MEMBRANE BIOREACTOR, MBR

Membrane Bioreactor (MBR) technology plays a central role in enabling circular water management in domestic and industrial applications.By combining advanced biological treatment with membrane filtration, MBR systems transform wastewater into a high-quality reusable resource. This allows industries to:

Reduce freshwater consumption,
Minimize discharge quantity and
Close the water loop within their operations.

With its compact design, high treatment efficiency, and consistent effluent quality, MBR supports the transition from linear water use to a circular, resource-efficient production model.

KEY ADVANTAGES
Superior Effluent Quality
Compared to conventional systems,MBR systems operate with significantly higher biomass concentrations (10,000–12,000 mg/L MLSS), resulting in superior treatment efficiency. The treated effluent can be further polished with RO to enable high-quality water reuse.

Reduced OPEX
MBR effluent achieves complete removal of bacteria and removal of most viruses, thereby significantly reducing or eliminating the need for disinfection. During membrane cleaning, air consumption is reduced by 20% through optimized membrane movement and diffuser configuration.

Compact Design
Ideal for facilities with limited available space. Compared to conventional systems of the same footprint, MBR systems offer a significantly more compact design, requiring up to 3 times less area.

Operational Stability
Maintains stable performance under fluctuating hydraulic and organic loading conditions.

Fouling Management
Membrane fouling is effectively controlled through a combination of air scouring, relaxation cycles, and optional chemical cleaning. The PVDF membrane material offers excellent chemical resistance, high mechanical strength,
and a hydrophilic surface that minimizes fouling and extends membrane life.

Stabil Sludge Production:
Thanks to the long SRT, the biomass is better stabilized. Improved floc structure and lower organic content result in higher dewatering efficiency.

Simplified Process Design
Eliminates the need for secondary clarifiers, reducing system complexity and maintenance requirements.

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