This review describes the various methods and technologies reported in scientific and
patent literature for the production of olefins starting from biomass. The main sources for bio …

The catalytic dehydration of 1, 3-butanediol into butadiene was investigated over various
aluminosilicates with different SiO2/Al2O3 ratios and pore architectures. A correlation …

SBA‐15 catalysts doped with variable aluminum amounts were prepared through a facile
evaporation‐induced self‐assembly process. The textural properties and acidity of the …

The direct catalytic conversion of 2, 3-butanediol (BDO) to 1, 3-butadiene (BD) was studied
over two commercial forms of alumina (denoted as F200 and SCFa) at temperatures …

Hydroxy-2-butanone as important chemical intermediate in the field of both pharmaceutical
and food industries is traditionally synthesized from formaldehyde and acetone via aldol …

The gas-phase synthesis of high molecular weight compounds of application as liquid
transportation fuels from 2-hexanol was studied on Cu–Mg–Al mixed oxides with different …

Biomass-derived short-chain polyols can be transformed into valuable oxygenates used as
building blocks. The gas phase conversion of a model molecule of 1, 3-diols (1, 3 …

The effect of catalyst acid site nature on the reaction kinetics of the liquid-phase conversion
of dihydroxyacetone with ethanol was investigated using Brønsted and Lewis acid solids …

The gas-phase upgrading of 2-hexanol, a model molecule of the primary conversion of
sugars, toward higher molecular weight compounds of application as liquid transportation …

The feasibility of using a series of Zn-Zr mixed oxides for the gas-phase production of light
olefins from butyric acid, a platform molecule derived from biomass processing, was …