Prediction of flow distributions and pressure changes in multi-layered annular packed beds

P.J. Heggs , D.I. Ellis , M.S. Ismail
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引用次数: 15

Abstract

Annular packed bed configurations are used in many different systems and the radial packing region is not always composed of a single layer of material. This work is based on a commercial air filter which was found to have several different layers within the radially packed region, comprising a particulate filter and an activated carbon layer as the main flow resistances. To enable modelling of such a filter, an existing model has been extended to predict flow distributions and pressure profiles for annular packed bed systems. The enhanced model predicts the trends and orders of magnitude of experimentally obtained pressure profiles and overall pressure drops for three air flow rates through a commercial air filter.

多层环形充填床流动分布及压力变化预测
在许多不同的系统中使用环形填料床结构,径向填料区域并不总是由单层材料组成。这项工作是基于一个商业空气过滤器,它被发现在径向填充区域内有几个不同的层,包括一个颗粒过滤器和一个活性炭层作为主要的气流阻力。为了能够对这种过滤器进行建模,现有的模型已经扩展到预测环空填充床系统的流动分布和压力分布。改进的模型预测了通过商业空气过滤器的三种空气流速下实验得到的压力分布和总压降的趋势和数量级。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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