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PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment
PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment
PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment
PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment
Specifications
Brand Name :
SINOMEMB
Model Number :
SNU-HO-2-C1030
Certification :
NSF
Place of Origin :
China
MOQ :
5
Packaging Details :
Standard export packaging
Core Components :
MBR
Product name :
hollow fiber ultrafiltration membrane, ultrafiltration system, PVC Hollow fiber UF membrane module
Pore size :
customized., from 1μm to 0.05μm, 0.01micron, 1.0μm, 0.2μm
Usage :
Waste water treatment, , Liquid Filter, remove bacterias, Purification
Module :
Out-inside
Nominal Pore Size :
0.03μm
Size :
250×1715mm
Membrane Material :
PVDF
Surface Area :
23m2
Description
UF System Safe and Stable Operation Guide for MBR Membrane Element Operation SNU-HO-2-C1060

  • Product Description
    MBR MEMBRANE PVDF-8/PVDF-10/PVDF-15/PVDF-20
    MBR Membrane membrane series: In the condition of high pressure, high hydrophilia and high flux, more improvements are made on membrane's polluting resistance and longer life-time. The Hollow Fiber Membrane MBRs' compact structure design occupies much less space, with easy installation.It is used for municipal and industrial waste water treatment. Fiber Membrane Mbr Bioreactor solves problem of the leakage of SS compared with traditional activated sludge sedimentation process, and prevent microorganism like colibacillus and cryptosporidium from water output.

    Product working principle
    The list of a full MBR plant
    MBR Process Flow Chart
    Advantages of MBR System
    The advantages of MBR systems over conventional biological systems include better effluent quality, smaller space requirements,and ease of automation. Specifically, MBRs operate at higher volumetric loading rates which result in lower hydraulic retention times. The low retention times mean that less space is required compared to a conventional system. The effluent from MBRs contains low concentrations of bacteria, total suspended solids (TSS), biochemical oxygen demand (BOD), and phosphorus. This facilitates high-level disinfection. Effluents are readily discharged to surface streams or can be sold for reuse, such as irrigtion
    Specification

    Operation Condition
    Temperature
    1-45℃
    pH
    2-13
    Designed Permeate Flux
    10-25LMH, 25℃
    NACIO Cleaning Concentration
    5000ppm
    Back Wash Flux
    30-50LMH, 25℃
    Aeration Air
    60-120Nm3/(h*m2)
    Sludge Concentration
    5000-10000ppm
    Membrane Operation
    Vacuum Sucion
    Working Method
    Working 8min, stop 2min
    Transmembrane Pressure
    ≤60Kpa
    Max Transmembrane Pressure
    ≤80Kpa
    System Operation
    Intermittent Permeate, Continuing Aeration
    Clean Chemical
    Citric Acid/NACIO
    Cleaning Frequency
    6-12 month
    Permeate Turbidity
    ≤1 NTU
    Outlet TSS
    ≤2 mg/l
    Remark: The actual permeate and back wash flux depends on the whole system's operation and maintenance: The output water parameter may varify a bit according to feed water conditions.
    MBR Module
    Model
    MBR-50TPD
    MBR-100TPD
    MBR-150TPD
    Capacity
    50-75m3/D
    100-150m3/D
    150-200m3/D
    Element Quantity
    22 elements (10m2)
    30 elements (15m2)
    40 elements (15m2)
    Membrane Area
    220m2
    450m2
    600m2
    Outlet Pipe
    DN32
    DN40
    DN50
    Inlet Air Pipe
    DN40
    DN50
    DN80
    Module Size L*W*H (mm)
    1800*760*1500
    2400*760*400
    3000*760*1900
    Approx. Weight
    200KGS
    400KGS
    550KGS
    Frame Structure Material
    SS Pipe, PVC
    Aeration (air-water ratio)
    ＞15:1
    Note:
    1. PVDF-10 or PVDF-15 membrane assemblies are taken as examples in the design table.
    2. The size of the membrane module in the table is the recommended data, which can be adjusted according to the site conditions;
    3. The water production value in the table is the recommended under common sewage treatment conditions. Users should adjust the value according to the actual situation of sewage, such as COD , MLSS, Aeration rate, etc.
UF Specifications and Models
Model Membrane Material Operation Mode Membrane Element Size (mm) Effective Membrane Area (m²) Nominal Filter Pore Size (μm)
SNU-HI-1-C1030 PES inside-out Φ250×965 23 0.01

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PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment

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Product Detail
Brand Name :
SINOMEMB
Model Number :
SNU-HO-2-C1030
Certification :
NSF
Place of Origin :
China
MOQ :
5
Packaging Details :
Standard export packaging
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PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment
PVDF MBR Membrane with 23m2 Surface Area for Intermittent Permeate and Continuing Aeration in Waste Water Treatment

Sinomemb Environment Technology (beijing) Co.,

Verified Supplier
1 Years
beijing, beijing
Since 2016
Business Type :
Manufacturer
Main Products :
MBR Membrane, Residential RO Membrane, Industrial RO Membrane
Total Annual :
10000000-15000000
Employee Number :
101~200
Certification Level :
Verified Supplier
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