Membrane Gas Separation

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Membrane Gas Separation
(20) P. Bernardo , C. Algieri , G. Barbieri , E. Drioli , Hydrogen purifi cation from carbon monoxide 
by means of selective oxidation using zeolite catalytic membranes , Sep. Purif. Technol. , 62 , 
629 – 635 ( 2008 ).
(21) P. Bernardo , C. Algieri , G. Barbieri , E. Drioli , Catalytic (Pt – Y) membranes for the purifi cation 
of H 
2
– rich streams , Catalysis Today , 118 , 90 – 97 ( 2006 ).
(22) Y. Morigami , M. Kondo , J. Abe , H. Kita , K. Okamoto , The fi rst large - scale pervaporation 
plant using tubular - type module with zeolite NaA membrane . Sep. Purif. Technol. , 25 , 251 –
258 ( 2001 ).
(23) E. E. McLeary , J. C. Jansen , F. Kapteijn , Zeolite based fi lms, membranes and membrane 
reactors: Progress and prospects . Micropor. Mesopor. Mater. , 90 , 198 – 210 ( 2006 ).
(24) P. S. Tin , Y. C. Xiao , T. S. Chung , Polyimide - carbonized membranes for gas separation: 
structural, composition and morphological control of precursors . Sep. Purif. Rev. , 35 , 285 – 292
( 2006 ).
(25) S. M. Saufi , A. F. Ismail , Fabrication of carbon membranes for gas separation – a review , 
Carbon , 42 , 241 – 253 ( 2004 ).
(26) C. Liang , G. Sha , S. Guo , Carbon membrane for gas separation derived from coal tar pitch . 
Carbon , 37 , 1391 – 1396 ( 1999 ).
(27) J. E. Koresh , A. Soffer , The carbon molecular - sieve membranes – General properties and the 
permeability of CH 
4
/H 
2
mixture . Sep. Sci. Technol. , 22 , 973 – 978 ( 1987 ).
(28) Y. S. Lin , Microporous and dense inorganic membranes: current status and prospective . Sep. 
Purif. Technol. , 25 , 39 – 54 ( 2001 ).
(29) J. Marriott , E. S 
ǿ
rensen , A general approach to modelling membrane modules , Chem. Eng. 
Sci. , 58 , 4975 – 4990 ( 2003 ).
(30) R. Baker , Membrane Gas - Separation: Applications . In membrane operations , E. Drioli , L.
Giorno (Eds.), 2009 , Wiley - VCH .
(31) L. M. Robeson , The upper bound revisited , J. Membr. Sci. , 320 , 390 – 400 ( 2008 ).
(32) S. M. Weller , W. A. Steiner , Separation of gases by fractional permeation through membranes . 
J. Appl. Phys. , 21 , 279 ( 1950 ).
(33) R. W. Spillman , Economic of gas separation by membranes , Chem. Eng. Prog. , 85 , 41 – 49
( 1989 ).
(34) E. Sanders , D. O. Clark , J. A. Jensvold , H. N. Beck , G. G. Lipscomb , F. L. Coan , Process 
for preparing powadir membranes from Tetrahalobisphenol A polycarbonate,
U.S. Patent 
4772392 ( 1988 ).
(35) O. M. Ekiner , R. A. Hayes , P. Manos , Novel multicomponent fl uid separation membranes, 
U.S. Patent 5085676 (Feb. 1992 ).
(36) N. W. Ockwig , T. M. Nenoff , Membranes for hydrogen separation , Chem. Rev. , 107 , 4078 –
4093 ( 2007 ).
(37) R. R. Zolandz , G. K. Fleming , Gas permeation applications , in W. S. W. Ho , K. K. Sirkar , 
(Eds.), Membrane handbook ; Chapman & Hall : New York , pp. 78 – 94 , 1992 .
(38) www.airproducts.no .
(39) www.airproducts.com .
(40) Air Liquide to install ASU for Dongbei Special Steel Group , China Chemical Reporter , May 
2007 .
(41) UBE expands gas separation membrane production , Membrane Technology , November 2006 .
(42) S. L. Matson , W. J. Ward , S. G. Kimure , W. R. Browall , Membrane oxygen enrichment. II: 
Economic assessment . J. Membr. Sci. , 29 , 79 – 84 ( 1986 ).
(43) B. D. Bhide , S. A. Stern , A new evaluation of membrane processes for the oxygen enrichment 
of the air. Identifi cation of optimal operating conditions and process confi gurations . J. Membr. 
Sci. , 62 , 13 – 21 ( 1991 ).
(44) A. Figoli , W. F. C. Sager , M. H. V. Mulder , Facilitated transport in liquid membranes: review 
and new concepts . J. Membr. Sci. , 97 , 181 – 194 ( 2001 ).
(45) S. Liu , G. Gavalas , Oxygen selective ceramic hollow fi ber membranes , J. Membr. Sci. , 246 , 
103 – 110 ( 2005 ).
(46) X. Tan , Z. Pang , K. Li , Oxygen production using La0.6Sr0.4Co0.2Fe0.8O3 
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