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vatican Airlift MBR Membrane

Delta Airlift MBR Tubular membrane module is produced in PVDF material with 30nm pore size, it is developed for wastewater treatment with compact design, usually Airlift MBR is placed after biological treatment. Due to low energy and chemical consumption, it is mainly used in municipal wastewater treatment plants. 5.2mm large membrane fiber makes it less prone to be fouled and easy to be cleaned by backwash, CEB and CIP process, it can be used for high MLSS up to 15,000 mg/L.    With compatible dimensions and similar performance, Delta Airlift MBR can also work as economical replacement for Pentair Norit Airlift 38PRV F4385 membrane module.

Product Description

Delta Airlift MBR Tubular membrane module is produced in PVDF material with 30nm pore size, it is developed for wastewater treatment with compact design, usually Airlift MBR is placed after biological treatment. Due to low energy and chemical consumption, it is mainly used in municipal wastewater treatment plants. 5.2mm large membrane fiber makes it less prone to be fouled and easy to be cleaned by backwash, CEB and CIP process, it can be used for high MLSS up to 15,000 mg/L. 

 

With compatible dimensions and similar performance, Delta Airlift MBR can also work as economical replacement for Pentair Norit Airlift 38PRV F4385 membrane module.

Features

    Vertical design, easy to be expanded

    ● Direct replacement for Pentair membrane

    ● Excellent chemical resistance

    ● Cross flow mode

Application

    ● Municipal wastewater

    ● Food processing wastewater

    ● Paml oil mill effluent

Model DTUFPCOM33
Specification Membrane material PVDF
Housing material PVC
Pore size 30 nm
Tube diameter(mm) 5.2
Module diameter(inch) 8
Length (mm) 3,000
Diameter (mm) 220
Membrane area 33 
Operation parameter Maximum operating pressure 8 bar
Minimum outlet puressure 0.7 bar
Max permeate pressure 0.2 bar
Max working temperature 60 
pH range continuous 2 - 10
pH range short term 2 - 12
Max.chlorine concentration(ppm) 250,000 ppm/h