Gel-type ion exchange resin stabilized Pd-Bi nanoparticles for the glycerol oxidation in liquid phase

다국어 초록 (Multilingual Abstract)

Palladium-bismuth nanoparticles were supported into strongly basic anion-exchange resin of gel-typeand tested as catalysts for the selective oxidation of glycerol with molecular oxygen at atmosphericpressure. Detailed study of the precursors preparation and reduction were undertaken. The catalyst3%Pd-1%Bi where the bismuth was deposited on the palladium particles (3.4 nm) exhibited at 95%glycerol conversion more than 63% yield toward glyceric acid and tartronic acid after 3 h of reaction. Thecatalyst maintains practically similar catalytic performance as in fresh state for at least five consecutivecatalytic cycles without extra catalyst treatment and reactivation.

참고문헌 (Reference)

1 O. R. Inderwildi, 2 : 343-, 2009

2 M. Besson, 152 : 116-, 1995

3 S. Demirel, 44 : 299-, 2007

4 A. R. Miedema, 69 : 287-, 1978

5 J. Cai, 99 : 22-, 2013

6 A. Wołowicz, 152 : 72-, 2009

7 A. Biffis, 15 : 1551-, 2003

8 N. Mimura, 4 : 33416-, 2014

9 M. S. Gross, 501 : 1-, 2015

10 A. Villa, 96 : 541-, 2010

11 S. Gil, 472 : 11-, 2014

12 B. Katryniok, 13 : 1960-, 2011

13 Y. Zheng, 108 : 5253-, 2008

14 S. E. Davis, 15 : 17-, 2013

15 H. Habe, 84 : 445-, 2009

16 P. Fordham, 133 : L179-, 1995

17 H. Kimura, 95 : 143-, 1993

18 H. Kimura, 105 : 147-, 1993

19 R. Garcia, 127 : 165-, 1995

20 P. Gallezot, 37 : 405-, 1997

21 S. Carrettin, 5 : 1329-, 2003

22 F. Porta, 224 : 397-, 2004

23 S. Demirel-Gu¨ len, 102–103 : 166-, 2005

24 S. Demirel, 70 : 637-, 2007

25 D. Liang, 10 : 1586-, 2009

26 J. Gao, 130 : 185-, 2009

27 S. Gil, 172 : 418-, 2011

28 S. Gil, 178 : 423-, 2011

29 S. Demirel, 122 : 292-, 2007

30 N. Dimitratos, 311 : 185-, 2006

31 N. Dimitratos, 11 : 4952-, 2009

32 I. Sobczak, 158 : 121-, 2010

33 A. Villa, 275 : 108-, 2010

34 A. Tsuji, 4 : 542-, 2011

35 M. Wenkin, 180 : 141-, 2002

36 C. Keresszegi, 225 : 138-, 2004

37 T. Mallat, 78 : 377-, 1993

38 S. Karski, 191 : 87-, 2003

39 A. Villa, 292 : 73-, 2012

40 T. Mallat, 142 : 237-, 1993

41 T. Mallat, 79 : 41-, 1991

42 T. Mallat, 153 : 131-, 1995

43 C. Keresszegi, 222 : 268-, 2004

44 D. C. Sherrington, 39 : 2364-, 2001

45 M. Kra´ lik, 177 : 113-, 2001

46 C. Burato, 238 : 26-, 2005

47 A. Biffis, 251 : 1-, 2007

48 F. H. Richter, 308 : 341-, 2013

49 R. Aikyama, 109 : 594-, 2009

50 S. Gil, 431 : 105-, 2014

51 M. Pagliano, "The Future of Glycerol" RSC Green Chemistry Book Series 2010

52 Zhenmin Liu, "Structure-activity correlations of LiNO3/Mg4AlO5.5 catalysts for glycerol carbonate synthesis from glycerol and dimethyl carbonate" 한국공업화학회 21 (21): 394-399, 2015

53 T. Nur, "Phosphate removal from water using an iron oxide impregnated strong base anion exchange resin" 한국공업화학회 20 (20): 1301-1307, 2014

54 B. Zhou, "Nanotechnology in Catalysis" Springer Science + Business Media 2004

55 Lingqin Shen, "Liquid phase catalytic dehydration of glycerol to acrolein over Brønsted acidic ionic liquid catalysts" 한국공업화학회 20 (20): 759-766, 2014

56 Hajar Rastegari, "From glycerol as the by-product of biodiesel production to value-added monoacetin by continuous and selective esterification in acetic acid" 한국공업화학회 21 (21): 856-861, 2015

57 M. Besson, "Fine Chemicals through Heterogeneous Catalysis" Wiley-VCH 49-, 2001

58 Marı´a Dolores Vı´ctor-Ortega, "Experimental design for optimization of olive mill wastewater final purification with Dowex Marathon C and Amberlite IRA-67 ion exchange resins" 한국공업화학회 34 : 224-232, 2016

59 Kirk-Othmer, "Encyclopedia of Chemical Technology" John Wiley &Sons 2006

60 Padigapati S. Reddy, "Acetalisation of glycerol with acetone over zirconia and promoted zirconia catalysts under mild reaction conditions" 한국공업화학회 17 (17): 377-381, 2011