An Iterative Identification and Control Design of a Chemical Reactor

Kožka, Š. and Mikleš, J. An Iterative Identification and Control Design of a Chemical Reactor Chemical Papers, Vol.57, No. 5, 2003, 335-341

Document type: Článok z časopisu / Journal Article
Collection: Chemical papers  
 
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Author(s) Kožka, Š.
Mikleš, J.
Title An Iterative Identification and Control Design of a Chemical Reactor
Journal name Chemical Papers
Publication date 2003
Year available 2003
Volume number 57
Issue number 5
ISSN 0366-6352
Start page 335
End page 341
Place of publication Poland
Publisher Versita
Collection year 2003
Language english
Subject 290000 Engineering and Technology
290600 Chemical Engineering
290602 Process Control and Simulation
Abstract/Summary This contribution deals with temperature stabilization of a continuous stirred tank reactor. Here, the modified iterative scheme of system identification and control design is combined. Based on identification, the feedback controller is designed, which stabilizes the reactor at an arbitrary set point in spite of uncertainties in the kinetics. The iterative identification is based on the Youla—Kucera parametrization. The main advantage of the used algorithm is that it is not necessary to apply the reduction method during the identification as in the standard identification realized via mentioned parametrization.
 
 
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