Add to ORKGA large EU project AFORE develops new sustainable technologies for the separation, fractionation and primary upgrading of wood-based polymers and valuable low molecular weight compounds present in forest residues and process side streams. These technologies can be applied by the wood processing mills of today and the future wood biorefineries to turn side streams into profitable business
Sustainable production of energy, fuels, organic chemicals and polymers from biomass in an integrate...
Biorefineries target the optimised use of renewable feedstocks to a family of end products including...
Wood, the most abundant ligno-cellulosic raw material available, is a key potential feedstock for pr...
A large EU project AFORE develops new sustainable technologies for the separation, fractionation and...
The AFORE project (Added-value from polymers and chemicals by new integrated separation, fractionati...
The EU-project FORESTSPECS provides research based biological and technical understanding and soluti...
Negative environmental impact from greenhouse gas emissions and a dwindling oil supply have resulted...
Pulp production is an important industry in Sweden, based on renewable and CO2 neutral forest wood f...
Technological development has enabled the production of new value-added products from lignocellulosi...
The role of wood-based biorefining in the European bioeconomy is briefly discussed, with some commen...
Biomass can be converted into useful bio-fuels and bio-chemicals via biomass upgrading and biorefin...
Copyright Pulp & Paper Canada. Reprinted with permission from Annex Business Media.The Canadian pu...
A novel biorefinery concept based on the fractionation of woody biomass in a γ-valerolactone (GVL)/w...
Kraft pulp and paper mills have several advantages for serving the emerging biorefinery industry as ...
The North American forestry industry has been challenged in recent years by high energy costs, incre...
Sustainable production of energy, fuels, organic chemicals and polymers from biomass in an integrate...
Biorefineries target the optimised use of renewable feedstocks to a family of end products including...
Wood, the most abundant ligno-cellulosic raw material available, is a key potential feedstock for pr...
A large EU project AFORE develops new sustainable technologies for the separation, fractionation and...
The AFORE project (Added-value from polymers and chemicals by new integrated separation, fractionati...
The EU-project FORESTSPECS provides research based biological and technical understanding and soluti...
Negative environmental impact from greenhouse gas emissions and a dwindling oil supply have resulted...
Pulp production is an important industry in Sweden, based on renewable and CO2 neutral forest wood f...
Technological development has enabled the production of new value-added products from lignocellulosi...
The role of wood-based biorefining in the European bioeconomy is briefly discussed, with some commen...
Biomass can be converted into useful bio-fuels and bio-chemicals via biomass upgrading and biorefin...
Copyright Pulp & Paper Canada. Reprinted with permission from Annex Business Media.The Canadian pu...
A novel biorefinery concept based on the fractionation of woody biomass in a γ-valerolactone (GVL)/w...
Kraft pulp and paper mills have several advantages for serving the emerging biorefinery industry as ...
The North American forestry industry has been challenged in recent years by high energy costs, incre...
Sustainable production of energy, fuels, organic chemicals and polymers from biomass in an integrate...
Biorefineries target the optimised use of renewable feedstocks to a family of end products including...
Wood, the most abundant ligno-cellulosic raw material available, is a key potential feedstock for pr...