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The research team of the University of Bristol in the United Kingdom announced on March 15 that it has developed a highly selective and efficient homogeneous ruthenium catalyst for the production of isobutanol from methanol-ethanol mixtures, with a selectivity of >99% , The conversion rate is >75%
.
The research paper has been published in the RSC Chemical Communications Journal
.
It is understood that although n-butanol is a better fuel than ethanol, the branched isomer isobutanol has more desirable characteristics, so researchers have been exploring the catalytic route of the fuel molecule
.
Researchers have developed a family of homogeneous ruthenium-based catalysts and verified that the catalyst has excellent performance when upgrading ethanol to n-butanol, and has a high conversion rate and a selectivity of over 94%
.
.
The research paper has been published in the RSC Chemical Communications Journal
.
It is understood that although n-butanol is a better fuel than ethanol, the branched isomer isobutanol has more desirable characteristics, so researchers have been exploring the catalytic route of the fuel molecule
.
Researchers have developed a family of homogeneous ruthenium-based catalysts and verified that the catalyst has excellent performance when upgrading ethanol to n-butanol, and has a high conversion rate and a selectivity of over 94%
.