Membrane Bioreactor Technology
This Membrane Bioreactor (MBR) system combines advanced membrane separation with biological treatment to effectively handle wastewater. The system features an A-zone for anoxic/anaerobic processes, which allows for optimal interaction between wastewater and activated sludge. The O-zone, filled with membrane modules, utilizes PVDF membranes to retain sludge and organic materials, removing the necessity for secondary sedimentation.
The innovative design increases activated sludge concentration and allows control over Hydraulic Retention Time (HRT) and Sludge Retention Time (SRT). This flexibility is essential for breaking down tough pollutants over longer periods.
Ultimately, treated effluent meets discharge standards and can be reused. Additionally, the strategic aeration within the MBR enhances internal flow, boosts biodegradation, and reduces membrane fouling.
Our Treatment Services
We specialize in various wastewater treatment methods. Our services aim to improve water quality and promote sustainable practices within your community.
Municipal Wastewater
We offer efficient municipal sewage recycling and reuse systems. Our approach ensures clean water from wastewater, contributing to environmental protection while meeting community needs.
Industrial Waste
Our industrial wastewater treatment targets processes like food production and leachate management, ensuring compliance with regulations while safeguarding nearby ecosystems.
Facility Upgrading
We assist in upgrading existing facilities to improve efficiency and capacity, allowing you to better serve your community’s wastewater treatment needs.
Sewage Reuse
Our solutions also focus on reclaiming water for reuse, essential for maintaining water supply in urban areas, especially during drought conditions.
Food Processing
We provide specialized treatments for wastewater from food processing, ensuring that output meets environmental safety standards without compromising efficiency.
Leachate Management
Our landfill leachate treatment services help maintain compliance with waste management regulations, protecting nearby water resources from contamination.
ADVANCED TREATMENT
Advanced Purification Systems
Compact design with a small footprint, requiring minimal installation space. Underground installation and modular mobility options are available, making landscaping easier while preventing odor and mosquito issues.
High removal efficiency for organic pollutants, delivering stable and reliable effluent quality.
Simple operation and convenient installation, with low maintenance requirements and excellent self-protection performance.
- Excellent treatment performance, ensuring the effluent meets discharge standards.
The integrated system can be flexibly configured according to influent water quality, providing wide application adaptability.
Working Process
ADVANCED TREATMENT
Membrane Bioreactor
A Membrane Bioreactor (MBR) is an advanced and highly efficient wastewater treatment technology that combines membrane separation technology with the conventional activated sludge process.
In an MBR system, membrane modules replace the traditional secondary sedimentation tank, allowing a large concentration of microorganisms and activated sludge to be retained within the biological treatment system. This significantly increases microbial activity and biodiversity, greatly enhancing the system’s treatment efficiency and pollutant removal capacity.
As a result, both the effluent quality and volumetric loading performance are substantially improved. The treated water can achieve high discharge standards and is suitable for water reclamation and reuse applications.
ADVANCED TREATMENT
MBR Membrane Process Introduction
The PVDF membrane module consists of two main sections: the membrane element chamber (upper section) and the aeration chamber (lower section). Inside the membrane chamber, membrane elements are connected to the permeate collection pipe through flexible hoses, while the aeration chamber is equipped with aeration pipes to provide continuous air scouring.
Each membrane element can be individually inserted or removed, allowing convenient maintenance and easy replacement.
The core component of the MBR system is the high-performance submerged membrane module. By adopting a negative-pressure suction filtration method, the system significantly reduces operating energy consumption — typically 10 to 20 times lower than conventional pressurized external membrane filtration systems.
The flat-sheet membrane design features a simple and reliable structure. During operation, continuous mixing and scouring generated by aeration airflow and wastewater help minimize membrane fouling and sludge accumulation on the membrane surface, ensuring stable long-term performance and efficient system operation.
| Model | CH-PVDF-6 | CH-PVDF-10 | CH-PVDF-15 |
|---|---|---|---|
| Daily Treatment Capacity | 2.8–3.5 m³/day | 4.8–5.5 m³/day | 7.2–7.5 m³/day |
| Membrane Material | Reinforced PVDF | Reinforced PVDF | Reinforced PVDF |
| Membrane Pore Size | 0.1 μm | 0.1 μm | 0.1 μm |
| Module Height | 1000 mm | 1500 mm | 2000 mm |
| Weight | 6 kg | 10 kg | 15 kg |
| Frame Material | Stainless Steel | Stainless Steel | Stainless Steel |
| Aeration Pipe Material | UPVC | UPVC | UPVC |
| Permeate Pipe Material | UPVC | UPVC | UPVC |
Key Benefits
Excellent Effluent Quality
Produces high-quality treated water suitable for discharge, reuse, or further purification.
Compact Footprint
Eliminates the need for large secondary settling tanks, reducing overall plant size.
High Biomass Concentration
Supports higher MLSS levels, resulting in improved treatment performance.
Reliable Removal Efficiency
Effectively removes COD, BOD, suspended solids, and pathogenic microorganisms.
Water Reuse Capability
Ideal for water recycling and reuse projects.
Stable Operation
Maintains consistent performance under varying flow and pollutant conditions.
Typical Applications
- Municipal Wastewater Treatment
- Industrial Wastewater Treatment
- Food Processing Wastewater
- Pharmaceutical Wastewater
- Textile Wastewater
- Chemical Wastewater
- Hotel and Resort Wastewater
- Water Reuse Projects
Why Choose Our MBR System
- Customized engineering design
- High-quality membrane solutions
- Stable and reliable operation
- Low maintenance requirements
- Installation and commissioning support
- Comprehensive after-sales service
Request a Solution
Please provide:
- Wastewater flow rate
- COD and BOD values
- Discharge requirements
- Installation space
- Water reuse requirements
Our engineering team will recommend the most suitable MBR solution for your project.