The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest fuel characteristics of this widely available bioderived substrate into a molecule that has properties much closer to conventional gasoline. The Guerbet reaction, known for more than 100 years, provides an ideal mechanism for this transformation. However, despite the apparently simple nature of this reaction for ethanol, it provides formidable challenges, especially in terms of achieving high selectivity. There have been advances in both heterogeneous and homogeneous catalysis in this regard, and this Perspective focuses on the very recent reports of homogeneous catalysts that describe encouraging results in terms of achieving high selectivity...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
Moving towards a more sustainable society requires the discovery and development of alternative cata...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
The conversion of the greenhouse gas CO2 into a sustainable fuel source is a chemical approach to a ...
Bioethanol valorization to butanol by continuous heterogeneous catalytic self-alkylation provides an...
Ethanol is currently the biggest liquid biofuel contributor worldwide, although problems associated ...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
The catalytic conversion of (bio)ethanol into butanol is an attractive route to upgrade the modest f...
Moving towards a more sustainable society requires the discovery and development of alternative cata...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
Bio-ethanol refining is conceived to develop new strategies to second-generation biofuels production...
The conversion of the greenhouse gas CO2 into a sustainable fuel source is a chemical approach to a ...
Bioethanol valorization to butanol by continuous heterogeneous catalytic self-alkylation provides an...
Ethanol is currently the biggest liquid biofuel contributor worldwide, although problems associated ...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...
Catalysts based on ruthenium diphosphine complexes convert methanol/ethanol mixtures to the advanced...