Electrochemical CO2 reduction offers a compelling route to mitigate atmospheric CO2
concentration and store intermittent renewable energy in chemical bonds. Beyond C1, C2+ …

CO2 capture from coal-or natural gas-derived flue gas has been widely considered as the
next opportunity for the large-scale deployment of gas separation membranes. Despite the …

This work compares three postcombustion CO2 capture processes based on mature
technologies for CO2 separation, namely,(i) absorption using an aqueous piperazine …

Membrane separation process is one of the most promising methods for post-combustion
CO 2 capture from coal-fired power plant. In this paper, a multicomponent gas separation …

Membrane-based separation processes can improve separation efficiency and reduce the
environmental hazards and energy costs of traditional separation processes. Mixed matrix …

Membrane separation technology has popularized rapidly and attracts much interest in gas
industry as a promising sort of newly chemical separation unit operation. In this paper …

Accurate and reliable mathematical models play a key role in membrane system design.
Process simulators have been proven to be successful in modeling, simulate, and optimize …

A Global Optimization approach of membrane gas separation processes, based on a
general process superstructure including a wide array of possible configurations, and solved …

Membrane-based CO 2 capture technology is considered a promising alternative to the
conventional aqueous amine-based approach. Herein, we propose a simple and efficient …

The use of oxygen-enriched air (OEA) is an important strategy for reducing process cost and
CO 2 emissions in several industrial processes. Membrane-based processes, attributing to …