Sustainable development is imperative, and the worldwide energy production must focus on
the transition from petroleum derivatives to biomass-based biofuels and bioproducts to …

Synthesis of value-added chemicals from biomass is an essential strategy to mitigate the
global dependency on fossil resources and achieve the aim of carbon neutrality. Thereinto …

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 …

The catalytic condensation of ethanol to n-butanol and higher alcohols, known collectively
as Guerbet reactions, has attracted attention in recent years as ethanol becomes …

This paper is focused on the catalytic synthesis of butanol from ethanol in a microflow
reactor at a constant weight hour space velocity (4.5 h− 1) and different reaction …

A suitable catalyst with an exact match of the acidity/basicity, ingenious geometric structure,
and proper electronic environment is vital to the Guerbet reaction for the synthesis of C6+ …

Described is the transformation of ethanol into 1-butanol, acetaldehyde and other products
by the Guerbet reaction (GR) over mixed metal oxides (MMOs) as catalysts. The MMOs, in …

In this study, we detail a catalytic process for the conversion of fusel oil (FO), a by-product of
ethanol production considered as waste, into valuable organic compounds, including …

The catalytic relevance of different surface functionalities present on hydrotalcite‐derived
Mg− Al mixed metal oxides (MgAlO) are investigated in the context of ethanol upgrade to n …

Abstract n-Butanol is used in a wide range of applications and recently, the use of n-butanol
as a fuel, which can be employed pure or blended with gasoline or diesel, has been …