Techno-economic optimization of coupling a cascaded MED system to a CSP-sCO₂ power plant

INIS

• power 100%
• carbon dioxide 100%
• economics 100%
• coupling 100%
• optimization 100%
• power plants 100%
• distillation 100%
• water 62%
• desalination 37%
• waste heat 37%
• comparative evaluations 25%
• production 25%
• correlations 25%
• resources 25%
• energy recovery 25%
• irradiance 25%
• cogeneration plants 25%
• configuration 12%
• chile 12%
• data 12%
• investment 12%
• energy 12%
• performance 12%
• seas 12%
• usa 12%
• demand 12%
• increasing 12%
• solutions 12%
• distance 12%
• market 12%
• spain 12%
• cost 12%
• pipelines 12%
• houses 12%
• southwest region 12%
• australia 12%
• nonlinear problems 12%
• prices 12%
• fresh water 12%
• penalties 12%
• energy consumption 12%
• jordan 12%
• electricity 12%
• pumping 12%
• fossil fuels 12%
• energy efficiency 12%
• solar power plants 12%
• power generation 12%
• payback period 12%
• thermal efficiency 12%
• rankine cycle 12%
• distillates 12%
• installation sites 12%
• arid lands 12%
• somalia 12%

Engineering

• Concentrated Solar Power 100%
• Multi-Effect Distillation 100%
• Electric Power Plant 100%
• Super-critical co2 100%
• Desalination 25%
• Direct Normal Irradiance 25%
• Power Block 25%
• Cogeneration Plant 25%
• Economic Feasibility 12%
• Numerical Model 12%
• Economic Benefit 12%
• Australia 12%
• Fossil Fuel 12%
• Solar Power Plant 12%
• Solar Resource 12%
• Investment Cost 12%
• Electricity Price 12%
• Payback Period 12%
• Feasibility Study 12%
• Distillate 12%
• Rankine 12%
• Nonlinear Regression Model 12%
• Installation Site 12%
• Power Desalination 12%
• Potential Site 12%
• Negligible Effect 12%
• Electricity Generation 12%
• Thermodynamic Efficiency 12%
• Thermal Energy 12%
• Conservation of Energy 12%
• United States of America 12%

Keyphrases

• Supercritical CO2 (SC-CO2) 100%
• Gulf States 12%
• Distillate Production 12%
• Pumping Power 12%
• Limited Water 12%
• Boost Capability 12%