MEMBRANE SEPARATIONMembrane BioReactor (MBR)

Introduction1

Process Of Palm Oil Treatment2

Material Of MBR3

Application4

CONTENT

Advantages,Disadvantages & Conclusion5

Introduction

Process of Palm Oil

Treatment

• Screen- remove large contaminates• Oil-water separator – separate oil

and water based on its density, similar principle as liquid-liquid extraction

• Dosing tank – store untreated water• AnaEGTM – treatment of organic or

biological waste

Process of palm oil treatment

• BioAXTM - membrane technology with advance aerobic system

-remove organic matter in wastewater

• Ultrafiltration -separation of dissolved molecules in solution on the basis of size

• Reverse osmosis-removes many types of large molecules and ions from solutions.

Equalization tank BioAX™ reactor tank

Process of aeration system

BioAX™ reactor tank• Advance aerobic system or bio-

membrane reactor technology– Used high efficiency microbial species,

capable to degrade compound such as PVA

• Plastic packing is installed at aeration tank– High concentration of micro-organisms

for aerobic attached growth process• Aeration system for proper flow

wastewater• Less quantity of sludge production

– Used as bio-fertilizer

Material of MBR

Application

APPLICATION

Sewage treatment

Further treatment of waste after AnaEG™

Wastewater treatment

Any industry that generates low to medium organic or biological waste contents

Advantages, Disadvantage

s & Conclusion

ADVANTAGES

DISADVANTAGESMembrane

fouling

High operating cost

Membrane integrity (failure

detection, lifetime)

CONCLUSION

The MBR technology has proven optimal for treatment of many industrial wastewaters

Several advantages compared to the conventional processes

The final products -treated water (lakes and rivers) and excess sludge (fertilizer)

Thank you!