Energy integration in solid oxide fuel cell systems under different steam reformer conditions: A design and control approach

Engineering

• Carbon Ratio 100%
• Closed Loop 33%
• Conventional Energy 33%
• Design Parameter 33%
• Dynamic Instability 33%
• Effluent Stream 66%
• Endothermic Process 33%
• Energy Engineering 66%
• Energy Integration 100%
• Energy Systems 33%
• High Operating Temperature 33%
• Linear Controller 33%
• Loop Dynamic 33%
• Modeling Error 33%
• Natural Gas Steam Reforming 33%
• Nonlinearity 33%
• Open Loop 100%
• Operating Temperature 33%
• Solid Oxide Fuel Cell Systems 100%
• Solid Oxide Fuel Cells 100%
• Steam Biomass Gasification 33%
• Steam Reforming 33%
• Steam-Coal Gasification 33%
• System Efficiency 33%
• Temperature Fuel Cell 33%

Chemical Engineering

• Energy Integration 100%
• Gasification 33%