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Environmental impacts of textiles in the use stage: A systematic review

Journal

SUSTAINABLE PRODUCTION AND CONSUMPTION
Volume 36, Issue -, Pages 233-245

Publisher

ELSEVIER
DOI: 10.1016/j.spc.2023.01.006

Keywords

Textiles; Use stage; Environmental impact; Modeling; Consumer behavior

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Textiles with high global demand and consumption can have a significant positive impact on the planet by assessing and reducing their environmental impact during the use stage. However, current studies incorporating the use stage have yielded highly variable results, and the root causes of these discrepancies require further investigation.
Textiles with high global demand and consumption are a necessity in people's daily lives, and assessing and re-ducing the environmental impact of their use stage can make a significant positive contribution to the planet. However, current studies that incorporate textile use stages into system boundaries have yielded highly variable results, both in terms of absolute and relative impacts. The root causes of these discrepancies deserve in-depth investigation. In this context, we conducted an up-to-date descriptive and critical literature review to explore the inconsistencies between studies through a detailed analysis and discussion of current practices in use stage modeling and the final assessment results. A two-step search of the Web of Science database was thus conducted, resulting in a sample of 74 records, including 53 quantitative studies and 21 qualitative or semi-quantitative studies. Inconsistent functional units, non-uniform system boundaries, inaccurate data inventories, and imprac-tical quantification methods were the key issues identified in the reviewed articles that led to large variability be-tween the results of different studies and their inability to be compared with each other. Therefore, the optimization of the modeling methods for the use stage from these four aspects in order to establish a standard-ized methodological system is a priority for subsequent work. Some potential technical tools and theoretical methods, such as automated data acquisition, data mining, simulation techniques and modularity theory, etc., can be considered for future integration and application. In addition, the environmental performance of the use stage was found to be highly subject to consumer behavior and the uncertainties associated with it. Analysis of consumer behavioral characteristics and the mechanisms that shape their behavior based on behavioral sci-ence theories can support the development of effective interventions that contribute to the promotion of sustain-able consumption of textiles and, ultimately, to the global improvement of environmental impacts caused by textile use and care.(c) 2023 Institution of Chemical Engineers. Published by Elsevier Ltd. All rights reserved.

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