Submerged PVDF Hollow Fiber Module

Introduction

MS submerged hollow fiber membrane modules use outside-in filtration type of Reinforced PVDF Ultrafiltration membrane with 0.1μm pore size, and can effectively remove bacteria, virus, colloid, SS, etc, to meet the more higher water production standard of industrial water treatment. The Reinforced PVDF hollow fiber elements, with the features of high mechanical robustness, no silk broken, good chemical resistance and less membrane fouling, are widely used for industrial water reuse treatment and other complex industrial wastewater.

MS self-research and develop the Reinforced PVDF hollow fiber membrane, manufacture the submerged MBR membrane module, design and assembly the MBR package or MBR system for clients’ any needs.

Features

Meet the higher standard of permeate water quality
Lower filtration pressure and energy saving
Stronger chemical resistance, easily clean, and longer periods between chemical cleaning
Good hydrophilicity and strong fouling resistance
High standard of biomass/solids control
Lower operation cost and less components
Modular system design, easy assembly

Applications

Municipal wastewater and Industrial water reuse
High complex industrial water treatment
Petrochemical waste water
Landfill Leachate
Pulp & Paper waste water
Food & Beverage waste water treatment

MBR System Process

Specifications

Module Type	MBRHF010A4010S	MBRHF010A6015S	MBRHF010A8020S
Membrane Surface Areas (m²)	10	15	20
Material	PVDF	PVDF	PVDF
Pore Size（μm）	0.1	0.1	0.1
ID/OD(mm)	0.9/2.2	0.9/2.2	0.9/2.2
Filter Type	Suction	Suction	Suction
L（mm）	1000	1500	2000
W（mm）	380	380	380
H（mm）	30	30	30
Conduit	DN25	DN25	DN25
Air Intake	DN20	DN20	DN20
Module Weight（kg）	6	8	10
Seal Gum Material	PU	PU	PU
Conduit Material	ABS	ABS	ABS
Operation Conditions
Operation Flux (L/H)	100-300	150-450	250-750
TMP (MPa)	-0.05	-0.05	-0.05
Temperature Range (℃)	5-40	5-40	5-40
pH Range	5-10	5-10	5-10
Cleaning Conditions
Highest Temperature (℃)	40	40	40
pH Range	2-10	2-10	2-10
Most Active Chlorine (ppm)	1000	1000	1000