Keyphrases
Alternative Aviation Fuels
25%
Bio-fermentation
50%
Carbon Capture
50%
Carbon Cycle
8%
Carbon Neutrality
50%
Carbon Reduction
8%
Carbon Reduction Potential
16%
Carbon Use Efficiency
14%
Chemical Synthesis
50%
China
100%
Chinese Steel Industry
7%
CO2 Capture
50%
CO2 Capture Technology
16%
CO2 Conversion
8%
CO2 Emissions
9%
CO2 Storage
25%
CO2 Utilization
50%
Decarbonization
15%
Direct Air Capture
8%
Electricity Consumption
7%
Electrocatalytic CO2 Reduction
22%
Energy Systems
8%
Environmental Footprint
14%
Environmental Impact
14%
Environmentally Benign
14%
Ethanol
100%
Ethanol Production
100%
Fossil Fuels
15%
Framework Materials
8%
General Introduction
8%
Grid Decarbonization
7%
Hydrogenation
50%
Impact Value
7%
Industrial Systems
8%
Life Cycle Assessment
50%
Life Cycle Assessment Analysis
7%
Linz
7%
Low Carbon
58%
Metal Framework
8%
Metal-organic Frameworks (MOFs)
8%
Objective Understanding
7%
Scale Usage
8%
Scenario Development
7%
Storage Technologies
58%
Tail Gas
57%
Techno-economic Analysis
50%
Utilization Technology
66%
Engineering
Air Quality
5%
Aviation Fuels
50%
Carbon Capture
50%
Carbon Dioxide Capture
50%
Carbon Dioxide Reduction
10%
Carbon Dioxide Utilization
50%
Carbon Economy
5%
Carbon Fuel
5%
Carbon Market
5%
Chemical Production
5%
Clean Energy
5%
CO2 Capture Utilisation and Storage
30%
CO2 Conversion
10%
CO2 Hydrogenation
5%
Cutting Edge
10%
Economic Benefit
16%
Electricity Consumption
16%
Energy Engineering
10%
Energy Security
5%
Enhanced Coal Bed Methane Recovery
5%
Enhanced Oil Recovery
5%
Environmental Footprint
33%
Environmental Impact
33%
Ethanol Production
50%
Fossil Fuel
25%
Green Electricity
16%
Greenhouse Gas
5%
Hydrogen Production
5%
Hydrogen Transportation
5%
Hydrogenation
50%
Industrial System
10%
Infrastructure
5%
Life Cycle Assessment
50%
Methane Steam Reforming
5%
Provide Energy
5%
Technological Innovation
5%
Water Electrolysis
5%
