During the thesis, microscopic models of different polymer membranes compatible with organic nanofiltration are first developed (polyimides, and polymers with intrinsic microporosity such as PIM-1). The membranes developed are then used in molecular dynamics simulations in which they are brought into contact with common solvents used in the food, chemical and pharmaceutical industries (Methanol, Ethanol, Acetone and Toluene) to study solvent/material interactions. They are supplemented by non-equilibrium molecular dynamics simulations which make it possible to study pressure-driven transport and thus to determine the permeance of membranes with respect to different solvents.Au cours de la thèse, des modèles microscopiques de différentes mem...
Industrial membranes have huge importance for various application areas such pharmaceutical, petro-c...
International audienceIn this work, a molecular scale study of the interactions between a polymer wi...
Molecular modeling techniques were used to investigate the permeability and selectivity of various n...
Au cours de la thèse, des modèles microscopiques de différentes membranes polymériques compatibles a...
Les procédés de séparation membranaires sont des techniques particulièrement adaptées aux exigences ...
This dissertation focuses on the use of nanofiltration membranes as a separation tool inorganic solv...
This dissertation focuses on the use of nanofiltration membranes as a separation tool inorganic solv...
This doctoral thesis is focused on understanding the transport mechanism of nanofiltration processes...
STUDIES AND MODELING The primary focus of the research is to extend the principles of Nanofiltration...
Separation processes are widely used throughout the chemical and pharmaceutical industries. Polymer ...
The synthesis of polymeric solvent stable materials was carried out on the basis of block copolymers...
La synthèse de matériaux polymères stables en milieu organique a été réalisée sur la base d’une séri...
Under the stress of water shortage and the need of reducing energy consumption, advancing the membra...
Nanofiltration (NF) is a pressure-driven membrane separation process, which is often used for water ...
The need to understand and describe permeation through membranes has driven the development of many ...
Industrial membranes have huge importance for various application areas such pharmaceutical, petro-c...
International audienceIn this work, a molecular scale study of the interactions between a polymer wi...
Molecular modeling techniques were used to investigate the permeability and selectivity of various n...
Au cours de la thèse, des modèles microscopiques de différentes membranes polymériques compatibles a...
Les procédés de séparation membranaires sont des techniques particulièrement adaptées aux exigences ...
This dissertation focuses on the use of nanofiltration membranes as a separation tool inorganic solv...
This dissertation focuses on the use of nanofiltration membranes as a separation tool inorganic solv...
This doctoral thesis is focused on understanding the transport mechanism of nanofiltration processes...
STUDIES AND MODELING The primary focus of the research is to extend the principles of Nanofiltration...
Separation processes are widely used throughout the chemical and pharmaceutical industries. Polymer ...
The synthesis of polymeric solvent stable materials was carried out on the basis of block copolymers...
La synthèse de matériaux polymères stables en milieu organique a été réalisée sur la base d’une séri...
Under the stress of water shortage and the need of reducing energy consumption, advancing the membra...
Nanofiltration (NF) is a pressure-driven membrane separation process, which is often used for water ...
The need to understand and describe permeation through membranes has driven the development of many ...
Industrial membranes have huge importance for various application areas such pharmaceutical, petro-c...
International audienceIn this work, a molecular scale study of the interactions between a polymer wi...
Molecular modeling techniques were used to investigate the permeability and selectivity of various n...