Population growth and urbanization are driving energy demand. Despite the development of
renewable energy technologies, most of this demand is still met by fossil fuels. Flue gases …

Presently, numerous state-of-the-art approaches are being adapted for gas sensing and
monitoring. These include hazardous gas leak detection as well as ambient air monitoring …

Billions of populations are suffering from the supply–demand imbalance of clean water,
resulting in a global sustainability crisis. Membrane desalination is a promising method to …

Membrane separation technology has shown great potential as an indispensable
application in the growing energy demand. Desalination and gas separation is challenging …

Membrane desalination is an emerging technology that shows promise for producing
freshwater from saline waters. However, most membranes are challenged by low freshwater …

Deep eutectic solvents (DESs) are green solvents alternative to ILs with remarkable
chemical tunability, which have proved themselves as one of the most promising elements of …

Carbon nanotubes (CNTs) with 1D gas transport channel has great prospect in MMMs
based CO 2 separation. However, the insufficient compatibility with polymer and inner …

Advanced membranes are highly necessitated for critical industrial applications for
alleviating contemporary environmental and energy issues coupled with increasing climate …

Carbon dioxide capture from industrial gases (ie, flue gases and natural gas) is a crucial
process for reducing the environmental impacts of acid gas emissions. However, carbon …

The layered graphene membrane has high potential for efficient desalination owing to its
frictionless surface and hydrophobic nature. However, it has not been demonstrated so far …