Emerging investigators series: Prospects and challenges for high-pressure reverse osmosis in minimizing concentrated waste streams

Keyphrases

• Waste Streams 100%
• Reverse Osmosis 100%
• High-pressure Reverse Osmosis 100%
• Total Dissolved Solids 80%
• Seawater 60%
• Zero Liquid Discharge 60%
• Discharge Process 40%
• Thermal Process 40%
• Reverse Osmosis Process 40%
• High Pressure 20%
• Biofouling 20%
• Elevated Pressure 20%
• Order of Magnitude 20%
• Low Power Consumption 20%
• Applied Pressure 20%
• Common Processes 20%
• Saline Water 20%
• Pure Water 20%
• Multi-effect Distillation 20%
• CO2 Sequestration 20%
• High Salinity 20%
• Mechanical Stability 20%
• Produced Water 20%
• Flowback Water 20%
• High Salinity Brine 20%
• Thermodynamic Efficiency 20%
• Formation Water 20%
• Low Energy Cost 20%
• Shale Gas Development 20%
• High Water Recovery 20%
• Brine Water 20%
• Multi-stage Flash 20%
• Flue Gas Desulfurization Wastewater 20%
• Seawater Reverse Osmosis Brine 20%
• Brine Wastewater 20%
• Unconventional Shale Gas 20%
• Ion Precipitation 20%
• Waste Brine 20%
• Popular 20%

Engineering

• Reverse Osmosis 100%
• Total Dissolved Solid 44%
• Zero Liquid Discharge 33%
• Thermal Process 22%
• Pretreatment 11%
• Limitations 11%
• Applied Pressure 11%
• Pure Water 11%
• Elevated Pressure 11%
• Shale Gas 11%
• Produced Water 11%
• Multi-Effect Distillation 11%
• Flue-Gas Desulphurization 11%
• Multi-Stage Flash 11%
• Biofouling 11%
• Mechanical Stability 11%
• CO2 Sequestration 11%
• Formation Water 11%
• Thermodynamic Efficiency 11%

Chemical Engineering

• Reverse Osmosis 100%
• Zero Liquid Discharge 33%
• Carbon Dioxide 11%
• Biofouling 11%
• Flue Gas Desulfurisation 11%