Introducing catalytic oxidation into membrane technology offers a promising prospect to
overcome the fouling obstacle. Herein, a biomimetic poly-dopamine and zeolitic imidazolate …

To improve the solar-thermal conversion efficiency of encapsulated phase change materials
(PCM), a novel hierarchical SiO 2/TiO 2/polydopamine (ES-T-PDA) composite shell was …

Abstract Treatment of oil/water mixture, especially oil/water emulsions, is of great
significance in the protection of both the environment and living creatures. Herein, in this …

Recent trends in the design of regenerative materials include the development of bioactive
matrices to harness the innate healing ability of the body using various biophysicochemical …

In order to prepare a kind of hemodialysis membrane with both adsorption and dialysis
abilities, we prepared a novel dual-layer composite nanofiber membrane by combining two …

Underwater superoleophobic membranes can inhibit the adhesion of oil droplets and
efficiently reduce oil-fouling. However, under the action of transmembrane pressure, the oil …

Dip-coating is a facile method for membrane modification. In this work, composite
polypropylene-based membrane (PP) with improved anti-organic fouling is prepared by …

A highly hydrophilic and fouling resistant membrane was developed via surface modification
of a thin film composite membrane (TFC), prepared from polyacrylonitrile/polyvinyl alcohol …

Abstract Purpose of Review This paper reviews recent advances in a membrane bioreactor
(MBR) and focuses on the features and performance of MBR configurations. Special …

In recent years, solar interfacial evaporation has drawn substantial attention in wastewater
and seawater treatment, but it still requires intensive development in high-performance …