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Gasification of shredder residue
Matti Nieminen
,
Marjut Suomalainen
,
Tuula Mäkinen
Research output
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Book/Report
›
Report
Overview
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Dive into the research topics of 'Gasification of shredder residue'. Together they form a unique fingerprint.
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INIS
residues
100%
gasification
100%
shredders
100%
metals
70%
recovery
50%
fluidized beds
50%
economics
40%
air
40%
assessments
30%
cleaning
30%
chlorine
30%
mercury
30%
energy
20%
regulations
20%
gases
20%
deposits
20%
ashes
20%
heavy metals
20%
risks
10%
production
10%
design
10%
cost
10%
concentration
10%
wastes
10%
plastics
10%
increasing
10%
conversion
10%
heat treatments
10%
range
10%
evaluation
10%
solids
10%
incineration
10%
europe
10%
energy content
10%
ash content
10%
calcium
10%
materials recovery
10%
combustion gases
10%
Keyphrases
Gasification
100%
Shredder Residue
100%
Metal Recovery
62%
Fluidized Bed Gasification
62%
Landfill
50%
Mercury
37%
Air Blowing
37%
Chlorine
25%
Heavy Metals
25%
Energy Production
12%
Europe
12%
Solid Residue
12%
High Energy
12%
Inorganic Materials
12%
Economic Feasibility
12%
Thermal Treatment
12%
Further Development
12%
Energy Content
12%
Economic Alternatives
12%
Bottom Ash
12%
Technical Feasibility
12%
Efficient Utilization
12%
Disposal Cost
12%
Ash Content
12%
High Ash
12%
Thermal Conversion
12%
Chlorine Content
12%
Process Concept
12%
Gasifier
12%
Local Conditions
12%
Catalytic Gas Cleaning
12%
Air Distributor
12%
Waste Incineration
12%
Deposit Formation
12%
Material Recovery
12%
Hot Gas Cleaning
12%
Gasification Process
12%
Project Task
12%
Combustion Gases
12%
Inorganic Metals
12%
Shredder Residue Material
12%
Calcium Minerals
12%
Universal Estimation
12%
Engineering
Gasification
100%
Metal Recovery
71%
Fluidized Bed
71%
Heavy Metal
28%
Gas Cleaning
14%
Energy Production
14%
Incineration
14%
Solid Residue
14%
Economic Feasibility
14%
Energy Content
14%
Heat Treatment
14%
Technical Feasibility
14%
Ash Content
14%
Efficient Utilization
14%
Hot Gas Cleaning
14%
Thermal Conversion
14%
Gasifiers
14%
Combustion Gas
14%
Bottom Ash
14%
Materials Recovery
14%
Chemical Engineering
Gasification
100%
Fluidized Bed
71%
Heavy Metal
28%
Gas Cleaning
28%
Materials Recovery
14%