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Numerical study of n-pentane separation using adsorption column

机译:吸附塔分离正戊烷的数值研究

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This work simulated numerically the n-pentane separation of a mixture of iso-pentane, n-pentane and nitrogen, using an adsorption column with zeolite 5A. The mathematical model equations of the mass and heat transfer in the adsorption column are presented, as well as the boundary and initials conditions, beyond some hypotheses and considerations. The Volume Finite Method was used in the discretization of the equations to get the system of algebraic equations and posterior development of the computational algorithm. The numerical results using the Differencing Central (CDS) and Upwind (UDS) interpolations were compared with experimental results found in the literature. The influence of the partial pressure in the adsorption column performance was also analyzed.
机译:这项工作使用具有5A沸石的吸附柱,对异戊烷,正戊烷和氮气混合物的正戊烷分离进行了数值模拟。除了一些假设和考虑之外,还给出了吸附塔中传质和传热的数学模型方程,以及边界条件和初始条件。将体积有限方法用于方程的离散化,得到代数方程组和计算算法的后发展。使用差分中心(CDS)和迎风(UDS)插值的数值结果与文献中的实验结果进行了比较。还分析了分压对吸附塔性能的影响。

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