The challenges of this century based on a sustainable and
more friendly environment development have turned the vision
of chemical production toward a new industry concept of biomass refining in order to decrease rapid consumption of non-renewable
resources (petroleum, natural gas, coal, and minerals). In the beginning,
a typical biorefinery convert essentially natural renewable
matter into bio-energy products. However, in the next generation
biorefinery, the feedstock will be fractionated further into valuable
components by extraction, fermentation and controlled pyrolysis,
as well as by more traditional methods
The challenges of this century based on a sustainable andmore friendly environment development have turned the visionof chemical production toward a new industry concept of biomass refining in order to decrease rapid consumption of non-renewableresources (petroleum, natural gas, coal, and minerals). In the beginning,a typical biorefinery convert essentially natural renewablematter into bio-energy products. However, in the next generationbiorefinery, the feedstock will be fractionated further into valuablecomponents by extraction, fermentation and controlled pyrolysis,as well as by more traditional methods
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