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Membrane considerations and plant design for pre-combustion CO
2
capture
Giuseppe Bagnato
, Aimaro Sanna
SCEDT Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
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Chapter
2
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Citations (Scopus)
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2
capture'. Together they form a unique fingerprint.
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Engineering
Carbon Dioxide Capture
100%
Carbon Capture
100%
Flue Gas
100%
Energetics
50%
Gasification
50%
Environmental Temperature
50%
Carbon Fuel
50%
Fuel Utilization
50%
Carbon Capture and Storage Technology
50%
Emission Source
50%
Underground Reservoirs
50%
Climatic Change
50%
Renewable Energy
50%
Technological Development
50%
Electric Power Plant
50%
Ambient Temperature
50%
Water Gas Shift Reaction
50%
Keyphrases
Carbon Capture
100%
Plant Design
100%
Post-combustion CO2 Capture
100%
Pre-combustion
50%
Technology Development
25%
Renewable Energy
25%
CO2 Capture
25%
CO2 Separation
25%
Energy Demand
25%
Storage Technologies
25%
CO2 Emission Reduction
25%
Energy Capture
25%
CO2 Reduction Reaction (CO2RR)
25%
Fuel Consumption
25%
Environmental Temperature
25%
CO2 Emissions
25%
Climatic Change
25%
Renewable Carbon
25%
Exergetic Efficiency
25%
Flue Gas
25%
Carbon Fuel
25%
Water-gas Shift Reaction
25%
Technology Focus
25%
Fuel Combustion
25%
Gasification
25%
Emission Sources
25%
Coal Power Plant
25%
Underground Reservoir
25%
Industrial Flue Gas
25%
Chemical Engineering
Carbon Dioxide
100%
Carbon Dioxide Capture
100%
Water-Gas Shift
16%
Gasification
16%