Engineering & Materials Science
Hydrogenation
98%
Carbon capture
95%
Fermentation
86%
Ethanol
78%
Life cycle
67%
Carbon
66%
Hydrogen
55%
Industry
41%
Decarbonization
27%
Fossil fuels
25%
Environmental impact
18%
Gases
16%
Coal storage
15%
Electricity
14%
Iron and steel industry
11%
Coal bed methane
11%
Energy security
10%
Steam reforming
10%
Enhanced recovery
10%
Electrolysis
10%
Hydrogen production
9%
Air quality
9%
Gas emissions
8%
Greenhouse gases
8%
Coal
7%
Sustainable development
7%
Economics
6%
Energy utilization
6%
Recovery
5%
Business & Economics
Life Cycle Assessment
100%
Fermentation
99%
Ethanol
93%
China
39%
Industry
27%
Decarbonization
27%
Gas
23%
Environmental Impact
18%
Green Power
14%
Scenario Development
13%
Corn
11%
Electricity Consumption
11%
Steel Industry
10%
Reuse
10%
Grid
10%
Co2
10%
Carbon
10%
Economic Benefits
8%
Value Added
8%
Electricity
8%
Competitors
7%
Earth & Environmental Sciences
ethanol
73%
fermentation
71%
life cycle
63%
carbon
49%
industry
47%
environmental footprint
26%
atmosphere
18%
carbon cycle
15%
environmental impact
15%
positioning
14%
fossil fuel
14%
steel industry
12%
electricity consumption
12%
waste gas
12%
gas
9%
metal
9%
new technology
9%
maize
8%
electricity
8%
air
8%
energy
7%
coal
6%
material
6%
economics
5%