Engineering & Materials Science
Refuse derived fuels
100%
Carbonization
67%
Gasification
52%
Sewage sludge
44%
Calorific value
41%
Lignocellulosic biomass
39%
Occupational risks
37%
Chemical analysis
26%
Heating
26%
Chlorine
25%
Gases
25%
Environmental impact
20%
Tar
19%
Feedstocks
19%
Demolition
19%
Polymers
19%
Pyrolysis
18%
Gas producers
17%
Antioxidants
17%
Biomass
17%
Lipids
17%
Municipal solid waste
17%
Ashes
15%
Gas emissions
13%
Carbon
12%
Temperature
11%
Liquids
11%
Oils
10%
Heavy metals
9%
Functional materials
9%
Water
9%
Lignin
8%
Potassium
7%
Health
7%
Adsorbents
7%
Explosions
7%
Sawdust
7%
Cooking
6%
Activation energy
6%
Raw materials
6%
Ethanol
6%
Industrial furnaces
6%
Organic compounds
6%
Oxygen
5%
Land fill
5%
Industrial wastes
5%
Hydrogen
5%
Washing
5%
Earth & Environmental Sciences
refuse derived fuel
93%
gasification
54%
heating
33%
sewage sludge
28%
chlorine
25%
ash
21%
demolition waste
17%
residence time
17%
construction waste
16%
critical analysis
15%
valorization
15%
process water
14%
gas
14%
environmental impact
13%
evaluation
12%
occupational safety
11%
tar
9%
carbon
9%
energy
9%
hydrogen
8%
viability
8%
liquid
7%
tar production
7%
dechlorination
7%
energetics
7%
economics
7%
oxygen content
7%
product
6%
safety measure
5%
plant residue
5%
plant life
5%
temperature
5%
modeling
5%
occupational health
5%
material
5%
water
5%
energy recovery
5%
environmental hazard
5%