INIS
spruces
100%
fibers
100%
production
100%
sugars
100%
bark
100%
ethanol
100%
tannin
100%
yields
54%
hydrolysis
36%
carbohydrates
36%
fuels
27%
steam
27%
industry
18%
wastes
18%
forests
18%
solids
18%
explosions
18%
streams
18%
hot water
18%
extraction
18%
pectins
18%
values
9%
mixtures
9%
enzymes
9%
resources
9%
applications
9%
chains
9%
processing
9%
biomass
9%
cellulose
9%
wheat
9%
glucose
9%
packaging
9%
fractionation
9%
hemicellulose
9%
lignin
9%
combustion
9%
fossils
9%
laboratories
9%
straw
9%
surfactants
9%
polysaccharides
9%
mixing
9%
ashes
9%
powders
9%
income
9%
monosaccharides
9%
hexoses
9%
Keyphrases
Ethanol
100%
Tannins
100%
Recovered Fibers
100%
Spruce Bark
100%
Bark Fibers
100%
Carbohydrates
44%
Hydrolysis Yield
44%
Enzymatic Digestibility
33%
Steam Explosion
22%
Solid Recovered Fuel
22%
Pectin
22%
Forest Industry
22%
Bark
22%
Spruce
11%
High Consistency
11%
Hemicellulose
11%
Cellulose
11%
Steam
11%
Biorefinery
11%
Industrial Application
11%
Income Sources
11%
Waste Streams
11%
Biorefinery Concept
11%
Polysaccharide
11%
Lignin Content
11%
Pre-treatment Step
11%
Combustion Fuels
11%
Hot Water
11%
Monosaccharides
11%
Dry Matter
11%
Ethanol Production
11%
Hexose
11%
Fossil Resources
11%
New Value Chains
11%
Hot Water Extraction
11%
Technical Potential
11%
Nonionic Surfactant
11%
Pectinase
11%
Modified Wheat Straw
11%
Selective Extraction
11%
Fiber Yield
11%
Bark Extract
11%
Packaging Waste
11%
Consistency Condition
11%
Botanical Source
11%
Underutilized Biomass
11%
Biorefinery Feedstock
11%
Mixing Regime
11%
Percentage Yield
11%
Enzyme Mixture
11%
Chemical Engineering
Tannin
100%
Carbohydrates
100%
Fractionation
16%
Non-Ionic Surfactant
16%
Polysaccharide
16%
Material Science
Enzymatic Hydrolysis
100%
Feedstock
50%
Lignin
25%
Phase Composition
25%
Nonionic Surfactant
25%