Insight into emerging applications of forward osmosis systems

다국어 초록 (Multilingual Abstract)

The advent of Forward Osmosis (FO) has ushered in a new revolution in thefield of membranetechnology. Besides the oft-studied application of water purification, FO has opened up new frontiers ofresearch in diversefields. All of them are potentially sustainable technology solutions characterized by ahigh degree of process intensification. It is interesting to imagine different avenues where the potentcombination of membrane technology and osmotic gradient can be used. This brief review evaluates foursuch emerging applications of FO; viz: Membrane Crystallization, Osmotic Pumps, Energy Production,and Membrane Evaporation which will be considered as the most important in the near future. All fouraforesaid applications were critically reviewed with respect to the principle of operation, process designfundamentals, cost distribution, tangible benefits over conventional alternatives and commercialventures around the world. Comparative assessments of transportflux, yield, configuration, andmembrane module was carried out. Several issues relating to performance, hydrodynamics and scale updesigns were analyzed with special emphasis on concentration polarization,flux decline, nature of themembrane.

참고문헌 (Reference)

1 A. M. Kaushal, 38-, 2003

2 G. Santus, 35 : 1-, 1995

3 L. Lucchi, 13 : 417-, 2008

4 D. Stamatialis, 308 : 1-, 2008

5 C. K. Sahoo, 8 : 1340-, 2015

6 T. Gosh, 1 : 38-, 2011

7 F. Dasankoppa, 4 : 2-, 2013

8 M. Palangio, 23 : 355-, 2002

9 D. Stamatialis, 308 : 1-, 2008

10 J. Siepmann, 127-, 2011

11 R. Keraliya, 2012 : 1-, 2012

12 V. Malaterre, 73 : 311-, 2009

13 B. Gupta, 13 : 571-, 2010

14 R. Verma, 21 : 477-, 2004

15 V. Malaterre, 73 : 311-, 2009

16 H. K. Bardaweel, 19 : 2017-, 2013

17 C. Alvarez-Lorenzo, 50 : 7743-, 2014

18 R. K. Verma, 25 : 1-, 2001

19 J. Malaterre, 376 : 56-, 2009

20 H. Boyapally, 16 : 67-, 2009

21 Y. Gan, 28 : 1015-, 2002

22 S. Herrlich, 64 : 1617-, 2012

23 P. Kumar, 1 : 236-, 2007

24 M. J. Rathbone, 17-, 2000

25 A. Thombre, 94 : 75-, 2004

26 F. Gabino, 55 : 191-, 2007

27 K. Thu, 54 : 43-, 2011

28 R. Jebson, 81 : 293-, 2003

29 W. Kunz, 121 : 25-, 1996

30 R. B. Bird, 28 : 317-, 1961

31 V. Alves, 74 : 125-, 2006

32 S. Kartohardjono, 10 : 25-, 2017

33 N. C. Mat, 4 : 18-, 2014

34 R. Tesser, 44 : 9451-, 2005

35 M. Stanojevi, 31 : 91-, 2003

36 J. Sheng, 3 : 429-, 1993

37 W. Kujawski, 11 : 2009

38 E. M. Garcia-Castello, 338 : 61-, 2009

39 V. Alves, 289 : 249-, 2007

40 K. W. Hameed, 14 : 72-, 2013

41 Hongvaleerat, 88 : 548-, 2008

42 A. C. A. L. Souza, 119 : 7-, 2013

43 A. Al-Farayedhi, 40 : 1405-, 1999

44 C. Isetti, 25 : 185-, 1997

45 P. Scovazzo, 149 : 69-, 1998

46 K. Zaw, 59 : 370-, 2013

47 H. T. El-Dessouky, 78 (78): 999-, 2018

48 D. Wang, 204 : 247-, 2002

49 H. Chae Park, 156 : 169-, 1999

50 H. Matsuyama, 74 : 159-, 1999

51 L. A. Bromley, 20 : 326-, 1974

52 S. Loeb, 120 : 247-, 1998

53 A. Emdadi, 86 : 154-, 2016

54 J. Prante, 120 : 104-, 2014

55 J. Kim, 8 : 11821-, 2015

56 A. Achilli, 343 : 42-, 2009

57 K. L. Lee, 8 : 141-, 1981

58 D. I. Kim, 483 : 34-, 2015

59 S. Zhang, 241 : 457-, 2014

60 H. M. Ali, 2016 : 1-, 2016

61 H. Gadallah, 126-, 2014

62 P. Das, 90 : 395-, 2018

63 W. Ye, 15 : 695-, 2015

64 S. Meng, 463 : 102-, 2014

65 E. Curcio, 40 : 2679-, 2001

66 R. Gullapalli, 19 : 239-, 2012

67 S. Verheye, 2 : 205-, 2009

68 A. Barbe, 145 : 67-, 1998

69 F. Vaillant, 10-, 2001

70 N. Kishizawa, 368 : 81-, 2015

71 M. Kurihara, 2011

72 J. R. McCutcheon, 284 : 237-, 2006

73 C. Suh, 427 : 365-, 2013

74 L. Song, 91 : 3389-, 1995

75 H.K. Shon, 85-, 2015

76 T. Alejo, 309 : 738-, 2017

77 S. Park, 44 : 1928-, 2012

78 M. Li, 61 : 1233-, 2015

79 R. Wang, 355 : 158-, 2010

80 N. Akther, 281 : 502-, 2015

81 P. Nasr, 17 : 2079-, 2015

82 M. Qasim, 374 : 47-, 2015

83 X. Song, 23 : 3256-, 2011

84 K. Lutchmiah, 70 : 1677-, 2014

85 Q. Ge, 46 : 1318-, 2012

86 K. Lutchmiah, 460 : 82-, 2014

87 Q. Ge, 49 : 8471-, 2013

88 K. Wang, 66 : 2421-, 2011

89 S. Im, 57 : 24583-, 2016

90 B. Mi, 320 : 292-, 2008

91 M. Ling, 49 : 5869-, 2010

92 L. De Bartolo, 27 : 4794-, 2006

93 L. De Bartolo, 26 : 4432-, 2005

94 L. De Bartolo, 26 : 6625-, 2005

95 G. Di Profio, 49 : 11878-, 2010

96 F. Macedonio, 9 : 49-, 2009

97 R. Lakerveld, 2013

98 G. D. Profio, 7 : 526-, 2007

99 E. Curcio, 257 : 134-, 2005

100 J. Drenth, 107 : 4203-, 2003

101 X. Zhang, 219 : 101-117, 2008

102 S. Ferguson, 14 : 617-, 2014

103 W. Li, 106 : 315-, 2016

104 B. Pramanik, 15 : 411-, 2016

105 W. Li, 85 : 57-, 2014

106 C. Quist-Jensen, 57 : 7593-, 2015

107 F. Theeuwes, 4 : 343-, 1976

108 A. P. Pujara, 4 : 0976-, 2012

109 D. Singla, 2 : 2231-, 2012

110 "www.wikipaedia.org"

111 "http://www.osmosisenergy.uk/"

112 "http://www.forwardosmosistech.com/statkraft-discontinues-investments-in-pressure-retarded-osmosis/"

113 "http://www.alzet.com/products/ALZET_Pumps/specifications.html]"

114 Yaopeng Zhang, "Vacuum membrane distillation on a microfluidic chip" Royal Society of Chemistry (RSC) (19) : 2750-, 2009

115 김성민, "Study of flux decline and solute diffusion on an osmotically driven membrane process potentially applied to municipal wastewater reclamation" 한국공업화학회 33 : 255-261, 2016

116 "Statkraft halts osmotic power investments 20"

117 Yao Zeng, "Significantly enhanced water flux in forward osmosis desalination with polymer-graphene composite hydrogels as a draw agent" Royal Society of Chemistry (RSC) 3 (3): 887-894, 2013

118 J. Garside, "Rugby"

119 Yang Yang, "Porous membranes in pressure-assisted forward osmosis: Flux behavior and potential applications" 한국공업화학회 60 : 160-168, 2018

120 R. K. Verma, "Osmotically Controlled Oral Drug Delivery*" Informa UK Limited 26 (26): 695-708, 2000

121 Simon Herrlich, "Osmotic micropumps for drug delivery" Elsevier BV 64 (64): 1617-1627, 2012

122 Corrado Tamburino, "Novel drug-eluting stents in the treatment of de novo coronary lesions" Informa UK Limited 103-, 2011

123 Jeng Yih Law, "Multiple-solute salts as draw solution for osmotic concentration of succinate feed by forward osmosis" 한국공업화학회 51 : 264-270, 2017

124 E. Drioli, "Membrane – assisted crystallization technology" Imperial College Press 2015

125 E. Drioli, "Membrane contactors fundamentals, applications and potentialities" Elsevier 2006

126 Naveen Nagaraj, "Mass transfer in osmotic membrane distillation" Elsevier BV 268 (268): 48-56, 2006

127 Enrico Drioli, "Integrated system for recovery of CaCO3, NaCl and MgSO4·7H2O from nanofiltration retentate" Elsevier BV 239 (239): 27-38, 2004

128 Karen L. Wang, "Hollow fiber air drying" Elsevier BV 72 (72): 231-244, 1992

129 D.M. Considine, "Handbook of Energy Technology" McGraw-Hill 1977

130 Hamzeh Hoseinpour, "Feasibility study of a novel copolyamide thin film composite membrane assisted by melamine in terms of acid and thermal stability" 한국공업화학회 46 : 244-257, 2017

131 R.S. Jebson, "Evaporation and spray drying in the New Zealand dairy industry:Workshop" Massey University 1989

132 V.H.E. Michael, "Encyclopedia of Membrane Science and Technology" Wiley 2013

133 Felix Theeuwes, "Elementary Osmotic Pump" Elsevier BV 64 (64): 1987-1991, 1975

134 F Vaillant, "Concentration of passion fruit juice on an industrial pilot scale using osmotic evaporation" Elsevier BV 47 (47): 195-202, 2001

135 Qun Wang, "Combined water flux enhancement of PES-based TFC membranes in ultrasonic-assisted forward osmosis processes" 한국공업화학회 64 : 266-275, 2018

136 Daniel G. Anderson, "Biomaterial microarrays: rapid, microscale screening of polymer–cell interaction" Elsevier BV 26 (26): 4892-4897, 2005

137 M. Mulder, "Basic Principles of Membrane Technology" Kluwer Acad Publ. 2010

138 Gianluca Di Profio, "Antisolvent membrane crystallization of pharmaceutical compounds" Elsevier BV 98 (98): 4902-4913, 2009

139 N.K. Jain, "Advances in Controlled and Novel Drug Delivery" CBS Publishers 18-, 2002