Textile Industry Pollution Statistics

Textile and clothing production uses about 93 billion m3 of water annually [1]

Reactive dyes account for about 60–70% of all dyes used in the textile industry [2]

Direct dyes make up about 10–15% of dyes used in textiles [2]

Disperse dyes are mainly used for polyester and can represent about 15–20% of total dye use [2]

Vat dyes account for roughly 5–10% of dye usage [2]

The textile industry discharges significant amounts of dye wastewater containing dyes and auxiliaries [3]

Many dyes are not fully fixed to fibers, leading to dye losses to wastewater [4]

Dyeing effluents can contain suspended solids and high levels of color, BOD/COD [4]

Heavy metals can be present in textile effluent due to pigments and mordants [3]

Chromium (from tanning in leather) is a known toxic pollutant; in textiles, metal-containing dyes and pigments can contribute [5]

PFAS are used in water- and stain-repellent treatments; textile applications are a known pathway to environmental contamination [6]

PFAS contamination is widespread in the environment and biomonitoring shows presence in humans and wildlife [7]

WHO notes that PFAS are persistent and bioaccumulate [7]

Many textile chemicals can be released through washing and wear [8]

The European Chemicals Agency lists perfluorinated substances under persistent bioaccumulative toxic concerns [9]

The EU REACH restrictions include “PFOS and related substances” with bans/limits [10]

The EU wastewater directive includes limits for substances including hazardous compounds [11]

The Minamata Convention regulates mercury; mercury can be present in industrial discharges including some dye/pigment applications [12]

Microplastics can act as carriers for chemical pollutants; textile shedding contributes to microplastics burden [13]

Dye effluent can carry genotoxic and carcinogenic compounds [14]

Approximately 7.9 million tonnes of dyes are produced globally each year [15]

The global production of dyes is estimated at about 700,000 tonnes annually [14]

Textile dyes and pigments are among the substances with high environmental hazard potential [16]

Up to 10–15% of dyes are lost in the dyeing process and discharged with wastewater [3]

In some cases, dye losses can reach 20% of the dye used [14]

Textile effluent may include alkylphenols and surfactants from detergents used in processes [17]

Alkylphenols are endocrine disruptors and are found in industrial wastewater [18]

Nonylphenol is a priority hazardous substance in the EU water framework [19]

Azo dyes can be reduced to aromatic amines under anaerobic conditions [14]

Many azo dyes are colorants with potential mutagenicity concerns [20]

Textile processes use large volumes of sodium chloride (common salt) for dyeing [2]

Salt and sulfate discharge contribute to increased salinity and sulfate levels in receiving waters [21]

Textile finishing can involve formaldehyde-based resins; formaldehyde is a hazardous chemical [22]

Formaldehyde is classified as carcinogenic by IARC (Group 1) [23]

Formaldehyde exposure can occur in textile finishing and treatment processes [24]

Heavy metals like nickel, lead, and cadmium can be present in dyes/pigments and detected in effluents [14]

Cadmium is a toxic heavy metal and regulated due to health risks [9]

Lead is restricted under EU chemicals policy due to health risks [25]

Nickel is a regulated allergen; nickel may be present in metal-containing dyes/pigments [9]

Textile production accounts for around 8–10% of global greenhouse gas emissions [1]

The fashion industry is responsible for about 10% of global carbon emissions [26]

Textile dyeing and finishing is estimated to contribute 20% of industrial wastewater globally [27]

Approximately 20% of global industrial wastewater comes from textile dyeing and treatment [28]

The global textile industry uses about 93 billion cubic meters of water per year [1]

Textile production is estimated to use 79 billion cubic meters of water each year [29]

Fast fashion consumption is estimated to increase water use by about 20% by 2030 [30]

Producing one cotton T-shirt can require about 2,700 liters of water [31]

Producing one kilogram of cotton can require about 10,000 liters of water [31]

The average wastewater discharge from textile dyeing and finishing is often around 20–50 m3 per ton of fabric produced [14]

Dyeing consumes 100–200 liters of water per kg of fabric [32]

Textile dyeing and finishing produces large amounts of colored effluent with high chemical oxygen demand (COD) [4]

The global production of textiles increased from 62 million tonnes in 2000 to 93 million tonnes in 2013 [33]

Textile waste is estimated at 92 million tonnes globally per year [34]

The amount of textile waste in OECD countries reached about 5.8 million tonnes in 2015 [35]

In the EU, about 5.8 million tonnes of textile waste were generated in 2015 [36]

In Europe, textile waste generation was 12.6 million tonnes in 2020 [37]

Textile microfibers from washing are a major source of microplastic pollution [38]

Polyester is the dominant fiber by market share, which contributes substantially to microplastic shedding [39]

One washing load of synthetic textiles can shed between 100 and 1000 fibers per wash [40]

A single garment can release microfibers during normal wear and washing [41]

Microfibers have been found in aquatic environments including oceans [42]

The European Environment Agency estimates that microplastics from textiles are a major pathway [43]

In the UK, wastewater treatment plants discharge microplastics into the environment despite treatment [44]

A typical wastewater treatment plant can remove only a portion of microfibers [21]

The dyeing process uses high-temperature and generates wastewater with salts and heavy metals [3]

Leather and textiles are among the industrial sectors with significant heavy metal pollution potential [45]

Many textile dyes and chemicals are classified as hazardous [46]

Textile manufacturing is a major consumer of chemicals used in dyeing, finishing, and treatment [47]

Approximately 2,500 chemicals are used in textile production globally [48]

Textile processing can generate 20 million tonnes of dyeing waste per year [49]

Dyeing effluent can have COD values in the range of 2000–5000 mg/L [14]

Textile effluent can have BOD values often exceeding 1000 mg/L [14]

Textile wastewater may contain pH values in the range of 9–12 due to alkaline conditions [21]

Textile industry is a significant consumer of salt in dyeing [50]

Salt discharge from dyeing operations contributes to high salinity in receiving waters [14]

In many regions, textile dyeing and finishing generates wastewater with high color intensity that impacts light penetration [51]

Color removal from textile effluent often requires advanced oxidation or adsorption processes [21]

Textile wastewater contribution 20% of global industrial wastewater [28]

Bangladesh garment sector is associated with significant river pollution incidents from untreated dyeing wastewater [52]

China has implemented tightened environmental regulations impacting textile dyeing discharge permits [53]

India has environmental standards for textile wastewater discharge in the consent regime; some states report non-compliance [54]

Microplastics monitoring programs in rivers show presence of synthetic fibers, including those from textiles [55]

ECHA identifies PFAS as persistent substances requiring regulatory actions [56]

EU Directive 2008/98/EC is the Waste Framework Directive that sets targets for waste prevention and management [57]

EU Directive 2010/75/EU (Industrial Emissions Directive) covers large textile installations [58]

The EU Water Framework Directive sets the basis for reducing pollution, including hazardous substances [59]

The UK Ban microbeads and microplastic measures include monitoring pathways; textiles are a known source [60]

US EPA regulates pollutants under the Clean Water Act for textile dischargers via NPDES permits [61]

EPA Effluent Guidelines Program includes industry categories that can include textile operations [62]

EU EPR for textiles is being developed; reporting includes collection and recycling rates [63]

The EU “Strategy for Sustainable and Circular Textiles” sets targets for collection and recycling by 2030 [64]

The EU Ecodesign for Sustainable Products Regulation includes textile-related sustainability measures [65]

The EU restriction roadmap includes hazardous chemicals and substances used in textiles [66]

UNEP report highlights that water pollution from textile dyeing is a significant issue [1]

WHO PFAS fact sheet provides persistence/bioaccumulation and regulation drivers [7]

IARC press release classifies formaldehyde as carcinogenic to humans (relevant for textile finishing chemicals) [23]

OSHA formaldehyde standard highlights exposure limits and health hazard [24]

EPA NPDES program is used to monitor and permit discharges from industrial facilities including textiles [67]

UNEP identifies textile-related wastewater discharge as a major environmental concern [1]

OECD provides global textile waste management data including recycling and disposal rates [34]

EEA publication provides textile waste and environmental impacts including pollution drivers [36]

EPA facts and figures provide disposal and recycling data for apparel and textiles [68]

EEA microplastics report discusses textile fibers as a source pathway [38]

OECD global textile waste management projects waste growth by 2030 [34]

World Bank feature reports environmental impacts from textile dyeing in Bangladesh [52]

UNIDO cleaner production overview documents effluent and chemical pollution sources in textile processing [3]

Textile production has increased rapidly: global fiber production reached 109 million tonnes in 2017 [69]

The share of synthetic fibers rose to about 60% of global fiber production [70]

Synthetic fibers dominate new clothing purchases, raising microplastic shedding risk [38]

Polyester accounts for about 52% of global fiber production by weight [36]

Cotton accounts for about 24% of global fiber production by weight [36]

Textile production in 2014 was around 92 million tonnes worldwide [34]

Clothing consumption per capita differs; EU clothing consumption is estimated at around 26 kg per capita/year [36]

Global clothing and footwear spending has increased significantly over the last decade [71]

Fast fashion leads to higher turnover; consumers may buy ~60% more items in some surveys [72]

Consumers in the EU buy 40% more clothes than 15 years ago [36]

Global textile production continues to grow; by 2030 it could be 50% more than 2015 levels (estimate) [34]

By 2030, textile waste could increase to 134 million tonnes globally (estimate) [34]

The fashion industry is one of the most polluting in the world, and its growth increases pressure on water and emissions [1]

Textile and apparel manufacturing accounts for a large portion of industrial water use [1]

Most fiber is used in apparel and home textiles [34]

Polyester garments make up a large share of the market and contribute to microfibers [38]

The average lifetime of clothing has decreased in many markets (estimates) [73]

Only 1 in 5 garments are recycled in some markets (estimate) [73]

Microfiber shedding depends on fiber type and fabric finishing; synthetic fibers generally shed more than natural fibers [41]

Washing frequency strongly affects microfiber release; more washes increase shedding [40]

Many dyes are applied in finishing steps, adding chemical load per unit [3]

Cleaner production can reduce water and energy use substantially [3]

Advanced wastewater treatment is limited in some production regions, increasing pollution [1]

Global growth and fragmentation of supply chains complicate regulation and monitoring [1]

The majority of global clothing production is concentrated in Asia, impacting wastewater and enforcement [74]

Textile dyeing is water-intensive and has significant effluent loads [3]

Global textile industry employs millions; scale increases total emissions and waste [75]

The average EU citizen buys more than 12 kg of textiles per year (some estimates) [36]

In the EU, textile waste generation is estimated at 5.8 million tonnes (2015) [36]

In the EU, only about 25% of used textiles are collected for reuse or recycling [36]

Globally, 92 million tonnes of textile waste are generated each year [34]

In the EU, about 1.9 million tonnes of textile waste were landfilled in 2015 (estimate) [36]

The EU’s textiles strategy aims to significantly increase reuse and recycling rates, targeting separate collection by 2025 [64]

The EU Waste Framework Directive requires separate collection where feasible [57]

About 35% of textile waste is estimated to be incinerated in some European contexts [36]

In the UK, textile waste generation is about 1 million tonnes per year (estimate) [76]

In the United States, apparel and textiles generation was 17.3 million tons in 2018 [68]

In the United States, 5.8 million tons of textiles were recovered and recycled in 2018 [68]

In the US, 11.5 million tons of textiles were disposed (landfilled or incinerated) in 2018 [68]

Only around 15% of textile waste is recycled in the US [77]

Global recycling of textiles is low relative to production, with estimates around 1% [34]

The OECD estimates less than 1% of textiles are recycled into new textiles [34]

The Ellen MacArthur Foundation estimates that only 1% of garments are recycled into new garments [78]

In the EU, 87% of textiles were not recycled (disposed or incinerated) as of mid-2010s [36]

In many countries, a large share of used clothing is exported to low-income countries, delaying waste management [34]

The US exports a significant share of textile waste; apparel and textiles are part of export flows [68]

The amount of clothing returned for recycling in some programs is typically a small fraction (e.g., <1 kg per capita annually in some EU studies) [36]

Textiles often end up in mixed municipal waste stream, reducing recovery rates [36]

In the EU, 2017 textile waste accounted for about 4% of municipal waste [36]

In the US, textile recycling rate is about 15.5% [68]

The EPA estimates that 6.8 million tons of textiles were landfilled in 2018 [68]

The EPA estimates that 4.7 million tons of textiles were combusted in 2018 [68]

Globally, only 13% of textiles are collected separately in some regions [34]

About 60% of used textiles are collected for re-use or recycling in the best-performing systems [34]

Incineration of textiles reduces mass but can release pollutants; shares vary by region [36]

Landfilling textiles contributes to methane formation if biodegradable components degrade (varies by composition) [79]