Exergetic, economic and exergo-environmental analysis of bottoming power cycles operating with CO₂-based binary mixture

Keyphrases

• Toluene 100%
• Power Cycle 100%
• Techno-economic-environmental Analysis 100%
• Exergetic 100%
• Exergoenvironmental Analysis 100%
• CO2-Based Binary Mixtures 100%
• Exergy Efficiency 60%
• Regenerative Cycle 60%
• Partial Heating 60%
• Heating Cycle 60%
• Levelized Cost of Energy 40%
• Binary Mixture 40%
• Working Fluid 40%
• Pressure Ratio 40%
• Selection Criteria 20%
• Cycle Configuration 20%
• Environmental Impact 20%
• Economic Value 20%
• Comparative Analysis 20%
• CO2 Emissions 20%
• Minimum Temperature 20%
• Mole Fraction 20%
• Sustainability Indicators 20%
• 2-cycles 20%
• Thermodynamic Analysis 20%
• Environmental Impact Indicators 20%
• CO2-based Mixture 20%
• Mixed Working Fluid 20%
• Additive Compounds 20%
• Maximum Power Output 20%
• High-cycle 20%
• CO2 Power Cycle 20%
• Power Output Efficiency 20%
• Brayton 20%
• Plant Sustainability 20%
• Value Cycle 20%

Engineering

• Power Cycle 100%
• Binary Mixture 100%
• Exergy Efficiency 60%
• Regenerative Cycle 60%
• Heating Cycle 60%
• Environmental Impact 40%
• Levelized Cost of Electricity 40%
• Pressure Ratio 40%
• Comparative Analysis 20%
• Selection Criterion 20%
• Mole Fraction 20%
• Sustainability Index 20%
• Maximum Power Output 20%
• Impact Index 20%
• Phase Composition 20%