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. 2021 Apr 1;11(4):255. doi: 10.3390/membranes11040255

Table 7.

Comparison of the transport properties of the SA-based and commercial PERVAPTM 1201 membranes in the pervaporation dehydration of isopropanol.

Membranes Membrane Type Water Content in Feed, wt.% Temperature,
°C
Permeation Flux,
kg/(m2 h)
Separation Factor,
(β)
Reference
SA-5HF/PANCaCl2-5LblPSS/SA supported 12 22 0.681 73,326 This study
SA-chitosan wrapped MWCNT (2%) dense 10 30 0.218 6419 [71]
SA-phosphomolybdic acid (10%) dense 10 30 0.282 9028 [72]
SA-phosphotungstic acid modified by ammonium carbonate (10%) dense 10 30 0.316 8991 [73]
SA-gelatin (10%) dense 10 30 0.085 4277 [74]
SA-fullerenol (5%) CaCl2 dense 12 22 0.240 73,326 [47]
SA-fullerenol (5%)/PANCaCl2 supported 12 22 0.641 73,326
PERVAPTM 1201 supported 12 22 0.028 73,326
HEC */SA-fullerenol (5%)/PANCaCl2 supported 12 22 0.420 73,326 [70]
SA-5HF/PANCaCl2-5LblPSS/SA supported 30 22 1.090 23,331 This study
SA-poly(acrylamide) grafted guar gum (75/25) dense 30 30 0.164 153 [75]
SA-polystyrene sulfonic acid-co-maleic acid dense 30 30 ~0.223 ~1800 [76]
SA-aluminum with mesoporous silica (20%) dense 30 30 0.256 [77]
SA-heteropolyacids (10%) dense 30 30 ~0.263 ~1260 [78]
SA-karayagum (15%) dense 30 30 0.486 1613 [79]
SA-fullerenol (5%) CaCl2 dense 30 22 0.504 11,763 [47]
SA-fullerenol (5%)/PANCaCl2 supported 30 22 1.202 2331
HEC */SA-fullerenol (5%)/PANCaCl2 supported 30 22 1.212 50 [70]
SA-NGQD * (100 ppm)/PES * CaCl2 supported 30 25 1.822 788 [80]
SA-OGQD * (100 ppm)/PES * CaCl2 supported 30 25 1.663 2331
SA-reduced graphene oxide (3%)/PES * CaCl2 supported 30 25 ~1.750 ~23,000 [81]
SA-graphene quantum dots+reduced graphene oxide (3%)/PES * CaCl2 supported 30 25 ~1.400 ~23,000

* HEC: hydroxyethyl cellulose; PES: polyethersulfone substrate; NGQD: nitrogen-doped graphene quantum dots; OGQD: oxygen-passivated graphene quantum dots.