AN ALGEBRA APPROACH FOR NONLINEAR MULTIVARIABLE FED-BATCH BIOPROCESS CONTROL

M. CECILIA FERNANDEZ; M. NADIA PANTANO; SANTIAGO RÓMOLI; D. PATIÑO; OSCAR A. ORTIZ; GUSTAVO J. E. SCAGLIA

International Journal of Industrial and Systems Engineering

Inderscience Publisher

Año: 2018

1748-5037

In this paper, a linear algebra based controller design is proposed. This technique allows tracking, with minimum error, predefined optimal profiles in nonlinear and multivariable systems. To achieve this, control actions are obtained solving a linear equation system. The controller parameters are selected with a Monte Carlo algorithm. The methodology is applied in a fed-batch penicillin production process, where the control action is the feed flow rate and the tracked profiles are the concentration of biomass, product and subtract inside the reactor. Different tests are shown to prove the good performance of the controller adding: parametric uncertainty and perturbations in the control action and in the initial conditions.