Les membranes en lipotransformation : Bilan, résultats, perspectives.

Membrane separative techniques as candidates for alternative "green" processing of Oils and Fats present several advantages like energy saving, friendliness to environment and quality preservation of the final products. However, despite the considerable number of research programs carried out on several steps of the processing, including refining, desolvantisation and fractionation, no significant industrial development has been observed. Pointing out the lack of fundamental understanding of the mechanisms that rule the separations in hydrophobic media, a renewed approach of the membrane partition based on the relative hydrophobicity of lipids molecules vs barrier materials has been set up. Starting from an electronic analogy, a hydrophobic/hydrophilic valve has been designed by using a polar molecules coating on a porous material surface. The experimental realisation based on a two-compartments cell allowed to obtain preliminary results on the separation of the oily and water phases of an emulsion, that is a very promising result.

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Main Author: Parmentier, Michel 41470, autor. aut
Format: Texto biblioteca
Language:re
Subjects:Aceites., Grasa, Lípidos., Membranas celulares.,
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spelling dig-fedepalma-123456789-848242022-08-05T10:13:31Z Les membranes en lipotransformation : Bilan, résultats, perspectives. Parmentier, Michel 41470, autor. aut Aceites. Grasa Lípidos. Membranas celulares. Membrane separative techniques as candidates for alternative "green" processing of Oils and Fats present several advantages like energy saving, friendliness to environment and quality preservation of the final products. However, despite the considerable number of research programs carried out on several steps of the processing, including refining, desolvantisation and fractionation, no significant industrial development has been observed. Pointing out the lack of fundamental understanding of the mechanisms that rule the separations in hydrophobic media, a renewed approach of the membrane partition based on the relative hydrophobicity of lipids molecules vs barrier materials has been set up. Starting from an electronic analogy, a hydrophobic/hydrophilic valve has been designed by using a polar molecules coating on a porous material surface. The experimental realisation based on a two-compartments cell allowed to obtain preliminary results on the separation of the oily and water phases of an emulsion, that is a very promising result. Membrane separative techniques as candidates for alternative "green" processing of Oils and Fats present several advantages like energy saving, friendliness to environment and quality preservation of the final products. However, despite the considerable number of research programs carried out on several steps of the processing, including refining, desolvantisation and fractionation, no significant industrial development has been observed. Pointing out the lack of fundamental understanding of the mechanisms that rule the separations in hydrophobic media, a renewed approach of the membrane partition based on the relative hydrophobicity of lipids molecules vs barrier materials has been set up. Starting from an electronic analogy, a hydrophobic/hydrophilic valve has been designed by using a polar molecules coating on a porous material surface. The experimental realisation based on a two-compartments cell allowed to obtain preliminary results on the separation of the oily and water phases of an emulsion, that is a very promising result. ©2005 text re
institution FEDEPALMA
collection DSpace
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode dig-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language re
topic Aceites.
Grasa
Lípidos.
Membranas celulares.
Aceites.
Grasa
Lípidos.
Membranas celulares.
spellingShingle Aceites.
Grasa
Lípidos.
Membranas celulares.
Aceites.
Grasa
Lípidos.
Membranas celulares.
Parmentier, Michel 41470, autor. aut
Les membranes en lipotransformation : Bilan, résultats, perspectives.
description Membrane separative techniques as candidates for alternative "green" processing of Oils and Fats present several advantages like energy saving, friendliness to environment and quality preservation of the final products. However, despite the considerable number of research programs carried out on several steps of the processing, including refining, desolvantisation and fractionation, no significant industrial development has been observed. Pointing out the lack of fundamental understanding of the mechanisms that rule the separations in hydrophobic media, a renewed approach of the membrane partition based on the relative hydrophobicity of lipids molecules vs barrier materials has been set up. Starting from an electronic analogy, a hydrophobic/hydrophilic valve has been designed by using a polar molecules coating on a porous material surface. The experimental realisation based on a two-compartments cell allowed to obtain preliminary results on the separation of the oily and water phases of an emulsion, that is a very promising result.
format Texto
topic_facet Aceites.
Grasa
Lípidos.
Membranas celulares.
author Parmentier, Michel 41470, autor. aut
author_facet Parmentier, Michel 41470, autor. aut
author_sort Parmentier, Michel 41470, autor. aut
title Les membranes en lipotransformation : Bilan, résultats, perspectives.
title_short Les membranes en lipotransformation : Bilan, résultats, perspectives.
title_full Les membranes en lipotransformation : Bilan, résultats, perspectives.
title_fullStr Les membranes en lipotransformation : Bilan, résultats, perspectives.
title_full_unstemmed Les membranes en lipotransformation : Bilan, résultats, perspectives.
title_sort les membranes en lipotransformation : bilan, résultats, perspectives.
work_keys_str_mv AT parmentiermichel41470autoraut lesmembranesenlipotransformationbilanresultatsperspectives
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