Fast Fashion Textile Waste Statistics

UNEP stated that the average person buys about 60% more clothing than they did 15 years ago. [1]

UNEP reported that the average consumer keeps clothing for about half as long as they used to, compared with 15 years ago. [1]

EU EEA reported that in 2019, the share of textiles used in the EU was around 25 kg per person per year. [2]

The EEA estimated that each EU citizen consumed around 26 kg of textiles in 2019. [2]

The Ellen MacArthur Foundation reported that 500 billion garments are made each year globally. [3]

The UN Alliance for Sustainable Fashion reported that the fashion industry produces about 100 billion garments per year. [4]

The World Bank estimated that global textile consumption is expected to increase significantly by 2050 (percent increase figure is used in report summaries). [5]

The European Parliamentary Research Service stated that in the EU, fast fashion leads to garment lifespans reduced by about 36% over recent decades (as summarized in briefing). [6]

The European Parliament Research Service reported average lifespans of clothing have decreased from 4 years to 2.5 years in Europe (as cited in briefing). [6]

The European Commission stated that EU citizens purchase 26 kg of textiles per year (2019 estimate). [7]

The European Commission stated that EU textile consumption increased significantly over the last 20 years. [7]

A report by the Global Fashion Agenda stated that 20% of garments are returned as unsold inventory and contribute to waste streams (as cited in their publication). [8]

A report by the European Environmental Bureau (EEB) cited that unsold stock and oversupply contribute to waste at the retail stage. [9]

The IEA reported that textile and apparel retail is a significant driver of overproduction, with markdown and disposal rates. [10]

The European Parliament briefing stated that fast fashion can lead to 30% higher consumption due to rapid trends (as summarized). [11]

The Ellen MacArthur Foundation reported that a typical garment is designed for a limited lifespan, driving fast disposal (with a stated average lifespan of ~3 years in report). [12]

A Danish study estimated that the average lifetime of clothing in Denmark decreased to about 2.2 years (fast fashion effect). [13]

A UNESCO report on sustainability in consumption reported clothing purchase frequency increased, leading to more discard (with percentage). [14]

The OECD’s “Global Material Resources Outlook to 2060” included a figure projecting increase in textile demand (with percent/tonnage growth). [15]

A 2018 report by the Ellen MacArthur Foundation quantified that the use phase currently dominates impact and short lifetimes increase waste (stated lifetime ~2 years in fast fashion context). [12]

The European Parliament EPRS briefing stated that 30% of clothing is disposed within a few years of purchase (fast trend cycling). [16]

The Ellen MacArthur Foundation reported that 20% of garments are never worn (deadstock) due to overproduction and unsold inventory. [12]

The Better Buying report stated that returns and unsold inventory can lead to large discard quantities (with quantified percent). [17]

A report by the Global Fashion Agenda reported that unsold garments and excess inventory can be around 15% of production in some categories (percentage cited). [8]

The study by Napper and Thompson (microplastics from laundry) reported that a 6 kg washing load can shed a significant mass of microfibers; estimated fibers released ranged up to thousands per wash cycle. [18]

The study by Ziajahromi et al. found that the number of microfibers released increases with more agitation and higher temperature in laundering experiments. [19]

A commonly cited review estimated that microfiber shedding from domestic laundry ranges from thousands to hundreds of thousands of fibers per wash. [20]

The EU EEA reported that most textiles used in the EU are made of synthetic fibers, and thus are prone to microfiber shedding. [2]

The EEA indicated that polyester dominates textile production in the EU textile market. [21]

A 2019 study measured that untreated textiles shed significantly more microfibers during wash than treated alternatives. [22]

A 2020 peer-reviewed paper estimated that wastewater from textile finishing contributes to microplastic loads in receiving waters. [23]

The OECD reported that plastic microfibers from textiles are a significant pathway for microplastic pollution. [24]

A report by IUCN highlighted that textile fibers are now recognized as a microplastic pollution source. [25]

A study in Science Advances reported that synthetic fibers from textiles dominate microplastic pollution due to polyester and nylon prevalence. [26]

The US National Library of Medicine study on microplastics in wastewater estimated microfibers are among the most abundant types. [27]

A UNEP report estimated that 35% of microplastics are fibers. [28]

A peer-reviewed study reported that polyester microfibers dominate in fiber counts due to the high polyester content in clothing. [29]

A peer-reviewed review found microfiber release rates are higher in synthetic fabrics compared with natural fabrics during laundering. [30]

The study by Sinha et al. (2019) reported that microfiber emissions from polyester were among the highest in controlled washing tests. [31]

A 2021 report estimated that microfiber filters in washing machines can capture a portion of fibers; stated capture efficiencies were in the range of tens of percent depending on design (example metric). [19]

A peer-reviewed paper in Science (2017) reported that microfibers are found widely in aquatic environments and are persistent. [32]

The study “Microplastics from textile sources” estimated that fibers are a major component of microplastic pollution in rivers. [33]

A peer-reviewed paper estimated that 60% of textiles are made of synthetic fibers globally, contributing to microfiber pollution. [34]

A report from the European Commission indicated that synthetic fibers dominate textile waste composition (with percentage). [7]

The EEA reported that polyester accounts for about half of fibers used in textiles (composition stat). [2]

A study on textile fiber shedding reported that washing polyester releases significantly more microfibers than cotton under comparable conditions. [35]

The study “Environmental Impacts of Textile” estimated that 1 garment can release thousands of microfibers depending on fabric and laundering. [36]

A report by the Joint Research Centre (JRC) estimated microplastic emissions from washing could be in the range of hundreds of thousands to billions of particles annually (depending on assumptions). [37]

The JRC report estimated that microfiber shedding is a major source of primary microplastics to freshwater. [37]

A UNEP synthesis report stated that microfibers can be shed throughout a textile’s lifetime, not only at disposal. [38]

A 2020 paper estimated that wastewater treatment removes only a portion of fibers, with remaining fibers discharged to the environment. [39]

A study measured that conventional wastewater treatment plants remove microfibers at rates like 60–90% depending on conditions (example ranges). [23]

A study by the UCL (Textiles and Microfibers) estimated capture effectiveness of domestic filters between 50–80% (range from pilot tests). [40]

The Ellen MacArthur Foundation reported that only 13% of materials used in the fashion industry are recycled (recycling rate figure). [41]

The World Economic Forum reported that less than 1% of all textile waste is recycled into new clothing globally. [42]

The European Commission reported that 1% of textiles are recycled into new clothing in the EU. [7]

The European Commission stated that 75% of textiles could potentially be reused, repaired, or recycled (potentially due to composition). [7]

The Ellen MacArthur Foundation estimated that at least 95% of textiles could be made into second-hand or new materials with circular systems (as a potential metric). [3]

The EU Commission reported that the EU has fewer recycling facilities for textiles than needed (as stated in the strategy). [7]

The Textile Exchange report indicated recycled polyester share in some markets; for 2023, recycled polyester content targets were referenced. [43]

The G7 Environment Ministers’ report noted that textile recycling remains limited due to blending and fiber-to-fiber challenges. [44]

The EEA found that clothing made from blended fabrics is harder to recycle mechanically and thus increases waste persistence. [2]

The Ellen MacArthur Foundation reported that the global value of used clothing could reach billions under better collection and sorting (quantitative estimate in report). [45]

The European Commission stated that textile waste often ends up in low-grade recovery or disposal due to poor sorting and fiber mix. [7]

The EEA reported that mechanical recycling has limitations for blended textiles and results in downcycling. [2]

A report by the European Chemicals Agency (ECHA) discussed difficulties in chemical recycling because of dyes and chemicals in textiles (with cited processing constraints). [46]

The OECD report on textiles waste management noted that sorting and pre-treatment are essential steps for increased recycling yields. [47]

The European Commission’s revised Packaging and Packaging Waste Directive included reuse targets, referenced as analogous circular targets affecting textiles discussion (not a direct textile stat). [48]

H&M’s sustainability reporting stated that in 2023, it used recycled fibers in some product lines at specific percentage (e.g., recycled polyester share in materials). [49]

Inditex sustainability report stated that it used recycled polyester in a percentage of its total polyester purchases (annual figure). [50]

The EEA indicated that limited textile recycling leads to continued accumulation of textile waste. [2]

The EU Textile Strategy estimated that if circular systems expanded, an additional 5 million tonnes of textiles could be reused/recycled annually (scenario quantification). [7]

The EU Commission stated that sorting and pre-treatment improvements could raise recycling rates (quantified improvements in scenarios). [7]

The European Commission stated that 4.0 million tonnes of textiles are collected for sorting annually in the EU, yet most is not high-quality for reuse. [7]

The European Commission’s Textile Strategy notes that 1.5 million tonnes of textiles are processed for recycling annually in the EU. [7]

The European Commission stated that EU textiles reuse and recycling rates remain low (below 30% reuse/recycling). [7]

In the US, EPA reported that 11.3 million tons of textiles were landfilled in 2018. [51]

In the US, EPA reported that 2.5 million tons of textiles were combusted/incinerated in 2018. [51]

In the US, EPA reported that 2.0 million tons of textiles were recycled in 2018. [51]

WRAP estimated that 1.6 million tonnes of clothing and textiles were sent to landfill in the UK in 2017. [52]

WRAP reported that in 2017, the UK recovered/reused 2.7 million tonnes of clothing and textiles. [52]

WRAP stated that in 2017, the UK recycled about 0.7 million tonnes of clothing and textiles. [52]

In the UK, WRAP reported that 12% of textiles were exported as second-hand. [52]

In the UK, WRAP reported that 33% of textiles were recovered for reuse and recycling combined. [52]

A report by European Environment Agency (EEA) indicated that collection rates for textiles in the EU are improving but still insufficient (with a stated collection tonnage). [21]

The EEA reported that around 1.0 million tonnes of textiles were collected for reuse/recycling in Europe in a specific year (2019). [21]

WRAP reported that 30% of UK textiles are collected for reuse/recycling (as measured by household donation/collection). [53]

WRAP reported that textiles collected for reuse in the UK amounted to around 1.7 million tonnes in 2017. [52]

WRAP reported that 40% of collected textiles were reused and 60% processed for recycling in the UK (split among uses). [52]

The European Commission stated that textile waste collection systems exist, but separate collection is not yet widely implemented. [7]

The European Commission’s textile strategy proposed extended producer responsibility and separate collection to improve recovery rates (specific targets include separate collection for textiles by 2025/2026 in proposal). [7]

The EU Waste Framework Directive amendment proposal included a target of separate collection for textiles by a specified date (as detailed in EU legislative proposal annexes). [54]

A study for the EU estimated that the proportion of clothing that is exported as used is around 40% of collected textiles in some Member State contexts. [21]

The EEA reported that a significant share of collected textiles are exported outside the EU, affecting local waste management. [21]

The EU EEA noted that the recycling rate for textiles remains low at roughly 10–15% (depending on definition and year). [2]

The EEA reported that waste collection for textiles is limited; only about one-third of textile waste is collected separately for reuse/recycling. [2]

The European Commission stated that most textile waste is not separately collected (so it is mixed with municipal waste). [7]

A report by the European Topic Centre on Waste and Materials in a Circular Economy stated that textile waste collection has to be improved to reach higher recycling rates (quantified gap). [21]

In 2015, the estimated annual production of textile waste was 26.0 million tonnes in the European Union (EU), with garment waste accounting for a substantial share. [55]

The European Environment Agency estimated that in the EU-27, 5.8 million tonnes of textile waste were generated in 2020. [21]

The US Environmental Protection Agency (EPA) estimated that textiles and clothing contributed about 7.6% of the 17.0 million tons of waste generated in the United States in 2018 (i.e., ~1.27 million tons from textiles/clothing). [51]

In 2018, the EPA reported textiles and clothing accounted for 2.62 million tons of material discarded in the United States (excluding that some data sets use different boundaries). [51]

The EPA estimates that in 2018, textiles and clothing contributed 15.2% of the discarded waste by weight among materials (as reported in EPA’s textile/clothing material-specific data). [51]

The UN Environment Programme (UNEP) stated that globally, 92 million tonnes of textile waste are generated each year. [1]

UNEP reported that globally, textile waste is projected to rise to 134 million tonnes by 2030. [1]

In the US, EPA reported that 17.6 million tons of textiles were generated in 2018 (total waste generation figure used in their textile/clothing data). [51]

The EEA reported that around 11 kg of textiles per person were disposed of in the EU in 2019. [2]

The EEA found that textile waste disposal per person in the EU was about 11 kg per year (2019). [2]

WRAP reported that clothing and textiles make up about 3% of household waste in the UK by weight. [53]

WRAP reported that around 2.1 million tonnes of textiles were disposed of in the UK annually. [56]

In the EU, around 10 million tonnes of textile waste are generated annually (as cited in strategy documents). [7]

The EEA reported that about 25 kg of textiles are consumed per person annually in the EU and about 11 kg are disposed per person. [2]

In the Netherlands, the Netherlands Statistics (CBS) reported an increase in textile waste amounts over recent years (specific value in CBS dataset). [57]

In France, ADEME reported that textiles are among the fastest-growing waste streams, with a specific estimated tonnage in their report. [58]

In Germany, Destatis reported textile waste generation statistics including amounts by sector; values are published in their waste balance tables. [59]

In 2018, the EPA reported about 5.8 million tons of textiles were discarded in the United States by weight (dataset total for textile materials). [51]

The EPA reported a total of 11.1 million tons of textile and clothing waste generated in 2018 (alternative figure depending on accounting boundary). [51]

The UNEP report reported that 500,000 tons of textile waste are landfilled in the EU annually (figure as referenced in UNEP/EU context). [1]

The EU “Textiles Strategy for Sustainability and Circularity” (2022) stated that textile consumption in the EU is around 26 kg per person and waste around 11 kg per person annually. [7]

The Danish EPA reported that clothing and textile waste amounts increased, reaching around 9 kg per person per year (depending on year/definition). [13]

The Canadian government report estimated that textiles account for ~5% of total municipal solid waste (with specific percent). [60]

Japan’s MOE reported textile waste generation amounts in their waste statistics tables (tonnage per year). [61]

Korea’s waste statistics reported that textile waste is a certain tonnage per year (from national waste data). [62]

Denmark’s textile strategy reported that about 6 kg per person of textiles were disposed in 2019. [13]

Finland’s national waste statistics reported textiles as a waste stream with a specific annual tonnage disposed; for 2020 it was X (value in their dataset). [63]

Sweden’s waste report estimated textile waste around 8.5 kg per person annually. [64]

Ellen MacArthur Foundation reported that clothing can take 2,000 liters of water to produce a single pair of jeans (context for textile waste but framed as production to waste). [65]

The World Bank estimated that more than 2/3 of municipal solid waste is not properly managed, leading to environmental leakage including from textiles. [66]

Eurostat reported that in the EU, 85% of textiles are not recycled and end up in landfills or incineration (as summarized in EU textile strategy materials). [7]

The European Commission’s impact assessment for the new Textile Strategy (as referenced in strategy documents) states that the recycling rate is low (about 1% of textiles are recycled into new clothes). [7]

The US EPA estimated that textiles and clothing represent about 8% by weight of municipal solid waste. [51]

The European Environment Agency reported that EU textiles are still mostly landfilled or incinerated, with recycling limited. [2]

The OECD estimated that textile waste is increasing faster than population in many countries. [47]

The International Energy Agency (IEA) reported that municipal waste incineration can contribute to microplastic release indirectly through textile fibers (as referenced in waste and emissions reports). [67]

UNECE reported that textile fibers contribute to microplastic pollution in aquatic environments. [68]

In the UK, the Waste and Resources Action Programme (WRAP) reported that 73% of textiles were disposed of for landfill or incineration (non-recycled). [52]

The US National Academies reported that clothing and textiles are among the largest sources of waste growth in US landfills and incineration. [69]

The World Bank estimated that textile waste is largely incinerated or landfilled due to lack of recycling infrastructure (with a specific low recycling percentage referenced in a report). [70]

The European Commission stated that textile waste has increased in recent decades, particularly due to consumption growth. [7]

The US EPA reported that textiles and clothing are the fastest-growing waste category in some municipalities. [51]

UNEP reported that 1 garbage truck of textiles is landfilled every second in some global framing (exactly “every second” claim). [1]

A study by C. M. Reddy et al. reported that synthetic fibers in textiles are more persistent in the environment than natural fibers (qualitative but with metrics on persistence). [71]

Levi Strauss & Co. reported that by 2023, a percentage of cotton used was sustainably sourced (reduces chemical impacts but relates to fiber pathways). [72]

The Global Fashion Agenda reported that the fashion industry is responsible for about 2–8% of global greenhouse gas emissions (not waste-specific but linked to overproduction). [73]

The UNFCCC/UN report stated fashion’s contribution range to climate emissions is 2–8% (commonly cited). [4]

Canada’s national report estimated textile waste is increasing, with textiles representing one of the fastest-growing waste streams (with quantified growth rate). [60]

A report by the International Solid Waste Association (ISWA) stated that textile waste is increasing globally and often ends up in landfill or incineration due to low recovery. [74]

A report by WRAP estimated that increasing reuse in the UK could reduce carbon emissions by a certain percentage (scenario). [53]