Redox degrees of iron-based oxygen carriers in cyclic chemical looping combustion using thermodynamic analysis

Engineering & Materials Science

• Oxidation-Reduction 100%
• Iron 68%
• Thermodynamics 65%
• Hematite 36%
• Methane 35%
• Iron oxides 33%
• Molar ratio 30%
• Air 27%
• Oxidation 22%
• Redox reactions 19%
• Exothermic reactions 17%
• Carbon capture 15%
• Enthalpy 13%
• Carbon dioxide 11%
• Carbon 9%
• Gases 7%

Earth & Environmental Sciences

• thermodynamics 58%
• combustion 58%
• iron 50%
• oxygen 49%
• chemical 37%
• reactor 35%
• methane 29%
• air 27%
• hematite 25%
• iron oxide 24%
• analysis 20%
• oxidation 16%
• carbon 14%
• enthalpy 12%
• carbon dioxide 10%
• gas 6%
• energy 6%

Chemical Compounds

• Dioxygen 37%
• Iron Oxide 23%
• Fuel 20%
• Methane 20%
• Reduction 17%
• Reaction Yield 15%
• Exothermic Reaction 15%
• Carbon Atom 11%
• Redox Reactions 11%
• Oxidation Reaction 11%
• Enthalpy 10%
• Carbon Dioxide 9%
• Gas 6%
• Energy 6%