Comparative assessment of CO₂ capture technologies for carbon-intensive industrial processes

INIS

• carbon 100%
• capture 100%
• assessments 100%
• carbon dioxide 100%
• cost 26%
• steels 21%
• electricity 15%
• cements 15%
• air pollution abatement 15%
• iron 15%
• emission 10%
• petroleum refineries 10%
• petrochemicals 10%
• production 10%
• energy 10%
• economics 10%
• blast furnaces 10%
• comparative evaluations 10%
• grids 10%
• boilers 5%
• smelting 5%
• compression 5%
• levels 5%
• coverings 5%
• capacity 5%
• refining 5%
• reduction 5%
• coal 5%
• prices 5%
• interest rate 5%
• afterburners 5%
• industrial sector 5%
• natural gas 5%
• heaters 5%
• mitigation 5%
• industrial plants 5%
• potentials 5%
• reviews 5%
• performance 5%
• industry 5%
• lifetime 5%
• furnaces 5%
• constraints 5%
• power plants 5%

Engineering

• Carbon Dioxide Capture 100%
• Longer Term 36%
• Reduction 36%
• Ironmaking Process 18%
• Steel Sector 18%
• Electricity Grid 18%
• Oxyfuel 18%
• Energy Engineering 18%
• Industrial Plant 9%
• Power Plant 9%
• Retrofit 9%
• Boiler 9%
• Large Number 9%
• Technical Potential 9%
• Techno-Economic Assessment 9%
• Steel Production 9%
• Petroleum Product 9%
• Key Parameter 9%
• Capacity Factor 9%
• Coal 9%
• Smelting 9%
• Development 9%
• Furnace 9%
• Industrial Sector 9%
• Fair Comparison 9%
• Post-Combustion Capture 9%
• Electricity Production 9%
• Natural Gas 9%