A procedure for the implementation of a nonlinear extended Kalman filter to infer the outlet concentration of a catalytic reactor from temperature measurements is developed. The role of the reactor model in determining the reliability of the conversion estimates is discussed in detail. The estimator performance is checked by comparison with the dynamic experimental behavior of a catalytic reactor where the oxidation of CO to CO2 is carried out on a Pt-alumina-supported catalyst. The application of the developed estimation procedure to reactors of interest in applications is discussed.
Design and Experimental-verification of A Nonlinear Catalytic Reactor Estimator
MORBIDELLI, MASSIMO
1993-01-01
Abstract
A procedure for the implementation of a nonlinear extended Kalman filter to infer the outlet concentration of a catalytic reactor from temperature measurements is developed. The role of the reactor model in determining the reliability of the conversion estimates is discussed in detail. The estimator performance is checked by comparison with the dynamic experimental behavior of a catalytic reactor where the oxidation of CO to CO2 is carried out on a Pt-alumina-supported catalyst. The application of the developed estimation procedure to reactors of interest in applications is discussed.File in questo prodotto:
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