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Drying woody biomass in a solar enhanced convective dryer
Jyrki Raitila
,
Eemeli Tsupari
Research output
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Book/Report
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Report
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Dive into the research topics of 'Drying woody biomass in a solar enhanced convective dryer'. Together they form a unique fingerprint.
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Keyphrases
Woody Biomass
100%
Solar Heat
100%
Solar Energy
100%
Payback Time
100%
Convective Dryer
100%
Biomass Drying
100%
Drying System
100%
Biomass Resources
100%
High Temperature
50%
Dryer
50%
Wood
50%
Energy Content
50%
Investment Cost
50%
Solar Collector
50%
Sustainable Biomass
50%
Wood chips
50%
Drying Temperature
50%
Hog Fuel
50%
Low Efficiency
50%
Technical Improvement
50%
Flat Plate
50%
Drying Experiment
50%
Used Wood
50%
Energy Storage Applications
50%
Selling Price
50%
Wood Particles
50%
Dry Biomass
50%
Physical Structure
50%
Seasonal Energy Storage
50%
Drying Equipment
50%
Investment Subsidy
50%
Low Energy Cost
50%
Heated Air
50%
Engineering
Convective
100%
Solar Energy
100%
Payback Time
100%
Biomass Resource
100%
Drying System
100%
Investment Cost
50%
Energy Content
50%
Collector Surface
50%
Selling Price
50%
Energy Storage Application
50%
Drying Temperature
50%
Heated Air
50%
Energy Storage
50%
Flat Plate
50%
Physical Structure
50%
Thermal Energy
50%
Solar Collector
50%
Surface Area
50%
Solar thermal collectors
50%
INIS
biomass
100%
dryers
100%
drying
100%
wood
36%
heat
27%
efficiency
18%
resources
18%
cost
18%
energy storage
18%
investment
18%
air
18%
solar energy
18%
applications
9%
design
9%
energy
9%
supply
9%
particles
9%
prices
9%
equipment
9%
volatility
9%
surface area
9%
solar collectors
9%
plates
9%
economy
9%
energy content
9%
evaporation
9%
hog fuel
9%
hands
9%
subsidies
9%
Earth and Planetary Sciences
Biomass Resource
100%
Solar Energy
100%
Energy Storage
100%
Surface Area
50%
Thermal Energy
50%
Flat Plate
50%
Solar Collector
50%