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Thermochemical Conversion Characteristics of Vinasse
Meheretu Jaleta Dirbeba
Laboratory of Molecular Science and Engineering
Kestävän tulevaisuuden teknologiat
Tutkimustuotos
:
Väitöskirjatyypit
›
Tohtorinväitöskirja
›
Artikkelikokoelma
Yleiskatsaus
Sormenjälki
Sormenjälki
Sukella tutkimusaiheisiin 'Thermochemical Conversion Characteristics of Vinasse'. Ne muodostavat yhdessä ainutlaatuisen sormenjäljen.
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Aakkosjärjestyksessä
Earth and Planetary Sciences
Alkali
6%
Alkali Metal
2%
Alternative
2%
Amount
4%
Ash
33%
Bicarbonate
4%
Biochemical Oxygen Demand
2%
Biomass
4%
Bottom Ash
2%
By-Product
4%
Calculation
2%
Carbon
13%
Chemical Fuel
2%
Chemical Oxygen Demand
2%
Chloride
2%
Combustion
13%
Combustion Gas
2%
Condition
8%
Consumption
2%
Content
11%
Datum
2%
Differential Scanning Calorimetry
35%
Emission
2%
Energy Balance
2%
Environmental Damage
2%
Environmental Problem
2%
Ethanol
8%
Evaporation
2%
Experiment
6%
Farmland
2%
Fertiliser
6%
Fraction
4%
Fuel
15%
Fume
2%
Gas
15%
Gasification
26%
Greenhouse Gas
2%
High Temperature
4%
Investigation
6%
Liquid
2%
Magnitude
2%
Melt
4%
Mill
13%
Mole
2%
Need
4%
Observation
2%
Oil
2%
Option
11%
Order
2%
Organic Carbon
2%
Oxide
2%
Particle
4%
pH
2%
Pilot Plant
2%
Plant
4%
Position (Location)
2%
Potassium
4%
Potassium Silicate
2%
Product
2%
Pulp
2%
Purpose
2%
Pyrolysis
6%
Rare Gas
2%
Rate
4%
Ratio
6%
Reactivity
6%
Residue
4%
Sample
6%
Science and Technology
6%
Shape
2%
Soil Condition
2%
Sprayer
2%
Sugar
6%
Synthesis Gas
2%
Temperature
17%
Utilization
4%
Vinasse
100%
Water
4%
Water Yield
2%
Yield
17%
Chemistry
Alkali
6%
Alkali Metal
2%
Amount
4%
Ash
33%
Ashes (Residues)
2%
Atom
2%
Bagasse
4%
Base
2%
Black
2%
Boiler
6%
Carbonate
4%
Catalysis
2%
Chemical Oxygen Demand
2%
Chemical Reaction Product
2%
Chloride
2%
Color
4%
Combustion
13%
Concentration
11%
Degradation
2%
Energy
4%
Energy Balance
2%
Engineering Process
6%
Ethanol
8%
Evaporation
2%
Fast Pyrolysis
33%
Fertilizer
6%
Flow
4%
Fuel
15%
Fume
2%
Gas
15%
Inorganic Compound
4%
Liquid
2%
Mass Balance
2%
Melting Point
4%
Mill
13%
Noble Gas Atom
2%
Oil
2%
Organic Carbon
2%
Oxide
2%
Potential
6%
Procedure
8%
Product Distribution
2%
Pyrolysis
6%
Rate
4%
Reaction Temperature
17%
Reaction Yield
17%
Reactivity
6%
Reactor
8%
Reduction
4%
Sample
6%
Saturation
2%
Soil
8%
Soluble
2%
Spray
2%
Thermogravimetric Analysis
31%
Vaporization
4%
Water Type
4%
Weight Loss
6%
Engineering
Ash Content
2%
Bed Agglomeration
2%
Bio-Oil
26%
Biomass
4%
Biomass Fuels
13%
Black Liquor
4%
Bottom Ash
2%
Char Gasification
6%
Char Surface
2%
Characteristics
2%
Chemical Oxygen Demand
2%
Combustion
2%
Conversion Process
2%
Conversion Rate
2%
Design
2%
Determines
6%
Dry Solid
2%
Elements
2%
Environmental Damage
2%
Evaporation
2%
Experiments
6%
Forming Element
6%
Free Water
2%
Fuel
15%
Function of Time
4%
Gasification
8%
Gasification of Char
4%
Gasification Rate
11%
Greenhouse Gas
2%
Heat Production
2%
High Concentration
2%
High Temperature
4%
High Water Content
2%
Holding Time
4%
Limitations
2%
Low-Temperature
2%
Mechanisms
2%
Melting
2%
Melting Behavior
2%
Melting Temperature
4%
Obtains
2%
Oil
2%
Organic Constituent
2%
Pollution
2%
Power Production
2%
Product Distribution
2%
Production
6%
Products
2%
Properties
4%
Reactivity
6%
Recovery
4%
Recovery Boiler
2%
Reducing Gas
2%
Reduction
4%
Retention System
2%
Soil Condition
2%
Solid Content
2%
Solid Fuel
2%
Syngas
2%
Temperature
17%
Thermochemical Conversion
13%
Thermodynamic Calculation
2%
Vinasse
100%
Water
4%
Yields
17%