Catalytic steam reforming of ethanol (SRE) is a promising route for the production of renewable hydrogen (H2). This article reviews the influence of doping supported-catalysts used in SRE on the conversion of ethanol, selectivity for H2, and stability during long reaction periods. In addition, promising new technologies such as membrane reactors and electrochemical reforming for performing SRE are presented
This was a university-based research project in support of distributed reforming production technolo...
The environmental problems caused by the intensive use of fossil fuels-as well as their limited avai...
A four-step pressure swing operation process in one column with two subsections for sorption-enhance...
Hydrogen represents a promising fuel since it is considered as a cleanest energy carrier and also...
Ethanol reforming is considered as a very interesting process for hydrogen production, particularly ...
The steam reforming of hydrous ethanol may be the next source of hydrogen for PEM fuel cells. A disc...
In the unsafe horizon of pollution, global warming, and energy crises, all resulted owing to the fos...
The present paper reports on the preparation, characterization and reaction evaluation of structured...
Bio-ethanol reforming is a type of promising technology for hydrogen production, which is focused on...
The ethanol steam-reforming reaction for the production of synthesis gas has been studied theoretica...
Considerable work has been reported concerning catalytic steam reforming, partial oxidation and oxid...
25 páginasCeO2-, ZrO2-, and La2O3-supported Rh-Pt catalysts were tested to assess their ability to ...
The performance of Rh/La2O3–SiO2 and Rh/CeO2 catalysts for steam reforming of ethanol was investigat...
The ethanol steam reforming reaction has been considered for producing pure hydrogen to be used for ...
This was a university-based research project in support of distributed reforming production technolo...
The environmental problems caused by the intensive use of fossil fuels-as well as their limited avai...
A four-step pressure swing operation process in one column with two subsections for sorption-enhance...
Hydrogen represents a promising fuel since it is considered as a cleanest energy carrier and also...
Ethanol reforming is considered as a very interesting process for hydrogen production, particularly ...
The steam reforming of hydrous ethanol may be the next source of hydrogen for PEM fuel cells. A disc...
In the unsafe horizon of pollution, global warming, and energy crises, all resulted owing to the fos...
The present paper reports on the preparation, characterization and reaction evaluation of structured...
Bio-ethanol reforming is a type of promising technology for hydrogen production, which is focused on...
The ethanol steam-reforming reaction for the production of synthesis gas has been studied theoretica...
Considerable work has been reported concerning catalytic steam reforming, partial oxidation and oxid...
25 páginasCeO2-, ZrO2-, and La2O3-supported Rh-Pt catalysts were tested to assess their ability to ...
The performance of Rh/La2O3–SiO2 and Rh/CeO2 catalysts for steam reforming of ethanol was investigat...
The ethanol steam reforming reaction has been considered for producing pure hydrogen to be used for ...
This was a university-based research project in support of distributed reforming production technolo...
The environmental problems caused by the intensive use of fossil fuels-as well as their limited avai...
A four-step pressure swing operation process in one column with two subsections for sorption-enhance...