A techno-economic assessment of the reutilisation of municipal solid waste incineration ash for CO₂ capture from incineration flue gases by calcium looping

Keyphrases

• Biogenic Fuel 20%
• Biomass Charcoal 60%
• Calciner 20%
• Calcium Looping 100%
• Carbon Abatement Cost 20%
• Carbon Pricing 20%
• CO2 Avoided 20%
• CO2 Compression 20%
• CO2 Purification 20%
• Coal Gas 20%
• Credit Trading 20%
• Cryogenic Air Separation 20%
• Decarbonization Pathways 20%
• Fuel Gas 20%
• Global Decarbonization 20%
• Heat Recovery Steam Cycle 20%
• Incineration Flue Gas 100%
• Levelised Cost 20%
• Levelized Cost of Energy 20%
• Municipal Solid Waste Incineration 20%
• Post-combustion CO2 Capture 20%
• Primary Energy Consumption 20%
• Purge Ratio 20%
• Solid Recovered Fuel 60%
• Supplemental Fuel 20%
• Techno-economic Assessment 100%
• Waste-to-energy Plant 40%

Engineering

• Calcium Looping Process 33%
• Generated Electricity 33%
• Heat Integration 33%
• Heat Recovery 33%
• Levelised Cost of Electricity 33%
• Natural Gas 66%
• Primary Energy Consumption 33%
• Subprocess 33%
• Techno-Economic Assessment 100%
• Waste-to-Energy Plant 66%

Chemical Engineering

• Heat Integration 20%