The Guerbet reaction would be an optimal solution for bio-ethanol refinery by homologation
and it substantially requires the development of active and highly selective catalysts …

Upgrading biomass-derived ethanol to higher alcohols is a significantly promising process
involving multi-step tandem reactions finely regulated by multiple active sites. However, the …

Catalytic upgrading of ethanol, as a platform molecule from biomass to higher alcohols (C4–
12), is a low-carbon route for value-added chemical production. However, the products are …

In this paper, we describe multiple scenarios to assess the techno‐economic results of
producing hydrocarbon fuels from corn stover‐derived ethanol and the impact of co …

Catalytic upgrading of biomass-derived ethanol to C4+ compounds through C–C coupling is
an essential green and sustainable approach towards value-added fine chemicals …

Biowaste derived ethanol is an important feedstock for carbon neutral hydrogen production.
It is liquid at atmospheric conditions, has a high hydrogen to carbon ratio, and it can be …

A series of nickel and nickel free modified Cu–La2O3/Al2O3 catalysts were prepared using
a simple wetness impregnation method and applied for the catalytic upgrading of ethanol to …

In this work, we develop a novel technology for the transformation of ethanol into diesel via
Guerbet coupling and etherification. Our strategy overcomes the limitations of previous …

Esters are often produced as unwanted byproducts during the catalytic upgrading of ethanol
to diesel fuel precursors through Guerbet coupling. Removal of esters from the product …

The catalytic upgrading of renewable ethanol to C4–10 alcohols via C–C coupling offers a
green and negative-carbon-emission pathway toward value-added compounds. The …