Development of methane decomposition catalysts for COx free hydrogen

Catalysis Surveys from Asia

Volumn 12, Issue 3, 2008, Pages 229-237

  Ashok, Jangam ^a   Subrahmanyam, MacHiraju ^a   Venugopal, Akula ^a  

^a INDIAN INSTITUTE OF CHEMICAL TECHNOLOGY   (India)

Author keywords

Carbon nanofibers; Hydrogen production; Methane decomposition; Ni catalysts; Ni Cu catalysts

Indexed keywords

EID: 56749158036     PISSN: 15711013     EISSN: None     Source Type: Journal    
DOI: 10.1007/s10563-008-9054-4     Document Type: Article

References (61)

1. NZ Muradova TN Veziroglu 2005 Int J Hydrogen Energy 30 225
2. NZ Muradov 1993 Int J Hydrogen Energy 18 211
3. JN Armor 1999 Appl Catal A Gen 176 159
4. AL Dicks 1996 J Power Sources 61 113
5. NEDO, New Energy Related Database (2000) Installation and operation costs (2000). http://www.nedo.go.jp/index.html. Accessed 2004
6. B Hileman 2001 Chem Eng News 79 10
7. M Steinberg HC Cheng 1989 Int J Hydrogen Energy 14 797
8. TV Choudhary E Aksoylu DW Goodman 2003 Catal Rev 45 151
9. MA Ermakova DY Ermakov GG Kuvshinov LM Plyasova 1999 J Catal 187 77
10. K Otsuka S Takenaka 2004 Catal Surv Asia 8 77
11. N Muradov 2001 Int J Hydrogen Energy 26 1165
12. HY Wang E Ruckenstein 2002 Carbon 40 1911
13. RTK Baker MA Barber PS Harris FS Feates RJ Waite 1972 J Catal 26 51
14. MA Ermakova DY Ermakov 2002 Catal Today 77 225
15. X Li Y Zhang KJ Smith 2004 Appl Catal A Gen 264 81
16. S Takenaka Y Shigeta K Otsuka 2003 Chem Lett 32 26
17. SP Chai SHS Zein AR Mohamed 2006 Chem Phys Lett 426 345
18. J Ashok S Naveen Kumar A Venugopal V Durga kumari M Subrahmanyam 2007 J Power Sources 164 809
19. Ch Srilakshmi N Lingaiah P Nagaraju PS Sai Prasad KV Narayana A Martin B Lucke 2006 Appl Catal A Gen 309 247
20. M Inaba K Murata M Saito I Takahara N Mimura 2002 React Kinet Catal Lett 77 109
21. J Ashok S Naveen Kumar M Subrahmanyam A Venugopal 2007 Catal Lett 118 139
22. D Chen KO Christensen EO Fernandez Z Yu B Totdal N Latorre A Monzon A Holmen 2005 J Catal 229 82
23. A Venugopal S Naveen Kumar J Ashok D Hari Prasad V Durga kumari KBS Prasad M Subrahmanyam 2007 Int J Hydrogen Energy 32 1782
24. J Ashok S Naveen Kumar M Subrahmanyam A Venugopal 2008 Catal Lett 121 283
25. Ashok J, Raju G, Shiva Reddy P, Subrahmanyam M, Venugopal A. Int J Hydrogen Energy (Accepted)
26. J Ashok G Raju P Shiva Reddy M Subrahmanyam A Venugopal 2008 J Natural Gas Chemistry 17 113
27. RTK Baker 1989 Carbon 27 315
28. S Takenaka Y Shigeta E Tanabe K Otsuka 2003 J Catal 220 468
29. J Chen X Li Y Li Y Qin 2003 Chem Lett 32 424
30. TV Reshetenko LB Avdeeva ZR Ismagilov AL Chuvilin VA Ushakov 2003 Appl Catal A Gen 247 51
31. Y Li J Chen Y Qin L Chang 2000 Energy Fuels 14 1188
32. I Suelves MJ Lazaro R Moliner Y Echegoyen JM Palacios 2006 Catal Today 116 271
33. Y Echegoyen I Suelves MJ Lazaro R Moliner JM Palacios 2007 J Power Sources 169 150
34. MJ Lazaro Y Echegoyen I Suelves JM Palacios R Moliner 2007 Appl Catal A Gen 329 22
35. JL Pinilla R Moliner I Suelves MJ Lazaro Y Echegoyen JM Palacios 2007 Int J Hydrogen Energy 32 4821
36. P Ammendola R Chirone L Lisi G Ruoppolo G Russo 2007 J Mol Catal A 266 31
37. F Cavani F Trifiro A Vaccari 1991 Catal Today 11 173
38. A Alejandre F Medina X Rodriguez P Salagre Y Cesteros JE Sueiras 2001 Appl Catal B Environ 30 195
39. J Ashok M Subrahmanyam A Venugopal 2008 Int J Hydrogen Energy 33 2704
40. NM Rodriguez MS Kim RTK Baker 1993 J Catal 140 16
41. Y Echegoyen I Suelves MJ Lazaro ML Sanjuan R Moliner 2007 Appl Catal A Gen 333 229
42. L Dussault JC Dupin C Guimon M Monthioux N Latorre T Ubieto E Romeo C Royo A Monzon 2007 J Catal 251 223
43. A Monzon N Latorre T Ubieto C Royo E Romeo JI Villacampa L Dussault JC Dupin C Guimon M Montioux 2006 Catal Today 116 264
44. Y Li B Zhang X Xie J Liu Y Xu W Shen 2006 J Catal 238 412
45. WE Alvarez F Pompeo JE Herrera L Balzano D Resasco 2002 Chem Mater 14 1853
46. Saito R, Kataura H (2001) In: Dresselhaus MS, Dresselhaus G, Avouris P (eds) Carbon nanotubes. Springer, Berlin Heidelberg, p 213
47. KH Liao JM Ting 2004 Carbon 42 509
48. LB Avdeeva TV Reshetenko VB Fenelonov AL Chuvilin ZR Ismagilov 2004 Carbon 42 2501 2507
49. AN Dunker S Kumar PA Mulawa 2006 Int J Hydrogen Energy 31 473
50. EK Lee SY Lee GY Han BK Lee TJ Lee JH Jun KJ Yoon 2004 Carbon 42 2641
51. KK Lee GY Hana KJ Yoon BK Lee 2004 Catal Today 93-95 81
52. MH Kim EK Lee JH Jun GY Han SJ Kong BK Lee 2003 Korean J Chem Eng 20 835
53. K Hernadi A Fonseca J Nagy A Siska I Kiricsi 2000 Appl Catal A 199 245
54. MH Kim EK Lee JH Jun SJ Kong GY Han BK Lee 2004 Int J Hydrogen Energy 29 187
55. N Muradov 2001 Catal Commun 2 89
56. N Muradov 2001 Int J Hydrogen Energ 26 1165
57. N Muradov F Smith AT Raissi 2005 Catal Today 102-103 225
58. R Moliner I Suelves MJ Lazaro O Moreno 2005 Int J Hydrogen Energy 30 293
59. Z Bai H Chen W Li B Li 2006 Int J Hydrogen Energy 31 899
60. Z Bai H Chen B Li W Li 2005 J Anal Appl Pyrolysis 73 335
61. J Ashok S Naveen Kumar A Venugopal V Durga kumari S Tripathi M Subrahmanyam 2008 Catal Commun 9 164