Michael Mangold, Lihong Feng, Dmytro Khlopov, Stefan Palis, Peter Benner, Daniel Binev, Andreas Seidel-Morgenstern
This work considers a system of a fluidized bed crystallizer and an ultrasonic attenuator, which separates an enantiomer from a liquid solution. A population balance model of the system shows autonomous oscillations over a wide range of operation conditions. Proper orthogonal decomposition is applied to obtain nonlinear reduced models of low order. An a posteriori error estimator is used to assess the quality of the reduced model during run time.
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