MBRIII3C Membrana de fibra hueca MBR
El MBR de membrana de fibra hueca MBRIII3C está diseñado para sistemas compactos de tratamiento de aguas residuales, con un área efectiva de membrana de 3㎡.
Banott's PVDF Hollow Fiber MBR Membrane Module is engineered for superior wastewater treatment and bioreactor performance. Featuring a reinforced PVDF membrane with a PET support tube, it delivers an exceptional tensile break strength of >500N, ensuring no peeling and a long service life of over 5 years. Operating via negative pressure suction, this submerged MBR module effectively removes COD, BOD, and suspended matter. Available in effective membrane areas ranging from 3m² to 35m². Custom specifications and OEM/ODM services are fully supported.
The efficiency of any Membrane Bioreactor (MBR) system relies heavily on the quality of its core filtration units. The Banott PVDF Hollow Fiber Membrane Element—commonly referred to in the industry as a “curtain MBR membrane”—is meticulously engineered to provide maximum filtration surface area within a compact structural footprint.
Consisting of premium PVDF membrane fiber bundles securely cast into a durable top and bottom collection header, this submerged hollow fiber element is designed to withstand continuous aeration and rigorous wastewater environments. Whether you are an environmental engineering firm building custom MBR modules from scratch, or a facility manager looking for reliable replacement sheets to restore your plant’s flux, Banott provides the perfect, highly adaptable component.
·Curtain-Type Flexibility: The curtain design allows the PVDF hollow fiber bundles to sway freely during the aeration process. This continuous movement effectively scours the membrane surface, significantly reducing sludge accumulation and fouling.
·Robust Header Potting: The membrane fibers are securely potted into the collection headers using advanced casting techniques. This ensures a leak-free seal between the fibers and the permeate collection channel, preventing raw sewage from bypassing the membrane.
·High-Density Packing: Our precise manufacturing process allows for a high density of fibers per element, maximizing the effective membrane area and ensuring a high water yield without increasing the physical footprint.
·Premium PVDF Durability: Made from high-quality PVDF, the fibers offer excellent chemical resistance against cleaning agents (like sodium hypochlorite) and robust mechanical strength to prevent fiber breakage.
| Especificación | Parameter |
| Material de fibra | Reinforced PVDF with PET support tube |
| Header / Potting Material | ABS |
| Product Type | Submerged Curtain Membrane Element |
| Nominal Pore Size | 0.034 µm / 0.1 µm |
| Outer/Inner Diameter (OD/ID) | 1.9mm / 0.8mm or 2.2mm / 1.0mm |
| Flujo de diseño | 10 – 40 LMH |
| Operating Transmembrane Pressure (TMP) | 0.02 – 0.05 MPa |
Banott's PVDF hollow fiber membrane elements are highly versatile and primarily used for:
El MBR de membrana de fibra hueca MBRIII3C está diseñado para sistemas compactos de tratamiento de aguas residuales, con un área efectiva de membrana de 3㎡.
El MBR de membrana de fibra hueca MBRIII10C está diseñado para el tratamiento de aguas residuales, con un área de membrana efectiva de 10㎡ y un rendimiento de filtración estable.
El MBR de membrana de fibra hueca MBI120C está diseñado para sistemas de tratamiento de aguas residuales, con un área de membrana efectiva de 20㎡ y un rendimiento de filtración estable.
Banott's PVDF Hollow Fiber MBR Membrane Module is engineered for superior wastewater treatment and bioreactor performance. Featuring a reinforced PVDF membrane with a PET support tube, it delivers an exceptional tensile break strength of >500N, ensuring no peeling and a long service life of over 5 years. Operating via negative pressure suction, this submerged MBR module effectively removes COD, BOD, and suspended matter. Available in effective membrane areas ranging from 3m² to 35m². Custom specifications and OEM/ODM services are fully supported.
Si el afluente cambia o los objetivos de rendimiento se hacen más estrictos, podemos revisar su configuración actual y sugerir ajustes para mantener los resultados estables y rentables.
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