Effect of unaerated liquid height on hydrodynamic characteristics of an external-loop airlift reactor
作者： K. H. Choi
关键词: Mechanics 、 Circulation time 、 Airlift reactor 、 Area ratio 、 Liquid height 、 Mixing (process engineering) 、 Chromatography 、 Circulation (fluid dynamics) 、 Gas velocity 、 Chemistry 、 Liquid velocity
摘要: The effects of the unaerated liquid height (0 h 0.20 m), superficial gas velocity (0.02 UG 0.18 ms 1) and downcomer-to-riser cross-sectional area ratio (0.11 Ad/ Ar 0.53) on hydrodynamic characteristics, such as holdups in riser downcomer, circulation time, mixing an external-loop airlift reactor were systematically investigated. height, important parameters which strongly affected characteristics reactor. As increased, time decreased whereas increased.
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