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ITS » Undergraduate Theses » Teknik Kimia
Posted by dee@its.ac.id at 27/01/2012 09:07:43 • 57 Views
PENGENDALIAN MULTI TUBE REACTOR PADA SISTEM SINTESIS METANOL MENGGUNAKAN MODEL PREDICTIVE CONTROL (MPC)
CONTROL OF MULTI TUBE REACTOR IN METHANOL SYNTHESIS PROCESS USING MODEL PREDICTIVE CONTROL (MPC)
Created by :
MAHDIARTO ( 2307100007 )
NGURAH GEDE PANDU WEDA SWARA
| Subject: | Minyak bumi sintesis | | Alt. Subject : | Biodiesel fuels
predictive control | | Keyword: | Multi tube reactor
Methanol synthesis
Proportional integral
Proportional integral derivative
Model predictive control
Integral of the absolute value of the error |
[ Description ]
Penelitian ini mengenai pengendalian sistem sintesis metanol untuk menghasilkan karbon efisiensi yang stabil, menentukan parameter tuning terbaik bagi ketiga struktur pengendalian, serta membandingkan ketiganya untuk mendapatkan susunan pengendalian yang terbaik. Untuk itu dilakukan simulasi pengendalian pada 7 controlled variable menggunakan tiga struktur pengendalian, yaitu Proportional-Integral, Proportional-Integral-Derivative, dan Model Predictive Control. Gangguan yang diberikan pada penelitian ini sebesar +10% dan -10% pada komposisi CO2 aliran feed. Untuk menentukan pengendali yang paling baik digunakan perbandingan nilai IAE masing-masing pengendali. Dari simulasi ini dapat disimpulkan bahwa ketiga struktur pengendali menghasilkan karbon efisiensi yang cukup stabil, dan susunan pengendalian MPC merupakan susunan pengendali terbaik karena memiliki IAE yang paling kecil.
Alt. Description
This research controlling methanol synthesis process aims to get a steady carbon conversion, estimate tuning parameters, and compare between three control systems to decide which one is the best. To obtain those, the simulation controls 7 process variables using three control systems, Proportional Integral, Proportional Integral Derivative, and Model Predictive Control. The disturbance used in this research is the changes of CO2 feed composition by +10% and -10%. To decide which system is the best, we compare each IAE value. From this evaluation we can conclude that each control systems shows a good controlled carbon efficiency, and MPC is the best controller to obtain this research aims with its lowest IAE value.
| Contributor | : |
- Prof. Ir. Renanto, M.S., Ph.D.
| | Date Create | : | 25/07/2011 | | Type | : | Text | | Format | : | pdf | | Language | : | Indonesian | | Identifier | : | ITS-Undergraduate-3100012045366 | | Collection ID | : | 3100012045366 | | Call Number | : | RSK 662.88 Mah p |
Source :
Undergraduate Thesis of Chemical Engineering, RSK 662.88 Mah p, 2012
Coverage :
ITS Community
Rights :
Copyright @2011 by ITS Library. This publication is protected by copyright and per obtained from the ITS Library prior to any prohibited reproduction, storage in a re transmission in any form or by any means, electronic, mechanical, photocopying, reco For information regarding permission(s), write to ITS Library
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- ITS-Undergraduate-17471-2309100441-Chapter1.pdf - 245 KB
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4. ITS-Undergraduate-17471-2309100441-Enclosure1.pdf - 401 KB
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6. ITS-Undergraduate-17471-2309100441-Enclosure3.pdf - 196 KB
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