Technology II: Decaffeination of Coffee

Coffee: Recent Developments

Volumn , Issue , 2008, Pages 108-124

  Heilmann, Wolfgang ^a  

^a NONE   (Germany)

Author keywords

Bacteriological safety; Coffee; Decaffeination; Imprint polymer; Raw beans

Indexed keywords

DECAFFEINATION; RAW BEANS;

COFFEE;

EID: 84992731452     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1002/9780470690499.ch5     Document Type: Chapter

References (69)

1. Ben-Nasr, H. & Coenen, H. (1990) EP 0439710 B1, Buse GmbH.
2. Berry, N.E. & Walters, R.H. (1943) Process of decaffeinating coffee. US Patent 2 309 092.
3. Blanc M. & Margolis, G. (1981) EP 0049357, Nestlé.
4. Brunner, G. (1987) Decaffeination of raw coffee by means of compressed nitrous oxide. In: Proceedings of the 12th ASIC Colloquium (Montreux) pp. 294-305. ASIC, Paris, France.
5. Bunselmeyer, D., Culmsee, O. & Heilmann, W. (1991) EP 0523268, Jacobs Suchard.
6. Clarke, R.J. (1988) Patenting of coffee inventions. In: Coffee, Vol. 6. Commercial and Technico-Legal Aspects, (eds R.J. Clarke & R. Macrae) pp. 145-176. Elsevier Applied Science, Barking, UK.
7. Coenen, H. & Ben-Nasr H. (1987) EP 0482675 A2, Buse GmbH.
8. Crose, J.R. & Waldman, A.A. (1995) US Patent 5 503 724, IMSCO.
9. Dawson-Ekeland, K.R. & Stringfield, T.R. (1991) EP 0432960 A2, Dow Chemical Company.
10. Fischer, A. & Kummer, P. (1979) EP 008 398, Coffex.
11. Gabel, P.W., Sarge, S. & Camenga, H.K. (1987) Search for optimal adsorbents for decaffeination processes by calorimetric investigation. In: Proceedings of the 12th ASIC Colloquium (Montreux) pp. 306-312. ASIC, Paris, France.
12. Gehring, M. (1984) EP 0151202, HAG.
13. Gehring, M., Barthels, M. & Wienges, H.R. (1985) US Patent 4 506 072, HAG.
14. Gehring, M., Vitzthum, O. & Wienges, H. (1989) Patent DE 3303679 C2, HAG.
15. Hannay, J.B. & Hogarth, J. (1879). On the solubility of solids in gases. Proc. Roy. Soc. London, 29, 324.
16. Hay, P., Leigh, D. & Liardon, R. (1995) EP 0776607 A1, Nestlé.
17. Heilmann, W. (1991) A modified Secoffex process for green bean decaffeination. In: Proceedings of the 14th ASIC Colloquium (San Francisco) pp. 349-356. ASIC, Paris, France.
18. Heilmann, W. (1997) Caffeine recovery from activated carbon. In: Proceedings of the 17th ASIC Colloquium (Nairobi) pp. 254-60. ASIC, Paris, France.
19. Hermsen, M. & Sirtl, W. (1989) EP 0316694, Hermsen GMbH.
20. Hinman, D.C. & Saleeb, F.Z. (1984) EP 0140629, General, Foods.
21. Hubert, P. & Vitzthum, O.G. (1981) US Patent 4 411 923, HAG.
22. Izod, T.P.J. (1979) EP 0013451 A1, Union Carbide.
23. Jones, G.V., Musto, J.A. & Meinhold, J.F. (1985) EP 0159829, General Foods.
24. Kaleda, W.W., Saleeb, F.Z. & Zeller, B.L. (1986) US Patent 4 467 634. General Foods.
25. Kaper, L. (1987) EP 0259905 A1, Douwe Egberts.
26. Kaper, L., Klamer, R. & Noomen, J.P. (1987) EP 0251364 B1, Douwe Egberts.
27. Karmiol, M.H., Hickernell, G.L. & Hall, B.J. (1984) US Patent 4 443 601, General Foods.
28. Katz, S.N. (1984) US Patent 4 472 443, General Foods.
29. Katz, S.N. (1987) Decaffeination of coffee. In: Coffee, Vol. 2, Technology, (eds R.J. Clarke & R. Macrae) pp. 59-72. Elsevier Applied Science, Barking.
30. Katz, S.N. (1989) US Patent 4 820 537, General Foods.
31. Katz, S.N., Spence, J., O'Brian, M.J. et al. (1990) US Patent 4 911 941, General Foods.
32. Katz, S.N. & Proscia, G.E. (1981) US Patent 4 298 736, General Foods.
33. Katz, S.N. & Proscia, G.E. (1985) US Patent 4 513 136, General Foods.
34. Katz, S.N., Proscia, G.E. & Clisura, G.L. (1985) US Patent 4 548 827, General Foods.
35. Kazlas, B.J., Novak, R.A. & Raymond, R.J. (1991) Patent WO92/ 03061, EP-547119, Liquid Carbonic Corporation.
36. Krukonis, V.J., Gallagher-Wetmore, P.M. & Coffey, M.P. (1993) Food processing with supercritical fluids: fact and fiction. In: Science for the Food Industry of the 21st Century, ATL Press, USA.
37. Lack, E. & Seidlitz, H. (1993) Commercial scale decaffeination of coffee and tea using supercritical CO2. In: Extraction of Nature Products using Near Critical Solvents, (eds M.B. King & T.R. Bott), pp. 101-39. Blackie, Glasgow.
38. Lack, E., Seidlitz, H. & Toro, P. (1989) Decaffeination of coffee samples by CO2 extraction. In: Proceedings of the 13th ASIC Colloquium (Paipa) pp. 236-245. ASIC, Paris, France.
39. Lehrer, R. (1996) Patent Application WO 97/07686.
40. Leigh, D., Hay, P. & Liardon, R. (1995) EP 0776607, Nestlé.
41. Linnig, D.A., Leyers, W.E. & Novak, R.A. (1991) Decaffeination with supercritical carbon dioxide. In: Proceedings of the 14th ASIC Colloquium (San Francisco), pp. 357-64. ASIC, Paris, France.
42. Martin, H. (1982) Selective extraction of caffeine from green coffee beans and the application of similar processes on other natural products. In: Proceedings of the 10th ASIC Colloquium (Salvador) pp. 21-28. ASIC, Paris, France.
43. McCoy, B.J. (1993) Rate processes in supercritical fluid extraction. In: Proceedings of the 6th International Congress on Engineering and Food, Chiba, Japan. Vol. 2, Blackie, Glasgow.
44. Mooiweer, G.D. (1982) EP 0078088, Douwe Egberts.
45. Mooiweer, G.D. (1983) EP 011375, Douwe Egberts.
46. Morrison, L.R. & Phillips, J.H. (1984) US Patent, 4 474 821, Proctor and Gamble.
47. Moyler, D.A. (1993) Decaffeination of coffee. In: Extraction of Natural Products Using Near Critical-Point Solvents (eds M.B. King & T.R. Bott), pp. 140-78. Chapman and Hall, Glasgow.
48. Noomen, P.J. & Putten, C.V. (1993) EP 0612744, A1, Sara Lee Douwe Egberts, The Netherlands.
49. Noronha, T. (2000) Coffee: world, Western Europe and Eastern Europe sales volume and value. Euromonitor, Feb.
50. Nufert, T. & Fowkes, S. (1997) Patent Application WO 98/ 07330, Ecofe Corporation.
51. Pagliaro, F.A., Franklin, J.G. & Gasser, R.J. (1976) US Patent 4 465 699, Nestlé.
52. Palmer, M.V. & Ting, S.S. (1995) Applications for supercritical fluid technology in food processing. Food Chem., 52, 345-52.
53. Proudly, J.C. & Symbolik, W.S. (1988) US Patent 4 837 038, Nestlé.
54. Quijano-Rico, M. (1987) New ways of industrial coffee processing. In: Proceedings of the 12th ASIC Colloquium (Montreux) pp. 187-193. ASIC, Paris, France.
55. Roethe, K.P., Roethe, A., Suckow, M., Mothes, S. & Stackfleth, M. (1994) Patent WO94/26125, Method for depleting green coffee of caffeine and chlorogenic acids. INTUS, Berlin.
56. Seidlitz, H. & Lack, E. (1989) UK Patent GB 2235121 A, Schoeller-Bleckmann.
57. Sipos, S. & Jones, G.V. (1986) US Patent 5 702 747, Kraft Foods.
58. Sipos, S. & Jones, G.V. (1994) EP 0666033 A1, Kraft Foods.
59. Van der Stegen, G. (1985) EP 0158381, Douwe Egberts.
60. Theissing, P., Saamer, P. & Körner, J.-P. (1991) US Patent 5 153 015, Uhde GmbH.
61. Tokunaga, Y., Fujii, T. & Nakamura, K. (1997) Separation of caffeine from supercritical carbon dioxide with a zeolite membrane. Biosci. Biotech. Biochem., 61, 1024-1026.
62. Toro, P. (1985) DE 3445502 A1, Cafe Toro.
63. Vitzthum, O. & Hubert, P. (1975) US Patent 3 879 569, Genera Foods.
64. Vitzthum, O., Werkhoff, P. & Gehring, M. (1983) EP 0129609, HAG.
65. Welsh, W.A. (1986) EP 0173297, Grace & Co.
66. Wilkens, J. (1986) DE 3511129 A1, HAG.
67. Zeller, B.L., Kaleda, W.W. & Saleeb, F.Z. (1983) US Patent 4 521 438, General Foods.
68. Zeller, B.L. & Saleeb, F.Z. (1999) Decaffeination of non-aqueous solvents using caffeic acid. In: Proceedings of the 18th ASIC Colloquium (Helsinki), pp. 168-72. ASIC, Paris, France.
69. Zosel, K. (1965) Studiengesellschaft Kohle. Chem. Abstr., 63, 110456.