NU-1000 and graphene nanosheet (GNs) with different loadings have been used as fillers to
prepare mixed matrix membranes (MMMs) with polyethersulfone (PES). The high …

Hydrogen purification through membrane separation offers convenience and suitability for
on-site operation, especially in automotive fuel cells that utilize reformed methanol as a …

MXene-based membranes have shown tremendous potential in gas separation
applications. Here, molecular dynamics (MD) simulations are used to investigate the effects …

In order to achieve widespread application of hydrogen in various fields, separating and
purifying it from hydrogen-containing mixtures is crucial for the production of H 2. Currently …

Helium is usually recovered from natural gas, which is mainly consisted of methane (CH 4).
In this work, we investigated the ability of the SIFSIX-3-Cu membrane for separating of …

Natural gas, consisting primarily of methane, is currently the most viable source of helium.
Besides, as attractive and versatile materials, zeolites are crucial to a variety of industrial …

Zeolites are recognized as a proper nanoporous material for gas separation. In this study,
we employed molecular dynamics simulations to investigate the performance of the pure …

Almost all helium is resourced from natural gas reservoirs. Hence, it is essential to develop
new efficient technologies to recover helium from natural gas. In this work, we propose a …

To obtain high-purity hydrogen for industrial applications, it is highly desirable to separate
and purify hydrogen from byproduct gases in hydrogen preparation. DFT calculations and …

Molecular dynamics (MD) simulations are conducted to assess pristine graphenylene
membranes' effectiveness in seawater desalination, explicitly focusing on their salt rejection …