The formation of crystals from solutions plays a key role in various industrial applications. In
this study, a new approach is presented into the optimal control of batch cooling crystallizers …

A facile method for estimating the kinetics of unseeded batch crystallization via mass and
average size measurements was developed. The population balance equation (PBE) …

In this paper, a novel formulation for nonlinear model predictive control (MPC) has been
proposed incorporating the extended Kalman filter (EKF) control concept using a purely data …

In this paper, a novel data-driven model building method is proposed for predicting one-
dimensional product crystal size distribution (CSD) or chord length distribution (CLD) of …

This work presents a study on the agitation rate effects on the average diameter (% volume
D (4, 3)) in the batch crystallization of sugar cane in pilot-scale process. The mathematical …

In this paper, a cooling temperature optimization method is proposed for the seeded
crystallization process of β form l-glutamic acid (LGA), based on moving horizon estimation …

The batch cooling solution crystallization of ammonium oxalate was performed in water at
various constant cooling rates. Measurements of the solute concentration were obtained …

For batch performance optimization of seeded cooling crystallization processes with respect
to multiple production objectives, a multi-objective optimization (MOO) based nonlinear …

To overcome the influence from time-varying process uncertainties of seeded batch cooling
crystallization in engineering practice, an adaptive receding-horizon nonlinear Kalman filter …

A hybrid model is developed and evaluated to simulate the heat and mass transfer in the
crystallization unit of a sugar factory. While the mass transfer is modeled by using the kinetic …