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

The adsorption of nonionic surfactants onto hydrophilic nanoparticles (NPs) is anticipated to
increase their stability in aqueous medium. While nonionic surfactants show salinity-and …

High-performance asymmetric ceramic membranes have shown great potential in
wastewater treatment. Nevertheless, high production cost, which results from expensive raw …

This work is addressing the preparation of low-cost ceramic microfiltration membrane from
cheap geomaterials namely kaolinite and perlite for the clarification of dairy and textile …

Recycling fly ash for ceramic membrane fabrication not only reduces solid waste discharge,
but also decreases the membrane cost. Now, fly ash is becoming a promising substitute …

Abstract β-Sialon membranes with high mechanical strength and suitable porosity were
prepared by pressureless sintering of samples obtained via phase-inversion and tape …

Ceramic membranes have drawn attention in oil-in-water (O/W) treatment due to natural
hydrophilicity and excellent chemical stability, however their application was restricted by …

Enhancing the mechanical strength of macro-porous ceramics and simultaneously
endowing them with bactericidal activity are considered to be beneficial for their application …

Wide application of traditional multilayer ceramic membrane has been severely restricted by
high costs associated with rare membrane materials and high sintering temperature. In this …

Cost‐effective macroporous alumina–mullite membrane supports are fabricated by sintering
coarse α‐alumina and colloidal silica, using cornstarch as the foaming agent at 1550° C for …