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OPTIMUM PERFORMANCE THROUGH CFD MODELLING OF CLARIFIER DESIGNS

机译:通过澄清器设计的CFD建模实现最佳性能

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摘要

The concept of computational fluid dynamics modelling is introduced and potential applications within the sugar industry are identified. The availability of the computational fluid dynamics package FIDAP has enabled an analysis of the flows occurring in a SRI clarifier to be undertaken. The results of a number of simulations indicate the predicted flows are in general agreement with those that have been observed in factory installations. A number of design aspects have been identified that could improve clarification efficiency and performance.rnOf the options discussed, the modification offering the greatest potential for improved clarification performance is to increase the juice flow to the inner take-off launder. The modification is easily implemented and the benefits predicted by the modelling are significant. The benefits include improved conditions for mud separation and settling, and a reduced mud loading towards the outer regions of the clarifier floor.
机译:介绍了计算流体动力学建模的概念,并确定了制糖业的潜在应用。计算流体动力学软件包FIDAP的可用性使得能够对SRI澄清池中发生的流动进行分析。大量模拟的结果表明,预测流量与工厂安装中观察到的流量基本一致。已经确定了许多可以提高澄清效率和性能的设计方面。在所讨论的选项中,为提高澄清性能提供最大潜力的修改是增加果汁流向内部取水流槽。该修改很容易实现,并且通过建模预测的收益非常可观。好处包括改善了泥浆分离和沉降的条件,并减少了向澄清池底部外部区域的泥浆负荷。

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