Hybrid desalination technologies for sustainable water-energy nexus: Innovation in integrated membrane module development

Engineering

• Hybrid 100%
• Produced Water 47%
• Water 47%
• Desalination Technology 31%
• Water Treatment 31%
• Forwarder 26%
• Membrane 21%
• Artificial Intelligence 15%
• Research 15%
• Production 15%
• Complexity 15%
• Sustainable Development 10%
• Membrane Module 10%
• Algorithm 10%
• Renewable Energy 10%
• Process Design 10%
• Design Optimization 10%
• Economic Sustainability 10%
• Experiments 10%
• Energy Efficiency 5%
• Petroleum Industry 5%
• Feed Solution 5%
• Draw Solution 5%
• Hot Stream 5%
• Cold Stream 5%
• Saline Water 5%
• Experimental Result 5%
• Available Energy 5%
• Gas Production 5%
• Desalination Plant 5%
• Pressure Difference 5%
• Water Resources 5%
• Thermal Energy 5%
• Theoretical Study 5%
• Byproduct 5%
• Desalination 5%
• Water-Energy Nexus 5%
• Artificial Neural Network 5%
• Conventional Oil 5%
• Potential Energy 5%
• Production Facility 5%
• Individual Technology 5%
• Compound Annual Growth Rate 5%
• Hydrophilic Polymeric Membrane 5%
• Additional Water 5%
• Flash System 5%
• Performance 5%
• Development 5%
• Demonstrates 5%
• Applications 5%
• Integration 5%
• Economics 5%
• Energy Engineering 5%
• Evaluation 5%
• Recovery 5%
• Scaling 5%
• High Water 5%
• Innovation 5%
• High Recovery 5%
• Saline Solution 5%

Chemical Engineering

• Water 47%
• Desalination 31%
• Distillation 26%
• Artificial Intelligence 15%
• Water Quality 15%
• Osmosis 5%
• Membrane Fouling 5%
• Neural Network 5%
• Learning System 5%
• Saline Water 5%