En raison de leurs excellentes propriétés, les polyoléfines telles que le polypropylène et le polyéthylène sont largement utilisées dans des applications d'emballage alimentaire. Cependant, tout au long de leur cycle de vie ou de la première utilisation, les polyoléfines peuvent être exposées à des milieux contaminés qui limitent leur recyclabilité en contact alimentaire. Par conséquence, le recyclage de polyoléfines au contact alimentaire nécessite des niveaux de décontamination rigoureux et donc une technologie de décontamination avancée. L’objectif de ce travail consiste dans un premier temps à étudier la faisabilité et la potentialité de l’extraction par CO2 supercritique en mode batch pour la purification de polyoléfines (extraction d’...
The increased awareness for environmental issues as well as for public health, demands "greener" pro...
One of the most important environmental incentives for the polymer industry is to reduce the residua...
Aliphatic polyesters, namely polylactide (PLA) and poly-ε-caprolactone (PCL) are biodegradable and b...
En raison de leurs excellentes propriétés, les polyoléfines telles que le polypropylène et le polyét...
International audienceSupercritical CO2 (SCCO2) extraction has been employed to remove model molecul...
The latest legal requirements call to an increasing degree of purification for plastics, for both vi...
Due to the lack of advanced methods to clean plastic waste from organic contaminants, this study aim...
Dans le cadre du développement durable, réduire le volume de déchets nucléaires est devenu prioritai...
Abstract. Polymer additives were extracted from polyethylene with supercritical carbon dioxide. The ...
Polymer additives were extracted from polyethylene with supercritical carbon dioxide. The two-film t...
Travaux portant sur le moussage physique par adjonction de CO2 supercritique de polyoléfines et ther...
The potential of agri-food residues as sources of functional ingredients and their recovery has been...
Recent studies on supercritical fluid technology have focused on polymer processing with supercritic...
The extraction of fifteen (15) polymer additives with supercritical carbon dioxide which are used as...
The increased awareness for environmental issues as well as for public health, demands "greener" pro...
One of the most important environmental incentives for the polymer industry is to reduce the residua...
Aliphatic polyesters, namely polylactide (PLA) and poly-ε-caprolactone (PCL) are biodegradable and b...
En raison de leurs excellentes propriétés, les polyoléfines telles que le polypropylène et le polyét...
International audienceSupercritical CO2 (SCCO2) extraction has been employed to remove model molecul...
The latest legal requirements call to an increasing degree of purification for plastics, for both vi...
Due to the lack of advanced methods to clean plastic waste from organic contaminants, this study aim...
Dans le cadre du développement durable, réduire le volume de déchets nucléaires est devenu prioritai...
Abstract. Polymer additives were extracted from polyethylene with supercritical carbon dioxide. The ...
Polymer additives were extracted from polyethylene with supercritical carbon dioxide. The two-film t...
Travaux portant sur le moussage physique par adjonction de CO2 supercritique de polyoléfines et ther...
The potential of agri-food residues as sources of functional ingredients and their recovery has been...
Recent studies on supercritical fluid technology have focused on polymer processing with supercritic...
The extraction of fifteen (15) polymer additives with supercritical carbon dioxide which are used as...
The increased awareness for environmental issues as well as for public health, demands "greener" pro...
One of the most important environmental incentives for the polymer industry is to reduce the residua...
Aliphatic polyesters, namely polylactide (PLA) and poly-ε-caprolactone (PCL) are biodegradable and b...