Graphics interface using short-cut computational methods for Multicomponent Distillation
DOI:
https://doi.org/10.5377/nexo.v24i2.660Keywords:
multicomponent distillation, shorcut methods, graphical user interface, Phyton 2.5Abstract
In this work, we developed a graphical interface that determines by steady-state simulation the number of plates required for multicomponent distillation process and the composition of distillate and bottoms flow of a distillation tower using short-cut methods. The graphical user interface was built in the programming language Python 2.5, allows to present the input and output data for the case of distillation columns operating in steady state. The results of using the graphical interface shows a simple way to make preliminary designs of distillation towers and its potential as support material for the study and understanding of basic concepts in multicomponent distillation. In a later work it will can display the dynamic model performance through scheduled disturbances in operating conditions.
Keywords: multicomponent distillation, shorcut methods, graphical user interface, Phyton 2.5.
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