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Mixing Characteristics in the Horizontal Non-baffled Stirred Vessel in Low Viscosity Fluid

机译:低粘度流体中水平无挡板搅拌容器内的混合特性

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It is well-known that the configuration of the impeller and the vessel has a significant influence on mixing characteristics. This paper, presents an investigation of mixing time and mixing power in a low viscosity liquid in the horizontal and vertical stirred vessels respectively. In this study the CFD software is used to simulate the flow pattern in the horizontal vessel. The difference in mixing characteristics using the two types of vessels is also discussed. It is found that the flow in the horizontal non-baffled vessel is possibly chaotic, while the mixing performance in the horizontal non-baffled vessel is a little better than that in the vertical one under the same experiment conditions. On the basis of this finding we propose an approach that can improve the performance of mixing and reduce the cost.
机译:众所周知,叶轮和容器的构造对混合特性有很大的影响。本文介绍了分别在水平和垂直搅拌容器中在低粘度液体中的混合时间和混合能力的研究。在这项研究中,CFD软件用于模拟水平容器中的流型。还讨论了使用两种容器的混合特性的差异。发现在相同的实验条件下,水平无挡板容器内的流动可能是混乱的,而水平无挡板容器内的混合性能要比垂直无挡板容器内的混合性能好一些。基于这一发现,我们提出了一种可以改善混合性能并降低成本的方法。

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