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A simulation of citrus oil adsorption separation in the supercritical carbon dioxide 被引量：1

A simulation of citrus oil adsorption separation in the supercritical carbon dioxide
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摘要 Aspen Adsim was used to simulate the fractionation of citrus oil with extraction and adsorption combined method in supercritical carbon dioxide.The dynamic behavior in a isothemal and adiabatic bed could be described succesfully,and the simulation results agreed with the experimental data.The effect of adsorption time,the flow rate of feed on the concentration of components in product and the recovery were studied.The amount of loading composition on the adsorbents changed with adsorption time and axial distance of bed was also investigated. Aspen Adsim was used to simulate the fractionation of citrus oil with extraction and adsorption combined method in supercritical carbon dioxide.The dynamic behavior in a isothemal and adiabatic bed could be described succesfully,and the simulation results agreed with the experimental data.The effect of adsorption time,the flow rate of feed on the concentration of components in product and the recovery were studied.The amount of loading composition on the adsorbents changed with adsorption time and axial distance of bed was also investigated.
作者 HU Zhihui,ZHANG Donghui,WANG Jixiao (Chemical Engineering Research Center,State key laboratory of chemical engineering,School of Chemical Engineering and Technology,Tianjin University,Tianjin 300072,China)
出处 《化工进展》 EI CAS CSCD 北大核心 2011年第S2期36-40,共5页 Chemical Industry and Engineering Progress
关键词 SUPERCRITICAL fluid ADSORPTION carbon dioxide CITRUS OIL ASPEN Adsim Supercritical fluid adsorption carbon dioxide citrus oil Aspen Adsim
分类号 TQ01 [化学工程]
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参考文献9

  • 1Jeung Kun Kim,Gopalan Natarajan,Phillip C. Wankat.Focusing in Liquid Thermal Adsorption Systems[J]. Adsorption . 2003 (2)
  • 2He DR,Zhou XH,Zhang DH.Simulation of PSA separation process by Aspen-Adsim. Tianranqi Huagong . 2009
  • 3Chihara,Kazuyuki.Trends in molecular simulation and process simulation for design of adsorption and separation operations. Bunrt Gijutsukai(Japan) . 2010
  • 4Nam G H,Kang S H,Jeong B M et al.Optimisation of a PSA process for hydrogen separation. World Congress of Chemical Engineering,7th . 2005
  • 5Nobile A,Reichert H,Janezic R T et al.Design of the omega laser target chamber tritium removal system. Fusion Science and Technology . 2003
  • 6Barcia PS,Silva JAC,Rodrigues AE.Adsorption dynamics of ??C5-C6 isomerate fractions in zeolite beta for the octane improvement of gasoline. Energy and Fuels . 2010
  • 7Barcia P S,Silva J A C,Rodrigues A E.Octane upgrading of C5/C6 light naphtha by layered pressure swing adsorption. Energy and Fuels . 2010
  • 8Masaki Sato,Motonobu Goto Akio Kodama and Tsutomu Hirose.New fractionation process for citrus oil by pressure swing adsorption in supercritical carbon dioxide. Chemical Engineering Science . 1998
  • 9Kondo Mitsuru,Akgun Nalan,Goto Motonobu,et al.Semi-batch operation and countercurrent extraction by supercritical CO2 for the fractionation of lemon oil. Journal of Supercritical Fluids . 2002

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化工进展
2011年 第S2期

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