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Lignofibre (LGF) process: A flexible biorefinery for lignocellulosics
Heli Kangas
, Tarja Tamminen
, Tiina Liitiä
, Terhi Hakala
, Waltraud Worwerg
, Kristiina Poppius-Levlin
Fraunhofer Institute for Applied Polymer Research (IAP)
VTT (former employee or external)
Research output
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Contribution to journal
›
Article
›
Scientific
›
peer-review
7
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Citations (Scopus)
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Keyphrases
Lignocellulose
100%
Lignin
100%
Biorefinery
100%
Fermentation
50%
Pulp
50%
Nanocellulose
50%
Hemicellulose
50%
Cellulose
50%
Cellulose Fibers
50%
Enzymatic Hydrolysis
50%
Fractionation Process
50%
Ethanol
50%
Bioethanol
50%
Material Properties
50%
Platform Chemicals
50%
Biomaterial Applications
50%
Acetic Acid
50%
Cellulose Derivatives
50%
Sulfur-free
50%
Dissolving Pulp
50%
Organosolv Process
50%
Monomeric Sugars
50%
Resin
50%
Cooking Liquor
50%
Bioplastics
50%
Platform Studies
50%
Chemical Applications
50%
Bleached Fiber
50%
Reinforcement Fiber
50%
INIS
fibers
100%
cellulose
100%
applications
66%
pulps
66%
lignin
66%
fermentation
33%
biomass
33%
sugar
33%
recovery
33%
solvents
33%
resins
33%
additives
33%
fractionation
33%
hemicellulose
33%
manufacturing
33%
yields
33%
cooking
33%
sugars
33%
sulfur
33%
enzymatic hydrolysis
33%
ethanol
33%
purity
33%
biological materials
33%
acetic acid
33%
bioethanol
33%
Engineering
Lignocellulosics
100%
Biorefineries
100%
Organosolv Process
100%
Bioplastics
100%
Nanocellulose
100%
Bioethanol
100%
Enzymatic Hydrolysis
100%
Fractionation
100%
Hemicellulose
100%
Cellulose Fiber
100%
Material Science
Lignin
100%
Nanocellulose
50%
Composite Material
50%
Biomaterial
50%
Bioethanol
50%
Materials Property
50%
Fiber Reinforced Material
50%
Enzymatic Hydrolysis
50%
Chemical Engineering
Fractionation
100%
Acetic Acid
100%
Cellulose Derivative
100%
Enzymatic Hydrolysis
100%