Modeling of power generation from the mixing of simulated saline and freshwater with a reverse electrodialysis system: The effect of monovalent and multivalent ions

Keyphrases

• Freshwater 100%
• Power Generation 100%
• Monovalent Ions 100%
• Multivalent Ions 100%
• Reverse Electrodialysis 100%
• Saline Water 50%
• Power Density 50%
• Sodium Chloride 33%
• Distance Ratio 33%
• Flow Rate Ratio 33%
• Seawater 16%
• Feed Solution 16%
• Membrane Area 16%
• Ion Source 16%
• System Work 16%
• Low Power Density 16%
• High-speed Flow 16%
• Water Flow 16%
• Magnesium Chloride 16%
• Salinity Gradient 16%
• High Power Density 16%
• Anions 16%
• Single Ion 16%
• Chloride-sulfate 16%
• Freshwater Flow 16%
• Monovalent Salts 16%
• Salt Ions 16%
• Anion Exchange Membrane 16%
• Control Mix 16%
• Sodium Sulfate 16%
• Magnesium Sulfate 16%
• Salinity Conditions 16%
• Selective Ion Exchange 16%
• Water Compartments 16%
• Multivalent Salt 16%
• Natural Water Environment 16%
• River Water 16%

Engineering

• Power Generation 100%
• Reverse Electrodialysis 100%
• Power Density 83%
• Flow Rate 33%
• Sodium Sulfate 33%
• Internals 16%
• Ion Source 16%
• Feed Solution 16%
• Natural Water 16%
• Inflow Rate 16%
• Magnesium Sulfate 16%
• Ion-Selective Exchange Membrane 16%
• Salinity Gradient 16%
• River Water 16%
• Anions and Cation 16%
• Membrane Area 16%

Chemical Engineering

• Electrodialysis 100%
• Sodium Sulfate 33%
• Sodium Chloride 33%
• Ion Exchange 16%