Experimental investigation and numerical modeling of carbon dioxide desorption from activated carbon vessel by using of finite elements method

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BASERI HADI

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Journal: Modeling in Engineering Year:2018 | Volume:16 | Issue:52 Page(s): 363-371

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Title

Experimental investigation and numerical modeling of carbon dioxide desorption from activated carbon vessel by using of finite elements method

Author(s)

BASERI HADI | Issue Writer Certificate

Keywords

carbon dioxide desorptionQ1

activated carbon fixed bedQ1

numerical simulationQ2

finite elementsQ1

COMSOL multiphysics softwareQ1

Abstract

Adsorption and desorption of substances in the surface of adsorbent materials are very important in various chemical industries. In this work, at first, desorption of carbon dioxide on activated carbon fixed bed were examined, then by using of a two dimensional geometry and finite elements method with COMSOL multiphysics software the desorption phenomena were simulated numerically. By using of the proposed numerical model the effects of some effective parameters were studied theoretically. Modeling of activated carbon fixed bed was performed for two fixed and mobile phases in the bed and in stationary and time dependent regimes. Based on the reported results in this work, the mass transfer coefficient and the outlet flux of carbon dioxide from the particles of bed are effective parameters on the desorption phenomenon.

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APA: Copy

BASERI, HADI. (2018). Experimental investigation and numerical modeling of carbon dioxide desorption from activated carbon vessel by using of finite elements method. JOURNAL OF MODELING IN ENGINEERING, 16(52 ), 363-371. SID. https://sid.ir/paper/372986/en

Vancouver: Copy

BASERI HADI. Experimental investigation and numerical modeling of carbon dioxide desorption from activated carbon vessel by using of finite elements method. JOURNAL OF MODELING IN ENGINEERING[Internet]. 2018;16(52 ):363-371. Available from: https://sid.ir/paper/372986/en

IEEE: Copy

HADI BASERI, “Experimental investigation and numerical modeling of carbon dioxide desorption from activated carbon vessel by using of finite elements method,” JOURNAL OF MODELING IN ENGINEERING, vol. 16, no. 52 , pp. 363–371, 2018, [Online]. Available: https://sid.ir/paper/372986/en

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