This short communication investigates the impact of impurity on crystal growth behaviour in terms of crystal shape distribution. A two dimensional population balance model is applied to study the crystal shape changing behaviour in cooling crystallisation producing β-form L-glutamic acid crystals, in the presence and without the presence of an additive, L-phenylalanine. The simulation results were verified in experiments using a 1-litre crystalliser for crystallisation of L-glutamic acid
The goal of the present work is to model the crystal growth processes mediated by both antisolvent f...
The evolution of particle shape is an important consideration in many industrial crystallizations. T...
A model was proposed for modeling the non-equilibrium crystal growth of single crystals (Y. D. Shu, ...
This short communication investigates the impact of impurity on crystal growth behaviour in terms of...
AbstractParticle shape plays an important role in many industrial applications since it can have sig...
In order to obtain constant solid properties with particles exhibiting a low order of symmetry, it i...
A detailed two-dimensional population balance model of continuous cooling crystallization, involving...
Crystallization is a dynamic process that consists of various mechanisms such as nucleation, growth...
In the paper, batch cooling crystallization of plate-like crystals is investigated by numerical expe...
International audienceImage analysis can be used to measure several of the characteristic sizes of a...
Model reliability of multi-dimensional population balance models for crystallization [abstract
AbstractA key unit operation in the production of phosphoric acid is the filtration needed to separa...
A current morphological population balance (MPB) modelling methodology, which integrates crystal mor...
In this contribution, we investigate feedforward control synthesis for a batch cooling crystalliser ...
International audiencePossible hindering effects of impurities on the crystal growth were shown to t...
The goal of the present work is to model the crystal growth processes mediated by both antisolvent f...
The evolution of particle shape is an important consideration in many industrial crystallizations. T...
A model was proposed for modeling the non-equilibrium crystal growth of single crystals (Y. D. Shu, ...
This short communication investigates the impact of impurity on crystal growth behaviour in terms of...
AbstractParticle shape plays an important role in many industrial applications since it can have sig...
In order to obtain constant solid properties with particles exhibiting a low order of symmetry, it i...
A detailed two-dimensional population balance model of continuous cooling crystallization, involving...
Crystallization is a dynamic process that consists of various mechanisms such as nucleation, growth...
In the paper, batch cooling crystallization of plate-like crystals is investigated by numerical expe...
International audienceImage analysis can be used to measure several of the characteristic sizes of a...
Model reliability of multi-dimensional population balance models for crystallization [abstract
AbstractA key unit operation in the production of phosphoric acid is the filtration needed to separa...
A current morphological population balance (MPB) modelling methodology, which integrates crystal mor...
In this contribution, we investigate feedforward control synthesis for a batch cooling crystalliser ...
International audiencePossible hindering effects of impurities on the crystal growth were shown to t...
The goal of the present work is to model the crystal growth processes mediated by both antisolvent f...
The evolution of particle shape is an important consideration in many industrial crystallizations. T...
A model was proposed for modeling the non-equilibrium crystal growth of single crystals (Y. D. Shu, ...