The continuous release of CO2 into the atmosphere as a major cause of increasing global
warming has become a growing concern for the environment. Accordingly, CO2 absorption …

Chemical absorption processes for gas separation applications can be substantially
enhanced using microreactors that utilize micro-structured surfaces/channels and fluid feed …

CO 2 absorption using amine solvents can be significantly enhanced by the use of
microscale reactors having high surface area to volume ratio. The present paper reports an …

The current study investigates the effect of adding l-arginine as a potential promoter for the
conventional methyl diethanolamine (MDEA) in the carbon dioxide (CO 2) capture process …

Gas separation processes, including post-combustion carbon capture (PCCC) by chemical
absorption using liquid solvents can be substantially enhanced using high performance …

With the continuous release of CO 2 and other acid gases, the greenhouse effect becomes
more and more serious, so it is more and more important to capture CO 2. In this paper, the …

The separation of carbon dioxide by mineral waste with alkaline properties is an innovative
technology for storing carbon dioxide. This experiment utilized an aqueous solution …

Post combustion Carbon capture based on chemical absorption is the best-known
technology to reduce CO 2. Recently, attention has been paid to biphasic solvents due to …

Abstract The Sustainable Development Goals (SDGs) adopted by the United Nations drive
the global efforts to discover a sustainable carbon capture method for the reduction of …

Microreactor is a very attractive laboratory device for screening conditions and solvents in an
efficient, safe and fast manner. Most reported work on microreactors for CO2 capturing deals …