Abstract
The absorption of CO2 into aqueous amine solutions is one of the most promising technologies for CO2 capturing due to its maturity, cost effectiveness, and capability of handling large amounts of exhaust stream. Azeotropic separation of ethane and CO2 using diethanolamine is studied by Hysys® process software. In addition, the effects of four important variables are investigated by the simulator software. It is found that the new process consists of less quantity of equipments in comparison with the base simulation and a significant energy saving with higher overall efficiency is possible for the novel process.
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