Thermodynamic performance assessment of different fluids in a typical organic Rankine cycle for usage in municipal solid waste power plant

Keyphrases

• Organic Rankine Cycle 100%
• Performance Assessment 100%
• Municipal Solid Waste 100%
• Organic Fluids 100%
• Thermodynamic Performance 100%
• Waste Power Plant 100%
• Exergetic Efficiency 66%
• N-hexane 50%
• Outlet Temperature 33%
• Heat Source 33%
• Net Power Output 33%
• Chimney 16%
• Energy Analysis 16%
• Energy Loss 16%
• Thermodynamic Analysis 16%
• R245fa 16%
• Energy Recovery 16%
• Aspen Plus 16%
• Air Pollution 16%
• Software Program 16%
• Pinch Point Temperature Difference 16%
• Maximum Net Power 16%
• Isobutane 16%
• Exergy Analysis 16%
• R141b 16%
• Exhaust Gas 16%
• EES Software 16%
• Waste-to-energy 16%
• Pentane 16%
• Optimal Operation Condition 16%

Engineering

• Organic Rankine Cycle 100%
• Organic Fluid 100%
• Municipal Solid Waste 100%
• Electric Power Plant 100%
• Outlet Temperature 33%
• Exergetic Efficiency 33%
• Net Power Output 33%
• Energetics 33%
• Actuator 33%
• Energy Dissipation 16%
• Pinch Point Temperature Difference 16%
• Exergy Analysis 16%
• Isobutane 16%
• Air Pollution 16%
• Exhaust Gas 16%

Chemical Engineering

• Rankine Cycle 100%
• Hexane 75%
• Exergy 25%