Download A Novel Green Treatment for Textiles: Plasma Treatment as a by Chi-wai Kan PDF
By Chi-wai Kan
Industries around the globe were impacted by way of environmental laws, economics, and eventually shoppers, which has ended in extra considered the improvement of sustainable items. The fabric isn't any exception. The guidance, dyeing, and completing of fabric fibres calls for quite a lot of water and different chemical compounds that may be poisonous or unsafe. eco-friendly chemistry in addition to different eco-friendly applied sciences could now play a number one function during this technique. This booklet emphasises the significance of plasma remedy as a eco-friendly and sustainable know-how.
A Novel eco-friendly therapy for Textiles: Plasma remedy as a Sustainable expertise discusses the plasma remedy of fabric fibres and its environmental, financial, and social advantages. The e-book studies the final homes of textiles and offers an outline of the present remedy tools quite often used this day. the writer then introduces the idea that of plasma and its software in treating cloth fabrics. the applying of plasma as a pretreatment in addition to a therapy in dyeing textiles is mentioned.
The ebook summarizes the appliance of plasma remedy within the printing and completing of textiles. additionally explored is the concept that of sustainability and its function within the improvement of plasma remedies in cloth rainy processing. The 12 rules of eco-friendly Chemistry are included during the publication.
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Extra resources for A Novel Green Treatment for Textiles: Plasma Treatment as a Sustainable Technology
W. Kan, PhD, graduated from The Hong Kong Polytechnic University with a BSc and PhD in textile chemistry. Dr. Kan is now an associate professor in the Institute of Textiles and Clothing, The Hong Kong Polytechnic University. Dr. Kan’s research interests are in the area of textile colouration and finishing. His research experience focusses on the surface modification of textile material with the use of novel technology such as plasma and laser. Dr. Kan has published more than 300 refereed journal papers and conference proceedings.
Journal of the Society of Dyers and Colourists 109: 284–92. Collishaw, P. , S. Weide, and M. J. Bradbury. 2004. Colour (in) constancy: What is achievable on retailer standards? AATCC Review 4(9): 16–18. Cunningham, A. D. 1995. The controlled colouration approach for right first time dyeing of polyester. AATCC International Conference Book of Papers 1995: 424–36. Dos Santos, A. , F. J. Cervantes, and J. B. Van Lier. 2007. Review paper on current technologies for decolourisation of textile wastewater: Perspectives for anaerobic biotechnology.
2006). The preparation, colouration and finishing stages of fabric manufacture are significant contributors to the overall water footprint of textiles and clothing, and so there is a renewed interest in optimised water use and investigation of the possibilities of water re-use in dyeing. As so many textile processing steps require the use of hot water, minimising the water consumption per unit of production also has a concomitant benefit in energy consumption. Given the levels of public and corporate concern about global warming and climate change, the textile industry cannot afford to ignore the pressure to reduce the amount of energy embedded in its products—in other words, to reduce their ‘carbon footprint’.