Development of FS ultrafiltration membrane for heavy metal removal

This book is concerned with the production of new flat sheet ultrafiltration (FSUF) membrane. This process includes formulation fabrication and characterization of the developed FSUF. Spiral wound module was used in the membrane system for automobile wastewater treatment. About 6700 lit/vehicle is the average rate of wastewater generation of the automobile industry. In Malaysia the current treatment process of the automobile industry is activated sludge process (ASP) which shows poor efficiency for heavy metal COD and BOD 5 removal and also ASP requires high electricity consumption that increases the treatment cost. The objectives of this study are to create a new formula for FSUF membrane to minimize the concentration of heavy metals COD and BOD5 to the allowable limits. The research work was divided into five phases which include wastewater sampling membrane development membrane characterization module fabrication and wastewater treatment system fabrication. The first phase deals with the characterization of the automobile effluent such as Iron Chromium Zinc Copper and Lead as well as pH COD and BOD5.This book is concerned with the production of new flat sheet ultrafiltration (FSUF) membrane. This process includes formulation fabrication and characterization of the developed FSUF. Spiral wound module was used in the membrane system for automobile wastewater treatment. About 6700 lit/vehicle is the average rate of wastewater generation of the automobile industry. In Malaysia the current treatment process of the automobile industry is activated sludge process (ASP) which shows poor efficiency for heavy metal COD and BOD 5 removal and also ASP requires high electricity consumption that increases the treatment cost. The objectives of this study are to create a new formula for FSUF membrane to minimize the concentration of heavy metals COD and BOD5 to the allowable limits. The research work was divided into five phases which include wastewater sampling membrane development membrane characterization module fabrication and wastewater treatment system fabrication. The first phase deals with the characterization of the automobile effluent such as Iron Chromium Zinc Copper and Lead as well as pH COD and BOD5.