Feasibility assessment of refinery waste heat-to-power conversion using an organic Rankine cycle

INIS

• mixtures 100%
• assessments 100%
• conversion 100%
• power 100%
• butane 100%
• waste heat 100%
• rankine cycle 100%
• kerosene 100%
• pentane 80%
• isobutane 60%
• cost 40%
• efficiency 40%
• economics 40%
• fluids 40%
• evaporators 40%
• refrigerants 40%
• control 20%
• design 20%
• liquids 20%
• installation 20%
• yields 20%
• performance 20%
• engineering 20%
• carbon 20%
• construction 20%
• constraints 20%
• cooling 20%
• electricity 20%
• output 20%
• fabrication 20%
• streams 20%
• evaporation 20%
• industrial wastes 20%
• payback period 20%
• capital costs 20%
• resource potential 20%
• distillation 20%
• heat extraction 20%
• vacuum distillation 20%

Engineering

• Organic Rankine Cycle 100%
• Power Conversion 100%
• Isobutane 75%
• Evaporator 50%
• Power Converter 25%
• Process Condition 25%
• Engineering Component 25%
• Payback Period 25%
• Design Constraint 25%
• Economic Feasibility 25%
• Technical Feasibility 25%
• Free Carbon 25%
• Capital Cost 25%
• Plant Cost 25%
• Net Power Output 25%
• Pinch Point 25%
• Internal Rate of Return 25%
• Industrial Waste Heat 25%
• Heat Extraction 25%
• Pure Fluid 25%
• Distillation Temperature 25%
• Detailed Engineering 25%
• Condensation 25%