Biomass fast pyrolysis is potentially one of the cheapest routes toward renewable liquid
fuels. Its commercialization, however, poses a multi-scale challenge, which starts with the …

Biomass pyrolysis has arisen great attention for producing clean fuels, valuable chemicals,
and advanced materials. Knowledge on the properties of both final products and …

Fast pyrolysis bio-oils are feasible energy carriers and a potential source of chemicals.
Detailed characterization of bio-oils is essential to further develop its potential use. In this …

Pyrolysis bio-oils could be used in the future as biofuels or as a source of valuable oxygen-
containing chemicals. To facilitate efficient exploitation of bio-oils, a detailed understanding …

Bio-oils obtained from lignocellulosic biomass pyrolysis are promising energetic resources.
However, their high oxygen content is responsible for storage and corrosion issues and …

Bio‐oil (pyrolysis oil) is the liquid product of biomass thermochemical conversion. It is a dark,
viscous liquid that contains the depolymerization products of hemicellulose, cellulose, and …

The comprehensive description of complex mixtures such as bio-oils is required to
understand and improve the different processes involved during biological, environmental or …

Terrestrial dissolved organic matter (DOM) interlinks large carbon reservoirs of soils,
sediments, and marine environments but remains largely uncharacterized on the molecular …

Pyrolysis or liquefaction processes can be applied to lignocellulosic biomass to produce a
bio-oil which allows the access of green chemicals or sustainable energy. Among the …

Pyrolysis bio-oils have great potential for the future use as biofuels and source of
oxygenated chemicals. To optimize a pyrolysis process, detailed knowledge about the …