In this article, we demonstrate a model-based approach for controlling the average size of
crystals produced by batch cooling crystallization. The method is distinguished most notably …

In batch crystallization processes, an operating temperature policy has a significant effect on
the crystal size distribution (CSD) that determines final product quality. This work addresses …

This work applies an on-line optimal control strategy developed by to two cooling batch
crystallization processes. The algorithm initially finds the optimal crystallizer temperature …

In this article, a new approach to the control of batch cooling crystallizers is presented. In
batch cooling crystallization, the crucial control problem is to design a temperature trajectory …

A process control strategy to obtain large product crystals in batch cooling crystallization is
investigated through simulation studies. Optimal cooling profiles, which incorporate crystal …

The mathematical optimisation of a batch cooling crystallization process is considered in this
work. The objective is to minimize the standard deviation of the final crystal size distribution …

Dynamic optimization techniques are applied for the optimization of crystallization
processes. These obtain promising results, especially for difficult industrial applications with …

The final-time crystal size distribution (CSD) of a batch crystallization slurry affects the
efficiency of solid-liquid separation processes such as filtration and drying. This study …

In this solution crystallization study, a population balance model that predicts the crystal size
distribution (CSD) is used for targeting, by optimization, the product mean size and the …

A novel framework has been proposed for optimizing batch cooling crystallization operation.
The optimization strategy is effective for highly non-linear and dynamic mathematical …