Phase-field modeling for freeze crystallization in a binary system

This article investigates the freeze crystallization process from water-sodium chloride solution. The freeze crystallization process (from 273.15 K to the eutectic point 252.05 K) generates two phases: a solid phase comprising solely ice and a liquid phase consisting of a concentrated solution. The...

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Published inComputer Aided Chemical Engineering
Main Authors Huang, Xiaoqian, Galfré, Aurélie, Couenne, Françoise, Cogné, Claudia
Format Conference Proceeding
LanguageEnglish
Published Elsevier 2024
Subjects
Chemical engineering
Chemical Sciences
Material chemistry
Phase-field model, freeze crystallization, saline solution
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Abstract This article investigates the freeze crystallization process from water-sodium chloride solution. The freeze crystallization process (from 273.15 K to the eutectic point 252.05 K) generates two phases: a solid phase comprising solely ice and a liquid phase consisting of a concentrated solution. The phase-field model approach is used to simu-late the ice crystal growth from a solution and its specific dendritic structure. The ab-sence of solute in the solid phase is challenging to model because of i) the strong non-ideality of the system; ii) the requirement of a continuous salt profile in the interface. The article aims to provide a straightforward approach to address this complexity and study the partition coefficient impact on solute distribution.
AbstractList This article investigates the freeze crystallization process from water-sodium chloride solution. The freeze crystallization process (from 273.15 K to the eutectic point 252.05 K) generates two phases: a solid phase comprising solely ice and a liquid phase consisting of a concentrated solution. The phase-field model approach is used to simu-late the ice crystal growth from a solution and its specific dendritic structure. The ab-sence of solute in the solid phase is challenging to model because of i) the strong non-ideality of the system; ii) the requirement of a continuous salt profile in the interface. The article aims to provide a straightforward approach to address this complexity and study the partition coefficient impact on solute distribution.
Author Cogné, Claudia
Galfré, Aurélie
Couenne, Françoise
Huang, Xiaoqian
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  organization: Laboratoire d'automatique, de génie des procédés et de génie pharmaceutique
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Keywords Phase-field model, freeze crystallization, saline solution
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Snippet This article investigates the freeze crystallization process from water-sodium chloride solution. The freeze crystallization process (from 273.15 K to the...
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SubjectTerms Chemical engineering
Chemical Sciences
Material chemistry
Title Phase-field modeling for freeze crystallization in a binary system
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