CH4 and CO2 utilisation by unsteady-state operation

INIS

• operation 100%
• methane 100%
• carbon dioxide 100%
• conversion 60%
• catalysis 60%
• production 30%
• thermodynamics 30%
• hydrocarbons 30%
• energy 20%
• fuels 20%
• values 20%
• oils 20%
• combustion 20%
• capture 20%
• molecules 20%
• synthesis 20%
• stability 20%
• catalysts 20%
• steady-state conditions 20%
• constraints 20%
• control 10%
• emission 10%
• chemistry 10%
• carbon footprint 10%
• chemical reactions 10%
• chemical feedstocks 10%
• air 10%
• fossils 10%
• heat 10%
• applications 10%
• commodities 10%
• efficiency 10%
• biomass 10%
• biogas 10%
• flue gas 10%
• sorption 10%
• interactions 10%
• steam 10%
• carboxylic acids 10%
• natural gas 10%
• comparative evaluations 10%
• purity 10%
• exploitation 10%
• shale gas 10%
• food industry 10%
• carbon cycle 10%
• cost 10%
• performance 10%
• urea 10%
• chemical industry 10%
• solutions 10%
• deactivation 10%

Engineering

• State Operation 100%
• CH4 100%
• Carbon Dioxide Capture 25%
• Syngas 25%
• Low Conversion 12%
• Steam Reforming 12%
• Product Formation 12%
• High Purity 12%
• Reactant 12%
• CO2 Conversion 12%
• Limitations 12%
• Transients 12%
• Mechanisms 12%
• Flue Gas 12%
• Deep Understanding 12%
• Conversion Efficiency 12%
• Desired Product 12%
• Chemical Looping 12%
• Shale Gas 12%
• Energy Production 12%
• Combines 12%
• State Condition 12%
• Low Potential 12%
• Renewables 12%
• Natural Gas 12%
• Chemical Production 12%
• Thermodynamic Stability 12%
• Energy Engineering 12%

Chemical Engineering

• Hydrocarbon 100%
• Carbon Dioxide Utilization 100%
• Combustion 66%
• Carbon 66%
• Biogas 33%
• Urea 33%
• Sorption 33%
• Acid 33%
• Catalyst Deactivation 33%
• Temperature 33%