Membrane separation is one of the low-energy hydrogen purification technologies that
effectively mitigates the carbon footprint and is eco-friendly process for large-scale …

The high methane (CH4) content of landfill gas, biogas, and coal bed methane (CBM)
makes them attractive substitutes for natural gas. Nevertheless, the calorific value of the …

Metal-organic frameworks (MOF) are promising materials for gas storage and separation.
The formulation and shaping of MOFs in mechanically stable bead forms is an essential …

There has been a steady growth in research on porous materials such as metal–organic
frameworks (MOFs) for their various applications. A significant drawback of conventional …

Developing adsorbents suitable for industrial applications that can effectively enhance the
separation of methane (CH 4) from nitrogen (N 2) in coalbed gas is crucial to improve …

Currently, the adsorption and separation of methane (CH 4) from CH 4/N 2 and CH 4/H 2
have attracted global attention as an essential technique for the utilization of unconventional …

Due to their diverse structure, high porosity, and tunable functionality, Metal-Organic
Frameworks (MOFs) hold great potential as materials for diverse applications, including gas …

Abstract Methane/nitrogen (CH 4/N 2) separation remains a persistent challenge owing to
the similar polarities, kinetic diameters, and boiling points of CH 4 and N 2. Herein, a novel …

Cu (I) based adsorbents are effective materials for selectively adsorbing and separating CO
from mixed gases. Currently, for the fabrication of Cu (I) based adsorbents using divalent …

Separation of o-ethyltoluene (OET) and m-ethyltoluene (MET) poses a significant challenge
in industrial applications due to their closely matched boiling points and similar chemical …