The Mathematical Model of Basin-Type Solar Distillation Systems

Nguyen The Bao
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引用次数: 9

Abstract

This chapter presents a numerical model for calculating basin-type solar water distillation. The model is used to calculate solar distillation for both passive natural convection and forced convection with external condensers. For passive systems, the numerical model allows to simulate and calculate more complex parameters than previous models. For active-forced convection systems, this model allows the simulations of the heat transfer and mass process inside both the distillation unit and the internal heat exchanger. Comparison of numerical simulation results and experimental results shows that the numerical model achieves the acceptable accuracy in calculating the parameters of the fluid flow inside the distillation and the condenser-type heat recovery as well as estimation of the distillate output corresponding to both types of solar distillation.
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盆式太阳能蒸馏系统的数学模型
本章提出了一种计算盆式太阳能水蒸馏法的数值模型。利用该模型计算了被动自然对流和带外冷凝器的强制对流两种情况下的太阳蒸馏。对于被动系统,数值模型允许模拟和计算比以前的模型更复杂的参数。对于主动强制对流系统,该模型可以模拟蒸馏装置和内部热交换器内部的传热和质量过程。数值模拟结果与实验结果的比较表明,该数值模型在计算精馏塔内流体流动参数和冷凝器式热回收参数以及估算两种太阳能精馏塔对应的馏分产量方面均达到了可接受的精度。
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Introductory Chapter: Distillation The Mathematical Model of Basin-Type Solar Distillation Systems Azeotrope-Breaking Potential of Binary Mixtures in Phase Equilibria Modeling A Practical Fitting Method Involving a Trade-Off Decision in the Parametrization Procedure of a Thermodynamic Model and Its Repercussion on Distillation Processes Reactive Distillation: Modeling, Simulation, and Optimization
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