Low cost ceramic membranes (M1–M3) were prepared using uniaxial compaction method
using different compositions of low cost inorganic precursors and clays. Along with good …

Emphasizing upon the need to develop and target applications of low cost ceramic
membranes, this work addresses the cross flow microfiltration (MF) of oil–water emulsions …

This work addresses the comparative assessment of uniaxial dry compaction and paste
methods for the preparation of low cost ceramic membranes. Kaolin based low cost …

Using the uniaxial compaction method, ceramic disk type microfiltration membranes were
fabricated using mixtures of clays to yield membranes M1, M2, and M3. These were …

The results from an experimental study on the separation of oil from oily waters are
presented. The investigations were focused on the problem of the process factors that affect …

This work addresses the applicability of different membrane pore blocking models for the
prediction of flux decline mechanisms during dead end microfiltration (MF) of stable oil-in …

This work addresses the fabrication of ceramic microfiltration membranes by uniaxial dry
compaction method. Four membranes, namely SP1, SP2, SP3, and SP4 were prepared with …

The effect of pH and crossflow velocity on the ultrafiltration of a model metalworking o/w
emulsion was studied. The emulsion was prepared using a vegetable oil as the base oil and …

This work addresses the development of low cost ceramic microfiltration membrane from
inexpensive raw materials such as kaolin, quartz, calcium carbonate using uniaxial dry …

The main objective of this work is to study the effect of cross flow filtration conditions on the
separation of oily wastewater using ceramic support and TiO 2 membrane. Firstly, the low …