El-banna, A. (2019). Effect of Seed Cotton Cleaning Method and Seed Cotton Level on Ginning Efficiency and Fiber Properties of The Egyptian Cotton Cultivar Giza 86. test, 24(2), 252-265.
Aly Ahmed El-banna. "Effect of Seed Cotton Cleaning Method and Seed Cotton Level on Ginning Efficiency and Fiber Properties of The Egyptian Cotton Cultivar Giza 86". test, 24, 2, 2019, 252-265.
El-banna, A. (2019). 'Effect of Seed Cotton Cleaning Method and Seed Cotton Level on Ginning Efficiency and Fiber Properties of The Egyptian Cotton Cultivar Giza 86', test, 24(2), pp. 252-265.
El-banna, A. Effect of Seed Cotton Cleaning Method and Seed Cotton Level on Ginning Efficiency and Fiber Properties of The Egyptian Cotton Cultivar Giza 86. test, 2019; 24(2): 252-265.

Effect of Seed Cotton Cleaning Method and Seed Cotton Level on Ginning Efficiency and Fiber Properties of The Egyptian Cotton Cultivar Giza 86

Journal of the Advances in Agricultural Researches
Article 15, Volume 24, Issue 2 - Serial Number 92, June 2019, Pages 252-265    PDF (1012.64 K)
Document Type: Research papers
Author
Aly Ahmed El-banna*
Plant Production Department, The Faculty of Agriculture (Saba Basha), Alexandria University, Egypt.
Abstract
This research was carried out at Plant Production Department, Faculty of Agriculture (Saba Basha), Alexandria University, Egypt, during 2018/2019 ginning season. The main objective of this research is tracking cotton fiber quality and foreign matter content through the ginning and cleaning systems. Three different seed cotton levels; namely, Good to fully good (G/FG), Good (G) and Fully Good fair to Good (FGF/G) of Giza 86 long staple Egyptian cotton cultivar, in addition to three methods of cleaning; i.e., two hand cleaning methods as belt, mesh and control treatments. Lint cotton samples collected at each cleaning methods were analyzed for foreign matter content and ginning efficiency to produce fiber for High Volume Instrument (HVI) fiber analyses. Mesh system; gave the highest mean values of the ginning efficiency parameters, i.e. gin stand capacity (0.92 kg lint/inch/hr.), lint percentage (37.65 %), lint grade code (26.83) and the lowest value of the ginning time (1.62 hr./kentar). The highest mean values for spinning consistency index (176.88), upper half mean length (32.14mm), length uniformity index (86.10%), fiber bundle strength (38.28 g/tex), maturity index (0.87), micronaire reading (4.23) and fiber reflectance degree (Rd;72.66%) were registered by the same cleaning method. The seed cotton level Good to Fully Good (G/FG) surpassed the seed cotton level Fully Good Fair to Good (FGF/G) in the ginning efficiency parameters and High Volume Instrument (HVI) fiber properties. The most studied HVI fiber properties were insignificantly (p < /em> > 0.05) affected by the interaction between the methods of seed cotton cleaning and seed cotton level (A × B) except, the fiber length parameters (upper half mean length [UHML], short fiber index [SFI]) and the reflectance degree ((Rd %).
Keywords
Seed cotton; cotton cleaning; Fiber quality; Gin stand capacity; Lint grade, HVI
References

Abdel-Aal, W.M. (2006). Effect of feeding method of conventional roller gin stand and seed cotton level on ginning efficiency.  M.Sc.  Thesis, Fac. Agric., (Saba Basha), Alex. Univ., Egypt.

Abdel-Salam, M.E.(1999). Effect of ginning processes on fiber quality. The Egyptian cotton  Elkalema Press, Giza, Cairo, 403 pp.

Adanacioglu, H. and F.A Olgun (2010). Profitability and efficiency in the cotton ginning industry: a case study from the Aegean region of Turkey. 6(2): 163-182 Available at Mai/Ago www.custoseagronegocioonline.com.br.

Champman, W.E. and V.L. Stedronsky (1959).  Ginning acala cotton in the south-west. USDA. Agric. Res. Serv. Prod. Res. Rep. No. 27.

CoStat 6.311, C. C. W. (1998-2005). Cohort software798light house Ave. PMB320, Monterey,CA93940,andUSA.email:info@cohort.com. http://www.cohort.com/DownloadCoStatPart2.html.

Delhom, D. C., V. B. Martin, and M. K. Schreiner (2017). Textile industry needs. J. Cotton. Sci. 21:210–219. http://journal.cotton.org, © The Cotton Foundation 2017

Dhongade G.K., S. Bansod and N.J Shirbhate (2015). Cotton ginning parameters - A review. Lecturer, Dep. of Mech. Engine. IJSRD International J. Scientific Research & Development| - (online) 3(1): 755-758.

El-Banna, A. A. A. (2019). Relationship between roller gin type and ginning efficiency of Egyptian cotton cultivar ،Giza 86᾿. Mid. East J. Agri. Res. 8 (1): 117-125.

Fortier, C., J. Rodgers and J.Foulk (2015). Botanical trash mixtures analyzed with near-Infrared and attenuated total reflectance fourier transform spectroscopy and thermogravimetric Analysis.  J. Cotton Sci., 19:603-612 http://Journal.cotton.org, © The Cotton Foundation 2015.

Frig, N. A. (2002). Effect of cleaning and blending of seed cotton on ginning efficiency. M. Sc. Thesis, Fac. Agric. Saba Basha, Alex. Univ., Egypt.

Garner, K.W. and R.V. Baker (1977). Cleaning and Extracting. U.S.D.A., Cotton Handbook, Agric. Handbook, No. 503: 19.

Gérald, E. and G. Nicolas (2010).  The Economics of roller ginning technology and implications for African cotton sectors - prepared for the world bank.

GTZ. (2003). Egyptian Cotton Sector Strategy. Ministry of Agriculture and Land Reclamation Egyptian German Cotton Sector Promotion Program & Cotton Council - CSPP 113 (15).

Hardin, I. R.G., E. M. Barnes, T. D. Valco, V. B. Martin and D. M. Clapp (2018). Effects of gin machinery on cotton quality. J. Cotton Sci., 22:36-46. http://Journal.cotton.org, © The Cotton Foundation 2018.

Hossam El-Din, A.E., M.G.I. Beheary and H.E. Abdel-Gelil (2002). Instrumental grading of the Egyptian cotton using the HVI. J. Adv. Agric. Res., 7 (1): 87- 102.

Hossam El-Din, A.E., M.G.I. Beheary, A.K. Nassr-allah and N. Ferig (2003). Effect of seed cotton cleaning and blending on ginning efficiency and fiber properties.  J. of Agric. Res. Tanta Univ., 29 (1): 34- 49.

Hughs, S.E. (2016). Cotton Ginners Handbook (2016 Revised Edition). The J. Cotton Sci., 20:154-154. http://Journal.cotton.org, © The Cotton Foundation 2016

Ibrahim, A. E. I. and A. A. A. El-Banna (2018).  Response of fiber quality to temperature degree and lint cotton grade in two long staple varieties. Alex. Sci. Exchange J., 39 (3): 482- 489.

Jesse, K. and C. Li (2017). A pulsed thermographic imaging system for detection and identification of cotton foreign matter. Sensors, 17(3):518-532.  

Liu, Y. and C. Delhom (2018). Effect of instrumental leaf grade on HVI micronaire measurement in commercial cotton bales. The J. Cotton Sci., 22:136–141. http://Journal.cotton.org, © The Cotton Foundation 2018.

Porter, W.M., J. D. Wanjura, R. K. Taylor, R. K. Boman, and M. D. Buser (2017). Tracking cotton fiber quality and foreign matter through a stripper harvester. The J. of Cotton Sci., 21:29–39. http://Journal.cotton.org, © The Cotton Foundation 2017.

Sallouma, B.M. (1970). Grades analysis of long staple Egyptian cotton.  Ph. D.  Thesis, Fac.  of Agric., Ain Shams Univ., Egypt.

Sharma, M.K (2015). New directions in roller ginning industry. Retrieved at 27, June,  2015 from: http://www.bajajngp.com/images/technical/new_directions_2014.pdf.  2:6.

Snedecor, G.W. and W.G. Cochran (1967).  Statistical method, 6th ed. Iowa Stat Univ. Press, 593p.

Statistics
Article View: 89
PDF Download: 298