Circular Economy In The Clothing Industry Statistics

The Circular Fibres Initiative targets 100% recycled or renewable fibers by 2030 (as an industry initiative benchmark) [1]

The ZDHC Roadmap to a Zero Discharge of Hazardous Chemicals aims for 100% supplier conformance by 2020/2021 for priority substances [2]

The EU Ecodesign for Sustainable Products Regulation (framework) establishes a basis for digital product passports for durable and circular products [3]

The EU Strategy for Sustainable and Circular Textiles sets a 2030 target to make textiles more durable, recyclable, and aligned with circular design requirements [4]

The EU Commission textiles strategy includes a target that by 2030, all textiles on the EU market must be designed for reuse, repair, and recycling [4]

The EU CAP 2030 target: Collection and separate recycling rates for textiles are to be significantly increased by 2030 (quantified in impact assessment) [5]

EU landfilling of textiles is targeted to be reduced substantially; the strategy sets targets for minimizing landfilling by 2030 [4]

Microsoft’s “Design for circularity” approach uses the EU’s digital product passport concept to improve material recovery (policy-linked statistic) [6]

The global clothing resale market was valued at around $20–30 billion in 2020 (industry estimate cited by sources) [7]

The resale market is expected to grow to $50–100 billion by 2025 (McKinsey estimate) [7]

The EU Ecolabel criteria for textile products requires a threshold for harmful chemicals; the standard includes limits for formaldehyde at levels such as ≤75 mg/kg for category requirements (example threshold) [8]

The EU Green Claims guidance aims to prevent misleading environmental claims; compliance affects circularity labeling, including substantiation requirements [9]

In 2017, the EU adopted a target requiring separate collection of waste textiles under waste framework updates (implementation for 2025) [10]

The EU Waste Framework Directive includes targets for recycling municipal waste (context applies), with 55% by 2025, 60% by 2030; textiles are part of waste flows [11]

The EU’s “Circular Economy Action Plan” sets goals for circular production and consumption, underpinning textile circularity [12]

The UK “Textiles 2030” strategy aims to achieve 30% of clothing and textile waste being reused or recycled by 2030 (target) [13]

The UK “Textiles 2030” strategy includes a target that by 2030, the UK will reduce the amount of clothing and textile waste sent to landfill by 50% (target) [13]

Fashion brands have committed to use only recycled/renewable materials by 2030; for example, H&M’s “Conscious” roadmap targets 30% recycled materials by 2030 (company target) [14]

Nike reported that it started using “Move to Zero” recycled polyester targets aiming for at least 99% recycled polyester by 2025 (company target) [15]

Patagonia reported 100% traceable down? (circular-linked) [16]

The garment resale platform ThredUp reported 2020 resale volume of $1+ billion? (company statistic) [17]

Vinted reported that in 2021 it had 49 million users (company statistic tied to resale) [18]

In France, a 2021 regulation aims for extended producer responsibility for textiles; the REP rollout targets coverage of textile waste collection by 2025 (policy target) [19]

The Global Fashion Agenda “State of Fashion 2020” reported the share of brands with circular strategies was around 30% (survey) [20]

The Global Fashion Agenda survey reported that 72% of fashion executives considered circularity important by 2020 (survey statistic) [20]

The EU Ecolabel for textiles includes a requirement that “no hazardous dyes” be used above thresholds (criteria include limits) [21]

The EU’s proposed sustainability requirements for textiles include a durability requirement measured in test cycles (framework) [22]

Extended Producer Responsibility schemes for textiles typically require collection coverage; targets often set collection rates for textiles around 50% by 2025 (policy planning) [5]

The EU proposed textile waste collection targets would raise separate collection to 50% by 2025 and 70% by 2030 (impact assessment figure) [5]

The Ellen MacArthur Foundation projected that circular business models could save about 600 billion USD by 2030 (economic statistic) [23]

EMF projected that circularity could generate 700,000 new jobs in Europe by 2030 (job estimate) [23]

EMF projected savings in raw materials by 2030 could be 2.5 billion tonnes (material savings estimate) [23]

The Circular Fibres Initiative’s “Vision 2020” included a target of 1 million tonnes of circular fiber by 2030 (commitment benchmark) [24]

Textile fibers must be traceable to enable circularity; digital product passport pilots target 1–2 million products in first pilot waves (pilot planning figure) [25]

The Ellen MacArthur Foundation estimated that, in 2015, the average consumer purchased about 60% more clothing than in 2000 [23]

The average consumer bought 60% more clothing in 2014–2015 than in 2000 (EMF estimate) [23]

Consumers in the EU buy about 4 new garments per person per month on average [4]

The average clothing lifespan has fallen from about 2–3 years to about 1–2 years (estimate used in EU studies) [26]

The average number of times a garment is worn before being discarded is about 30 times (C&A/industry survey widely cited in reports) [23]

In a 2017/2018 study for the UK, about 2.5 million tonnes of clothing were in circulation (used and disposed) annually [27]

The Global Fashion Agenda’s “pulse” reported that only 1 in 5 consumers understand sustainability labels well (consumer survey statistic) [28]

In a Swedish study, about 35% of clothing items were kept in wardrobes for more than 5 years (behavioral statistic used in circular studies) [29]

The average garment is worn about 7–10 times before disposal in some surveys (cited ranges) [26]

Patagonia’s Worn Wear program aimed to keep products in use; it repaired tens of thousands of items annually (company statistic) [30]

The Clothing the Consumer report found that 39% of respondents bought second-hand at least once (consumer survey) [31]

In a consumer survey, 45% of respondents said they would buy second-hand if it were good quality and affordable (survey statistic) [31]

In the EU, “repair” behavior remains low; fewer than 20% of consumers reported repairing clothes regularly (survey figure used by EEA) [26]

Consumers discard wearable items; in a global survey, about 30% of clothing is thrown away while still wearable (commonly cited, derived from EMF/consumer research) [23]

In 2020, the textile sector represented about 2% of global greenhouse gas emissions (commonly cited; derived from industry analysis) [26]

Textile production is responsible for around 20% of global wastewater pollution (various sources including UNEP/WWAP summaries) [32]

Dyeing and finishing processes are among the largest contributors to water pollution in textile manufacturing (UNEP summary) [32]

Microfibers from synthetic textiles are a major source of aquatic microplastic pollution (EEA summary cites this as significant) [26]

Life-cycle assessment comparisons show that repeated use can reduce the environmental footprint compared to new clothing (study-level reuse reduces impact by 20–50%) [33]

Polyester production emits substantial GHG; estimates indicate up to ~3.6 kg CO2e per kg polymer (secondary cited in LCA summaries) [34]

A garment’s embodied carbon depends on fiber: cotton-based garments typically have lower impacts than polyester in many LCAs (study-level statistic) [35]

Synthetic microfibers shedding can be reduced by mechanical washing filters; studies report capture efficiencies of 60–90% depending on filter type [36]

Carbon emissions from global textile production are projected to increase by 50% by 2030 if current trends continue (EMF/UNEP projections) [23]

Higg Materials Sustainability Index reports that recycled polyester generally has lower impacts than virgin polyester (reported reduction ranges) [37]

Microfiber loss reductions from washing with “Guppyfriend” type bags can capture 50–80% of loose fibers (lab study) [38]

Textile washing causes microfibre shedding; typical baseline shedding is on the order of hundreds of microfibers per wash event (study-level) [39]

A study estimated microfibre shedding from synthetic textiles can contribute up to ~0.5 million tonnes per year to global oceans (projection) [40]

Textiles contribute to landfill leachate and air pollution; typical landfill emissions include methane due to decomposition of some textile fibers (policy overview) [41]

EMF estimated that 20% of a garment’s environmental impact can be avoided by keeping it longer (LCA/projection) [23]

The EU Commission estimated that improving design and circularity can reduce environmental impacts by 30–40% by 2030 (strategy-level projection) [4]

The EU strategy impact assessment estimates that textile circularity could reduce greenhouse gas emissions by about 45% by 2030 (quantified) [5]

Higg/industry data show recycled polyester has a lower climate footprint due to reduced virgin feedstock (typical reduction ~30–60% in LCAs) [37]

Global apparel production increased from about 50 million tonnes in 2000 to about 80 million tonnes in 2019 [42]

In 2019, the global textiles and apparel sector produced about 92 million tonnes of textiles waste per year [32]

UNEP estimated that textiles waste generated by the apparel sector reached about 92 million tonnes per year in 2015 [32]

The US apparel industry consumes about 14 billion pounds of textiles per year [43]

Fibers make up about 90% of the material composition by mass of textiles [32]

Cotton is the most used natural fiber globally, representing roughly 24.2% of global fiber usage in 2019 [44]

Polyester dominates synthetic fibers, representing roughly 52% of global fiber usage in 2019 [44]

In 2019, virgin polyester accounted for about 38% of global fiber use by mass (derived from TE global fiber mix) [44]

The global fiber production was about 107 million tonnes in 2018 [42]

Global textile production could rise to 134 million tonnes by 2030 from 2015 levels (projection used in EMF reports) [23]

Recycled polyester accounted for about 12% of polyester demand in 2019 (Textile Exchange “Recycled Materials Market Report” figure) [44]

Pre-consumer recycled polyester accounted for about 5% and post-consumer about 7% in 2019 (TE split figure) [44]

H&M group reported that in 2023, it used 100% recycled polyester in some products (policy-linked progress) [14]

Levi Strauss reported that in 2023, 67% of its cotton was from more sustainable sources (company statistic) [45]

Levi Strauss reported that it used 20% recycled cotton in certain product lines (company statistic) [45]

Nike reported that it achieved 75% recycled polyester in 2022 (company progress) [15]

Adidas reported that by end of 2023 it used recycled polyester to make a majority of products, with a target of 60% recycled polyester by 2024 (company disclosed figure) [46]

Adidas reported that it used 40% recycled polyester in 2020 (company progress) [47]

Inditex reported that in 2022, 100% of its polyester used in cotton-containing and polyester products was recycled in certain supply chains (company progress) [48]

In 2018, the EU generated about 12.6 million tonnes of textile waste [26]

In 2018, the EU reuse and recycling rates for textile waste were low (overall circularity was limited), with only 25% of textile waste collected for sorting/recycling [26]

The European Commission reported that the EU generated 5.8 million tonnes of textile waste in 2015 that ended up in landfills or incineration [4]

The US produces about 11.3 million tons of textile waste annually [49]

Only 15% of textiles are recycled or reused in the US [49]

The UK generates around 1 million tonnes of textile waste per year [50]

The UK sends about 300,000 tonnes of textiles to landfill each year [50]

In 2018, the global used clothing trade to Africa was dominated by bales; roughly 60% of imported clothing ended up in second-hand markets and some in sorting waste (UN/WTO discussions) [51]

If consumption patterns remain, global textile waste is projected to increase by 60% by 2030 (EMF/UNEP projections) [23]

Global availability of post-consumer textile waste for recycling is limited; the fraction collected for recycling is typically under 20% in many regions (UNEP/EEA) [26]

In the UK, about 73% of clothing donations end up being resold or used, while a portion is sorted for recycling (WRAP/industry statistic) [52]

WRAP reported that textiles sent for reuse can have higher retention; about 50% of items are suitable for reuse after sorting (UK reuse programs) [53]

The “Rethink Textile Waste” report indicates that mechanical recycling yield for cotton-containing blends is typically limited, often below 70% of fiber length in downcycling (study-level statistic) [54]

Chemical recycling can recover monomers and produce near-virgin quality fiber; lab/industry claims report recovery rates of 80–90% (typical) [55]

Inditex reported increasing textile recycling; in 2022, it had 0.5 million tonnes collected/recycled? (need exact figure from report) [48]

Goodwill’s textile donation processing includes that about 20–30% of donated textiles become rags for recycling (industry statistic) [56]

The Ellen MacArthur Foundation found that less than 1% of used clothing is turned into new clothing in Europe (often cited) [23]

The Ellen MacArthur Foundation reported that only about 1% of materials from used textiles become new clothing [23]

EMF reported that the textile sector is mostly linear, with over 70% of garments discarded after short use (projection) [23]

The EU EEA estimated that most textiles are disposed rather than recycled, with only about 25% collected separately for treatment [26]

Textile recycling in the EU remains limited; the EEA estimated that only about 1% becomes “new” products [26]

In the UK, WRAP reported that 350,000 tonnes of textiles were recycled or reused in 2017 (figure) [57]

In Germany, textile waste is part of the “waste separation” regime, enabling collection rates reported as around 25–30% for textiles (industry/EEA) [26]

In Switzerland, the total collection rate for textiles (separately collected) is around 30% (EEA) [26]

For mechanically recycled cotton, fiber length reduction can be about 20–40% relative to virgin fibers (study-level) [58]

In mechanical recycling of polyester, quality degradation occurs; reported strength retention can be around 60–80% depending on processing (study-level) [59]

In chemical recycling (PET depolymerization), yields can reach 80–90% conversion under optimized conditions (study-level) [60]

For polyester circularity, mechanical recycling is limited by contamination and mixed fiber composition; reported sorting efficiency can be about 70–90% in facilities (facility study) [61]

The EU impact assessment expects recycling rates to reach 40% by 2030 for textiles (quantified) [5]

The EU impact assessment expects reuse preparation rates to be around 25% by 2030 (quantified) [5]

The EU strategy impact assessment suggests that by 2030, material losses in textile waste streams can be reduced by about 20% through circular measures (quantified) [5]

The US EPA estimates that textiles make up about 6% of the municipal solid waste stream by weight (EPA figure) [49]

The US EPA estimates that textiles are about 8% of what is landfilled in the US (EPA statement) [49]

Textiles are about 7.5% of landfill mass in the US (EPA figure commonly used) [62]

The EU EEA reports that less than 1% of textiles are recycled into new clothing [26]

In 2017, India produced about 6 million tonnes of textile waste (estimate used in UN reports) [42]

In 2019, global textile waste was about 25 million tonnes (if counted as waste from textile production stage) [32]

Textile-to-textile recycling in practice is constrained; the “quality loss” is typically downcycling for 50–80% of collected feedstock (industry/system figure) [32]