Hollow fiber membrane contactors (HFMCs) can effectively separate CO 2 from post-
combustion flue gas by providing a high contact surface area between the flue gas and a …

The performance of a hollow-fiber membrane contactor in removing ammonia from aqueous
solution was simulated. An unsteady state 2D mathematical model was developed to study …

In this work, a modified direct contact membrane distillation (MDCMD) with receiving
solution in permeate was developed for accelerating ammonia removal from aqueous …

The current paper reports a numerical simulation as well as mechanistic modeling of gas
separation using nanostructured polymeric membranes. To improve the process separation …

The sweetening process of natural gas has an undeniable rule in mitigating the detrimental
influences of the toxic/corrosive chemical contaminants as like as CO 2 and H 2 S on …

Pervaporation (PV) is a membrane technology that utilizes a non-porous membrane for the
separation of liquid mixtures. PV using dense membranes has emerged as a promising new …

This article is a comprehensive review of the literature dealing with the transfer of carbon
dioxide to water where no chemical reactions are taking place. It reviews the studies related …

Biogas upgrading and utilization is a novel technology to obtain resource-efficient vehicle
fuel. In this study, a mass transfer model for CO2 absorption from biogas into potassium …

A two-dimensional comprehensive model was developed to predict the transport of water in
the nanoporous membrane contactors. The considered membrane distillation device was a …

With the mission of negative emission, moisture swing sorbents are developing fast in recent
years, thanks to their low energy consumption and simple operating system. The sorbent …