Nonlinear multivariable tracking control: Application to an ethanol process

Abstract:

In this paper, a controller based on linear algebra for a fed-batch ethanol production process is proposed. It involves finding feed rate profiles (control actions obtained as a linear equations system solution) in order to make the system follow predefined concentration profiles. A Monte Carlo experiment is used for controller tuning. Moreover, several tests (adding parametric uncertainty, perturbations in the control action and in the initial conditions) are carried out so as to evaluate the controller performance. A comparison with other controller is made and the demonstration of the error convergence is included.

Año de publicación:

2019

Keywords:

• Nonlinear model control
• Numeric methods/linear algebra
• Fed-batch bioprocess
• Ethanol production
• Profile tracking control

Fuente:

scopus