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Modelling of an Amine Based CO_2 Absorption Plant: an Alternative Approach through the Identification of the Number of Stages

机译:基于胺的CO_2吸收装置的建模:通过识别阶段数的替代方法

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In the last decades, a huge number of studies on carbon dioxide removal have been presented in the literature. The non-equilibrium nature of the process involves an accurate definition of the parameters' correlations and of the model's assumptions. One of the most important assumptions when developing a process model is the definition of the number of discretization points. In this paper an alternative methodology has been presented for the definition of the number of stages of the absorption column in order to fit all the transport phenomena taking part in the carbon dioxide removal process. Then, it was developed a rigorous model of the absorption unit and finally implemented in Aspen Custom Modeler® environment to manage with a high level of complexity. The results obtained demonstrate that the number of stages is fundamental for the correct representation of the process and its incorrect evaluation could lead to huge errors in the prediction of the performance of the plant.
机译:在过去的几十年中,文献中已经进行了大量的关于二氧化碳去除的研究。过程的非平衡性质涉及对参数相关性和模型假设的准确定义。开发过程模型时最重要的假设之一是离散点数量的定义。在本文中,提出了一种替代方法,用于定义吸收塔的级数,以适应参与二氧化碳去除过程的所有传输现象。然后,它开发了一个严格的吸收单元模型,并最终在Aspen CustomModeler®环境中实施,以高度复杂性进行管理。获得的结果表明,阶段数对于正确表示过程至关重要,而其不正确的评估可能会导致工厂性能预测中的巨大误差。

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