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Clone of Processes, Shaping and Intensification

The objectives of this research theme are to understand, control and intensify processes and flows involving industrial or model fluids with complex rheological behaviour. Our approach is to make the link between process control and an understanding of the underlying fundamental phenomena linked to flows and their stability. To achieve this, one of the keys to success is to identify the mechanisms involved on the relevant length and time scales with respect to the structure of the materials, their flows and the external stresses applied during the processes (shear or elongation flows, pressure fields, ultrasound fields, concentration gradients or thermal gradients).

Axe 1 : Matériaux Biosourcés

Mousses Biosourcées

 

Matériaux auto-cicatrisants

Bio-composites et plastiques bio-dégradables

Hydrogels pour l’impression 3D

Nanocomposites cellulosiques à orientation contrôlée

Axe 2 : Intensification des processus de transfert et de la réactivité par ultrasons

Amélioration du transfert thermique

Ultrafiltration Tangentielle

 

Réactivité à l’interface solide/liquide

Valorisation de la biomasse

AXE 3 - Procédés pour l’environnement

Méthanisation de déchets agricoles

 

 

Solvants ioniques ésotériques

Traitement des eaux usées

Dépollution des sols

Submitted on March 25, 2024

Updated on September 26, 2024