1. Influence of Temperature on Separation of CO and H2Mixed Gas Using Polyamide Composite Membrane
- Author
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Poudel Jeeban, Choi Kyung Seok, and Oh Sea Cheon
- Subjects
Arrhenius equation ,Materials science ,Municipal solid waste ,Hydrogen ,chemistry.chemical_element ,Volumetric flow rate ,chemistry.chemical_compound ,symbols.namesake ,chemistry ,Chemical engineering ,Polyamide ,symbols ,General Earth and Planetary Sciences ,Composite material ,Selectivity ,General Environmental Science ,Carbon monoxide ,Syngas - Abstract
With rapid increase in municipal solid waste (MSW) due to the rising economy, solid waste gasification emerges as one of the promising technologies. Separation of the carbon monoxide (CO) and hydrogen () from syngas obtained by gasification of MSW was studied using the polyamide composite membrane. The separation characteristics of the CO and were studied at different gas flow rates and stage cuts. The permeability of CO and along with the selectivity of with respect to CO was obtained. Furthermore, the Arrhenius plots were obtained to estimate the activation energies of CO and permeabilites.
- Published
- 2012
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