The demand for separation and purification applications under harsh conditions has grown
strongly in recent years. Silicon carbide (SiC) ceramic membranes have broad prospects in …

The increasing global water consumption, especially due to industrial growth, results in a
proportional generation of wastewater that must be treated before reuse or return to nature …

Metal–organic frameworks (MOFs) are emerging as promising materials for water
purification membranes, owing to their uniform microporous structures and chemical …

Sodium-contained compounds are promising sintering additives for the low-temperature
preparation of reaction bonded SiC membranes. Although sodium-based sintering additives …

Microbial fuel cells provide a promising solution for both generating electricity and treating
wastewater at the same time. This review evaluated the effectiveness of using readily …

The production of low-cost ceramic membranes from natural materials has attracted more
and more attention in recent years, as it allows them to reduce their cost while maintaining …

In-situ reaction bonded porous SiC ceramic membrane supports were successfully
synthesized by economical way at 1300° C in air using waste zeolite residue and alumina …

Ceramic membranes represent an emergent filtration technology that is receiving increasing
research attention, particularly concerning their filtration behaviour (ie, permeability …

The scale of research for developing and applying silicon carbide (SiC) membranes for gas
separation has rapidly expanded over the last few decades. Given its importance, this …

Porous silicon carbide (SiC) membranes are attractive separation devices in owing to their
outstanding chemical, thermal, and mechanical robustness. The market currently offers …