Membrane separation technology with superwetting surfaces is ideal for treating water
pollution. However, the fouling problem of membranes limits their practical application in this …

Hydrogels that are smart and intelligent can change their conformation and properties in
response to various external stimuli, which has made this research topic quite popular. More …

Durable anti-fouling membranes for the effective and simultaneous removal of insoluble oil
droplets and organic dyes from wastewater need to be developed urgently. Metal–organic …

Oil-water separation technology has attracted widespread attention, due to the increasingly
serious oil pollution. In this work, novel poly (sulfobetaine methacrylate-co-2-hydroxyethyl …

Superhydrophilic and underwater superoleophobic materials exhibit excellent oil/water
separation performance but are usually fabricated from nonrenewable and nondegradable …

Honeycomb-like zinc oxide structures were prepared on the surface of cellulosic materials
including cotton fabric fiber and filter paper fiber through plasma treatment followed by wet …

Facile, eco-friendly and effective separation of oil-in-water emulsion under various
conditions is urgently desired. In this work, novel 3D superhydrophilic/air-superoleophobic …

Harnessing the living organisms to fabricate the biomimetic materials with hierarchical
ordered structures via biomineralization process shows great potential in oil-water …

Oily wastewater raises worldwide concerns. Conventional remediation strategies suffer from
complex and environmentally unfriendly processes. Herein, we demonstrate an efficient …

In this work, we successfully prepared the 2D Ni-Fe MOF-HNTs composites by in-situ
hydrothermal growth, followed by enabling it to full into PVA hydrogels, thereupon …