Application of ceramic membrane technology in water and wastewater is rapidly growing.
Inherent advantages of ceramic membrane including chemical/thermal stability, low fouling …

Membrane technologies have broad applications in the removal of contaminants from
drinking water and wastewater. In recent decades, ceramic membrane has made rapid …

The membrane separation process is sometimes limited in terms of performance; therefore,
coupling it with other methods, such as adsorption, can exert a synergistic effect, overcome …

Currently, substances have been detected that have always been present but have long
been unnoticed; among these substances called emerging pollutants are pharmaceuticals …

The presence of pharmaceutical compounds (PCs) in aqueous systems poses a significant
threat to ecological systems. Conventional methods are inadequate in removing these …

Bioaugmentation, the addition of cultured microorganisms to enhance the currently existing
microbial community, is an option to remediate contaminated areas. Several studies …

In this study, catalytic ceramic membrane (CCM) impregnated with uniform and high purity
Co-Mn-oxide was fabricated via citrate sol–gel method. It was applied to activate …

In the present study, MnMe oxide (Me= Fe, Co, Ce) were in situ embedded on the surface
and inside micropores of membranes by redox reaction to fabricate novel catalytic ceramic …

Ozonation is an efficient process for oxidation of organic pollutants. This process is effective
but it can sometimes generate by-products more toxic than the initial micropollutants. For a …

Heterogeneous catalytic ozonation (HCO) is a promising technology for organic pollutants
removal in wastewater treatment owing to the generation of powerful but short-lived hydroxyl …