The flow of solution and crystals in a draft tube crystalliser investigated using positron emission particle tracking.

nonlinear model-based control of a semi-industrial batch crystallizer using a population balance modeling framework

A comparison of nonlinear observers for output feedback model-based control of seeded batch crystallization processes

A task based design approach for solution crystallization

A task-based design approach for solution crystallization processes

Precipitation and characterization of CuS from hydro-metallurgical solutions

Parameter estimation on the basis of CSD transients.

The microscopic modelling of hydrodynamics in industrial crystallisers.

Selective precipitation of CuS from hydro-metallurgical solutions using H2S.

A predictive model framework for design purposes: data quality required for parameter estimation.

Compartmental modeling of an 1,100L DTB crystallizer based on large eddy simulation.

Modeling industrial crystallizers for control and design purposes.

Crystallization.

Laser Diffraction Spectroscopy for Particle Characterisation Sensor, Technique and Applications.

The effect of the impeller speed on the product crystal size distribution (CSD) in a 22 liter draft tube (DT) crystallizer

Modeling industrial crystallizers of different scale and type

The microscale modelling of hydrodynamics in crystallization processes using the lattice-Boltzman method.

Estimating crystal/impeller collision pararmeters by particle tracking in CFD-generated flow fields

Uniak3 progress report no. 10, Juni 1999.

Measuring and Modelling the Classification and Dissolution of Fine Crystals in a DTB Crystalliser