Composition Control of the CSTC Packed-Type Binary Distillation Column

The economic performance of most processes and certainly their safety and operability depend to a large extend on how well they are controlled. That is why finding control means for the complicated Binary Distillation Column process has been attracting the efforts of many researchers and scientis...

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Main Author: Malik, Asaad Abdallah Yousuf
Format: Thesis
Language:English
English
Published: 1999
Subjects:
Online Access:http://psasir.upm.edu.my/id/eprint/10320/1/FK_1999_26_A.pdf
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author Malik, Asaad Abdallah Yousuf
author_facet Malik, Asaad Abdallah Yousuf
author_sort Malik, Asaad Abdallah Yousuf
collection UPM
description The economic performance of most processes and certainly their safety and operability depend to a large extend on how well they are controlled. That is why finding control means for the complicated Binary Distillation Column process has been attracting the efforts of many researchers and scientists interested in modeling, simulating and designing controls for the process. The CSTC binary distillation column in the form of six DE's has been studied. Simulations have been carried out to validate the model. Further testing on the Open Loop and Closed-Loop was done. The model was formulated in the matrix form and converted to the error coordinate form in order to apply the On-line Riccati control method, which has been successfully implemented and found to be very satisfactory.
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spelling upm.eprints-103202011-03-22T02:22:39Z http://psasir.upm.edu.my/id/eprint/10320/ Composition Control of the CSTC Packed-Type Binary Distillation Column Malik, Asaad Abdallah Yousuf The economic performance of most processes and certainly their safety and operability depend to a large extend on how well they are controlled. That is why finding control means for the complicated Binary Distillation Column process has been attracting the efforts of many researchers and scientists interested in modeling, simulating and designing controls for the process. The CSTC binary distillation column in the form of six DE's has been studied. Simulations have been carried out to validate the model. Further testing on the Open Loop and Closed-Loop was done. The model was formulated in the matrix form and converted to the error coordinate form in order to apply the On-line Riccati control method, which has been successfully implemented and found to be very satisfactory. 1999-01 Thesis NonPeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/10320/1/FK_1999_26_A.pdf Malik, Asaad Abdallah Yousuf (1999) Composition Control of the CSTC Packed-Type Binary Distillation Column. Masters thesis, Universiti Putra Malaysia. Simulation methods - Mathematical models - Case studies English
spellingShingle Simulation methods - Mathematical models - Case studies
Malik, Asaad Abdallah Yousuf
Composition Control of the CSTC Packed-Type Binary Distillation Column
title Composition Control of the CSTC Packed-Type Binary Distillation Column
title_full Composition Control of the CSTC Packed-Type Binary Distillation Column
title_fullStr Composition Control of the CSTC Packed-Type Binary Distillation Column
title_full_unstemmed Composition Control of the CSTC Packed-Type Binary Distillation Column
title_short Composition Control of the CSTC Packed-Type Binary Distillation Column
title_sort composition control of the cstc packed type binary distillation column
topic Simulation methods - Mathematical models - Case studies
url http://psasir.upm.edu.my/id/eprint/10320/1/FK_1999_26_A.pdf
work_keys_str_mv AT malikasaadabdallahyousuf compositioncontrolofthecstcpackedtypebinarydistillationcolumn