MBBR (Moving Bed Biofilm Reactor) for Advanced Wastewater Treatment
Superior Biofilm Technology for Industrial & Municipal Applications
JUNTAI's MBBR system revolutionizes biological wastewater treatment with high-efficiency biofilm carriers. Designed for sewage treatment plants, industrial effluent systems, and aquaculture operations, our solution outperforms conventional activated sludge processes.
Precision Engineering for Diverse Industries
Our MBBR media works synergistically with fine bubble disc diffusers and EPDM air diffuser membranes to optimize oxygen transfer efficiency (OTE). Ideal for:
- Municipal wastewater treatment plants
- Food processing effluent systems
- Pharmaceutical wastewater management
- Petrochemical industry bioreactors
Technical Specifications & Integration
| Parameter | Specification |
|---|---|
| Carrier Material | HDPE (UV-stabilized) |
| Surface Area | 650-800 m²/m³ |
| Oxygen Source | FlexAir 9 Disc Air Diffuser System |
| DO Maintenance | 2-4 mg/L (adjustable) |
| Temperature Range | 5-40°C |
| pH Tolerance | 6.0-9.0 |
Why Choose JUNTAI MBBR Systems?
- Enhanced Aeration
Compatible with coarse/fine bubble disc diffusers for tailored oxygenation. Our EPDM diffuser membranes withstand harsh wastewater conditions.
- Modular Design
Easy disc diffuser installation with 12-disc diffuser clusters for scalable configurations.
- Cost Efficiency
20% lower energy consumption vs. conventional disk aerators due to optimized biofilm kinetics.
FAQs: MBBR Integration
Q: How does MBBR complement disc-type air diffusers?
A: Our biofilm carriers work with pond air disc systems to create turbulent mixing, maximizing substrate-biomass contact.
Q: Maintenance requirements?
A: Non-clogging disk diffuser aerators minimize downtime. Annual membrane inspection recommended.
| E-mail: [email protected] |
MBBR 37 Product Description:
Size:Φ25*12mm,
Hole Numbers:37
Material: 100% White Virgin HDPE
Weight:105Kg/CBM
Densilty:0.96-0.98g/cm3
Surface Area:>800m2/m3
Packing Numbers:>118000pcs/m3
Porosity:>85% Dosing Ratio:15-65%
Membrane-Forming time:3-15days
Nitrification Efficiency:400-1200g NH4N/M3.d
BOD5 Efficiency:2000-10000g BOD5/M3.d
COD5 Efficiency:2000-15000 g COD5/M3.d
Applicable Temperature: 5-60℃
Life-Span:>15year
