Module WOOL-482-582 References

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References

  1. Andar, 2005, The economics of modern wool scouring-Recent developments of the Scourmaster wool scours, Andar Holdings Ltd.
  2. Andar Spreadsheet (accompanies Andar, 2005, reading.)
  3. Australian Wool Processors Council members (http://www.woolindustries.org/awpc.htm).
  4. Australian Wool Processors Council, 2003, Submission to the Productivity Commission Inquiry: The Post 2005 TCF Assistance Arrangements.
  5. AWI, 2003, Sheep’s back to mill Statistics Double Edition 2001/02-2002/03 and Executive Summary.  Australian Wool Innovation.
  6. Centre for International Economics, 2002, Prospects for further wool processing in Australia. (http://www.wool.com.au/attachments/Publications/Trade_development/ES_PropectsFurtherWoolProcessingAustralia.pdf).
  7. Fabrics Australia, 2003, Submission to the Productivity Commission Inquiry: The Post 2005 TCF Assistance Arrangements, Fabrics Australia Inc. March 2003.(www.fabricsaustralia.com.au)
  8. Goulburn wool scour (CIL) information, Environment Australia,(http://www.gwsr.com.au/).
  9. Griffith, R.E. 1993, ‘Who gets the value out of value adding?’ Wool Technology and Sheep Breeding, vol. 41(1), Paper 9.
  10. IWTO, 2003, ‘Global wool supplies and wool textile manufacturing activity 2003-2004,’ Wool Technology Sheep Breed., vol. 51(4), Paper 1
  11. Savage, P. 1988, ‘Early stage processing of wool in Australia,’ Wool Technology and Sheep Breeding, vol. 36(4), Paper 10.
  12. Whiteley, K.J. 1987, ‘Wool Processing,’ Wool Technology and Sheep Breeding, vol. 35(2), Paper 2.
  13. Woolmark, 2004a, Industry Survey for the AWI Wool Textile and Apparel Portal, The Woolmark Company, February 2004.
  14. Woolmark, 2004b, A Global Strategic Market Analysis and Outlook for Australian Wool. A report prepared for AWI by Woolmark Business Intelligence Group, The Woolmark Company.
  15. Plate, D.E.A. 1990, ‘What are the Wool Characteristics which are of Importance to Wool Processors and End Users?’, CSIRO Division of Wool Technology, Geelong.
  16. Purvis, I.W., Swan, A.A., Lamb, P.R. and Robinson, G.A. 2000, ‘Breeding for processing performance and product quality,’ Proc. of Finewool 2000: Breeding for customer needs, CSIRO, Armidale.
  17. Wood, E.J. 2001, ‘Tangling with wool series: 7. What makes a good yarn?’, Wool Technology and Sheep Breeding, Volume 49, Issue 3 2001 Article 7
  18. Wood, E.J. 2004, ‘ What makes a good yarn?’, Canesis
  19. Lappage, J. 2004, The history of spinning, Canesis Network Ltd., New Zealand
  20. Wood, E. 2005, Topic 20-Textile Properties of Wool and Other Fibres, Wool Marketing and Clip Preparation
  21. Robinson, B. 1991, A Basic Guide To Raw Wool Scouring, IWS Technical Information Letter, TIL/ET-6, 1991.
  22. Stewart, R.G. 1988a, Opening, Dusting and Blending Greasy and Scoured Sools, in: Woolscouring and Allied Technology, Caxton Press, Christchurch, New Zealand, ISBN 0-908699-23-9
  23. Barry, S.I., Mercer, G.N. and Marchant, T.R. 2002, Mathematical modelling of a wool-scour   bowl, School of Mathematics and Statistics, ADFA, UNSW.
  24. Rankin, D.A. 2004, Detergents for woolscouring, Canesis Network Ltd, Christchurch, NZ.
  25. Andar Holdings Ltd. (A), The fat of wool grease, detergent and pesticide residues during woolscour effluent treatment, Andar Holdings Ltd.
  26. Andar Holdings Ltd. (B), Cleanrinse rinsewater treatment, Andar Holdings Ltd
  27. Andar Holdings Ltd. 2000 Andar Sirolan CF™ Module, Andar Holdings Ltd.
  28. Andar Holdings Ltd. 2002, Options for the use of Sirolan CF Sludge, Andar Holdings Ltd.
  29. Bateup, B.O., Christoe, J.R., Jones, F.W., Poole, A.J., Skourtis, C. and Westmoreland, D.J. 2001, ‘From Filth to Tilth – Wool Scouring in an Environmentally Sustainable World’ Textile Institute 81st World Conference, Melbourne.
  30. Bremer Woll-Kämmerei AG, Wool and the environment – Effluent treatment and recycling, recirculation of useful substances in wool scouring and combing plants, Bremer Woll-Kämmerei AG, Germany.
  31. CSIRO Wool Technology and The Woolmark Company, 1998, Geelong (September 1998), Utilising wool scouring wastes as a resource.
  32. Stewart, R.G. 1988, ‘Effluent treatment,’ in: Woolscouring and Allied Technology, Caxton Press, Christchurch, New Zealand, ISBN 0-908699-23-9.
  33. Wood, G. 2004, Enviroloop™ – An integrated process package to treat woolscour effluent, Andar Holdings Ltd.
  34. Honeywell Reference and Application Data for Humidity Sensors
  35. Thomas, Canesis – The PID Controller
  36. Stewart, R G. 1988, Analysis and Testing, in: Woolscouring and Allied Technology, Caxton Press, Christchurch, New Zealand, ISBN 0-908699-23-9, Christchurch, New Zealand.
  37. Wood, E.J. 2004, A Beginner’s Guide to NIRA, Canesis Network Ltd, Christchurch, New Zealand.
  38. Wood, E.J. Length after Carding Parameters, Canesis Network Ltd, Christchurch, New Zealand.
  39. E Wood (2002) “The basics of wool colour measurement”, Wool Technology and Sheep Breeding: Vol. 50: No. 2, Paper 4, pp. 121-132.
  40. Anderson, C.A. 1969, ‘The Centrifugal Recovery of Woolgrease, Wool Science Review, vol. 37, pp. 23.
  41. Orr, S. 1998, Lanolin Demythologised, Ascal Laboratories NZ Ltd.
  42. Rankin, D.A. 2002, Woolgrease, Canesis Network Ltd
  43. Andar Holdings Ltd. Wool Scouring Information, product brochure, New Zealand
  44. Andar Holdings Ltd. Technical Data – 3.0 metre width woolscour data sheet, product brochure, New Zealand
  45. Andar Holdings Ltd. Scour Comparisons, product brochure, New Zealand
  46. Andar Holdings Ltd. Topmaster Production Data, product brochure, New Zealand
  47. Andar Holdings Ltd. Topmaster Technical Guidelines, product brochure, New Zealand
  48. Barry, S.I., Mercer, G.N., and Marchant, T.R. 2002, Mathematical Modelling of a Wool Scour Bowl, School of Mathematics and Statistics, ADFA, UNSW.
  49. Christoe J R and Bateup, B O. 1987, ‘Developments in wool scouring: an Australian perspective,’ Wool Science Review, vol. 64, pp 25.
  50. Stewart, R.G. 1988a, Aqueous and other systems, in: Woolscouring and Allied Technology, Caxton Press, Christchurch, New Zealand, ISBN 0-908699-23-9.
  51. Stewart, R.G. 1988b, ‘Aqueous scouring as a process”’ in: Woolscouring and Allied Technology, Caxton Press, Christchurch, New Zealand, ISBN 0-908699-23-9.
  52. Crowley, T. and von Bergen, W. 1969, ‘Sorting, scouring and carbonizing’, in: Wool Handbook, vol. 2(1), W. Von Bergen (ed), Interscience Publishers, New York, p. 91.
  53. Halliday, L.A. and Simpson, W.S. Woolscouring, carbonising and effluent treatment (Chp 6), Chemical processes for enhanced appearance and performance (Chp 7), in: Wool Science and Technology, (eds.) W.S. Simpson, and G. Crawshaw, Woodhead Publishing Ltd., pp39-41.
  54. Harmsworth, T. and Day, G. 1990, ‘Scouring and Carbonising’, in: Wool and Mohair: Producing better natural fibres, Inkata Press, Melbourne, p. 212.
  55. Wool Science Review, 1964, Carbonising: A survey of recent research in Belgium, Wool Science Review, vol. 25, p. 45.
  56. Wool Science Review, 1965, Carbonising: Recent research in Australia, Wool Science Review, vol. 26, International Wool Secretariat, London, p. 25
  57. Wool Science Review, 1952, The Scientist Looks at the Wool Industry: Carding, Wool Science Review, vol. 9, p.3
  58. Wool Science Review, 1954a, ‘The Scientist Looks at the Wool Industry: Drawing – Part 1,’ Wool Science Review, vol. 12, p.3.
  59. Wool Science Review, 1954b, ‘The Scientist Looks at the Wool Industry: Drawing – Part 2,’ Wool Science Review, vol. 13, p.3
  60. Atkinson, K. 1999, Combing: Latest Developments and Future Trends, Woolwise PowerPoint Presentation, CRC for Premium Quality Wool.
  61. Auer, P. 1999, Combing Principles, Woolwise PowerPoint presentation, CRC for Premium Quality Wool.
  62. DeBoos, A. Australian Wool – Competitive through Innovation, CSIRO Textile and Fibre Technology, Geelong, Victoria.
  63. Wool Science Review, 1953, ‘The Scientist Looks at the Wool Industry: Combing,’ Wool Science Review, vol. 11, p. 3.
  64. Anon, 1955, ‘The Scientist Looks at the Wool Industry: Worsted spinning,’ Wool Science Review, vol. 14(3).
  65. Anon, 1957, ‘The Scientist Looks at the Wool Industry: Woollen ring frame spinning,’ Wool Science Review, vol. 17(3).
  66. CSIRO Textile and Fibre Technology, Wool For Spinners, Wool for Spinners, Message from Sirolan-Yarnspec.
  67. Oxenham, W. 2003, ‘Developments in spinning,’ Textile World, Technology: Spinning.
  68. Yang, S. and Humphries, W., 2001.  Application of Sirolan Yarnspec in the Chinese Domestic Wool Industry.  Presented at the International Wool Textile Organisation, Technology and Standards Committee, Shanghai, China, May 2001.  CSIRO Textile Fibre and Technology, Geelong, VIC.
  69. Wool Research of New Zealand.  ‘What makes a good yarn’?  From the Tangling With Wool Series.  WRONZ, Lincoln, New Zealand.
  70. E Wood (2002) “Tangling with wool series: 8. More good yarns”, Wool Technology and Sheep Breeding: Vol. 50: No. 2, Paper 8, pp. 181-186.
  71. Oxenham, W. and Cagle, C. 2005. Developments in worsted spinning. Textile Asia, January, pp. 38-46.
  72. Lamb, P.R. and Curtis, K. 2004, Identifying customers needs and addressing process and product opportunities, Discussion paper, Australian Sheep Industry CRC.
  73. Lamb, P.R. and Oldham, C.M. 2000, ‘The advantages of longer hauteur,’ Proceedings of IWTO Technical and Standards Committee Meeting, Christchurch, Report No. CTF 03
  74. Lamb, P.R. and Yang, S. 1995, The effect of fibre length distribution, CSIRO Division of Wool Technology, Report No. WT95.01.
  75. Fincarde, 2005, Latest Development in Nonwoven Manufacturing, FOR, A Division of Fincarde, downloaded 9th Aug, 2005
  76. Karl Mayer, 2005, Stitch-bonding machines MALIMO, Karl Mayerm downloaded 9th Aug, 2005, http://www.karlmayer.de/english/Products/nav/index.html
  77. Seyam, A.M., 2003.  Technological advances in weaving and weaving preparation machinery continue.  ITMA, 2003.  Vol 3, Issue 3, Autumn 2003.
  78. Features and uses of woven fabrics – a glossary compiled by E J Wood, Canesis Network Ltd.
  79. Noonan, K., 2002.  CAD/CAM’s effect of the Jacquard weaving industry and what can be expected in the future:  USA – An excerpt from a paper given by Karl Noonan, Technical Director, Sophis Systems NV, at a Textile Institute meeting.  Gent, March, 2002.
  80. Seyam, A.M., 2003.  Weaving Technology – Advances and challenges.  Journal of Textile and Apparel, Technology and Management, vol. 3, issue 1, 2003.  North Carolina State University, NC, USA.
  81. Weaving machines for home textiles – a technology review.
  82. Knitting Together – History and evolution of knitting machinery.  The Heritage of the East Midlands knitting industry, since the 1500s.  Retrieved 19th April, 2006 from website http://www.knittingtogether.org.uk
  83. Wood, E.J.  Fibres for non-wovens.  Canesis Network Ltd., Christchurch, New Zealand.
  84. oldandsold.com.  An historical article on cloth finishing.  Cloth finishing (originally published early 1900s.  Retrieved 20th August, 2006 from http://www.oldandsold.com/articles04/textiles22.shtml
  85. DeBoos, A., 2001.  Australian wool, competitive through innovation.  CSIRO Textile and Fibre Technology.  Geelong, Victoria.  Assessed 15th May, 2002.  Retrieved August 20th, 2006 from http://www.tft.csiro.au.
  86. Novozymes A/S 2000-2005.  The use of enzymes in the finishing of wool and silk fabrics.  Retrieved August 20th, 2006 from http://www.novozymes.com
  87. Le, C., Ly, N., Phillips, D. and De Boos, A., Characterising the stability of the surface finish on wool fabrics, CSIRO, Textile and Fibre Science, Geelong, Victoria.
  88. Tomasino, C., 1992, Chemistry & technology of fabric preparation and finishing, College of Textiles, North Carolina State University, which is available on the web at:  www.p2pays.org/ref/06/05815.pdf.  Retrieved 20th August, 2006.  Chapter 3, Scouring (Pages 31-59), Chapter 4, Bleaching (Pages 60-71).
  89. Hauser, P., 2003.  Preparation, ITMA 2003.  Journal of Textile and Apparel, Technology and Management, vol 3, issue 3, pp1-10.  Autumn, 2003.  Available on the web and retrieved 20th August, 2006 from http://www.tx.ncsu.edu/jtatm.click on “View Articles”.
  90. Tomasino, C., 1992, Chemistry and technology of fabric preparation and finishing.  Ch 6, Mechanical aspects of chemical finishing; section II, Drying and curing and section III, Dryers and ovens, pp 90-96.  College of Textiles, North Carolina State University, North Carolina, USA.
  91. Tomasino, C., 1992, Chemistry and technology of fabric preparation and finishing.  Ch 13, Mechanical finishing; section II, Raising, pp 232-239, section IV, Shearing, pp 239-240; and section VIII, Decating, pp 243-244.  College of Textiles, North Carolina State University, North Carolina, USA.
  92. Swastik Textile Engineers Pty Ltd.  Gas singeing machine, super singe, pre-treatment woven processing.  Retrieved 20th August, 2006 from http://www.swastiktextile.com/gas_singening_machine.htm.
  93. The Society of Dyers and Colourists.  Examples of the psychology of colour, news and publications under “Colour Click”.  Public Domain available at www.sdc.org.uk.
  94. The Society of Dyers and Colourists of Australia and New Zealand (SDCANZ), some basic notes on dyeing.  Retrieved 20th August, 2006 from www.vea.com.au/TN4818850.pdf.
  95. Wilson, D., 2004.  A glossary of dyes and dyeing terms for materials and processes in textile dyeing for artists.  Retrieved 20th August, 2006 from http://list.emich.edu/%7Edyers?pdfs/
  96. Lukanova, V., Ganchev, V. and Veleva, S., 2004.  Kinetics of the wool chroming process over formation of dye stuff complexes.  Fibres and Textiles in Eastern Europe, 2004, vol 12, part 3, pp 83-86
  97. Lamb, P.R., 2002, ‘Metrology and processing research: Implications for growers’, Wool Technology and Sheep Breeding, vol. 50(4), pp. 671.
  98. Scrivener, C.J., Vizard, A.L. and Hansford, K.A. 1999. ‘The valuation of superfine wools in relation to their topmaking performance’, Wool Technology and Sheep Breeding, vol. 47(4), pp. 241.
  99. Turk, T. 2002, Meeting the Needs of the Processor, Wool Technology and Sheep Breeding, vol. 50(4), pp. 622
  100. Lamb, P.R. and Curtis, K.M.S. 2004, Identifying customer needs and addressing process and product opportunities, Discussion Paper, Australian Sheep Industry CRC.
  101. Lamb, P.R., Curtis, K.M.S., Humphries, W. and Pant, N., 2002, ‘Opening up specifications’, Wool Technology and Sheep Breeding., vol. 50(2), pp. 679.
  102. Lamb, P.R. and Oldham, C.M. 2000, ‘The advantages of long hauteur’, Proceedings of IWTO Technical and Standards Committee Meeting, Report No. CTF 03, Christchurch, May.
  103. Lamb, P.R. and Yang, S. 1995, The effect of fibre length distribution in worsted spinning, CSIRO Div. of Wool Technology, Report WT95-01.

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