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首页> 外文期刊>Journal of Chemical Engineering of Japan >Mass Transfer in Foam and Froth Regimes in Distillation with Sieve Tray Column
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Mass Transfer in Foam and Froth Regimes in Distillation with Sieve Tray Column

机译:筛板塔精馏中泡沫和泡沫形式的传质

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References(20) Cited-By(1) An experimental study on separation performance of sieve tray column in binary and ternary distillation is made under total reflux conditions with different tray specifications. Two different flow regimes are observed on the tray in different concentration regions for the ethanol-water, ethanol-benzene and ethanol-benzene-water systems. The liquid holdup in the foam regime is well correlated in terms of the weir height, free area and vapor phase Reynolds number. Although higher mass transfer rate is observed in the foam regime than that in the froth regime, the dimensionless volumetric vapor phase diffusion flux in the foam and froth regimes are well correlated in terms of the ratio of Froude to Weber number, free area and vapor phase Reynolds number.
机译:参考文献(20)Cited-By(1)在不同塔板规格的全回流条件下,对筛板塔板在二元和三元蒸馏中的分离性能进行了实验研究。对于乙醇-水,乙醇-苯和乙醇-苯-水系统,在不同浓度区域的托盘上观察到两种不同的流态。泡沫状态下的液体滞留率在堰高,自由面积和汽相雷诺数方面具有很好的相关性。尽管在泡沫状态下观察到的传质速率高于泡沫状态下的传质速率,但泡沫和泡沫状态下无量纲的气相气相扩散通量在弗洛德/韦伯数比,自由面积和蒸气相方面具有很好的相关性雷诺数。

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