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This work presents a new systematic methodology for the design and optimization of membrane systems for CO₂ capture integrating both technical and cost models. In this methodology, graphical solutions to the separation problem are generated to design a cost-optimal membrane system (process configuration...

...industry. Today CO₂ refrigeration and heat pumping technologies are accepted as viable and sustainable alternatives for several applications like commercial refrigeration, transport refrigeration, vehicle air conditioning & heat pumping, domestic hot water heat pumps and industrial applications. For some...

In order to design and operate current and future CCS system and processes, accurate predictions of the behavior of the fluids involved is necessary. Currently, there are large knowledge gaps for fundamental properties needed to build models that can provide such predictions. Pure CO₂ is relatively well...

...economics, and political science, one consistent, transparent, and comprehensive analytical framework for assessing and evaluating various CCS chains is developed. The presented methodology aims at improving knowledge on the design of efficient CCS chains by developing methods for assessing and comparing...

...used for a transmission expansion analysis for a 2030 scenario of the Northern European power system. The results for the simulation of the scenario and the transmission expansion analysis are presented as well. Copyright © 2013 Elsevier B.V. All rights reserved. ...

...physical sorption and membrane separation have been the dominant fields of research within post- and pre-combustion CO₂ capture from power cycles and industrial processes. Except for oxy-combustion capture applications, limited attention has been given to low-temperature capture from flue gas and synthesis gas...