An exergoeconomic and normalized sensitivity based comprehensive investigation of a hybrid power-and-water desalination system

Engineering

• Calorific Value 50%
• Cogeneration 100%
• Combined Cycle Gas Turbine Power Plant 50%
• Cost Index 50%
• Desalination System 100%
• Electricity Cost 50%
• Exergy Destruction 50%
• Exergy Efficiency 50%
• Fuel Cost 50%
• Fuel Heating 50%
• Gas Turbine 50%
• Hybrid Power 100%
• Multi-Effect Distillation 50%
• Normalized Sensitivity Coefficient 50%
• Payback Period 50%
• Performance Indicator 50%
• Pressure Steam 50%
• Product Cost 50%
• Specific Fuel Consumption 50%
• Steam Turbines 100%
• Thermal Efficiency 50%
• Turbine Efficiency 100%

Keyphrases

• Bleed out 33%
• Cost Index 33%
• Energy-exergy 33%
• Exergoeconomic 100%
• Exergy Evaluation 33%
• Fuel Heating 33%
• Index Factor 33%
• Low-pressure Steam Turbine 33%
• Process Synergy 33%
• Turbine Efficiency 33%

Chemical Engineering

• Exergy 100%