Modelling and Design of Carbon Dioxide Absorption in Rotating Packed Bed and Packed Column
Matt Thiels, David Shan‐Hill Wong, Cheng‐Hsiu Yu, Jia‐Lin Kang, Shi Shang Jang, Chung-San Tan
Abstract
Matt Thiels, David Shan‐Hill Wong, Cheng‐Hsiu Yu, Jia‐Lin Kang, Shi Shang Jang, Chung-San Tan
Abstract
This study compares the carbon dioxide capture efficiency of packed bed (PB) column and rotating packed bed (RPB) absorber by mono-ethanolamine (MEA) solution. Carbon dioxide absorption experiments were carried out in laboratory scale packed bed column and rotating packed bed at various lean carbon dioxide loadings of the MEA solution They were modelled successfully by an ASPEN Plus advanced customer model (ACM). Using these models, we found that substantial savings of packing volume can be achieved using a series arrangement of RPB and PB for the CO2 capture process using 30wt% MEA solution.
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This study compares the carbon dioxide capture efficiency of packed bed (PB) column and rotating packed bed (RPB) absorber by mono-ethanolamine (MEA) solution. Carbon dioxide absorption experiments were carried out in laboratory scale packed bed column and rotating packed bed at various lean carbon dioxide loadings of the MEA solution They were modelled successfully by an ASPEN Plus advanced customer model (ACM). Using these models, we found that substantial savings of packing volume can be achieved using a series arrangement of RPB and PB for the CO2 capture process using 30wt% MEA solution.
Key concepts: Packed bed, Carbon dioxide, Absorption (acoustics), Materials science, Chemical engineering, Chromatography, Carbon fibers, Column (typography)