Catalytic conversion of (ligno) cellulosic biomass at hydrothermal or pyrolysis conditions
represent attractive approaches for the production of valuable oxygenated chemicals and …

Transportation fuels and chemicals can be produced renewably by selectively altering the
carbon skeleton of biomass-derived glucose. The predominantly catalytic processes …

Among the most prominent challenges for the analysis of biomass pyrolysis products is the
characterization of the abundant oligomer fraction of bio-oil. This fraction is principally made …

Cracking of sugars to glycolaldehyde and other value-added oxygenates has shown
potential in lab-scale fluidized beds with high yield and selectivity towards glycolaldehyde …

The presence of heavy unknown oligomeric sugar products in bio-oil is evidenced in
experimental results reported in the literature. In this paper, we study the fragmentation …

The physicochemical properties of abutilon stalk (ABUS) were investigated to assess its
suitability for pyrolytic conversion into bioenergy and bio-based chemicals based on kinetic …

Resolving the reaction networks associated with biomass pyrolysis is central to
understanding product selectivity and aiding catalyst design to produce more valuable …

Hydrous pyrolysis of glucose is a promising method to produce glycolaldehyde and other
valuable oxygenates in high yield. In this process, an aqueous glucose solution is sprayed …

Renewable carbohydrates are nearly inexhaustible libraries of chemical building blocks,
and significant research efforts have been devoted to their valorization to valuable …

In this study, soybean straw (SS) as a promising source of glycolaldehyde-rich bio-oil
production and extraction was investigated. Proximate and ultimate analysis of SS was …