Textile Emissions, Pollution, and Waste: Fast Fashion Accelerates It: Fashion Industry Challenges, Data, Regulations, Sustainability, and Recycling Efforts

 

     The fashion industry, which relies on textile manufacturing and dyeing, is an outsized contributor to climate change, air pollution, and water pollution. It is responsible for about 10% of global carbon emissions. Thus, efforts towards sustainability have been a focus for the industry for years. Marketing had reflected this trend until the recent affordability challenges. Elsa Ohlen, in a CNBC article, notes:

“…despite the marketing blitz, fashion executives admit that most consumers, battered by a persistent cost-of-living crisis, aren't willing to pay more for an ethically produced product, or "sustainability premium." Instead, shoppers have become increasingly selective and price-sensitive, looking for value above all else.”

     This, she says, has created a retail paradox, where more expensive options are being promoted, but only the cheaper options are selling. The disruption in the Middle East has led to higher oil and oil products prices as well as higher prices for petroleum-based synthetic fibers like polyester. The cost crunch leaves less in the budget for environmental considerations. This is another example where profitability enables environmental spending and lack of profitability disables it.   

     Sustainability and ESG have long been important in the fashion industry, where unfair labor practices and animal welfare issues have been exposed in the past. Pollution and carbon emissions add considerably to the industry’s vulnerability to scrutiny. Scandals can taint brand equity.

     Some fashion companies want to move toward the use of recycled materials, but say they need incentives.  

"There are no short-term incentives to use circular materials, on the contrary, you have to pay more," said Helmersson. "We're acting in a market where there's no price on nature," she said, adding that the industry needs increased taxation on nature – such as taxing the resource footprint of products and services – and decreased taxation on labor.

     I disagree with that carbon tax approach since it would increase costs for consumers, but government incentives could help, maybe something like a tax credit for using recycled materials. The article notes that textile-to-textile recycling is in need of an infrastructure buildout.

     According to a report by the Boston Consulting Group:

“About 80% of discarded clothing ended up in landfills or incinerators, 12% was reused, and less than 1% was recycled into new fibers, the report found.”

     The EU is preparing to regulate textile waste with one goal of disincentivizing overproduction, which has been implicated in the trends toward “fast fashion,” where lower-quality, more or less disposable clothing is mass-produced to be inexpensive. The EU’s proposed rule, designed to address waste and greenwashing, is the "Ecodesign for Sustainable Product Regulation" (ESPR). Failure to comply will lead to financial penalties and reputational damage.

     According to Science Insights:

“Textile waste is any discarded material that comes from clothing, fabrics, or fiber-based products. This includes worn-out garments, factory scraps from manufacturing, unsold inventory, and household items like bedding, towels, and curtains.”

     They note two broad categories of textile waste: pre-consumer and post-consumer waste. Pre-consumer textile waste is the waste from manufacturing, including fabric offcuts, rejected materials, and surplus stock that does not sell. Post-consumer waste is what we consumers discard. Fast fashion’s shorter lifespan means more is needed to replace it.

     The composition of textile waste determines how long it will last in the environment while in use, but especially afterward. Studies have shown that about 70% of textile waste is made of natural fibers, mainly cotton and linen. Synthetic fibers like polyester, nylon, and acrylic make up a growing proportion of waste. These do not readily break down in landfills. Fabrics that blend natural and synthetic fibers are troublesome as waste because it is difficult to separate those fibers in recycling steps. Synthetic fibers can take up to 200 years to fully decompose in a landfill. Those synthetic fibers can also leach toxic chemicals that join the landfill leachate. Metal-based additives are in common use in the industry. According to Science Insights, these include zinc compounds used as heat stabilizers and in dyes, copper added as complex dyes, antimony-containing flame retardants, and lead and cadmium salts used as stabilizers in synthetic polymers.

     They also note how the synthetic fibers break down into microplastics :

“Tiny fiber fragments between 1 micrometer and 5 millimeters long are released from synthetic garments during washing, machine drying, and even regular wearing. These microplastic fibers wash into waterways through household drains, passing through many wastewater treatment systems and reaching rivers, lakes, and oceans.”

“Once in the water, these fibers are ingested by aquatic animals, disrupting their metabolic processes. From there, they enter the human food chain through seafood, sea salt, and drinking water. Any manufacturing process that weakens fiber structure, including sanding, brushing, and bleaching, increases the volume of fragments shed during later use. A single load of laundry can release hundreds of thousands of these fibers, and the cumulative effect across billions of households is enormous.”

     Most textile waste is incinerated or landfilled. Fiber-to-fiber recycling, where the fibers of one garment are extracted and remade into another garment, remains uncommon. They list the reasons why below:

     Most textile recycling is “downcycling,” where the discarded clothing is made into lower-quality goods like insulation, cleaning rags, or stuffing material. This delays but does not eliminate the waste stream.

     The EU requires extended producer responsibility (EPR), where the manufacturer is responsible for tracking and collecting post-consumer discarded textile waste. The producers are required to cover the costs of collecting, sorting, and recycling. Some discarded clothing of reasonable quality is resold domestically or exported to secondhand markets in Africa, Asia, and Latin America. Around 30% of textile waste considered for recycling ends up in a landfill. Without collection, it all ends up in a landfill.

     The Boston Consulting Group’s analysis quantified textile waste, where it goes, and other industry statistics. 

     They note the loss in potential raw materials:

“Each year, textile waste worth an estimated $150 billion in raw materials value is lost—resources that are extracted, processed, and then quickly discarded. Recovering even a quarter of these wasted resources could offset the combined annual materials expenditures of the world’s 30 largest fashion companies. The environmental and economic case is clear: reducing textile waste would conserve valuable resources and minimize environmental and social impact.”

     92% of the industry’s greenhouse gas emissions come from producing textiles. Incineration, landfilling, and open dumps account for the rest.

     The table below explores barriers to textile recycling in terms of waste generated, sorting, recycling, and processing.

     Potential solutions include designing garments to be recycled, building out collection infrastructure and increasing consumer awareness about collection, developing automated sorting systems, and investing more in waste management. Below they propose five ways to scale up a circular economy for textile waste: 1) Promote demand for textiles with recycled fibers, 2) Collect more waste, 3) Modernize sorting systems, 4) Scale effective recycling solutions, and 5) Invest in innovation.

     They think that success is dependent on industry-wide collaboration or central orchestration by the public sector.

“The textile industry can draw inspiration from other sectors that have successfully transformed through a combination of public subsidies, regulatory incentives, targeted investments, and consumer engagement.”

“The path toward a circular textile economy is in sight, but it requires decisive action across the entire value chain. Industry players must boost demand for recycled fibers, streamline textile waste collection, upgrade sorting infrastructure, expand proven recycling methods, and invest in cutting-edge recycling technologies.”

     The recent sale of millennial fashion darling Everlane to fast-fashion giant Shein does not seem to bode well for sustainable fashion. Shein has had issues with working conditions and environmental impacts. However, Everlane’s CEO says it will remain an independent company and continue its focus on producing sustainable clothing. Everlane epitomized the direct-to-consumer business model. Everlane had taken on too much debt and had been seeking a sale. Shein has been accused of buying the company as a form of greenwashing its own fast fashion products or at least diluting its reputation for unsustainable fashion.

 

 

References:

 

A strange paradox has taken hold of the global fashion industry. Elsa Ohlen. CNBC. May 20, 2026. A strange paradox has taken hold of the global fashion industry

Shein acquiring Everlane feels like the end of the millennial sustainable fashion dream. Juliana Kaplan. Business Insider. May 22, 2026. Shein acquiring Everlane feels like the end of the millennial sustainable fashion dream

What Is Textile Waste? Definition, Sources & Impact. Science Insights. March 14, 2026. What Is Textile Waste? Definition, Sources & Impact - ScienceInsights

Spinning Textile Waste into Value. Rohan Sajdeh, Catharina Martinez-Pardo, Alexander Meyer zum Felde, Tom Lange, Eleonora Tieri, and Elian Evans. Boston Consulting Group. August 12, 2025. Tackling the Global Crisis of Textile Waste | BCG