Seawater desalination has become a vital technology to address water demand in many
coastal countries, its safe and efficient operation has become a crucial concern …

Rapid and efficient cleaning of oily wastewater and high viscosity crude oil spills is still a
global challenge. Conventional three-dimensional porous adsorbents are ineffective for oil …

Oily wastewater has been recognized as a threat to the environment due to its hazardous
nature and it can negatively affect the ecosystem, and threaten wildlife and human health …

Developing functional adsorption materials that efficiently adsorb high viscosity oil is crucial
for solving oil spill accidents. Herein, low-density three-dimensional porous melamine …

Oil-water separation is one of the most attractive areas in the field of energy and the
environment. However, the synthesis of oil-water separation membranes with high …

Membranes with super-wettability have been widely used to treat oily wastewater, but the
construction of most of these membranes involves the use of corrosive and even toxic …

Superhydrophobic/superoleophilic films have aroused much attention for their high
efficiency in treating oily wastewater. However, vulnerable robustness of films have mightily …

Due to the difficulty of absorbing viscous crude oil, there is an urgent need for carbon
sponges with excellent photothermal properties and oil‐water separation capabilities to …

This study investigates the performance of a pilot-scale submerged hollow fiber (HF)
ultrafiltration (UF) polytetrafluoroethylene (PTFE) membrane filtration system for the …

The iron tetroxide/reduced graphene oxide/stearic acid (Fe 3 O 4/RGO/SA) composite
membrane with a micro-nano-graded rough structure is fabricated on cotton cloth. Surface …