Cellulose is hydrolyzed to glucose, which is further converted to levulinic acid in the presence of surface-supported Brønsted and Lewis acid catalysts. Nafion catalysts, in particular, have the potential to be recycled or applied to a continuous flow reactor for the synthesis of these biofuel precursors. © 2010 Elsevier Ltd. All rights reserved
Cellulose is a major source of glucose because it is readily available, renewable, and does not comp...
The catalytic conversion of lignocellulosic biomass to levulinic acid in ionic liquid, [EMIM][Cl] wa...
La cellulose, bio-polymère composé d’unités glucose, est un composé largement disponible au sein de ...
Cellulose is hydrolyzed to glucose, which is further converted to levulinic acid in the presence of ...
Cellulose is hydrolyzed to glucose, which is further converted to levulinic acid in the presence of ...
With increased concerns of our Nations\u27 dependence on fossil fuels and their harmful effects on t...
The conversion of cellulose into target chemicals is essential for the development of the sustainabl...
Due to current practices in the petroleum industry, fossil fuel availability is permanently decreasi...
A review. Processes for conversion of biomass to levulinic acid, key feedstock for org. synthesis a...
Biomass, the only sustainable source of organic carbon, is regarded as an ideal renewable energy sou...
National @ BIOVERT+CPIInternational audienceSeveral biomass resources are promising starting materia...
Methods to obtain useful chemicals derived from sources other than fossil fuels is particularly chal...
The exploitation of waste biomass to produce electricity, biofuels and chemicals can represent a ren...
With the shortage of fossil fuels and the concerns related to their environmental impact and greenho...
This study presents a synergistic catalytic system using the combination of Brønsted hydrothermal ca...
Cellulose is a major source of glucose because it is readily available, renewable, and does not comp...
The catalytic conversion of lignocellulosic biomass to levulinic acid in ionic liquid, [EMIM][Cl] wa...
La cellulose, bio-polymère composé d’unités glucose, est un composé largement disponible au sein de ...
Cellulose is hydrolyzed to glucose, which is further converted to levulinic acid in the presence of ...
Cellulose is hydrolyzed to glucose, which is further converted to levulinic acid in the presence of ...
With increased concerns of our Nations\u27 dependence on fossil fuels and their harmful effects on t...
The conversion of cellulose into target chemicals is essential for the development of the sustainabl...
Due to current practices in the petroleum industry, fossil fuel availability is permanently decreasi...
A review. Processes for conversion of biomass to levulinic acid, key feedstock for org. synthesis a...
Biomass, the only sustainable source of organic carbon, is regarded as an ideal renewable energy sou...
National @ BIOVERT+CPIInternational audienceSeveral biomass resources are promising starting materia...
Methods to obtain useful chemicals derived from sources other than fossil fuels is particularly chal...
The exploitation of waste biomass to produce electricity, biofuels and chemicals can represent a ren...
With the shortage of fossil fuels and the concerns related to their environmental impact and greenho...
This study presents a synergistic catalytic system using the combination of Brønsted hydrothermal ca...
Cellulose is a major source of glucose because it is readily available, renewable, and does not comp...
The catalytic conversion of lignocellulosic biomass to levulinic acid in ionic liquid, [EMIM][Cl] wa...
La cellulose, bio-polymère composé d’unités glucose, est un composé largement disponible au sein de ...