Microfiltration (MF) technology has become an emerging and promising separation process
for oily wastewater (OW) pre-treatment owing to its high oil separation efficiency and ease of …

Ceramic membranes have drawn increasing attention in oily wastewater treatment as an
alternative to their traditional polymeric counterparts, yet persistent membrane fouling is still …

Conventional separation membranes suffer from evitable fouling and flux decrease for water
treatment applications. Herein, a novel protocol of electro-enhanced membrane separation …

Ceramic membranes are especially beneficial for treating industrial wastewater due to their
satisfactory bending strength, high chemical resistance, and excellent thermal stability …

Coal fly ash, a solid state waste massively produced from coal combustion, is considered to
be highly hazardous to the environment due to its persistently toxic trace elements. High …

Membrane separation has been acknowledged as an effective strategy to treat oily
emulsions based on size-sieving. For separating nanoemulsions, smaller membrane pores …

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 …

Rational design of a high-performance defect-free polyamide (PA) layer on a robust ceramic
substrate is challenging for forward osmosis (FO) water treatment applications. In this study …

To realize the recycling of coal gangue and obtain high value-added products, highly porous
mullite whisker ceramic microfiltration membranes for the treatment of emulsified oily …

This paper demonstrates a stainless-steel (SS) nano-pyramid structure (diameter of~ 20–50
nm and pore size of 156.1 nm) sputter-coated on mixed cellulose ester (MCE) membrane for …