bhd.
Contact us: http://www.environmech.com/p/contact-us.html Website: www.Environmech.com
