330
Views
5
CrossRef citations to date
0
Altmetric
Original Articles

Cotton contamination

&

References

  • M.H.J. van der Sluijs, Tex. Asia 38(7) (2007) p.63–66.
  • M.H.J. van der Sluijs, Australian Cotton Grower. 28(2) (2007) p.48–50.
  • L. Hunter, Tex Rep. (2) (1989) p.21.
  • R.N. Narkhedkar and S.S. Lavate, Indian Textile J. 121(9) (2011) p.87–92.
  • S. Schlichter and P. Loesbrock, Foreign Particles in Cotton – origin of contamination and removal in processing, in Beltwide Cotton Conference. Memphis, TN., 1997, p.673–678.
  • P. Haldermann and R. Keller, Pakistan Tex. J. 41(4) (1992) p.33–35.
  • A. Hamai, The problems in international trade caused by insufficient knowledge about cotton quality, in 62 nd Plenary Session of the ICAC, Gdansk, Poland, 2003, p. 12.
  • E. Walraf, Rieter Link. 12(30) (2000) p.10–12.
  • Anon, Int. Trade Centre. SITC 263 (2007) p.365.
  • H.M. Strolz, ITMF cotton contamination survey 2001, in International Cotton Conference, Bremen, Germany, 2002, p.41–45.
  • B. Potter, Farm J. (2015) p.1.
  • A.R. Garde, P.H. Shah, and D.I. Patel, J. Inst. Eng., India. 77(1) (1996) p.14–17.
  • Y. Zhou, ITMF Spinners Comm. (2017) p.6.
  • K. Sharma, Indian Tex. J. 123(11) (2013) p.34–41.
  • G. Thilagavathi and T. Karthik, Control of wastes in spinning, in Process Control and Yarn Quality in Spinning, Woodhead Publishing India Pvt. Ltd, New Delhi, India, 2013, p. 69–140.
  • Anon, The sixth international congress, in The International Cotton Federation, Milan, Italy, 1909, p.384.
  • P. Schoeller and F. Blum, Contamination –the spinners perspective, in International Cotton Conference, Bremen, Germany, 2000, p.46–55.
  • Anon, Int. Tex. Manufact. Feder. (2017) p.279.
  • B.K. Patodia, Contamination – a pain in the neck of spinners, in 62nd Plenary Session of the ICAC, Gdansk, Poland, 2003, p.12.
  • Anon, ICAC Record. 24(1) (2006) p.9–14.
  • H.M. Strolz, Asian Text. J. 13(5) (2004) p.29–32.
  • G. Estur, Quality and marketing of cotton lint in Africa, in Africa Region Working Paper Series No.121, World Bank, Washington, DC, 2008, p.82.
  • Anon, ICAC/CFC. (2008) p.28.
  • M.K. Sharma, Contamination, trash and moisture control in ginning & pressing factories, in Cotton India 2014, Nagpur, India, (2014) p.5.
  • M. Vijayshankar, Extraneous Contamination in raw cotton bales – a nightmare to spinners, in International Cotton Conference, Bremen, Germany, 2006, p.61–76.
  • F.W. Gerber, Melliand Textilber. 67(12) (1986) p.847–849 and E344–E345.
  • S.D. Kretzschmar and R. Furter, Appl. Rep. SE 620 (2008) p.16.
  • D. Herber, et al., Physiol. Today. 2(1) (1990) p.4.
  • M. Knappe, Cotton Grower. (2014) p.1.
  • Anon, Knitt. Int. 121(1436) (2015) p.36–37.
  • G. Naik and M. Abraham, Centre Pub. Policy. (2009) p.29.
  • Anon, Contamination of cotton, in First Quarterly Report for FY05, State Bank of Pakistan, Karachi, Pakistan, 2005, p.101–104.
  • Anon, Tex. Asia. 35(9) (2004) p.79–80.
  • S. Gaur, Text. Asia. 36(7) (2005) p.78–79.
  • M.H.J. van der Sluijs, Cotton Catchment Commun. CRC. (2009) p.36.
  • S.G. Gordon, M.H.J. van der Sluijs, and M.W. Prins, Australian Cotton Coopera. Res. Centre. (2004) p.60.
  • M.H.J. van der Sluijs and P.D. Johnson, CSIRO. (2011) p.128.
  • M.H.J. van der Sluijs, V. Shankar, and S.G. Gordon, Australian Cotton Grower. 25(1) (2004) p.46–52.
  • H.M. Strolz, ITMF cotton contamination survey 1997, in International Cotton Conference. Bremen, Germany, 1998, p.21–25.
  • M. Pavaskar and R. Pavaskar, Cotton Statis. News. (34) (2016) p.9–10.
  • E. Van Nimmen and L. van Langenhove, Spinners tools to deal with cotton contamination, in Beltwide Cotton Conference, San Diego, CA., 1998, p.723–725.
  • B.J. Hamilton, K.A. Thoney, and W. Oxenham, Indian Tex. J. 122(7) (2012) p.48–56.
  • G. Blomquist, We can stop contamination - this is how to do it, in Beltwide Cotton Conference, New Orleans, LN, 1997, p.688–689.
  • J.G. Jordan, Lint contamination - a serious threat to U.S. cotton, in Beltwide Cotton Conference, San Antonio, TX, 2004, p.38–39.
  • S. Simpson, Contamination: Educating the ginner and grower, in Beltwide Cotton Conference, San Diego, CA, 1998, p.461–463.
  • D. Whitelock, et al., What research is happening to help prevent contamination of U.S. cotton?, in Beltwide Cotton Conference, Dallas, TX, 2017, p.435–440.
  • M.H.J. van der Sluijs and A. Krajewski, Contamination detection using module hood feeder sensors, in Beltwide Cotton Conference, San Antonio, TX, 2015, p.990–998.
  • B. Haney and R. Byler, Plastic impurities found in cotton, in Beltwide Cotton Conference, Dallas, TX, 2017, p.332–338.
  • Anon, Joint Cotton Indust. Bale Packag. Comm. (2017) p.28.
  • Anon, Minutes of the standing committe, in International Cotton Advisory Committee, Washington, DC, 1988, p.61.
  • A. Jordan, Joint Cotton Indust. Bale Packag. Comm. (2000) p.2.
  • M. Gupta and N. Aggarwal, IUP J. Agricult. Econ. 7(1 & 2) (2010), p.7–19.
  • Anon, Nat. Cotton Council Am. (2009) p.8.
  • M.H.J. van der Sluijs, V. Shankar, and S.G. Gordon, Text. Asia. 35(2) (2004) p.57–59.
  • S. Ray and B. Chatterjee, J. Tex. Assoc. 72(1) (2001) p.5–8.
  • M.H.J. van der Sluijs, M. Freijah, and M. Guittet, The removal of plastic wrap during processing, in Australian Cotton Research Conference, Canberra, ACT, 2017, p.S77.
  • C. Faerber, A. Leder, and G. Engels, A modular solution to combat the foreign matter problem in ginning and spinning, in International Cotton Conference, Bremen, Germany, 2010, p.243–252.
  • M.H.J. van der Sluijs and M. Freijah, A preliminary investigation into the removal of plastic wrap during ginning and textile processing, in Beltwide Cotton Conference, New Orleans, LN, 2016, p.885.
  • C. Faerber, A. Leder, and G. Engels, Melliand Int. 16(3) (2010) p.101–102.
  • W. Schlapfer, Text. Month. (2) (2008) p.26.
  • H. Spinner, Text. Asia. 35(9) (2004) p.35–38.
  • J.S. Church, J.A. O'Neill, and A.L. Woodhead, Appl. Spectrosc. 52(8) (1998) p.1039–1046.
  • T. Pusch, et al., Melliand English. 89(6) (2008) p.E57–E58.
  • D. Jia and T. Ding, Opt. Eng. 44(7) (2005) p.6.
  • M. Santiago Cintron and J. Rodgers, Examination of cotton fibers and common contaminants using an infrared microscope and a focal-plane array detector, in Beltwide Cotton Conference, New Orleans, LA, 2016, p.323–325.
  • N.S. Mehta, et al., X-Ray microtomographic image analysis for identification of cotton contaminants, in Beltwide Cotton Conference, Memphis, TN, 2001, p.1303.
  • D.S. Himmelsbach, J.W. Hellgeth, and McAlister, J. Agric. Food Chem. 54(20) (2006) p.7405–7412.
  • B. Wulfhorst, J. Bergmann, and I. Hormes, Melliand English. 12 (1989) p.E377–E379.
  • M. Ding, et al., An automated cotton contamination detection system based on co- occurrence matrix contrast information, in Intelligent Computing and Intelligent Systems, Shangai, China, 2009, p.517–521.
  • A. Mustafic and C. Li, Text. Res. J. 85(12) (2015) p.1209–1220.
  • J. Yu and L. Changying, Identification of cotton foreign matter using line-scan hyperspectral imaging system, in Beltwide Cotton Conference, San Antonio, TX, 2015, p.803–807.
  • C. Faerber and A. Leder, New method for the detection and separation of Foreign parts including polypropelene, in International Cotton Conference, Bremen, Germany, 2008, p.216–220.
  • S. Rufo and H. Speich, Rieter Link. 22(56) (2010) p.15.
  • Anon, Melliand Int. 17(1) (2011) p.19.
  • Anon, Nat. Cotton Council Am. (2016) p.3.
  • A. Basu, Asian Text. J. 13(9) (2003) p.103–106.
  • S. Rajpal, Cotton Statist. News. 34(22) (2016) p.1–4.
  • M. Pavaskar and R. Pavaskar, Cotton Statist. News (35) (2016) p.8–10.
  • T. Nassiou and B. Buchmann, Cotton Int. 3 (2005) p.18.
  • A. Krajewski and S.G. Gordon, Cotton contamination detection sensors, in Final Report. Cotton Research and Development Corporation, Narrabri, NSW, 2014, p.17.
  • W. Kiechl, Is there an ideal cleaning point for Textile Contaminants?, in International Cotton Conference, Bremen, Germany, 2004, p.143–149.
  • V. Mudhuri and H.R. Shah, Text. Indust. India. 53(5) (2014) p.15–21.
  • R. Byler, J.C. Boykin, and R.G. Hardin, Removal of plastic sheet material with normal cotton ginning equipment, in Beltwide Cotton Conference, San Antonio, TX, 2013, p.676–685.
  • R.G. Hardin and R. Byler, J. Cotton Sci. 20(4) (2016) p.375–385.
  • R.G. Hardin, R. Byler, and C.D. Delhom, Removal of plastic materials using adjustments and revisions to standard seed cotton cleaning equipment - progress report, in Beltwide Cotton Conference, San Antonio, TX, 2015, p.973–980.
  • K. Baker, et al., Detection of plastic and oily contamination in seed cotton at the gin using infra-red, in Beltwide Cotton Conference, San Antonio, TX, 2015, p.981–989.
  • P.A. Funk, Detecting plastics in seedcotton, in Beltwide Cotton Conference, Nashville, TN, 2008, p.620–624.
  • D. Whitelock, et al., Continued work to develop a low-cost sensor to detect plastic contamination in seed cotton at the gin, in Beltwide Cotton Conference, Dallas, TX, 2017, p.389–397.
  • P.A. Funk, et al., J. Cotton Sci. 12(3) (2008) p.237–245.
  • M. Vijayshankar, Processing your product – using Australian cotton’, in 13th Australian Cotton Conference, Broadbeach, Queensland, 2006, p.8.
  • R. Furter, Uster Technol. AG. (Application Report SE594) (2006) p.32.
  • S. Balamurugan, Asian Text. J. 13 (2003) p.69.
  • C. Faerber and A. Leder, Progress in detecting and removing cotton contaminants in spinning, in International Cotton Conference, Bremen, Germany, 2016, p.57.
  • W. Oxenham, ATI 29(4) (2000) p.59–62.
  • Anon, Text. Magazine. 57(11) (2016) p.2.
  • L. van Langenhove and P. Kiekens, Contamination of cotton fibres: how to solve the problem, in International Cotton Conference, Bremen, Germany, 2000, p.56–60.
  • Anon, Schlafhorst Zinser Exp. (2) (2017) p.18–19.
  • K.L. Fabian, Schlafhorst Document. (18) (1986) p.10.
  • F.H. Frey, Melliand Int. 1 (1995) p.16–18.
  • E.F. Hequet and N. Abidi, Sticky Cotton – Measurements and Fiber Processing. Texas Tech University Press, Lubbock, TX, 2006, p.175.
  • E.F. Hequet, T.J. Henneberry, and R.L. Nicols, USDA ARS Tech. Bull. 2007 (1915) p.219.
  • J.-P. Gourlot, 2012 updated bibliography on stickiness causes, measurements and consequences, in ICCTM-ITMF, Bremen, Germany, 2012, p.13.
  • Anon, Proceedings of the ICCTM Meeting, Bremen, Germany, March 20, 2012, p.12.
  • Anon, Proceedings of the ICCTM Meeting, Bremen, Germany, March 18, 2014, p.12.
  • Anon, Proceedings of the ICCTM Meeting, Bremen, Germany, March 15, 2016, p.12.
  • Anon, Bremen Aachen Survey on Cotton Quality, Bremen, Germany, 2017, p.6.
  • Anon, Improvement of the marketability of cotton produced in zones affected by stickiness, in Technical Paper No. 17, J.-P. Gourlot and R. Frydrych, eds., Common Fund for Commodities, Amsterdam, NL, 2001, p.87.
  • P.C. Ellsworth, et al., Sticky cotton sources & solutions. The University of Arizona, Cooperative Extension, IPM Series. 13(AZ1156-12) (1999) p.4.
  • M.I. Afzal, Cotton stickiness – a marketing and processing problem, in Improvement of the Marketability of Cotton Produced in Zones affected by Stickiness, J.-P. Gourlot and R. Frydrych, eds., Lille, France, 2001, p.105–111.
  • D.E. Brushwood and H.H. Perkins, Cotton stickiness potential as determined by minicard, thermodetector and chemical methods, in Beltwide Cotton Conference, New Orleans, LA, 1993, p.1132–1135.
  • Anon, Honeydew, in International Committee on Cotton Testing Methods, Bremem, Germany, 1988, p.12–18.
  • D. Messa and S. Meier, Comprehensive cotton testing to obtain the full fiber profile relevant for the preparation process and the yarn quality, in International Cotton Conference, Bremen, Germany, 2016, p.7.
  • R. Chaudhry, Harvesting and ginning in the world, in Beltwide Cotton Conference, New Orleans, LA, 1997, p.1617–1619.
  • G. Estur and N. Gergely, The economics of roller ginning technology and implications for African cotton sectors, in African Region Working Paper Series, Washington, DC: World Bank, 2010, p.75.
  • M.K. Sharma, Cotton ginning technologies - selection criteria for optimum results, in The First International Conference on Science, Industry and Trade of Cotton, Gorgan, Iran, 2012, p.7.
  • R.D. Rutherford, New developments in cotton ginning from Lummus, in 67 th Plenary Meeting of the ICAC, Bukina Faso, 2008, p.8.
  • K.D. Baker and A.C. Griffin, Modern ginning systems, Am. Soc. Agron. 24 (1984) p.432–435.
  • Anon, Cotton production practices, in Report prepared by the Secretariat for the 70th Plenary Meeting, ICAC, Editor. Washington, DC, 2011, p.164.
  • G.A. Carlson and A. Mohamed, Crop Prot. 5(5) (1986) p.348–354.
  • E.F. Hequet and N. Abidi, J. Cotton Sci. 6(1) (2002) p.77–90.
  • Anon, Plains Cotton Growers Incorp. (1999) p.3.
  • Anon, Managing Silverleaf Whitefly in Australian Cotton, Cotton Info, Editor, Narrabri, NSW, 2016, p.13.
  • W.S. Smith and N.L. Pearson, Fragments from the Chalazal End of the Cotton Seed  – Their Formation and Factors Affecting Extent of Presence in Ginned Lint, USDA, Washington, DC, 1939, p.35.
  • J.P. Evenson, Empire Cotton Growing Rev. 32 (1955) p.157–167.
  • G.J. Mangialardi and W.F. Lalor, Am. Soc. Agricult. Eng. 33(6) (1990) p.1748–1758.
  • Y. Saranga, et al., Crop Sci. 37 (1997) p.1577–1581.
  • W.S. Anthony, et al., Text. Res. J. 58(2) (1988) p.111–116.
  • G.J. Mangialardi, Text. Res. J. 62(6) (1992) p.335–340.
  • Y. Bolek, M. Oglakci, and K. Ozdin, Field Crops Res. 101 (2007) p.155–159.
  • J.P. Evenson, Seed Coat Neps of Chalazal Origin in Cotton, CSIRO Division of Land Research, Canberra, 1967, p.7.
  • N.L. Pearson, Agricult. Res. 58(11) (1939) p.865–873.
  • N.L. Pearson, Seedcoat Fragments in Cotton: An Element of Yarn Quality, in Technical Bulletin 1116, United States Department of Agriculture, Washington, DC, 1955, p.17.
  • J.C. Boykin, Origin of seed coat fragments in ginned lint, in Beltwide Cotton Conference, New Orleans, LN, 2005, p.745–755.
  • J.-P. Gourlot, et al., Seed coat fragment counting and sizing in card web, in Beltwide Cotton Conference. San Antonio, TX, 1995, p.1245–1249.
  • W.J. Naarding, Raw cotton related problems: Neps, in Beltwide Cotton Conference, Las Vegas, NV, 1986, p.429–430.
  • F. Summers, J. Text. Inst. Trans. 16(11) (1925) p.T323–T330.
  • J.D. Bargeron and T.H. Garner, The role of seed-coat and mote-fragment neps in yarn and fabric imperfections: A survey, in Beltwide Cotton Conference, New Orleans, LA, 1988, p.586–591.
  • S.T. Rayburn, Cotton seedcoat fragment research, in Beltwide Cotton Conference, New Orleans, LA, 1985, p.362.
  • H.H. Perkins, Text. Res. J. 41(7) (1971) p.559–563.
  • Anon, Text. Topics. 21(9-12) (1993) p.1–4.
  • E.F. Hequet and R. Frydrych, Some recent developments in stickiness, in International Cotton Conference. 1992: Bremen, Germany. p. 225–239.
  • C.V. Feaster, Dealing with spindle twist, seedcoat fragments, motes, poor preparation, neps, and short fiber in pima cotton, in Beltwide Cotton Conference, Las Vegas, NV, 1990, p.540–541.
  • E.F. Hequet, M. Krifa, and J.-P. Gourlot, Trashcam: A new instrument for cotton breeders, in Textile Topics, Texas Tech University, Lubbock, TX, 1999, p.2–8.
  • M. Krifa, J.-P. Gourlot, and J.-Y. Dréan, Text. Res. J. 71(11) (2001) p.981–986.
  • J.D. Bargeron and T.H. Garner, Measurement of cottonseed fragmentation contamination, in Belwide Cotton Conference, Nashville, TN, 1989, p.630–634.
  • G.J. Mangialardi, J.M. Halloin, and J.J. Herbert, Cottonseed characteristics associated with neps and seed-coat fragments, in The American Society of Agricultural Engineers - International Winter Meeting, Chicago, IL, 1990, p.20.
  • J.C. Boykin, Relationship of seed properties to seed coat fragments for Mid-South cotton varieties, in American Society of Agricultural and Biological Engineers Meeting Presentation, Reno, NV, 2009, p.24.
  • J.C. Boykin, Relationship of seed properties to seed coat fragments for cotton cultivars grown in the Mid-South. Am. Soc. Agricult. Biol. Eng. 53(3) (2010) p.691–701.
  • J.C. Boykin, Genetic traits associated with seed coat fragments, motes and neps, in Beltwide Cotton Conference, San Antonio, TX, 2006, p.436–447.
  • Anon, Cotton classification – understanding the data, in USDA AMS Cotton Program, Memphis, TN, 2005, p.14.
  • S.D. Kretzschmar and R. Furter, A new single fiber testing system for the process control in spinning mills, in Application Report, Uster Technologies, 2008, p.24.

Reprints and Corporate Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

To request a reprint or corporate permissions for this article, please click on the relevant link below:

Academic Permissions

Please note: Selecting permissions does not provide access to the full text of the article, please see our help page How do I view content?

Obtain permissions instantly via Rightslink by clicking on the button below:

If you are unable to obtain permissions via Rightslink, please complete and submit this Permissions form. For more information, please visit our Permissions help page.