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In addition, the challenges related to the deep understanding of the gas separation process inside the IS-separator and the possible practical solutions are outlined.
Composite membranes have been widely applied in gas separation process.
The selectivity and permeability of membrane material determines the efficiency of the gas separation process.
A novel gas separation process is described and analysed in the context of carbon capture.
Mathematical modelling of the membrane-based gas separation process can be useful to predict the performance of such separation processes.
The isosteric heat of adsorption is a critical design variable in estimating the performance of an adsorptive gas separation process.
Similar(44)
We anticipate that the development of nanoporous graphene membranes will provide a novel and high efficiency membrane separation technology for the natural gas processing and other gas separation processes in the industries.
Gas adsorption on solid zeolitic adsorbents is the basis of many gas separation processes (e.g. pressure swing adsorption).
Examples of industrial membrane gas separation processes illustrate the application.
The process energy consumption was estimated for gas separation processes by the formation of clathrate hydrates.
Dephlegmators can be used to reduce power consumption in low temperature gas separation processes.
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