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Furanics
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- ‘Furanics’ are a new
class of biofuels, named after the furan rings in the fuel's
molecules. The molecule contains six carbon atams and one oxygen
atom and has a high energy content similar to that of gasoline, and
a significant improvement over ethanol.
- Furan derivatives
obtained from renewable biomass resources have the potential to
serve as substitutes for the petroleum-based building blocks used
in the production of plastics and fine chemicals.
- The conversion of
renewable biomass resources into non-petroleum derived fuels and
chemicals is becoming increasingly attractive as a way to avoid
intensification of global warming and diversify energy sources.
- The major components
of plant-derived biomass are carbohydrates, which may be converted
into a number of valuable platform compounds, such as
2-furfuraldehyde (FUR) and 5-hydroxymethylfurfural (HMF)
- High Enthalpy Biofuel
technology has been developed to meet the demand for advanced
renewable fuels.
- High Enthalpy Biofuel
technology is about turning fatty raw materials into performance
fuels through a process involving nitrilation in a continuous or
semi-continuous process.
- An HPLC method was
developed for the simultaneous separation and identification of
furanic
compounds as the possible degradation products of sugars and
ascorbic acid on heating.
- Furanics have been
referred to as “Sleeping Giants” because of their enormous market
potential, as evidenced by the research of DuPont and DSM in this
area and its position in the US Department of Energy top 10 of
high-potential biobased products.
- The field of furan
polymers in which major advances have been achieved during the
beginning of the new millennium are, on the
one hand, novel (intelligent) materials based on the DA reaction or
on conjugated structures, and, on the other, a vibrant renewal
of interest in polyesters and in the exploitation of furfuryl
alcohol in new original directions.
- As for novel monomers,
or better synthetic methodologies for existing ones, the need will
become more apparent when the studies on furanic polymers and their
applications will demand fresh sources and/or improvements in their
synthetic pathways.
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