Hollow Fiber Membrane MBR

PVDF Hollow Fiber MBR Membrane for Stable Wastewater Filtration

PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module
PVDF Hollow Fiber MBR Membrane Module

PVDF Hollow Fiber MBR Membrane Module

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.

Product Description:

Upgrading your bioreactor system requires reliable and durable membrane separation technology. The Banott PVDF Hollow Fiber MBR Membrane Module is a high-performance, submerged filtration unit designed for rigorous wastewater treatment projects. Made from reinforced PVDF (Polyvinylidene Fluoride) fibers with a sturdy PET lining, our modules overcome the common problem of fiber breakage found in standard membranes.

Whether you are managing municipal sewage or complex industrial wastewater, this MBR module efficiently intercepts suspended matter, lowers turbidity, and significantly reduces COD, BOD, total phosphorus, and total nitrogen.

Product Advantage:

·High Strength & No Peeling: The reinforced PET lining guarantees >500N tensile strength, virtually eliminating the risk of broken filaments during backwashing.
·High Filtration Precision: Nominal pore sizes of 0.034µm and 0.1µm ensure permeate water quality with zero suspended solids (SS=0) and turbidity <0.1 NTU.
·Big Flux: Optimized membrane pore distribution allows for a consistent design flux of 10-40 LMH and a pure water flux of 300 LHM.
·Resistant to Pollution: The smooth surface of the PVDF material provides excellent anti-fouling properties, reducing cleaning frequency.
·High Temperature Resistance: Specially developed PES fiber options are available for environments requiring elevated temperature tolerance.
·Long Service Life: Engineered for durability, the submerged MBR membrane module delivers a reliable lifespan of ≥ 5 years under normal operational conditions.
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Product Specifications

Model MBRIII235A MBRIII350B MBI120C MBR15C MBRIII10C MBRIII6C MBRIII3C
Element Parameters Effective membrane area 35m² 30m² 20m² 15m² 10m² 6m² 3m²
Nominal Pore size 0.034μm, 0.1μm
ID/OD 0.8mm/1.9mm, 1.0mm/2.2mm
Fiber Material PVDF membrane with PET support tube
Membrane shell material ABS
Filtration mode Negative pressure suction by submersed membrane
Operating Conditions TMP 0.02~0.05Mpa
MAX Backwash pressure 0.1Mpa
Temperature 10~45℃
PH range 2~12
Aeration rate (Nm³/h) peridecd area Gas water ratio 15:1~20:1
Performance Permeate water quality Turbidity <0.3NTU SS≈0 SDI<4
Designed flux 10~40LMH
Pure water flux 300LMH
Working life ≥ 5 years under normal usage

Product usage scenarios

Backed by long-term water treatment engineering experience, Banott's MBR membrane technology greatly enhances bioreactor functions. It is highly recommended for:

  • MBRIII3C Hollow Fiber Membrane MBR

    Municipal wastewater treatment & water recycling

  • MBRIII3C Hollow Fiber Membrane MBR

    Landfill leachate treatment

  • MBRIII3C Hollow Fiber Membrane MBR

    Industrial wastewater integrated treatment system

  • MBRIII3C Hollow Fiber Membrane MBR

    Residential & hotel sewage treatment and reuse

  • MBRIII3C Hollow Fiber Membrane MBR

    Food, slaughterhouse & brewery wastewater treatment

  • MBRIII3C Hollow Fiber Membrane MBR

    Existing treatment system upgrade & expansion

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Long-term Technical Support

If influent changes or performance targets become stricter, we can review your current setup and suggest adjustments to keep results stable and cost-effective.

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    MBRIII3C Hollow Fiber Membrane MBR

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