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- 01GRR1T4AEYTVZH7BR3VHVQZ6Y classification A1.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y date "2023".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y language "eng".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y type journalArticle.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y hasPart 01GVFX6KXYPPEGGXTXNR3GAGKN.pdf.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y subject "Chemistry".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y doi "10.1016/j.resconrec.2023.106903".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y issn "0921-3449".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y issn "1879-0658".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y volume "191".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y abstract "Textile products are composed of various blends of synthetic or natural polymers. Elastane increases the functionality during use phase, but impedes high quality recycling. This study investigates the selective chemical dissolution of elastane from blended textile. Hansen solubility parameters and COSMO-RS were applied for solvent screening. The most recommended biobased solvents were experimentally validated with polyester, polyamide, cotton, wool and elastane for which solubility limits were determined and hence, their selectivity towards elastane dissolution. A TGA-corrected gravimetric method was developed as quantification tool and showed that tetrahydrofurfuryl alcohol and ɣ-valerolactone have comparable elastane dissolution capabilities to classical solvents (5 mg elastane/g solvent). Polyester/elastane and polyamide/elastane blends were subjected to this process as case studies. The LCA study showed that this selective solvent-based dissolution process saves 60% CO2-eq./kg textile waste compared to incineration. This interdisciplinary work can set the benchmark for further developing and upscaling physical/dissolution recycling processes for blended textiles.".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author 1D7D45A8-F0EE-11E1-A9DE-61C894A0A6B4.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author 4AE82178-2240-11E3-BD2F-D1D610BDE39D.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author 60EFF916-4D07-11E5-AC4F-AE11B5D1D7B1.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author C08D2C10-CD25-11E5-AEFD-71F0B4D1D7B1.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author ECCBC23C-82C3-11E2-BB4A-B55F10BDE39D.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author F4C9EBE8-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author F542886E-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author FBC5C354-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author urn:uuid:af174028-35d2-4925-a56e-1bf5ff8fa034.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y author urn:uuid:b22f1199-ecb5-4849-bb94-336280219678.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y dateCreated "2023-02-08T08:20:56Z".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y dateModified "2024-12-12T19:15:47Z".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y name "Analysing the potential of the selective dissolution of elastane from mixed fiber textile waste".
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y pagination urn:uuid:476fd0e6-87f7-414f-9b23-1eae4c7d3f1b.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y sameAs LU-01GRR1T4AEYTVZH7BR3VHVQZ6Y.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y sourceOrganization urn:uuid:48c969ad-fa37-466f-bcf2-02ba7d897414.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y sourceOrganization urn:uuid:c63d1d15-0846-47cf-8426-0830374920c0.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y sourceOrganization urn:uuid:dbf033ad-d722-4b80-a848-b60c2292f313.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y sourceOrganization urn:uuid:fca9c586-1c82-47c7-8a45-11f6ef16320f.
- 01GRR1T4AEYTVZH7BR3VHVQZ6Y type A1.