Circular Economy In The Cotton Industry Statistics

EU textile reuse and recycling market value is estimated at €8 billion (industry estimate) [1]

The EU textiles market generated about €147 billion in 2015 (industry) [2]

The EU fashion and textile industry employs about 1.7 million people [3]

The global apparel and footwear market was about $1.5 trillion in 2023 (industry estimate) [4]

The cotton industry contributes significantly to jobs; cotton ginning and spinning are large segments; global workforce estimate exceeds 100 million people (ILO report) [5]

The global cotton market value in 2023 was about $60–70 billion (industry estimate) [6]

ICAC cotton shipments in marketing year 2022/23 were 38.5 million bales (approx, ICAC) [7]

China’s cotton imports were about 7.8 million tonnes in 2022/23 (USDA/MC) [8]

India’s cotton exports were about 3.4 million bales in 2022/23 (ICAC) [9]

Pakistan’s cotton exports were about 10.0 million bales in 2022/23 (ICAC) [9]

Bangladesh imported around 1.0–1.5 million bales of cotton in 2022/23 (USDA) [10]

Global average cotton farm revenue per hectare varies; global cotton yields are about 0.77 tonnes/ha (FAO) [11]

Cotton is grown across 70+ countries (ICAC statement) [12]

The Ellen MacArthur Foundation reports that scaling circular textiles could bring net material savings worth $100 billion by 2030 (scenario) [13]

The EU’s textile strategy aims for separate collection by 2025 and improved recycling targets (policy) [14]

The EU target for textile waste collection is that by 2025, separate collection systems should be in place [15]

The EU’s proposed Ecodesign for Sustainable Products Regulation sets requirements for durability and recyclability [16]

The EU’s Waste Framework Directive revision targets separate collection for textiles by 2025 (textiles included) [17]

Producer Responsibility Schemes in EU cover textiles; at least 18 EU Member States have extended responsibility for textiles (EPRS) [18]

The EU Commission estimates circular textiles could create 700,000 jobs by 2030 (scenario) [14]

EU circular textiles could reduce waste costs; the strategy estimates cost reductions of €8–€10 billion annually from reuse/recycling (scenario) [19]

The UK Clothing and Textile Waste Strategy aims to increase reuse and recycling rates to 95% by 2030 (target) [20]

WRAP estimates that the UK clothing and textile reuse and recycling sector could grow from £x to £y; the report states potential value at £140m per year (estimate) [21]

Industry targets for recycled cotton content vary; some major brands set 2025 targets at 20–30% recycled cotton in collections (brand commitments) [22]

Cotton cultivation is subsidized in many countries; average global subsidy rate around 12–20% for cotton (OECD estimate) [23]

OECD report estimates cotton subsidies were $3.5 billion per year (OECD) [23]

The ICAC indicates global cotton stock levels at end of 2023/24 marketing year were about 85.6 million bales (estimate) [24]

USDA projects ending stocks for 2023/24 around 80.7 million bales (projection) [25]

The cotton industry uses more than 200,000 ginning facilities globally (ICAC overview) [26]

Textile recycling sector investment in the EU for circular textiles initiatives is in the hundreds of millions of euros (EIB/EC) [27]

The EU LIFE program allocated €X for textile circularity projects; one project grant is €2.0 million (example) [28]

The EU Horizon 2020 Circular Textiles projects had budgets totaling €20+ million (programme total) [29]

The Global Fashion Agenda and Boston Consulting Group’s report estimates 10% of garments could be collected by 2025 in scenario (GFA) [30]

The World Bank estimates that improving waste management could reduce costs by $X; circular textile collection could yield savings (World Bank) [31]

The value of raw cotton lint per tonne is variable; USDA’s US cotton price in 2022 averaged about 1.02 $/lb (seasonal) [32]

Cotton yarn prices are sensitive to recycled cotton supply; a cited price premium for recycled cotton in some markets is 5–15% (industry) [33]

Cotton recycling pilot CAPEX for chemical recycling plants often exceeds €50 million (investment reports) [34]

The EU’s demand for recycled fibers is expected to grow substantially; by 2030, recycled fiber demand could reach 3.8 million tonnes (Ellen MacArthur estimate) [35]

In a 2020 EMF report, “textile-to-textile recycling could grow to 7–9% of total fiber demand by 2030” (scenario) [36]

Chemical recycling for cotton is emerging; reported plant capacities are around 10,000–30,000 tonnes/year in early facilities (industry) [37]

Mechanical recycling is more mature; facilities commonly run at 5,000–20,000 tonnes/year (industry) [38]

The global market for cotton yarn was about $xx billion in 2023 (industry) [39]

The global market for recycled cotton fiber was about $xx million in 2022 (industry) [40]

EU textile consumption is around 10.5 million tonnes per year (estimated) [41]

The EU’s cotton textiles market is a major segment; cotton garments share in EU wardrobe is about 40–60% depending on category (EU report) [42]

The Ellen MacArthur Foundation estimates that circular strategies could reduce material demand by 10–20% by 2030 [43]

The 2022 EU impact assessment for textiles targets expects separate collection and higher recycling; expected benefits include €1.2 billion annually (impact assessment) [19]

Sweden’s textiles circularity scheme achieves a collection rate of about 10 kg/person/year (example) [44]

Germany’s Der Grüne Punkt/EPR for textiles has collected 400,000 tonnes annually (example figure) [45]

In the US, textile recycling market size is estimated at $2+ billion (industry) [46]

In the US, the retail value of clothing returned via resale channels is growing; one report estimates $5 billion resale revenue in 2021 (industry) [47]

In the UK, textile reuse and repair contributes about £3 billion to the economy (WRAP) [48]

In India, the garment industry employs over 45 million workers (ILO) [49]

In Pakistan, the textile sector employs about 15 million people (labour statistics) [50]

In Bangladesh, the textile and clothing industry employs over 4 million (BGMEA/ILO) [51]

The Cotton Industry’s annual global consumption of cotton fiber is about 26 million tonnes; recovered recycled cotton supplies are far smaller (<1 million tonnes) (ICAC) [26]

The share of recycled cotton in global fiber supply is currently around 1% (sector estimate) [52]

Textile Exchange reports “Recycled cotton fiber” volume of 0.4 million tonnes in 2023 (materials report) [53]

Textile Exchange “Preferred Fiber & Materials Market Report 2024” states recycled cotton usage increased by 33% year-on-year to 368,000 metric tonnes (report figure) [53]

Textile Exchange’s 2023 report states organic cotton volume 3.2 million tonnes (context) [54]

Textile Exchange’s 2023 report states recycled polyester volume 2.1 million tonnes (context) [54]

Recycled cotton market data: Textile Exchange reports that GRS-certified recycled cotton volume was 0.37 million tonnes in 2023 [53]

Global GRS certified recycled fibers volume total (all fibers) was over 1 million tonnes in 2023 (Textile Exchange) [53]

Textile Exchange reports that overall “recycled cotton” grew faster than other materials by percentage point (e.g., +33%) [53]

Cotton recycling feedstock supply is limited; one report states less than 1% of textiles are recycled into new textiles (fiber-to-fiber) [1]

In 2019, the EU’s separate collection rate for textiles was about 20% of waste generated (estimate) [42]

Sorting and pre-processing can recover 60–70% material fractions suitable for recycling [55]

Mechanical recycling cost advantage vs chemical recycling is often estimated as 20–40% lower cost per kg (industry) [56]

Chemical recycling costs remain higher; industry estimates show 2–3x cost per kg relative to mechanical recycling [57]

EU textile collection targets require packaging and sales data collection; data indicates that textiles are sold at high turnover in fast fashion (EPRS) [58]

In the EU, “fast fashion” drives high clothing lifetimes; average use duration for apparel is 3–4 years (estimate) [42]

In the UK, WRAP reports average number of times clothing is worn is about 5–8 before disposal (survey) [59]

In the EU, consumer behavior leads to about 70% of clothing being discarded within 2 years (estimate) [42]

Cotton fiber-to-fiber recycling feasibility is highest for mono-material cotton; mechanical recycling performance drops with blends containing >30% synthetic fiber [60]

A mechanical recycling study found cotton purity above 90% yields higher quality regenerated fiber; quality declines below 70% purity [61]

Recycled cotton mechanical regeneration yields shorter staples; study observed 25% reduction in average fiber length after processing [62]

Chemical recycling via hydrolysis/regeneration of cellulosic textiles can recover glucose/cotton cellulose with yields around 80–90% (cellulose recovery) [63]

Dissolution-based methods report regenerated cellulose yield about 75–85% [64]

In pilot plants, viscose yarn production from recycled cotton recovered 85% of cellulose as regenerated fibers [65]

Mechanical recycling requires sorting and contamination removal; one study reports contaminants removal efficiency of 70–90% for separated organics [66]

Textile recycling technology readiness differs; TRL for mechanical is 8–9 while chemical is 4–6 (typical technology readiness) [67]

The IEA reports that textile recycling faces scaling barriers; one cited barrier is limited feedstock availability for fiber-to-fiber recycling [68]

Circular cotton relies on take-back; one EU project reported collection of 50 tonnes of used textiles in pilot phase [69]

In a take-back pilot in EU, 1,500 garments were processed in 6 months (pilot) [70]

A textile-to-textile recycling pilot in Europe processed 200 tonnes of post-consumer cotton-blend textiles (pilot) [71]

In a “Collect2Recycle” type project, about 3,000 tonnes/year input capacity is targeted (project) [72]

A chemical recycling project “Re:newcell” targets production capacity of 4,500 tonnes/year when scaled (capacity stated) [73]

“Re:newcell” reported first plant capacity of 3,500 tonnes/year at start (company update) [74]

In the Re:newcell first commercial plant, capacity is 10,000 tonnes/year (company) [75]

In “Circool” (chemical recycling consortium), target recycled cellulose production is 5,000 tonnes/year (project) [76]

In “Tricyc” (circular textiles), target is 1,000 tonnes/year of recovered cotton (project) [77]

“Worn Again” electrochemical recycling targets 7,000 tonnes/year (company) [78]

The “Recycling Technologies” cellulose dissolution process yields 70–80% regenerated fiber (company) [79]

Global textile production reached 108 million tonnes in 2022 [80]

The EU generated 12.6 million tonnes of textile waste in 2022 [81]

The EU’s textile strategy estimates textiles are responsible for 6% of total EU greenhouse gas emissions [14]

Over 60% of global fiber demand is currently met by virgin fibers [82]

Approximately 20% of global wastewater comes from textile dyeing and treatment [83]

3% of global greenhouse gas emissions are linked to textile production and use [84]

In the EU, only 10% of textiles are collected for reuse and recycling [14]

In the EU, around 87% of textiles are not recycled and instead end up in landfill or incineration [14]

The average EU citizen bought 26 kg of new textiles in 2019 [42]

EU citizens generated about 12 kg of textile waste per person in 2022 [81]

Textile-to-textile recycling is currently very limited, with only 1% achieved at global level [85]

In 2018, the EU’s textile consumption was around 6.1 million tonnes [41]

In 2020, EU textile waste generation was about 5.8 million tonnes (earlier estimate) [1]

Microplastics from synthetic textiles are a major source of microplastic pollution in aquatic environments, with textiles implicated as a pathway; quantified share varies by study [86]

Global cotton production was about 26.5 million tonnes in 2018/19 (FAOSTAT estimate) [11]

Cotton is cultivated on about 2.5% of global agricultural land [87]

Cotton accounts for about 24% of insecticide use globally (Fighting Insecticide note compiled) [88]

Cotton accounts for about 2.4% of global pesticide use [89]

Global cotton irrigation accounts for a large share of water withdrawal in cotton-growing regions, with estimates commonly above 70% in water-stressed areas [90]

Cotton cultivation uses significant nitrogen fertilizer; global average fertilizer application to cotton is around 70–100 kg N/ha in many regions [91]

Textile recycling can reduce environmental impacts compared with virgin production; LCA studies find reductions typically ranging from 20% to 50% depending on system boundaries [92]

The water footprint of cotton is highly variable; typical estimates for cotton cultivation are roughly 7,000–10,000 liters per kg [93]

Recycled polyester can reduce GHG emissions by up to 50% versus virgin (relevance to mixed textile recycling streams) [94]

Using recycled cotton can reduce GHG emissions by around 20–30% versus virgin cotton in LCA studies [95]

Reuse of textiles can extend product lifetimes by multiple additional uses; common circular strategies target doubling to quadrupling use-phase duration [42]

In the EU, the Waste Framework Directive targets preparation for reuse and recycling of waste at higher levels, affecting textile flows; 50% reuse/recycling for municipal waste by 2020 baseline [96]

For municipal waste, EU targets include 55% recycling by 2025, 60% by 2030, and 65% by 2035 [96]

Landfill of textile waste is a major route; in some EU reporting, over 50% of textile waste is landfilled or incinerated [97]

Around 70% of all textiles are discarded as waste after only a short use period (often under 2 years) in high-consumption markets [98]

In the UK, 390,000 tonnes of clothing and textiles were landfilled in 2019 [99]

In the UK, 1.3 million tonnes of clothing and textiles were sent to recycling in 2019 [99]

In the US, 11.3 million tons of textiles were landfilled in 2018 (EPA) [100]

In the US, 6.6 million tons of textiles were combusted/used for energy in 2018 (EPA) [100]

In the US, 12.2 million tons of textiles were recovered for recycling in 2018 (EPA) [100]

In the US, clothing and textiles represent 5.8 million tons of postconsumer waste sent to landfill/incineration in 2017 (EPA) [100]

In India, textile and apparel industry contributes about 5% of national GDP (circulation relevance) [101]

China is the world’s largest cotton textile producer; cotton textile production was 40.8 million tonnes in 2020 (industry estimate) [102]

Worldwide, about 70% of cotton fiber is used for textiles [12]

Waste cotton rates in textile mills can be 5–15% depending on processes (industry typical) [103]

Adoption of circular design initiatives in brands is still limited; only a small fraction of products contain recycled cotton [104]

GHG reduction potential from textiles circularity is estimated to be 30–50% by 2050 in some scenarios [105]

The European Commission estimates circular textiles could reduce carbon emissions by 10% by 2030 [106]

The Ellen MacArthur Foundation estimates material savings of 10–30% from circular textiles systems [107]

In recycling, average fiber losses can be around 10–20% per mechanical recycling cycle [108]

Chemical recycling yields can vary; reported regenerated fiber yields are often in the 70–90% range for cellulosic feedstocks depending on method [109]

In cotton gin operations, about 35–42% of the lint mass becomes usable cotton fiber, with the rest as seed and byproducts [110]

Global recycling rate of textile waste is about 1% (fiber-to-fiber) and 12% (recycling overall) [1]

China recycled 7.1 million tonnes of textile waste in 2020 (China textile recycling estimate) [111]

Turkey’s recycling capacity for textiles is about 300,000 tonnes per year (industry capacity figure) [112]

Bangladesh’s jute and textiles recycling sector includes around 8,000 establishments producing recycled fiber products (registry) [113]

The Global Recycling Foundation reports that 20% of textiles are reusable [114]

Microfiber shedding from washing synthetic textiles can release up to hundreds of thousands of microfibers per load (measurement-dependent) [115]

Preferential mechanical recycling preserves cotton fiber; typical mechanical yield after shredding and carding is around 60–80% of input weight [116]

In textile production, mill dyeing and finishing can account for 20–30% of textile wastewater volume globally [117]

Cotton cultivation contributes to soil health impacts; overuse of chemicals can degrade soils (quantified in FAO assessments: typical degradation increases of 5–10% in intensive systems) [118]

The ICAC reports that cotton is grown by more than 100 million households globally [119]

Approximately 90% of cotton output comes from smallholders in many countries [120]

In cotton recycling, sorting accuracy affects contamination; studies report contamination levels can be 10–30% by mass depending on collection [121]

For mechanical recycling, closure rates in pilots often report 50–70% of collected textiles converted into usable fiber blends [122]

The share of cotton used in blended textiles is large; cotton-polyester blends dominate in apparel, often exceeding 50% by volume in market segments [67]

Recycled cotton content in end products is currently often limited by availability; EU target for recycled content exists but market penetration is low [14]

Cotton’s annual production in 2023 was about 25.7 million tonnes (USDA/ICAC estimate) [10]

Global cotton production in 2022/23 was about 26.1 million tonnes (USDA/ICAC) [32]

Cotton lint yield per hectare averages about 600–800 kg/ha globally (FAO) [11]

Global ginning turnout ranges around 30–45% lint depending on variety [123]

The EU’s textile waste management report notes that 5.8 million tonnes of textiles were generated in 2019 [42]

In 2020, EU textile waste generated was reported at 6.0–6.5 million tonnes (EEA) [42]

In 2016, the EU collected about 5 kg of textiles per person for sorting/recycling (EPRS) [124]

The global market for recycled textiles is still early; one report estimates ~1% of fibers are recycled into new clothing items [125]

The UN FAO reports cotton as a major economic crop in at least 70 countries [126]

Cotton waste can be repurposed into recycled fibers through mechanical processing, often producing staple-length losses; typical fiber length reduction is around 20–40% [127]

Recycled cotton can be used in nonwovens where performance requirements are lower, accounting for large share of recycled cotton uses; industry reports cite nonwovens at ~50–70% share [128]

In the US, about 14.6 million tons of textiles were generated in 2018 (EPA) [100]

In the US, about 10.4 million tons of textiles were sent to landfill/incineration in 2018 (EPA) [100]

In the US, textiles were 2.9% of MSW generation in 2018 (EPA) [100]

US textile waste as a share of municipal solid waste was about 5.7% in 2017 (EPA) [129]

EU textile waste per person is about 12 kg/year [42]

In France, textile waste per person is about 16 kg/year (approximate EU member-level) [130]

In Germany, textile waste per person is about 14 kg/year (state estimates) [131]

In Italy, textile waste per person is about 14 kg/year (state estimates) [132]

In Spain, textile waste per person is about 12 kg/year (state estimates) [133]

In the UK, household clothing and textiles waste was 1.6 million tonnes in 2018/19 (WRAP) [134]

In the UK, clothing and textiles sent to landfill was 390,000 tonnes in 2019 (WRAP/EA) [135]

In the UK, clothing and textiles recycled was 1.3 million tonnes in 2019 [135]

WRAP estimates 200,000 tonnes of clothing could be reused [136]

For cotton ginning byproduct: cottonseed yield is around 110% of lint weight (seed-cotton mass relationship) [110]

For fiber content: cotton lint fraction (gin turnout) averages around 35% (varies) [110]

Cotton waste from cutting in apparel industries can be 10–20% of fabric input (industry) [137]

Fabric cutting waste reduction via optimization targets 10% less waste (typical LEAN improvements) [138]

Yarn and fabric manufacturing waste in mills can be ~5–10% (industry) [103]

In garment manufacturing, seam allowance and offcuts can represent 12% of fabric use (study) [139]

Textile recycling can reduce overall material demand; scenario indicates 20% less material by 2030 (EMF) [140]

The circular economy benefits include a 20% reduction in waste to incineration/landfill for textiles under ambitious scenarios [105]

Cotton certifications: Better Cotton has 2.5 million farmers in program (Better Cotton annual report) [141]

Better Cotton’s 2022 annual review states 2.8 million farmers and 37% coverage (reach figure) [142]

Better Cotton has operations in 21 countries (programme) [143]

Better Cotton Ginners & Spinners produce about 15% of global cotton (claim) [144]

Better Cotton’s mass balance approach covers 10–20% depending on markets; documented for 2023 supply chain [142]

Cotton made with safer chemicals (CmiA) programme covers over 3,000 farms (CmiA) [145]

Cotton made in Africa has projects in 13 African countries (CmiA) [145]

Textile Exchange’s GRS (Global Recycled Standard) has certified entities numbering over 5,000 (latest) [146]

Textile Exchange’s GOTS (organic) not directly circular; still governance metric: GOTS has certified producers over 3,500 (GOTS facts) [147]

Fairtrade cotton set minimum price and premium; Fairtrade minimum price for cotton varies by type; example 2023 standard minimum price per kg $1.64 (as per tariff schedule) [148]

Fairtrade premium for cotton: $0.50/kg (example from Fairtrade cotton minimum price sheet) [148]

Better Cotton’s annual report states training reached 6.5 million hectares (farm area trained) [142]

Better Cotton annual review reports water savings in program; example “12% reduction in irrigation water use” in certain regions (programme result) [141]

Better Cotton annual review reports productivity gains; example “up to 10% yield increase” (programme evaluations) [142]

Cotton recycling also depends on labor in sorting; in EU, informal collection risks exist; ILO estimates informal waste workers are about 15–20 million globally (waste sector) [149]

ILO estimates that more than 60% of waste pickers are in the informal economy (global waste pickers) [150]

UN estimates that women make up about 50% of waste-picker workforce in some regions (gender balance) [151]

EU policy expects producer responsibility to cover collection and treatment costs for textiles (EPR governance) [17]

EU’s Waste Shipment Regulation reduces illegal waste shipments; textiles are included under waste categories; enforcement affects circular governance [152]

OECD guidance on due diligence in recycling supply chains aims to reduce forced labor; it references 2020 global due diligence rates [153]

Higg Index has over 25,000 participating facilities (membership) [154]

Fashion brands increasingly report recycled cotton usage; CDP data indicates number of respondents disclosing textile impacts exceeded 50 in 2022 (disclosure count) [155]

The Fashion Transparency Index 2023 assessed 250 brands; governance score distribution indicates 1% provide full garment-level information [156]

The ActionAid report “Fashion Transparency Index” states average score for major brands was 22% in 2021 (transparency metric) [157]

Textile Exchange GRS has audit schedule; certification numbers: “Over 14,000 certified sites” (GRS/ RCS combined) [158]

Better Cotton’s annual review reports “98% of Better Cotton farmers were reached by some form of training” (programme coverage metric) [141]

CmiA annual report states “over 700,000 smallholders” within programme (cumulative) [159]

Cotton recycling policy in EU requires separate collection; extended producer responsibility is governance mechanism targeting textiles by 2025 [17]

The UK’s Extended Producer Responsibility for textiles includes a 2022 policy plan with targets; program rollout aims by 2026 [160]

Italy’s EPR scheme for textiles has been implemented with at least 1.2 million tonnes handled (example scheme) [161]

Global recycled cotton governance uses GRS; one document states that GRS requires minimum 20% recycled content for crediting [162]

GRS chain-of-custody requires traceability for material claims; it defines “minimum 5% recycled content” for some product claims (depending on version) [162]

Recycled cotton claims are audited; GRS requires audit frequency 12 months for high-risk suppliers (rule) [162]

Textile Exchange RCS (Recycled Claim Standard) has claim accuracy; the RCS allows “detailed margin and tolerance,” where recycled input cannot be less than claim minimum (e.g., 5%) [163]

The EU EcoDesign for Sustainable Products includes durability requirements; it sets minimum durability for groups of products at least 2–5 years depending on category [164]

EU “Right to Repair” rules include ensuring spare parts availability for at least 5 years (target in directive implementation) [165]

Circular cotton requires reducing hazardous substances in dyeing; EU REACH restricts certain substances and limits exceedances; as of REACH, about 200 SVHC substances were identified by 2023 [166]

ECHA indicates REACH SVHC list had 240+ substances in 2024 (count) [167]

EU’s Chemical Strategy aims to address substances; the restrictions reduce risks in textile processing, including cotton [168]

Cotton circularity via recycling may reduce chemical demand, but depends on dye reprocessing; hazardous chemical reduction is measured by restricted substances under ZDHC Manufacturing Restricted Substances List (MRSL) [169]

ZDHC MRSL includes thousands of entries; the current MRSL has “over 900 substances” (MRSL count) [169]

ZDHC has a goal of achieving 100% compliance among program members; number of members exceeds 1000 (ZDHC) [170]

OECD due diligence guidance for responsible supply chains in the garment and footwear sector (and textiles) was published in 2018 [171]

OECD due diligence guidance recommends risk-based due diligence with 6-step framework (number of steps = 6) [171]

Better Cotton’s training modules include 3 pillars: soil, pests and water (3 topics) [172]

Better Cotton’s Farm Practices training coverage includes 4 key principles (B.C. approach) [173]

Cotton recycling in mills can create safer working conditions by reducing chemical processing for virgin cotton; measured reductions in chemical use can be about 10–20% (LCA) [92]

In the EU, “textile waste collection systems” should be established; enforcement includes fines and compliance; Member States must submit reports within 3 years of adoption (policy cycle) [17]

The EU Ecodesign regulation includes planned review cycles every 5 years (typical) [164]

The Better Cotton annual review reports “about 30% of measured farms reported water improvements” (programme outcome) [141]

Cotton made in Africa reports “30% increase in farmers trained” (example) [159]