Since carbon dioxide (CO 2) is the primary greenhouse gas emitted into the atmosphere due
to human activities, strong research efforts have been developed towards capturing and …

Membranes containing nanoporous materials (such as zeolites, metal–organic materials
and 2D materials such as graphene derivatives) may allow more efficient separation of gas …

Poly (ether-block-amide)(PEBA, commercialized as Pebax) copolymer membranes show a
highly promising platform for preparing high-performance membranes for CO2 capture from …

Reducing CO 2 emissions in the atmosphere is an urgent task to resolve serious
environmental issues including global warming. Polymer-based ultrathin film composite …

As the atmospheric concentration of CO 2 steadily increases and the world grapples with the
pressing challenges of global warming, international research communities are actively …

In this work, we deposited a CO2-selective block copolymer, Pebax-1657, as a selective
layer with a thickness of 2–20 nm on the oxygen plasma-activated surface of poly …

Mixed matrix membranes are key in the preparation of stable, stretchy, durable and efficient
membranes for gas separation applications. To this aim, the perfect filler nanomaterials' …

Global energy demand is met in large part, by burning of fossil fuels, which is causing global
warming. Mixed matrix membranes (MMMs) with metal organic frameworks (MOFs) as fillers …

The separation of CO 2 has been recognized as a potential approach to address the impacts
of climate change resulting from the emission of flue gases into the environment. Efficient …

In this study, the capability of a mixed matrix composite membrane (MMCM) fabricated using
polyether block amide polymer PEBAX MH1657 from Arkema and in lab synthesized …