More robust ceramic membranes with tailorable structures and functions are increasingly
employed for water treatment, particularly in some harsh applications for their ultra-long …

In recent decades, rapid industrialization resulting in the generation of a massive amount of
wastewater. Petrochemical, textile, tannery, and dairy industries, etc., generate wastewater …

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

In water treatment applications, the use of ceramic membranes is associated with numerous
advantages relative to polymer-based filtration systems. High-temperature stability, fouling …

Efficient treatment of challenging oily emulsion wastewater can alleviate water pollution to
provide more chances for water reuse and resource recovery. Despite their promising …

Obtaining low-cost ceramic membranes has attracted great interest in the scientific
community in last years, as it allows to preserve the advantages of ceramic materials while …

Carbon Nanotube (CNT) membranes were shown to offer great potential for separation
applications due to their attractive physicochemical, mechanical, thermal and electrical …

Porous ceramic microstructures play an important role in enhancing the performance of solid
oxide fuel cells (SOFCs). The development of SOFCs that can generate high power …

Improper disposal of huge quantities of fly ash generated by thermal power plants and few
other industries contributes to both air and water pollution, and therefore, recent …

Inorganic ceramic membrane has the advantages of excellent thermal stability, mechanical
strength, chemical resistance and fouling resistance. And it has been widely studied and …