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Theoretical and experimental studies on air gap membrane distillation
G. L. Liu
, C. Zhu
, C. S. Cheung
,
C. W. Leung
School of Professional Education and Executive Development (SPEED)
Research output
:
Contribution to journal
›
Article
›
peer-review
120
Citations (Scopus)
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Keyphrases
Vacuum Membrane Distillation
100%
Temperature Difference
28%
Pure Water
28%
Aqueous Solution
28%
Permeate Flux
28%
Membrane Distillation
28%
Distillation Temperature
28%
Load Efficiency
14%
Heat Transfer Model
14%
System Yield
14%
Air Gap
14%
Tap Water
14%
Heating Load
14%
Alkali Solution
14%
Thermal Efficiency
14%
Membrane Separation
14%
Mechanistic Model
14%
Acid Solution
14%
Acid-alkali
14%
Cooling Load
14%
Heat Mass Transfer
14%
PTFE Membrane
14%
Distillation System
14%
Water Extraction
14%
Modeling Prediction
14%
Solution Concentration
14%
Engineering
Air Gap Membrane Distillation
100%
Pure Water
28%
Permeate Flux
28%
Aqueous Solution
28%
Membrane Distillation
28%
Distillation Temperature
28%
Experimental Result
14%
Experimental Investigation
14%
Membranes Separation
14%
Mechanistic Model
14%
Good Match
14%
Thermal Efficiency
14%
Theoretical Investigation
14%
Acid Solution
14%
Solution Concentration
14%
Cooling Load
14%