The large number of oily wastewater discharges and oil spills are bringing about severe
threats to environment and human health. Corresponding to this challenge, a functional PAA …

Removal of organic solvents and heavy metals in effluents is of great significance to
environmental pollution control and ecological civilization construction. pH-responsive …

In this study, an environmental friendly, reusable and low-cost functionalized flax fiber was
fabricated to separate immiscible oil and water. Flax fibers were modified by plasma …

Membrane separation has been considered to be the most effective decontamination
method for oily waste water. The most significant point of membrane separation is the …

The discharge of oily wastewater in daily life and industrial production has inflicted severe
damage on the natural environment and human health. Therefore, it is urgent to separate …

It is challenging to explore a unified solution for the treatment of oily wastewater from
complex sources. Thus, membrane materials with flexible separation schemes are highly …

Herein, a novel eco-friendly oil/water separation membrane was fabricated by bio-nano-
hybridized surface modifications of waste woolen felt, which are inexpensive and …

Surface functionalization with stimuli-responsive materials can turn an ordinary material into
a smart one that shows adaptive properties upon external stimuli. In this study, an …

To develop a novel membrane with controllable wettability in response to external stimuli for
intelligent oil/water separation is always in urgent demand. In this study, a pH-responsive …

The main problem affecting oil applications is water contamination, which causes reduced
oil film strength, additive failure, oil foaming, lubricating oil mildew, etc., with serious impacts …