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REFERENCESREFERENCES
1. S. Arvanitoyannis & L. A. Bosnea, Food Reviews International, Volume
17, No. 3, 291-346 (2001)
2. Mary Bellis, The History of Polyesters, Inventors, Polyesters: PET,
dupontteijinfilms.com (2005)
3. T. Sanchej & E. D. Atienza, “Paper, Plastic and Metal Waste Recycling
in Metro Manila”, 2nd National Conference in Corporate Citizenship,
Makati, Phil. (1995)
4. E. H. Neumann, “Thermoplastic polyesters” in Encyclopedia of
Packaging Technology, Ed Bakker M. John Wiley, New York (1986)
5. Plastic Technology, “PET is Tough to Trim”, Subject: Plastic Packaging
(Analysis), (2003)
6. Polymers Paint Colour Journal, Subject: Coatings Industry
(Technology Applications) (2005)
7. Gero Zimmermann, Magazine Components Epcos, Issue 3, (2003)
8. John M. Amos, Cleaning up the Waste Stream: Recycling Plastics,
WM2, Univ. of Missouri, MU Extension Publications (1993)
9. Chaz Miller, Polyethylene Terephthalate, Wastage Publications (2003)
10. Plastic Bottles: Bottle to Bottle Recycling, Trends & Analysis, Food &
Drug Packaging (2002)
11. Plastics Technology, Recycling at K 2001: New & Better Ways to
Reclaim PET, Plastics Industry: Product Introduction (2002)
12. Internet Publication: PETCORE - PET Container Recycling Europe,
13. David E. Nikles, Medhat S. Farahat, Macromolecular Materials and
Engineering, Volume 290, Issue 1, 13-30 (2005)
14. R. Chandra and A. Adab, Rubber & Plastic Waste, CBS, 124 (1994)
15. “It Starts with a Little Imagination”, Dupont Magazine,
November/December 1996
www.Dupont.com/corp/products/dupontmag/novdec96/petretec.html,
accessed July 2000
16. Morse, P.M., PET Producers Face Rough Transition Maket. Chem. Eng.
News, July 22, 1998, pp 33-35.
17. Cann, M.C., Connelly, M.E., “Dupont Petretec Polyester Regeneration
Technology” in Real-World Cases in Green Chemistry. American
Chemical Society (2000).
18. Hunt, J. Petroleum Geochemistry and Geology, 2nd Edition, W. H.
Freeman and Company (1996) in Chapter 3, Petroelum and its Products.
19. Facts and Figures on Oil, American Petroleum Institute,
www.api.org/faqs, accessed August 2000.
20. What a Barrel of Oil Makes. American Petroleum Institute,
www.api.org/edu/factsoil.htm#barrel, accessed August 2000.
21. Statistical Review of World Energy, British Petroleum Company,
www.bp.com/world energy/, accessed July 2000.
22. Facts & Figures for the Chemical Industry, Chem. Eng. News, June 26,
2000.
23. Chemical Profile of p-xylene. Fobchemicals.com at
www.chemexpo.com/news/PROFILE980515.cfm, accessed July 2000.
24. Kent, James A., ed., Riegel’s Handbook of Industrial Chemistry, 8th
Edition. Van Nostrand Reinhold Company (1983).
25. Austin, George T. Shreve’s Chemical Process Industries, 5th Edition.
McGraw-Hill Book Company (1984).
26. Chenier, Philip J., Survey of Industrial Chemistry, 2nd Revised Edition.
VCH Publishers (1992).
27. PET Facts, National Association for PET Container Resources.
www.napcor.com/toolbox/funfacts.html, accessed July 2000.
28. The Petretec Process of Dupont was a nominee for a 1997 Presidential
Green Chemistry Challenge Award. More information about the
program is available at the program web site at
www.epa.gov/greenchemistry, accessed July 2000.
29. Michel, R. Methanolysis of PET. ARC’96 Technol. Spark Recycl. Conf.
Proc., 3rd, 349-356. Walling, J., Walling, R. L., eds., Society of Plastics
Engineers, Brookfield, CT (1996).
30. Michel, R., Jones, P., Everhart, D.. Dupont Polyester Regeneration
Technology, a proposal submitted to the Presidential Green Chemistry
Challenge Awards Program, 1997.
31. Michel, R. E., Recovery of Methyl Esters of Aromatic Acids and
Glycols from Thermoplastic Polyester Scrap Using Methanol Vapor.
Eur. Patent 484,963, May 13, 1992.
32. Hepner, R.R., Michel, R.E.. Process for the Separation of Glycols from
Dimethyl Terephtahlate. U.S. Patent 5,391,263, Feb. 21, 1995.
33. Michel, R.E., Recovery of Dimethyl Terephthalate from Polymer
Wastes. U.S. Patent 5,504,122, April 2, 1996.
34. P. B. Knocker, “PET” Recycle The Material of Choice, Continental
Europe Can, 90 (1995)
35. F. P. La Mantia, Progress in Rubber, Plastics & Recycling Technology,
Volume 20, No. 1, 11-24 (2004)
36. F. Pergugini, M. L. Mastellone, U. Arena, Progress in Rubber, Plastics
& Recycling Technology, Volume 20, No. 1, 69-84 (2004)
37. C. G. G. Namboori, M. S. Haith, Journal of Applied Polymer Science,
Volume 12, 1968 (1999)
38. A. Wood, Reprise Technologies-Progress and key issues in Post-
Consumer bottle Recycling, PVC 93: The Future, 283-291 (1993)
39. A. Launay, F. Thominette and J. Verdu, Polymer Degradation and
Stability, Elsevier Science Publ. Ltd., England, Volume 46, 319-324
(1994)
40. J. A. Ruiz, Recycling Overview & Growth in: The Mc Graw Hill
Recycling Handbook, Herbert F. Lund, Mc Graw Hill, Inc., USA, 1.5
(1993)
41. European Plastics News, 11 (1995)
42. K. V. Datye, H. M. Raje, N. D. Sharma, Polytethylene terephthalate
Waste and its Utilization: a Review. Resour. Conserv., Volume 11, 136
(1984)
43. B. R. Debruin, A. A. Naujokas, W. J. Gamble, U.S. Patent 5432 203;
CA 123: 229404r (1995)
44. Espanol, Francis, International Trade Forum, Issue 2 (2001)
45. J. R. Overtone and T. Murayama, Journal Polymer Science, Pt. A-2, 7,
1059 (1969)
46. S. H. Zeronian, M. J. Collins, Text Progr., Volume 20 (2), 1 (1989)
47. M. W. Meszaros, Engineering Plastics, Volume 5 (5), 335-344 (1992)
48. Recycling Plastics Today, CHEMTECH, 611 (1991)
49. J. Milgrom, “Polyethylene Terephthalate: PET”, Plastics and Rubber
Asia (2000)
50. Fred W. Billmeyer Jr., Text Book of Polymer Science, A Wiley
Interscience Publications, page-27 (2003)
51. G. Odian, Principles of Polymerisation, John Wiley & Sons, Inc., USA
(1991)
52. Charles E. Carraher, Polymer Chemistry, 5th Ed., Marcel Dekker
Publication, page-250 (2000)
53. V. R. Gowariker, N. V. Viswanathan & Jayadev Sreedhar, “Polymer
Science”, New Age International (P) Ltd., 222 (2003)
54. Plastics Recycling Market Guide: Polyethylene Terephthalate Profile,
napcor.com
55. Biodegradable Plastics- Developments and Enviornmental Impacts,
Nolan-ITU, in association with Excelplas, Australia (2002)
56. M.Celic, and M. Sacak, Applied Polymer Science, Volume 59, 609
(1996)
57. K. Bouma, G. de Wit et. al., Polymer, Volume 41, 3965-3974 (2000)
58. T. Randall and Sujit Das, Resources, Conservation and Recycling,
Volume 5 (4), 343-363, (1991)
59. C. Nitschke and J. Sami, “Polyethylene Terephthalate: PET”, Modern
Plastics Encyclopedia (2000)
60. Industry Survey on PET manufacturers, Conducted by ITDI-Dost,
Bicutan, Taguig, M.M., Philippines (1999-2002)
61. C. D. Alter, H. Alter, Disposal and Reuse of Plastics, Encyclopedia of
Polymer Science and Engineering, Wiley Interscience: New York,
Volume 5, 103-128 (1986)
62. G.R. Smoluk, Modern Plastics International, 65 (2), 87 (1988)
63. A. Kapelanski,P. Kurek, A. Rozanski, Production and Recycling
of PET in "Elana" S. A. Proceedings of the National Conference
on Polymers* Environment* Recycling, Szczecin-Miedzyzdroje,
(in Polish) (1995)
64. I. Karayannidis, P. George, D. E. Kokkalas, D. N. Bikiaris, Journal of
Applied Polymer Science, Volume 50, 2135 (1993)
65. I. Karayannidis, P. George, D. E. Kokkalas, D. N. Bikiaris, Journal of
Applied Polymer Science, Volume 56, 405 (1995)
66. W. J. Macdonald, Kunststoffe-German Plastics, 83 (10), 29 (1993)
67. GoodNewsIndia:: Supplement, Developments in plastics recycling,
wwwgoodnewsindia.com (2003)
68. Raymond B. Seymour, Polymer Panorma, CHEMICAL BUSINESS, 41-
48 (1991)
69. Angela Kirkman and Charles H. Kline, CHEMTECH, ACS, 606-613
(1991)
70. A. Spaak, Conservation And Recycling, Volume 8, 419 (1985)
71. ENVIS-ICPE Report: Myths & Realities, Compiled by: PET Marketing
Technical Services,[email protected],
Source: http://www.plasticsinfo.org/beveragebottles/faq.html
72. R. Ostrysz, P. Penczek, A. Sniezko, Khim. Ind., Volume 2, 75 (1982)
73. K. R. Kaiser and A. A. Carotti, Municipal Incineration of Reuse with
2% and 4% Additions of Four Plastics, Society of the Plastic Industry,
Inc., New York (1971)
74. Disposal & Reuse of Plastics, Encyclopedia of Polymer Science &
Engg., H.F. Mark, John Wiley & Sons, Inc., 5, 116 (1987)
75. Robert B. Long, Separation Processes in Waste Minimization, Marcel &
Dekker (1995)
76. Survey of leading supermarkets in Metro Manila, conducted by ITDI-
DOST, Bicutan, Taguig, M.M., Philippines (2000-2001)
77. Internet publication: Waste online, Plastic Recycling Information Sheet,
www.wasteonline.org (2004)
78. G. R. Smoluk, Modern Plastics International, Volume 65 (2) , 8991
(1988)
79. Vikas Nadkarni, Polyester Waste Recycling: Sources, Prcessing
Methods and End Uses, Volume 14 (3), (1999)
80. Internet Publication: Disposing of PVC, pvcinformation.org (2005)
81. Kobler et. al., Separation of PET from PVC, US Patent 5, 399, 433,
1995
82. P. Bahadur, N. V. Shastry, Principles of Polymer Science, 2nd Ed.,
Narosa Publications, p-23 (2005)
83. Plastic Recycling Overview; EPIC: Environment and Plastics Industry
Council
84. J. Y. Jadhav, S. W. Kantoi, Polyesters: Thermoplastic, Encyclopedia of
Polymer Science and Engineering, Wiley Interscience, New York,
Volume 12, 217-256 (1986)
85. P. G. Schmidt, Journal of Polymer Science Part A: General Papers,
Volume 1, Issue 4, 1271-1292 (2003)
86. James E. Jhonson, Journal of Applied Polymer Science, Volume 2,
Issue 5, 205-209, (2003)
87. M. A. Hughes and J. I. B. deGroot, TransIChemE, 71A, 127, (1995)
88. N. Tzankova Dintcheva, F. P. La Mantia, Polymers for Advanced
Technologies , Volume 10, Issue 10, Pages 607 – 614 (1999)
89. Jody, et. al., United States Patent 5,653,867 August 5, 1997
90. N. Tzankova Dintcheva , F. P. La Mantia, et. al., Polymers for Advanced
Technologies , Volume 12, Issue 9 , Pages 552 - 560 (2001)
91. J. G. Poulakis, C. D. Papaspyrides, Advances in Polymer Technology,
Volume 14 (3) 237-242 (1995)
92. Arnold Tukker, TNO, Plastics Waste – Feedstock Recycling, Chemical
Recycling and Incineration, ISBN 1-85957-331-2, (2002)
93. Daniel Paszun & Tadeusz Spychaj, Ind. Chem. Res., 36, 1373-1383
(1997)
94. Spychaj, T.; Paszun, D., Polish Patent Appl., 310 565 (1995)
95. M. Toselli, M. Impagnatiello, C. Stramigioli, F. Pilati, G. Mazzoli, G.
Benuzzi, Polym. .Recyci., Volume 2, 27 (1996)
96. S. Shelley, K. Fouhy, S. Moore, ‘Plastics reborn-diminishing returns?’
Chemical Engineering, Volume 99 (7), (1992)
97. DuPont, booklet information (1992)
98. A. Fujita, M. Sato, M. Murakami, Japan Patent 06 248 646, CA 105:
7063t (1985)
99. A. Fujita, M. Sato, M. Murakami, U.S. Patent 4 609 680 (1986)
100. P. L. Johnson, D. Teeters, Polym. Prepr. (Am. Chem. Soc. Div.
Polym. Chem.), Volume 32, 144 (1991)
101. S. Baliga, W. T. Wong, , J. Polym. Sci., Part A: Polym. Chem., 27,
2071 (1989)
102. J. Y. Chen, Y. C. Ou, C. C. Lin, Journal of Applied Polymer
Science, Volume 42, 1501 (1991)
103. J. W. Mandoki, U.S. Patent 4 605 762 (1986)
104. N. A. Nevrekar, N. S. Sheth, Man-Made Text. India, Volume 33, 7;
CA 114: 104132h (1990)
105. Sueoka, Y. et al., Chemical Recycling Techniques for Plas-tics,
Mitsubishi Juko Giho Vol.36 No.3 (1999) pp.146-149
106. Kondo, Y., Genta, M., Development of PET depolymeriza-tion into
monomer process by Supercritical Methanol, the 9th Symposium on
Material Recycling Technology (2001) pp.27-30
107. Goto, M. et al., Plant & Process 41-2 (1999) pp.47-51
108. Anton Schoengen, JP Patent S57-53332
109. Sako, T., Chemical Process Technology using Supercritical fluid,
The Seminar on Most-Advanced Technology by NEDO (1998-11)
110. Minoru Genta, Fumitoshi Yano, Yuichi Kondo, Wataru Matsubara,
Setsuo Oomoto, Chemical recycling Mitsubishi Heavy Industries, Ltd.,
Technical Review Vol.40 Extra No.1 (Jan. 2003
111. W. Kaminsky, Pyrolysis of Polymers in Andrews & Subramanian,
(ed.), Emerging Technologies in Plastic Recycling: American Chemical
Society Symposium (1992)
112. K. Tippmer, Erdol Erdgas, Kohle, 111 (4), (1995)
113. A. Miyake and K. Kimura, Porima Daijesuto, Volume 45 (1), 6-26
(1993)
114. D. Paszun, T. Spychaj, N. Nowaczek, EKOPLAST, 1, 25 (in Polish)
(1993)
115. P. Penczek, private information (1996)
116. P. Penczek, R. Ostrysz, Proceedings of the National
Conference on Polymers*, Environment*Recycling, Szczecin-
Miedzyzdroje, 278-284 (in Polish) (1995)
117. F. Pilati, M. Toselli, A. Agostini, C. Stramigioli, M. Dinelli, S.
Balotta, Polym. Recycl., 2, 27 (1996)
118. P. Muhs, A. Plage. H. D. Schumann, KUNSTSTOFFE, 82, 289
(1992)
119. K. L. Rollick, WO, Patent 95 10499; CA 123: 257937 (1995)
120. B. J. Rosen, U.S. Patent 5 095 145; CA 116: 195064t (1991)
121. D. J. Royall, J. L. Harvie, Eur. Patent 550 979, CA 120:9127a
(1993)
122. T. Yalcinyuva, M. R. Kamal et. al., Intern Polym. Processing, XV
(2), 37-146 (2000)
123. M. R. Kamal, R. A. Lai-Fook, T. Yalcinyuva, ANTEC, 2896 (1994)
124. G. E. Brown Jr., R. C. O'Brien, U.S. Patent 3952 053 (1976)
125. G. C. Tustin, T. M. Pell Jr., D. A. Jenkins, M. T. Jernigan, US Patent
5413 681, CA 123: 170507w (1995)
126. N. D. Sharma, A. A. Vaidya, P. Sharma, Ind. Patent 163 385; CA
112: 76613d (1985)
127. M. L. Doerr, U.S. Patent 4 578 510 (1986)
128. J. R. Campanelli, D. G. Cooper, M. R. Kamal, Journal of Applied
Polymer Science, Volume 53, 985 (1994b)
129. J. R. Campanelli, D. G. Cooper, M. R. Kamal, ANTEC, Volume 50,
270 (1992)
130. C. Socrate, R. Vosa, Eur. Patent 662 466; CA 123: 257959u (1995)
131. A. Michalski, WI Chem., 49, 144 (in Polish) (1987a)
132. A. Michalski, Polish Patent 140015 (1987b)
133. A. Michalski, M Chem., 63, 387 (in Polish) (1990)
134. S. F. Pusztaszeri, U.S. Patent 4 355 175 (1982)
135. J. Pitat, V. Holcik, M. Bacak, GB Patent 822 834 (1959)
136. Improvements in or Relating to the Production of Terephthalic Acid
Esters. GB Patent 823 515, (1959)
137. Improvements in or Relating to the Treatment of Polyesters, GB
Patent 824 624, (1960)
138. Continuous Method of Obtaining Pure Terephthalic Acid and Glycol
Starting from PET Waste, GB Patent 2 123 403; CA 100: 157139h
(1984)
139. Minoru Genta, Fumitoshi Yano, et. al., Mitsubishi, Heavy Industries
Ltd., Technical Review, Vol.40, Extra No.1 (2003)
140. D. S. Achilias, G. P. Karayannidis, Water, Air and Soil Pollution:
Focus, Kluwer Academic Publishers, Volume 4, No. 4-5, 385-396 (12),
(2004)
141. Y. G. Hsuan & R. M. Koerner, Part of Geosynthetic Research &
Development in Progress- GRI18, Civil Engg. Database, Geo-Frontiers
(2005)
142. A. Michalski, EKOPLAST, 2, 52 (in Polish) (1993)
143. G. Guclu, T. Yalcinyuva, S. Ozgumus, M. Orbay, Thermochimica
Acta, Elsevier Science, 4, Volume 404, No. 1, pp. 193-205 (13) (2003)
144. R. Chandra and A. Adab, Rubber & Plastic Waste, CBS, 119 (1994)
145. A. S. Goje, S. A. Thakur, et. al., Polymer-Plastics Technology and
Engineering, Volume 43, No. 4, 1093 – 1113 (2004)
146. J. R. Campanelli, M. R. Kamal, et. al., Journal of Applied Polymer
Science, Volume 48, Issue 3, Pages 443-451, (2003)
147. J. R. Campanelli, D. G. Cooper, et. al., Journal of Applied Polymer
Science, Volume 53, Issue 8, Pages 985 – 991 (2003)
148. S. Mishra , V. S. Zope, et. al., Journal of Applied Polymer Science,
Volume 90, Issue 12 , Pages 3305 – 3309 (2003)
149. Takao Masuda, Yasuo Miwa, et. al., Polymer Degradation and
Stability, Volume 58, Issue 3, 315-320 (1997)
150. Toshiaki Yoshioka, Tsutomu Motoki, et. al., American Chemical
Society, Ind. Eng. Chem. Res., 40 (1), 75-79 (2001)
151. Aanchal Kumar, T. Rajeswara Rao, Journal of Applied Polymer
Science, Volume 87, Issue 11, Pages 1781 – 1783 (2003)
152. S. Mishra, V. S. Zope, A. S. Goje, Polymer Reaction Engineering -
In 2004, Polymer-Plastics Technology and Engineering , Volume 11,
No. 1, 79-99 (2003)
153. Sayre; Daniel R. (Lakewood, OH); Lesney; William B. (Westchester,
IL); Rao; Madhukar (Brecksville, OH); Tomko; Richard F. (North
Olmsted, OH) The Sherwin-Williams Company (Cleveland, OH) United
States Patent 5,371,112 December 6, 1994)
154. Eastman Chemicals Publication No. N-262A, Unsaturated Polyester
Resins Based on Reclaimed Polyethylene Terephthalate (PET) Beverage
Bottles, Calendine et al. (1984).
155. Eastman Chemicals Publication No. N-292B, Aromatic Polyols from
Reclaimed Polyethylene Terephthalate, (1987).
156. N. S. Kozlov, G. P. Korotysko, A. V. Kashinskii, N. D. Gavrilenko,
Vesti Akad. Nauk. BSSR. Ser. Khim. Nauk, 5, 91; CA 102: 113984s
(1984)
157. S. R. Shukla, Manisha R. Mathur, Journal of Applied Polymer
Science, Volume 75, Issue 9, Pages 1097 – 102 (2005)
158. B. Filipowska, Z. Kubacki, Przegl. Wlok, 39, 118 (in Polish) (1985)
159. Vassilis A. Kosmidis, Dimitris S. Achilis, et. al., Macromolecular
Materials & Engg., Volume 286, No. 10, 640-647 (2001)
160. S. Mishra, V. S. Zope, A. S. Goje, Polymer Reaction Engineering -
In 2004, Polymer-Plastics Technology and Engineering , Volume 11 ,
Issue 4, Pages: 963 – 987 (2003)
161. M. J. Collins, S. H. Zeronian, Journal of Applied Polymer Science,
Volume 45, 797 (1992)
162. J. Benzaria, B. Durif-Varambon, F. Dawans, J. B. Gaillard, Eur.
Patent 597 751; CA 121: 28l489v (1994)
163. C. G. G. Namboori, Text Chem Color, 1, 50 (1969)
164. C. G. G. Namboori, M. S. Haith, Journal of Appied. Polymer
Science, Volume 12, 1999 (1968)
165. T. Sato, Mellian Textilber, 74 (8), E291 (1993)
166. S. R. Shukla, M. R. Mathur, Am Dyest Reptr, 86 (10), 48 (1997)
167. N. A. Ibrahim, Am Dyest Reptr, 79 (9), 87 (1990)
168. S. R. Shukla, V. B. Hedaoo et. al., Am Dyest Reptr, 84 (10), 40
(1995)
169. T. Yoshioka, M. Ota, A. Okuwaki, Ind. Eng. Chem. Res., (Article),
42 (4), 675-679 (2003)
170. B. Z. Wan, C. Y. Kao, W. H. Cheng, Ind. Eng. Chem. Res., (Article),
40 (2), 509-514 (2001)
171. G. P. Karyannidis, A. P. Chatiavgustis, D. S. Achilis, Advances in
Polymer Technology, volume21 (4), 250-259 (2002)
172. Schwartz, Jr.; John A. (Spartanburg, SC) The Coca-Cola Company
(Atlanta, GA) United States Patent 6,147,129 November 14, 2000)
173. B. Mikolajczyk, A. Lubawy, M. Dejewska, P. Smoczynski, A.
Pozniak, H. Boebel, Polish Patent 126 009 (1985)
174. T. Morita, H. Okasaka, Japan Patent JP 0616595; CA 120: 191361x
(1994)
175. Improvements in the Preparation of High Quality Dimethyl
Terephthalate, GB Patent 784 248 (1957)
176. Process for the Conversion of Polyethylene Terephthalate into
Dimethyl Terephthalate, GB Patent 806 269 (1958)
177. H. Gruschke, W. Hammerschick, Medem, U.S. Patent 3 403 115
(1968)
178. R. Lotz, G. Wick, C. Neuhaus, U.S. Patent 3 321 510 (1967)
179. Y. Yang, Y. Lu, H. Xiang, Y. Xu, Y. Li, Polymer Degradation and
Stability, Elsevier Science, Volume 75, No. 1, 185-191 (7) (2002)
180. Disposal & Reuse of Plastics, Encyclopedia of Polymer Science &
Engg., 5, 117 (1987)
181. R. E. Michel, Eur. Patent 484 963 (1992)
182. Motonobu Goto, Hiroshi Koyamoto , et. al., AIChE Journal, Volume
48, Issue 1, 136 – 144 (2004)
183. Motonobu Goto et.al., J. Phys.: Condens. Matter, 14, 11427-11430
(2002)
184. M. Genta, T. Iwaya, M. Sasaki, M. Goto, T. Hirose, Ind. Eng. Chem.
Res., (Article), 44 (11), 3894-3900 (2005)
185. M. N. Marathe, D. A. Dabholkar, M. K. Jain, GB Patent 2 041 916
(1980)
186. S. Mishra, A. S. Goje , Polymer International, Volume 52, Issue 3,
337 – 342 (2003)
187. Hideki Kurokawa, Masa-aki Ohshima, et. al., Polymer Degradation
and Stability, Volume 79, No. 3, 529-533 (2003)
188. G. P. Speranza, R. A. Grigsby, M. E. Brennan Jr., U.S. Patent 4 485
196 (1984)
189. S. H. Mansour, N. E. Ikladious, Journal of Elastomers and Plastics,
Volume 35 (2), 133-148 (2003)
190. Craig J. Donahue, Jennifer A. Exline & Cynthia Warner, Journal of
Chemical Education, Volume 80, No. 1, p-79 (2003)
191. Gamble; William J. (Rochester, NY); Naujokas; Andrius A.
(Webster, NY) Eastman Kodak Company (Rochester, NY) United States
Patent 5,576,456 November 19, 1996)
192. Ishihara Nobuo, Kawamura *, Miyake bulk *, Mitsui Takeshi,
Nishida **, Mitsubishi Heavy Industries Ltd. Japanese Patent 3652895
B2, 2005-05-25)
193. J. R. Campanelli, M. R. Kamal, D. G. Cooper, Journal of Applied
Polymer Science, Volume 54, 1731 (1994a)
194. D. Gintis, Makromol. Chem., Macromol. Symp., 57, 185 (1992)
195. S. Aslan, B. Immirizi, et. al., Journal of Material Science, Volume
32, Issue 9, 2329-2336 (1997)
196. GhasemAli Omrani, Manochehr Vosoughie, Roya Gholami mafia,
Journal of Environmental Science and Technology , (J.Env.Sci. Tech.),
No. 23 (2005)
197. S. R. Shukla , Ajay M. Harad, Journal of of Applied Polymer
Science, Volume 97, Issue 2, Pages 513 – 517 (2005)
198. A. S. Goje, S. Mishra, Macromolecular Materials and Engg.,
Volume 28, Issue 4, 326-332 (2003)
199. S. Mishra, A. S. Goje, Journal of of Applied Polymer Science,
Volume 87, Issue 10, Pages 1569 – 1573 (2003)
200. K. Troev, G. Grancharov, et. al., Journal of Applied Polymer
Science, Volume 90, Issue 4, Pages 1148 – 1152 (2003)
201. Jong-Wu Chen, Leo-Wang Chen, Journal of of Applied Polymer
Science, Volume 73, Issue 1, Pages 35– 40 (1999)
202. C. Y. Kao, W. H. Cheng, B. Z. Wan, Thermochimica Acta, Volume
92, No. 1, 95-104 (1997)
203. D. C. Wang, L. W. Chen, W. Y. Chiu, Angew. Makromol. Chem., 230,
47 (1995)
204. M. Yamaye, T. Hashime, K. Yamamoto, K.; et.al., Ind. Eng. Chem.
Res., (Article), 41 (16), 3993-3998 (2002)
205. J. R. Campanelli, M.R. Kamal, et. al., Journal of Applied Polymer
Science, Volume 11, Pages 1731– 1740 (2003)
206. J. Y. Chen, C. F. Ou, Y. C. Hu, C. C. Lin, Journal of Applied Polymer
Sc., Volume 42, Issue 6, 1501-1507 (2003)
207. Guoxi Xi, Maixi Lu & Chen Sun, Polymer Degradation and
Stability, Volume 87 (1) 117-120 (2005
208. West; Simon M. (Williamston, AU) Swig Pty Ltd. (Malvern, AU)
United States Patent 5,602,187 February 11, 1997
209. Hall; Stephen Dana (Wilmington, NC); Hepner; Richard Redfearn
(Wilmington, NC); Michel; Robert Everett (Wilmington, NC);
Wheatcraft, Jr.; Donald Richard (Hendersonville, TN); Williamson;
George Malcolm (Wilmington, NC) E. I. du Pont de Nemours and
Company (Wilmington, DE) United States Patent 5,912,275 June 15,
1999
210. Chilukuri; Ver A. (Maharashtra, IN); Swaminathan; Sivaram
(Maharashtra, IN) Council of Scientific & Industrial Research (New
Delhi, IN) United States Patent 5,451,611 September 19, 1995
211. West; Simon M. (Williamstown, AU) Petrecycle Pty Ltd.
(Melbourne, AU) United States Patent 6,518,322 February 11, 2003
212. Salsman; Robert Keith (Hoschton, GA) Seydel Companies, Inc.
(Georgia, SC) United States Patent 5,726,277 March 10, 1998
213. Tadeusz Spychaj, Ewa Fabrycy, et.al., Journal of Material Cycles
and Waste Management, Volume 3, No. 1, 24-31 (2001)
214. Y. W. Awodi, A. Johnson, R. H. Peters, A. V. Popoola, Journal of
Applied PoJymer Science, Volume 33, 2503 (1987)
215. K. P. Blackmon, D. W. Fox, S. J. Shafer, Eur. Patent 365 842,
(1988)
216. Terephthalic Diamide. Ind. Patent 154 774; CA 104: 51243e (1985)
217. M. J. Collins, S. H. Zeronian, M. L. Marshall, , J. Macromol. Sci.
Chem., A28, 775 (1991)
218. M. S. Ellison, L. D. Fisher, K. W. Alger, S. H. Zeronian, Journal of
Applied Polymer Science, Volume 27, 247 (1982)
219. G. Farrow, D. A. S. Ravens, I. M. Ward, Polymer, Volume 3, No. 17
(1962)
220. V. A. Popoola, Journal of Applied Polymer Science, Volume 36,
1677 (1988)
221. Internet Publication : “Advanced Recycling”, Plasticsresource.com
(2005)
222. Itoh; Hiroshi (Kobe, JP); Fujioka; Kazumi (Ibo-gun, JP) Nippon
Shokubai Co., Ltd. (Osaka, JP) United States Patent 6,730,709 May 4,
2004
223. Malinconico et al., "PET Recycling, Part I: PET/PCL Blends
Extruded in the Presence of Compatibilising Agents," Polymer
Recycling, vol. 3, No. 4 (1997/98) (XP-000926712).
224. Lim et al., "The effect of morphology on the biodegradation of PET
and polycaprolactone," J. Korean Fiber Soc., (2000), 37(1), 1-10 (XP-
002183953) (abstract only).
225. Yoo et al., "Morphology and Degradation Behavior of
Aliphatic/Aromatic Copolyesters," Macromol. Symp., 118, 739-745
(1997) (XP 000698071).
226. J. Polaczek, J. Pielichowski, Z. Lisicki, R. Chrzaszcz, M. Kowalska,
Z. Florsch, Polish Patent 151 346 (1987)
227. E. A. William, P. T. William, Journal of Analytical & Applied
Pyrolysis, Elsevier, 40-41, 347-363 (1997)
228. W. Mc Mohan, H. A. Bridsall et. al., Journal of Chemical & Engg.
Data, Volume 4, No. 1 (1959)
229. Dr. L. H. Buxbaum, Angewandte Chemie International Edition in
English, Volume 7, Issue 3, 182 – 190 (2003)
230. Mancini Sandro Donnini; Zanin Maria, Materials Research, Volume
2, Issue 1, 33-38 (1999)
231. Norman G. Gaylord, Shlomo Rosenbaum, Journal of Applied
Polymer Science, Volume 2, Issue 4, 124 – 124 (2003)
232. New developments in biodegradable nonwovens, Calvin
Woodings,Calvin Woodings Consulting, UK. Mag@zines Online, NF
New Fibres
233. Darwin Kint & Sebestian Munoz-Guerra, Polymer International, Vol.
48 (5) 346-352 (1999)
234. Gumargalieva KZ, Moiseev YuV, Daurova TT, Voronkoya
OS,Biomaterials, 3(3), 177-180 (1982
235. Jianfei Zhang, Xiaochun Wang, et. al., Journal of Applied Polymer
Science, Volume 93, Issue 3, Pages 1089 – 1096 (2004)
236. George P. Karayannidis, Demetris E. Kokkalas, et. al., Journal of
Applied Polymer Science, Volume 56, Issue 3, 405-410 (2003)
237. R. Smith, C. Oliver, et. al., Journal of Biomedical Materials
Research, Volume 21, Issue 8, 991 – 1003 (2004)
238. Shunahshep Shukla, Elizabeth Lofgren, Saleh Jabarin, Polymer
International, Volume 54, No. 6, 946-955 (10) (2005)
239. M. Soledad Marques et. al., Polymer Degradation and Stability,
Volume 91 (4) 663-671 (2006)
240. Trudy A. Dickneider, Petretec- Dupont’s Technology for Polyester
Regeneration, A Green Chemistry Module
241. Calin Flaviu Ladasiu Ciolacu, Namita Roy Choudhury & Naba K.
Dutta, Polymer Degradation and Stability, Volume 91 (4) 875-885
(2006)
242. Helene A. Lecomte & John J. Liggat, Polymer Degradation and
Stability, Volume 91 (4) 681-689 (2006
243. Villan. F. et al., "Thermal degradation of polyethylene terephthalate:
study of polymer stabilization." Polymer Degradation and Stability,
49:393-397 (1995).
244. Thitivat Suebsaeng , Charles A. Wilkie, et. al., Journal of Polymer
Science: Polymer Chemistry Edition, Volume 22, Issue 4 , Pages 945 –
957 (2003)
245. Redpenning VKH, VGB Kraftwerkstechnik 74 (8) (1994)
246. M. M. Taghiei, Z. Feng, F. E. Huggins, G. P. Huffmann, Energy and
Fuels, 8 (6) (1994)
247. W. Kaminsky, Makromolekulare Chemie, Macromolecular Symposia
57, 145-160 (1992)
248. Abdulrasoul Oromiehie, Alireza Mamizadeh, Polymer International,
Volume 53, Issue 6, Pages 728 – 732 (2004)
249. M. Bakker, Annual Technical Conference-ANTEC, Conference
Proceedings, Society of Plastics Engineers, Brookfield, USA, 996-1000
(1994)
250. K. Gurudutt, P. De et. al., Journal of Industrial Textiles, Volume 34
(3), 167-179 (2005)
251. K. Gurudutt, P. De et. al., Journal of Applied Polymer Science, Vol.
90 (13), 3536-3545 (2003)
252. U. R. Vaidya, V. M. Nadkarni, Ind. Eng. Chem. Res., 26, 194
(1987a)
253. U. R. Vaidya, V. M. Nadkarni, Journal of Applied Polymer Science,
34, 235 (1987b)
254. U. R. Vaidya, V. M. Nadkarni, Journal of Applied Polymer Science,
35, 775 (1988)
255. U. R. Vaidya, V. M. Nadkarni,, Journal of Applied Polymer Science,
38, 1179 (1989)
256. U. R. Vaidya, V. M. Nadkarni, Polym. Mater. Sci. Eng., 63, 1029
(1990)
257. H. Watanabe, T. Okutsu, A. Ushimaru, Japan Patent 04 258 63T; GA
119: 50513r (1992)
258. R. Bai, W. Ii, M. Wang., CN 1 073 164; CA 121: 36907g (1993)
259. M. E. Brennan, U. S. Patent, 4 439 549 (1984)
260. W. L. Carlstrom, R. T. Stoehr, G. R. Svoboda, Mod. Plast., 62, 100
(1985)
261. K. Kato, M. Shibata, Japan Patent 60 147 432; CA 104; 70389y
(1985)
262. R. Ostrysz, E. Wardziriska, P. Penczek, Polimery 2000-Seminar,
Plock, (in Polish) (1995)
263. D. Paszun, T. Spychaj, Proceedings of the National Conference on
Polymers* Environment* Recycling, Szc-zecin-Miedzyzdroje; 221-226
(in Polish) (1995)
264. Carta D, Cao G & D’Angeli C, Environ Sci Pollut Res Int., Volume
10 (6), 390-394 (2003)
265. Andrej Karzen, Journal of Applied Polymer Science, Volume 69 (6)
1115-1118 (1999)
266. Murdoch; William Speight (Kingsport, TN), Eastman Chemical
Company (Kingsport, TN) 6,545,061 April 8, 2003
267. Bathe; Oscar M. (Woodridge, IL, Amoco Corporation (Chicago, IL)
United States Patent 5,008,366, April 16, 1991
268. Unger; Reinhard (Forst, DE); Sieckmann; Hartmut (Weimar, DE);
Wiltzer; Karl-Heinz (Bad Blankenburg, DE) Polymer Engineering
GmbH (DE) United States Patent 5,597,852 January 28, 1997
269. Brownscombe; Thomas F. (Houston, TX); Fong; Howard L. (Sugar
Land, TX); Diaz; Zaida (Houston, TX); Chuah; Hoe H. (Houston, TX);
June; Raymond L. (Houston, TX); Rollick; Kevin L. (Munroe Falls,
OH); Semple; Thomas C. (Friendswood, TX); Tompkin; Mark R.
(Massillon, OH) Shell Oil Company (Houston, TX) United States Patent
5,554,657 September 10, 1996
270. Al-Ghatta, Hussain A.; Cobarr SpA (Anagni, IT)United States Patent
5073203 1991-12-17
271. Gamble; William J. (Rochester, NY); Naujokas; Andrius A.
(Webster, NY); DeBruin; Bruce R. (Rochester, NY) Eastman Kodak
Company (Rochester, NY) United States Patent 5,298,530 March 29,
1994
272. M. A. Hughes and J. L. B. de Groot, TRANS I CHEME, 71A, 128
(1993)
273. K. Ackerman, Plastics News, 2 (44), 2 (1991)
274. J. D. Hamilton, K. H. Reinert, J. V. Hagan, W. V. Lord, Journal of
Waste Management Association, 247-251 (1995)
275. Prof. F. P. La Mantia, H/B of Recycling of Plastic Materials, ISBN 1-
895198-03-8 (1993)
276. Raymond B.Seymour, History of Polymer Science & Technology,
Marcel Dekker, Inc. (1982)
277. Prof. Francesco La Mantia, Handbook of Plastics Recycling, ISBN
1-85957-325-8 (2002)
278. Wayne Pearson, Plastics in: The McGraw Hill Recycling Handbook,
Herbert F.Lund, McGraw Hill, inc., USA, 14.28 (1993)
279. John Hind, Review: Recycling of Polymers, Plastics Consultancy
Network- Recycling (2003)
280. Modern Plastics International, 139 (1995)
281. M.A. Hughes and J.I.B.deGroot, TRANS I CHEME, 71A, 127,
(1995)
282. L. A. Dupont, V. P. Gupta, Terephthalate Polyester Recycling-An
Unique Method Yielding Value-added Products, J. Vinyl Technol., 15,
100 (1993)
283. Market Research Report: Plastics Recycling, Business
Communications Co. 273 (2005)
284. Keith W. Atkins, Proceedings of the 8th Polyolefins International
Conference, Society of Engineers, Brookfield, CT, USA, 666-672
(1993)
285. Edward Maslowski (Inst. Wlokien Chem. Lodz, Pol.), Wlokna
Chem., 6 (3), 261-72 (1980)
286. M. A. Hughes and J. I. B. deGroot, TRANS I CHEME, 71A, 129
(1995)
287. Claire Allen, “Recycle for the Future”, Food Manufacture: The
information resource for food and Drink Processing, page-19,
foodmanufacture.co.uk (2005)
288. Joan Archer, Anne Morse, et. al., Journal of the Office of
Environmental Assistance, The Resource Point | Counterpoint,
moea.state.com
289. Karim S. Rebeiz, David W. Fowler and Donald R. Paul, ACI
Material Journal, 91 (1), 40-45 (1994)
290. Chemical Industry (Plastics & Rates), Plastics & Technology (2001)
291. PET recycling - The Future Has Begun, - SEATTLE, WA (USA),
jobwerx.com (2004)
292. PET Recycling Trends for Europe: News, azom.com (2001)
293. Wanjek H., Stabel U., KUNSTSTOFFE , 84 (2), (1994)
294. P. M. Subramanian, Symp. New Dev. Plast. Recycl., Soc. of Plastics
Engineers, Brookfield, CT, USA, 18 (1989)
295. J. Brandrup, Recycling of Plastics, KUNSTSTOFFE, 65, 881 (1975)
296. I. L. Finar, Organic Chemistry: The Fundamental Principles, 6th Ed.,
Pearson Education Asia, Vol.1, 252-262 (2001)
297. Peter Sykes, A Guidebook to Mechanism in Organic Chemistry,
Longman Publications, 122 (2002)
298. S. N. Sanyal, Reactions, Rearrangements & Reagents, Bharti
Bhawan Publications, 136-139 (2004)
299. Jim Clark, Other Reaction of Amides, Source: chemguide.co.uk
(2004)
300. Panchanan Pramanik & Ruby Chakraborty, Special Article: An
Unique Story of Kevlar, Chemical Weekly, Sevak Publications, Volume
XLVIII, No. 25, 173-178 (2003)
301. H. F. Mark, Encyclopedia of Pol. Sc. & Tech., Interscience
Publication, Plastics : Resins, Rubbers & Fibers, 85-86, Supplement
Volume 2
302. Arthue Vogel, Elemantry Practical Organic Chemistry, Part 2, 2nd
Ed., 140-141 (2001)
303. Blackmonn, Kenneth P., et. al., freepatentsonline, United States
Patent 4973746 (1990)
304. Jerry March, Adv. Org. Chem.: Reactions, Mechanism & Structure,
4th Ed., A Wiley Interscience Publication, 348-349 (2004)
305. Robert M. Silver Stein, F. K. Webster, Spectrometric Identification
of Organic Compounds, 6th Ed., John Wiley & Sons, p-241 (2004)
306. Franco Bertini, Carlo A. Pauri, United States Patent 4198348 (1980)