| Title | Colour management in circular economy: decolourization of cotton waste |
|---|---|
| ID_Doc | 1457 |
| Authors | Määttänen, M; Asikainen, S; Kamppuri, T; Ilen, E; Niinimäki, K; Tanttu, M; Harlin, A |
| Title | Colour management in circular economy: decolourization of cotton waste |
| Year | 2019 |
| Published | Research Journal Of Textile And Apparel, 23, 2 |
| Abstract | Purpose While aiming to create methods for fibre recycling, the question of colours in waste textiles is also in focus; whether the colour should be kept or should be removed while recycling textile fibre. More knowledge is needed for colour management in a circular economy approach. Design/methodology/approach The research included the use of different dye types in a cotton dyeing process, the process for decolourizing and the results. Two reactive dyes, two direct dyes and one vat dye were used in the study. Four chemical treatment sequences were used to evaluate colour removal from the dyed cotton fabrics, namely, HCE-A, HCE-P-A, HCE-Z-P-A and HCE-Y-A. Findings The objective was to evaluate how different chemical refining sequences remove colour from direct, reactive and vat dyed cotton fabrics, and how they influence the specific cellulose properties. Dyeing methods and the used refining sequences influence the degree of colour removal. The highest achieved final brightness of refined cotton materials were between 71 and 91 per cent ISO brightness, depending on the dyeing method used. Originality/value Colour management in the CE context is an important new track to study in the context of the increasing amount of textile waste used as a raw material. |
Similar Articles
| ID | Score | Article |
|---|---|---|
13958
|
Yousef, S; Tatariants, M; Tichonovas, M; Kliucininkas, L; Lukosiute, SI; Yan, LB Sustainable green technology for recovery of cotton fibers and polyester from textile waste(2020) | |
| 15105
|
Houghton, JA; Tidder, A; Stenton, M; Blackburn, RS Coloration in Flow: The Potential of In Situ Coloration of Casein Fibers to Mitigate Environmental Impact of Traditional Dyeing Methods(2024)Acs Sustainable Chemistry & Engineering, 12, 6 | |
| 5237
|
Yousaf, MA; Aqsa, R Integrating circular economy, SBTI, digital LCA, and ESG benchmarks for sustainable textile dyeing: a critical review of industrial textile practices(2023)Global Nest Journal, 25, 7 | |
| 16600
|
Subramanian, K; Sarkar, MK; Wang, HM; Qin, ZH; Chopra, SS; Jin, MS; Kumar, V; Chen, C; Tsang, CW; Lin, CSK An overview of cotton and polyester, and their blended waste textile valorisation to value-added products: A circular economy approach - research trends, opportunities and challenges(2022)Critical Reviews In Environmental Science And Technology, 52, 21 | |
| 26960
|
Casciani, D; Chen, MJ Conveying Natural Dyes in the Fashion Industry Through a Design-Driven Innovation(2024) | |
| 3675
|
Ribul, M; Lanot, A; Pisapia, CT; Purnell, P; McQueen-Mason, SJ; Baurley, S Mechanical, chemical, biological: Moving towards closed-loop bio-based recycling in a circular economy of sustainable textiles(2021) | |
| 14180
|
Saefudin Prospects of biomass wood wastes as natural dye stuffs for batik clothes and other woven fabrics(2020) | |
| 12323
|
Kallawar, GA; Bhanvase, BA A review on existing and emerging approaches for textile wastewater treatments: challenges and future perspectives(2024)Environmental Science And Pollution Research, 31.0, 2 | |
| 24030
|
Fonseca, FD; Symochko, L; Pinheiro, MNC Grape Pomace (Vitis vinifera L.) Waste Valorization: Assessing Its Potential as a Sustainable Natural Dye for Textiles Applications(2024)Sustainability, 16, 8 | |
| 10326
|
Jenull-Halver, U; Holzer, C; Piribauer, B; Quartinello, F Development of New Treatment Methods for Multi Material Textile Waste(2020) |