Could a sustainable fashion industry's future be... plastic?

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International researchers have developed a polyethylene fabric with a comparably low environmental footprint, compared to the fashion industry's current impacts. As textile manufacturing generates millions of tons of waste, as well as contributing between 5 and 10 per cent of global greenhouse gas emissions annually, the team sought out new materials that could be made from a fully recyclable material, and ended on polyethylene. The yarns can be coloured by environmentally-friendly methods, and for extra clumsy or moist humans, are resistant to staining, and allow for moisture-wicking and fast drying.

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From: Springer Nature

Cheap plastics can be turned into sustainable fabrics

A newly developed polyethylene fabric with a low environmental footprint is described in a paper published this week in Nature Sustainability.

The fashion industry is one of the most polluting industries in the world, second only to oil and gas. Textile manufacturing consumes massive amounts of water and generates millions of tons of waste, as well as 5–10% of global greenhouse gas emissions annually. Textile maintenance often consumes even more energy and water than the production phase.

Svetlana Boriskina and colleagues used the standard textile industry processes and equipment to fabricate fibres, yarns and fabrics made out of polyethylene. Polyethylene is one of the most commonly used plastics today and is fully recyclable. The authors found that in the absence of any chemical treatment, the fabrics are resistant to staining and allow for efficient moisture wicking and fast drying. Polyethylene yarns can be coloured by environmentally friendly methods, thus eliminating the large amounts of toxic wastewater otherwise created during conventional processes. They also found that the use of polyethylene offers substantial reduction of the environmental footprint of textiles during the use phase.

The authors conclude that this fabric could offer unique advantages for a wide range of applications and consumer markets in the textile industry and beyond.

Journal/
conference:
Nature Sustainability
Research:Paper
Organisation/s: Massachusetts Institute of Technology, Cambridge, MA, USA
Funder: This work was supported by the Combat Capabilities Development Command Soldier Center’s SPS Directorate through the US Army Research Office (no. W911NF- 13-D-0001), the Advanced Functional Fabrics of America (AFFOA) institute (no. W15QKN-16-3-0001), MIT International Science and Technology Initiatives (MIT – Italy MITOR Project no. 2018), the MIT Deshpande Center (no. 6941280), MIT-Tecnológico de Monterrey Nanotechnology Program and the UNSW-USA Networks of Excellence.
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