The illumination of source light and oxygenation are two fundamental factors for superior
photocatalytic performance in waste water treatment. Powder form of existing photocatalyst …

The industrial gas hydrogen has showcased its utility in a variety of processes, including
those in the steel and petrochemical industries. However, synthetically produced hydrogen …

Graphene oxide (GO)-based separation membranes have demonstrated the great potential
to separate molecules and ions by the interlayer spacing with tunable nano-sized channels …

Technologies that absorb CO 2 are essential for meeting the world's carbon–neutral and
carbon-negative goals. When compared to the traditional adsorption/absorption processes …

Mixed matrix materials (MMMs) containing nanofillers dispersed in continuous polymer
matrices have emerged as an exciting and versatile platform to develop membranes with …

Current health and environmental concerns about the abundance and drawbacks of
municipal wastewater as well as industrial effluent have prompted the development of novel …

Mixed matrix membranes (MMMs) have drawn a great deal of attention as a desirable
strategy for efficient gas separation. In this context, graphene-based nanosheets (GNSs) …

Gas separation is an important separation process to many industries, and membrane
separation using hollow fibre membranes (HFMs) has become one of the emerging …

Fabricating high-performance mixed matrix membranes (MMMs) for CO 2 separation is of
great importance for industrial application, but the poor compatibility between polymer and …

The incorporation of lamellar materials into polymer matrix can improve the gas separation
performance of mixed matrix membranes (MMMs), which have great potential in chemical …