Separation of organic-organic solvent mixtures is energy-intensive by using conventional
methods, which is also a challenging task for membrane technology. Over the past decade …

Mn 2 O 3 is an exceptional earth-abundant mineral that has been extensively applied in
catalytic oxidation because of the strong redox couples like Mn 3+/Mn 2+ and Mn 4+/Mn 3+ …

Direct separating butanol from fermentation broth via pervaporation is considered as the
most effective method to realize solvent enrichment, which is dominated by membranes …

Methanol is a typical polar volatile organic compound that has been commonly used as a
solvent in industrial processes and is considered as an important resource. It often appears …

Abstract Bis [3-(trimethoxysilyl) propyl] amine (BTPA) membranes doped with different
metals, including Fe, Ni, and Ag, were applied to evaluate the permeation properties of H 2 …

This review presents a concise conceptual overview of membranes derived from organic
chelating ligands as studied in several works. The authors' approach is from the viewpoint of …

Silica aerogels have been attractive candidates for thermal insulation in many scenes, but
they still suffer from high costs and especially brittle nature. In this work, a novel self …

The separation of MeOH/organic mixtures poses a significant challenge in the chemical
industry. In this study, metal-organic framework UiO-66-NH 2 membranes prepared by a …

Pervaporation is the purification technology which utilizes the transport properties of polymer
membranes and has several important properties: energy efficiency, environmental …

Separating azeotropic organic-organic mixtures using membranes is of great importance in
the chemical and petrochemical industries, but remains extremely challenging because …