Fast simulation of non-steady state emission problems in energy conversion
Philip A.J. Mees (External organisation)
E.H.P. Wolff (TU Delft - ChemE/Delft Ingenious Design)
Peter J.T. Verheijen (TU Delft - OLD BT/Cell Systems Engineering)
C. M. van den Bleek (TU Delft - Old organisation DCT/Reactor & Catalysis Engin.)
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Abstract
Application of the Fast Fourier Transform (FFT) to the inversion of Laplace transforms is a recent development in the solution of the equations describing the behavior of chemical reactors. Chen and Hsu (1987) used the Fast Fourier Transform for the prediction of breakthrough curves of an isothermal fixed bed adsorber. The Fast Fourier Transform method has been further developed for the calculation of breakthrough curves in non-isothermal adsorbers (Mees et al., 1989). The purpose of this work is the application of this method to a practical engineering problem involving parameter estimation.
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