Confined mass transport based on two-dimensional (2D) materials breaks the trade-off effect
between permeability and selectivity, significantly enhancing the efficiency of mass …

Fabrication of an organic polymer nanofiltration membrane with both high water permeability
and high salt rejection is still a big challenge. Herein, phytic acid (PhA)-modified graphene …

Lithium extraction from brine or seawater using membrane technology has attracted
extensive attention in recent years. Graphene oxide (GO), as one of the two-dimensional …

The development of high-yield, metal–organic framework (MOF)-based water harvesters in
arid areas remains challenging due to the absence of effective strategies for enhancing …

Graphene oxide membrane (GOM) possesses ultrafast and tunable two-dimensional water
transport pathways, making it an ideal candidate for nanofiltration separation of dye …

Graphene oxide (GO) membranes show immense promise in nanofiltration separation for
water purification and recycling of water resources. However, pristine GO membranes often …

Two-dimensional building blocks with atomic thinness can be assembled into ultrathin
separation membranes minimizing the transport resistance to maximize the permeation rate …

Chemically converted graphene oxide laminate membranes, which exhibit stable
interlayered nanochannels in aqueous environments, are receiving increasing attention …

Molecular intercalation has been widely used for graphene oxide (GO) nanosheets to
control interlayer spacing (d-spacing). However, further research is necessary to refine and …

The membrane separation technology for the removal of dissolved organic compounds still
faces numerous challenges in concentrated salt solution. In this work, the GO/PES …