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首页> 外文期刊>The Korean journal of chemical engineering >General applications of modified Stokes expression for modeling and scale-up of expanded beds
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General applications of modified Stokes expression for modeling and scale-up of expanded beds

机译:改进的Stokes表达式在扩展床的建模和放大中的一般应用

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The modeling of the behavior of expanded beds using Richardson-Zaki correlation in combination with the modified Stokes expression developed by Chae et al. was successfully applied to the cases of small expanded beds (1 cm in column diameter) containing two different polydisperse particles used for ion-exchange operations, Che-lating excellose(70-210 μm in diameter, 1.21 g/cm~3 in density) and Streamline DEAE (100-300 μm in diameter, 1.20 g/ cm~3 in density). Empirical parameters determined for the modeling of the expansion of these small-beds (1 cm diameter) were found to have values similar to those for the case of larger expanded beds (2.5 cm in diameter) containing the same particles. This indicates that the modeling method can be utilized for the scale-up purposes of the expanded beds with various feed solutions.
机译:利用Richardson-Zaki相关性结合Chae等人开发的改进的Stokes表达式对膨胀床的行为进行建模。已成功应用于包含两种不同的用于离子交换操作的多分散颗粒的螯合小纤维素(直径70-210μm,密度1.21 g / cm〜3)的小膨胀床(柱直径1 cm)的情况流线DEAE(直径100-300μm,密度1.20 g / cm〜3)。发现为模拟这些小床(直径1厘米)的膨胀而确定的经验参数具有与包含相同颗粒的较大膨胀床(直径2.5厘米)的情况相似的值。这表明该建模方法可以用于具有各种进料溶液的膨胀床的放大目的。

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