Membrane-based gas separation (GS) has emerged as a competitive separation technology
for industrial gas separation applications due to its simpler operation and cost-effective …

Hydrogen is a clean, zero-carbon energy carrier that is critical in the transition to a
renewable energy system. Hydrogen production membrane reactors are based on …

Methane steam reforming is the most widely used pathway for hydrogen production. In this
context, the use of a fixed bed catalytic reactor with a hydrogen-selective membrane is one …

Recently, amino acid-based ionic liquids (AAILs) have been introduced as an encouraging
chemical absorbent for the efficient separation of CO 2 acidic pollutant from disparate …

In this research, the influences of the size and concentration of synthesized SAPO-34
nanozeolites on the morphological characteristics, water permeability and anti-fouling …

Hydrogen separation through palladium-based membranes is one of the most promising
technologies to produce H 2 gas. The main purpose of this work is to comprehensively study …

In this paper, CO 2 separation from CO 2/N 2 mixed gas was experimentally and
theoretically investigated inside a gas–liquid hollow fiber membrane contactor (HFMC) …

In this study, a two‐dimensional mathematical model is proposed for modeling the hollow
fiber membrane (HFM) separators for hydrogen (H2) recovery unit implemented in the Razi …

In the present article, an axisymmetric two-dimensional (2D) computational fluid dynamic
(CFD) model was adapted to predict the efficiency of the silica membrane for hydrogen (H 2) …

In this research, simulation of an O 2/N 2 membrane separation process for N 2 enrichment
using an industrial polyimide hollow fiber (PIHF) membrane module was performed based …