Neural Network Control for a Batch Distillation Column

The present work deals with studying the dynamic behavior of a batch distillation column and implemented two types of control strategies for the separation different types of binary systems. The model was derived and then simulated using “MATLAB” program. The experimental data of dynamic behavior we...

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Main Authors: Duraid F. Ahmed, Ahlam M. Shakoor
Format: Article
Language:English
Published: Tikrit University 2016-03-01
Series:Tikrit Journal of Engineering Sciences
Subjects:
Online Access:http://tj-es.com/vol23no1pa2/
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author Duraid F. Ahmed
Ahlam M. Shakoor
author_facet Duraid F. Ahmed
Ahlam M. Shakoor
author_sort Duraid F. Ahmed
collection DOAJ
description The present work deals with studying the dynamic behavior of a batch distillation column and implemented two types of control strategies for the separation different types of binary systems. The model was derived and then simulated using “MATLAB” program. The experimental data of dynamic behavior were to tune the parameters of PID controller and developed the training of neural networks controller by using supervised learning algorithms. The simulation results show a qualitatively acceptable behavior. This study shows also that the response of PID controller was oscillatory behavior with high offset value while neural network controller gave less offset value and less time to reach the steady state. In general, a good improvement is achieved when the neural network controller is used compared with PID control.
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spelling doaj.art-cf87a1c0758f4e31acf141063e7664372023-09-03T01:45:42ZengTikrit UniversityTikrit Journal of Engineering Sciences1813-162X2016-03-012311019Neural Network Control for a Batch Distillation ColumnDuraid F. Ahmed0Ahlam M. Shakoor1Chemical Eng. Dept., Tikrit University, IraqChemical Eng. Dept., Tikrit University, IraqThe present work deals with studying the dynamic behavior of a batch distillation column and implemented two types of control strategies for the separation different types of binary systems. The model was derived and then simulated using “MATLAB” program. The experimental data of dynamic behavior were to tune the parameters of PID controller and developed the training of neural networks controller by using supervised learning algorithms. The simulation results show a qualitatively acceptable behavior. This study shows also that the response of PID controller was oscillatory behavior with high offset value while neural network controller gave less offset value and less time to reach the steady state. In general, a good improvement is achieved when the neural network controller is used compared with PID control.http://tj-es.com/vol23no1pa2/Mathematical modelingbatch distillation columnNeural network controller“MATLAB” simulation
spellingShingle Duraid F. Ahmed
Ahlam M. Shakoor
Neural Network Control for a Batch Distillation Column
Tikrit Journal of Engineering Sciences
Mathematical modeling
batch distillation column
Neural network controller
“MATLAB” simulation
title Neural Network Control for a Batch Distillation Column
title_full Neural Network Control for a Batch Distillation Column
title_fullStr Neural Network Control for a Batch Distillation Column
title_full_unstemmed Neural Network Control for a Batch Distillation Column
title_short Neural Network Control for a Batch Distillation Column
title_sort neural network control for a batch distillation column
topic Mathematical modeling
batch distillation column
Neural network controller
“MATLAB” simulation
url http://tj-es.com/vol23no1pa2/
work_keys_str_mv AT duraidfahmed neuralnetworkcontrolforabatchdistillationcolumn
AT ahlammshakoor neuralnetworkcontrolforabatchdistillationcolumn