Optimized Product Description:
MBBR (Moving Bed Biofilm Reactor) carriers are specialized microbial growth media designed to provide an optimal environment for microorganisms in MBBR systems. These innovative bioactive carriers are engineered through:
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Scientific material formulations tailored to wastewater characteristics
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Integration of trace elements promoting rapid microbial colonization
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Advanced polymer modification techniques
Key Advantages of MBBR Carriers
✔ Large Specific Surface Area – Maximizes biofilm attachment space
✔ Superior Hydrophilicity – Accelerates initial microbial adhesion
✔ High Bioactivity – Enhances treatment efficiency for both carbon and nitrogen removal
✔ Rapid Biofilm Formation – Reduces system startup time by 30-50%
✔ Long Service Life – Resists wear with 8-10 years operational durability
Features:
- Product Name: MBBR In Wastewater Treatment
- Material: HDPE (High-Density Polyethylene)
- Membrane hanging time: 5-15 days
- pH: 5-15
- Application: Wastewater Treatment
- Efficient surface: ＞500㎡/m³
- Multi-Media-Biofilm-Reactor-System
- Biodegradable-Biofilm-Reactor-System
- Biofilm-Based-Reactor-System
- High-Density-Polyethylene material for durability and longevity
- High-Efficiency-Wastewater-Treatment for improved water quality
Technical Parameters:
| Product Name |
MBBR In Wastewater Treatment |
| Material |
HDPE (High-Density Polyethylene) |
| Efficient Surface |
>500 ㎡/m³ |
| Void Ratio |
>95% |
| Specific Gravity |
>0.96 g/cm³ |
| pH Range |
5-15 |
| Membrane Hanging Time |
5-15 days |
| Applications |
Industrial, Municipal, Domestic Wastewater Treatment |
| Key Features |
Integrated-Biofilm-Reactor-System, Microbial-Biofilm-Reactor-System, Biofilm-Carrier-Treatment-System |
Advantages of MBBR Technology in Wastewater Treatment
The Moving Bed Biofilm Reactor (MBBR) system offers significant benefits for modern wastewater treatment applications, including:
1. Rapid Startup & Short Retrofit Period
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Quick commissioning – Biofilm forms faster than activated sludge systems, reducing startup time.
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Easy integration – Can be added to existing tanks with minimal structural modifications.
2. High Biomass & Strong Shock Load Resistance
3. Energy & Cost Savings
30–50% lower energy consumption (no sludge recirculation required).
Compact footprint – Saves space compared to traditional processes.
Reduced capital investment – No need for additional clarifiers or large reactors.
