Product Brief
• It is a new tech wastewater treatment system. It combines membrane separation technology and biological treatment technology.
• It replaces the clarifier tank of traditional biological treatment with membrane modules. It maintains high activated sludge concentration in the bioreactor.
• It reduces the footprint of sewage treatment facilities. It also reduces excess sludge by maintaining low sludge load quantity.
• It realizes deep purification of sewage. It has obvious nitrification effect. It provides possibility for deep phosphorus and nitrogen removal.

Power
Power rating varies by treatment capacity. For example, 10m³/day capacity models typically use 2.5KW/H, 20m³/day models use 3.5KW/H, and 40m³/day models use 7.5KW/H. Custom power configurations are available based on your specific treatment needs.
Applications
It suits many scenarios. These include land development, housing, subdivisions, small and medium sized communities and cities, mobile home parks, remote mining, logging, construction sites, recreational areas like parks, campgrounds, marinas, manufacturing facilities, power plants, military bases, schools, educational campuses, government compounds, low flow/high strength and high flow/low strength applications, and industrial wastewater biological treatment.
Configuration
It uses membrane modules. These modules intercept activated sludge and macromolecular organic matter. The concentration of activated sludge (MLSS) can reach 8000~10,000mg/L or higher. The sludge age (SRT) can be extended to 30 days or more. It has PLC control. This makes operation and management convenient.
Product Main Image

Why Choose Us?
- We have over 10 years of manufacturing experience in wastewater treatment equipment
- Our products have passed ISO9001, CE, and environmental protection certifications
- We provide 24/7 technical support and remote monitoring service
- Our equipment uses modular design for easy installation and expansion
- We have exported our products to over 30 countries and regions worldwide
Product Overview
This is a wastewater treatment system. It combines membrane separation and biological treatment technologies. It replaces the clarifier tank in traditional biological treatment with membrane modules. This optimizes the whole treatment process.
It solves big problems of traditional sewage treatment. Traditional systems need large space. They also have low treatment efficiency. They struggle to achieve deep sewage purification. This MBR system replaces those old clarifier tank-based systems. It offers a more compact and efficient solution.
Feature Highlights
- It has higher solid-liquid separation efficiency than traditional sedimentation tanks. The effluent's TSS and turbidity are close to zero. You can reuse this water directly.
- The membrane has a high-efficiency retention effect. It completely traps microorganisms in the bioreactor. This realizes complete separation of HRT and SRT of the reactor. The operation control is flexible and stable.
- It has a smaller footprint. It takes up less area. This saves civil construction costs.
- It has higher nitrification efficiency. It helps nitrifying bacteria stay and reproduce. You can adjust the operation mode. Then it can also deaminate and remove phosphorus.
- It has a longer SRT. This greatly improves the degradation efficiency of refractory organic matter.
- The reactor runs under high volume load, low sludge load and long sludge age. It produces extremely low excess sludge. Technically, you can achieve zero sludge discharge.
- It uses PLC control. This makes operation and management convenient.
Technical Specifications
|
Activated sludge concentration (MLSS) |
8000~10,000mg/L or higher |
|
Sludge age (SRT) |
30 days or more |
|
Control system |
PLC control |
Application Scenarios
Land Development/ Housing/ Subdivisions
This system provides a compact sewage treatment solution for new residential areas. It saves land space.
01
Small and Medium Sized Communities and Cities
It efficiently treats domestic sewage. It ensures the effluent meets discharge standards.
02
Mobile Home Parks
It offers a portable and effective wastewater treatment option for temporary residential areas.
03
Remote Mining, Logging, and Construction Sites
It solves sewage treatment problems in remote areas with limited space.
04
Recreational Areas (Parks, Campgrounds, Marinas)
It treats sewage from these areas. It protects the surrounding environment.
05
Manufacturing Facilities, Power Plants, Military Bases
It handles industrial and domestic sewage in these sites.
06
Schools and Educational Campuses
It provides reliable sewage treatment for campus areas.
07
Government Compounds
It ensures clean and compliant sewage treatment for government facilities.
08
Low Flow/ High Strength and High Flow/ Low Strength Applications
It adapts to different wastewater types with varying flow and pollutant levels.
09
Industrial Wastewater Biological Treatment
It treats industrial wastewater. It realizes deep purification.
10
Customization Options
Voltage customization
220V, 380V, 110V are available to match your local power supply
Material customization
Carbon steel with anti-corrosion epoxy coating, fiberglass, or stainless steel can be selected
Installation mode customization
Above-ground or underground installation options
Process customization
Optional nitrogen and phosphorus removal modules can be added for stricter discharge standards
Size and capacity customization
We can adjust the equipment size and treatment capacity based on your site and water volume needs
Brand customization
We can print your company logo and brand information on the equipment
FAQ
Q1: How long do the MBR membranes need to be replaced?
A: With proper maintenance, the membranes can last 5-10 years, depending on influent water quality and cleaning practices.
Q2: Is this MBR plant suitable for water reuse?
A: Yes, the effluent from this MBR plant has TSS and turbidity close to zero, which is suitable for irrigation, flushing, and other non-potable reuse scenarios.
Q3: What are the main operational challenges of MBR systems?
A: Membrane fouling and energy consumption are the main challenges, but they can be managed with regular cleaning and proper system design.
Q4: Can this MBR plant be retrofitted into existing sewage treatment facilities?
A: Yes, our MBR modules can be integrated into existing treatment plants to improve effluent quality and treatment efficiency.
Q5: How to deal with membrane fouling?
A: Regular air scouring and backwashing can prevent mild fouling. For severe fouling, chemical cleaning with NaOH or NaOCl solution is effective.
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