Less than 1% of the material in clothing is recycled into new garments.
So, how do we change this?
Globally most material that goes into clothing ends up either in the landfill or an incinerator (about 73% of all material produced).
The Cost of Waste
Textile waste consumes nearly 5% of all landfill space, and 20% of all freshwater pollution is a result of textile treatment and dyeing. Growing cotton requires harmful pesticides and fertilisers, and textile-manufacturing plants release hazardous waste into land, water, and the atmosphere. Extracting oil, a non-renewable resource to make plastics for clothing, is also problematic.
We will consume more textiles
The demand for textiles will rise significantly, as the global population is set to reach 8.1 billion by 2025. By the mid-century, this figure will be 9.5 billion, and close to 11 billion by 2100. #Asia will shift from being the world’s largest textile manufacturer and supplier to becoming world’s biggest consumer of textiles.
Hence, the need for better recycling options for fibres.
Turning Waste Back into Fibres with Technology
Most garments that are #recycled are down-recycled. The biggest issue holding back garment-to-garment recycling is fibre quality: fibres are damaged during both wearing and washing. You cannot take a well-used T-shirt, mechanically tear it apart and then make the fibres into a new T-shirt, because they have lost so much fibre quality that the T-shirt will not be of high enough quality to fit into the market. One option is to mix mechanically recycled fibres in with virgin fibres. This has been a popular option for #polyester and #nylon, the material of choice that has been incorporated into many brands we are familiar with today: H&M’s Conscious Collection catalogue is full of product offerings containing recycled polyester and virgin polyester blends, Patagonia has been making recycled polyester from plastic soda bottles since 1993, turning trash into fleece, and Adidas has been using abandoned fishing nets from the sea to make adidas x Parley training wear that is made of at least 75% up-cycled plastic trash.
Another possibility is to chemically break fibres down into their chemical building blocks and then rebuild them into new fibres with indistinguishable performance characteristics to virgin fibres. Only with a chemical approach can we get the raw materials back and close the loop on textile recycling.
One example is NAIA™ Renew yarn, developed by Eastman, a product resulting out of a chemical recycling process. The company describes it as "a cellulosic yarn sourced from 100 percent circular content, produced from 60 percent certified wood fibres and 40 percent recycled waste plastics."
Another is re:newcell, a product that turns used cotton and viscose into new biodegradable pulp, new fibers, and new yarn. Their #recycling technology transforms high cellulosic waste into pure, natural dissolving pulp, Circulose pulp.
Deakin University in Australia has also developed a similar solution for recycling textiles that involves dissolving cotton and regenerating it into brand-new #cellulose – a complex, strong carbohydrate with many industrial uses.
In all of these examples above, the new fibre is 100% biodegradable, so as not to add to the textile waste problem.
H&M Foundation, in partnership with HKRITA, The Hong Kong Research Institute of Textiles and Apparel, has also successfully discovered a hydrothermal method that can break down blended textiles to make long, good quality polyester fibres. The ‘Green Machine’ can take 100 kilograms of fabric per day and planned to reach 1,000 kilos per day within one year since its launch in September 2018.
Full Circularity Is the Way to Sustainability
Of course, recycling fibres by harvesting textiles at its end-of-life is only but one way to tackle fashion’s #sustainability woes. Given there are so many clothes produced in any given year, it is imperative that growth is slowed right back down.
#Covid19 has presented the perfect opportunity for both consumers and producers alike to consume and produce differently. Gen Zeds are already buying less new stuff, and preferring to buy pre-loved and #secondhand during isolation, as this recent report found. So many of us have taken up at-home skills such as mending and upcycling our old clothes.
As the fashion industry grinds to a near-halt, brands are cancelling orders, laying off employees and quickly repositioning marketing messages to account for store closures and customers being stuck at home. In a global crisis, sustainability commitments often fall to the wayside, and most brands are predictably keeping quiet about their ambitions now.
To become circular, the fashion industry needs to make fundamental changes in three key areas: product design, infrastructure and business models. It’s not just about reusing fabric again and again, but also considering external impacts, such as greenhouse gases and water contamination with toxic chemicals, that might be generated. This means we are designing out pollution. If we also design with reuse and recyclability in mind, for example, producing clothes from single-material fabrics, how quicker and easier can we get to realising circularity?
For a full understanding of The Principles of Circular Fashion, this article sums it up for you.
There is no proof or precedent, however, that an economic setback will result in sustainable investments, but if you had a choice to produce differently, wouldn’t now be the right time to set things up right? About the writer:
Najah is an environmental engineer who is passionate about how consumers and producers can collectively lighten the impact of the apparel supply chain. She writes about #FashionEducation, #wardrobetruths and being a #ConscientiousFashionista on her blog, www.fashinfidelity.com. She is the Director at her sustainability consultancy, Footprint Mechanics. Follow her work on Instagram and Facebook for Slow Fashion news and updates. She can also be reached on LinkedIn.
Hear from Najah at our upcoming webinar: