Oil spill and oily wastewater have now become a serious threat to the freshwater and marine
environments. Porous materials with super-hydrophobicity and super-oleophilicity are good …

Due to the increased rate of oil spills leading to environmental water pollution, the synthesis
of nanofibre membranes with controlled superhydrophobic/superoleophilic properties has …

Oil removal or oil/water separation from the industrial waste water especially under harsh
environment such as acid and alkali solutions have now been becoming an urgent task for …

Due to increasing of oil spills and high organic contamination of marine environment,
developing of cost-effective and rapid oil/water separation technique has become inevitable …

A crucial step in the purification and recycling of industrial waste oil is the separation and
removal of trace water from emulsified oil. After optimizing the polymer content, solvent …

Creating a lotus-leaf-structured membrane surface with nano/microstructures plays a key
role in the development of functional membranes for oil/water separation; however …

Electrospun nanofibrous membranes with a large number of nano-sized micropore possess
excellent potential in the applications of oil harvesting and oil/water separation. In this study …

The challenge of effectively separating oily wastewater discharge in the industry has
inspired researchers to explore advanced oil/water separation materials. In this work, poly …

To achieve highly efficient purification of emulsified oil, a superhydrophobic, superoleophilic
and under-oil superhydrophobic poly (vinylidene fluoride)(PVDF) nanofibrous membrane …

Superhydrophobic membranes are energy-efficient for oil–water separation, however, lack
of effective approach to develop such membranes hampering their worldwide application of …