Engineering
Air Gap Membrane Distillation
22%
Average Power
5%
Carbon Capture
7%
Chemical Cleaning
14%
Chiller
8%
Circularity
14%
Cleaning Procedure
10%
Concentrate Stream
9%
Concentrated Solar Power
14%
Conductivity Measurement
5%
Cooling System
8%
Desalination
25%
Distillate
25%
Driven Membrane Process
6%
Electrical Energy
7%
Energy Engineering
36%
Energy Production
16%
Feed Stream
14%
Flow Rate
13%
Fouling
10%
Heat Recovery
6%
Membrane Distillation
57%
Membrane Rejection
10%
Nonvolatile Solute
7%
Performance Indicator
14%
Photovoltaic System
14%
Porosity
5%
Power Density
6%
Pressure Retarded Osmosis
14%
Recyclability
7%
Resource Recovery
5%
Reverse Osmosis
5%
Salt Flux
11%
Techno-Economic Assessment
20%
Thermal Conductivity
14%
Thermal Efficiency
14%
Thermal Energy
17%
Water Resources
5%
Water Usage
8%
Chemical Engineering
Activated Carbon
5%
Chemical Potential
14%
Deionized Water
14%
Fluidized Bed
20%
Fluorine Containing Polymer
7%
Fouling
15%
Ion Exchange
11%
Membrane Fouling
11%
Microencapsulation
7%
Polyamide
14%
Potable Water
29%
Potable Water Reuse
14%
Propionic Acid
14%
Rankine Cycle
14%
Reverse Osmosis
100%
Thermal Conductivity
14%
Ultrafiltration
6%
Keyphrases
Air-cooled chiller
7%
Bacteriophage
14%
Carbon Solubility
14%
CO2 Sorption
7%
Coronavirus
14%
Deep Injection
7%
Drilling Waste
7%
Dual Barrier
14%
Electrochemical Production
14%
Encapsulated Ionic Liquids
14%
Energy Trade-off
14%
Fouling Characterization
14%
Fracturing Wastewater
14%
HCoV-229E
8%
Hypersaline Brine
8%
Hypersaline Solutions
14%
Membrane Distillation
14%
Membrane Rejection
5%
Mineral Production
5%
Osmotic Heat Engine
14%
PhiX174
8%
Power Usage Effectiveness
14%
Reverse Osmosis
5%
Specific Thermal Energy Consumption
9%
Stream Salinity
14%
Treated Wastewater Effluent
5%
Virus
8%