Engineering & Materials Science
Municipal solid waste
100%
Solid oxide fuel cells (SOFC)
61%
Electricity
56%
Pyrolysis
54%
Economics
48%
Gas engines
47%
Cost reduction
38%
Gasification
38%
Gas turbines
33%
Power generation
32%
Molten carbonate fuel cells (MCFC)
26%
Incineration
26%
Anaerobic digestion
25%
Global warming
21%
Economic analysis
21%
Climate change
20%
Steam turbines
20%
Gas emissions
19%
Energy conversion
19%
Greenhouse gases
19%
Multiobjective optimization
17%
Energy efficiency
15%
Costs
7%
Earth & Environmental Sciences
municipal solid waste
74%
electricity
67%
economics
44%
fuel cell
28%
gas engine
26%
turbine
23%
pyrolysis
22%
cost reduction
21%
gasification
17%
power generation
17%
oxide
12%
effect on the environment
10%
energy conversion
10%
energy technology
9%
economic analysis
9%
incineration
8%
energy efficiency
8%
gas
8%
anaerobic digestion
8%
greenhouse gas emissions
7%
global warming
7%
carbonate
5%
climate change
4%
cost
4%
energy
4%
modeling
3%
analysis
2%
effect
1%
method
1%
Chemical Compounds
Solid Waste
93%
Electricity
85%
Gasification
58%
Pyrolysis
53%
Energy
36%
Turbine
33%
Environment
28%
Reduction
23%