Fashion Industry Overproduction Statistics

The average consumer buys 60% more clothing items than they did 15 years ago [1]

Consumers in the EU buy about 11 kg of textiles per person annually and dispose of about 10.5 kg [2]

In the EU, clothing consumption reached about 26 kg per person in 2015 (textiles consumed) [2]

EU citizens buy 4.5 times more clothes than they did 20 years ago (and wear them for about half as long) [3]

In the UK, the average number of times clothing is worn before disposal is 5 times [4]

Textile overproduction is linked to “fast fashion” consumption cycles; the EU strategy cites that average use of clothes is decreasing (about 40% less lifetime) [5]

A 2023 EU report found that the average European consumer purchases about 26 kg of textiles per year [2]

In the UK, consumers purchase about 1.5 million tons of clothing per year (estimates vary; this is in WRAP materials flow) [6]

Fast fashion has increased “number of micro-trends” and shopping frequency; one report states shoppers buy about 60% more items than 15 years ago [1]

Global “fast fashion” market growth is substantial; one report estimates the global fast fashion market reached ~$94 billion in 2021 [7]

The EU strategy cites that the average person buys about 25 kg textiles a year in Europe [5]

In 2019, global fashion industry value is large and growth contributes to higher volumes [8]

In 2021, global apparel market reached about $1.5 trillion (growth) [9]

The EU strategy estimates average clothing has a maximum use time of about 2 years in Europe [5]

UNEP says fashion is responsible for 8–10% of global greenhouse gas emissions (overproduction increases this) [10]

UNEP/EMF: fashion industry accounts for 20% of global wastewater and 10% of global carbon emissions [10]

Textile dyeing and finishing is the second-largest polluter of water globally (UN report) [11]

The fashion industry uses about 93 billion cubic meters of water annually (including yarn/fiber) [12]

The apparel and footwear sector represented around 2% of global GDP but has large pollution intensity (context) [13]

Life-cycle studies show that production of a typical garment creates most of its climate impact; overproduction increases total embodied emissions [14]

A study estimated that polyester contributes significantly to microplastic pollution when washed; overproduction increases textile mass in circulation [15]

In a major literature review, synthetic textiles are a leading source of microfibers; washing releases thousands of microfibers per wash (order of magnitude) [16]

Globally, 35% of ocean microplastics are fibers (context for textiles) [17]

The UNEP/EMF report states that fashion is responsible for 500,000 tonnes of microfibers entering oceans annually (estimate) [18]

Global clothing production increased from about 50 million tonnes in 2000 to over 110 million tonnes in 2018 [10]

The global apparel sector uses about 79 billion cubic meters of water annually (equivalent to ~20% of global industrial water use) [10]

Zara produces approximately 300 million garments per year and uses a “fast” replenishment model; scale contributes to high volume and potential excess [19]

Inditex group (Zara) net sales in 2023 were €35.0 billion; scale indicates large production and turnover [20]

H&M group net sales in 2023 were $23.5 billion (SEK equivalent), indicating large turnover and potential for overproduction pressures [21]

Shein reportedly made over 600,000 new designs in a year (high SKU proliferation) [22]

Shein had tens of thousands of new product launches per week (rapid SKU cadence) [23]

In 2012, global clothing production was around 80 billion garments (implied for overproduction) [24]

The World Bank estimates textile production consumes 79 billion m3 of water annually (also referenced via UNEP) [24]

The average annual growth in apparel production has been about 2.5–3% over multiple years (industry-wide) [10]

Overproduction increases the use of virgin materials; UN data shows global textile fiber production is about 100 million tonnes/year [10]

In 2019, global fiber production was about 93 million tonnes [10]

Cotton cultivation accounts for a large share of impacts; global cotton production is about 25 million tonnes/year [25]

Global polyester production is on the order of ~60+ million tonnes/year (broadly) [26]

Synthetic textiles make up about 60% of global clothing fiber use by weight [10]

Polyester share in textiles is ~52% in some industry breakdowns [14]

Cotton share is around 24–25% by weight [10]

Wool is a small share (~3%) [10]

“Fast fashion” requires shorter lead times; one study notes that lead times have decreased from months to weeks in some segments [27]

A study found that retailer replenishment cycles can be as short as 1–2 weeks for fast fashion [28]

Fashion brands increase SKU counts substantially; some reports cite 10,000+ new SKUs per brand per season (varies) [29]

Zara reportedly delivers new items to stores up to twice a week, enabling rapid turnover and overproduction risk [30]

The Economist (analysis) reports Zara refreshes “up to twice a week” (logistical cadence) [31]

“A New Textiles Economy” reports that the fashion industry produces 150 billion garments every year (overproduction scale) [18]

In 2020, Fast Retailing and other brands reduced excess by capturing inventory; however overstock remains substantial across industry (unsold products leading to markdowns) [32]

In retail, unsold inventory at the end of a season often leads to heavy discounting; one source estimates that about 20% of apparel is sold at deep discount/clearance [33]

Retailers frequently mark down goods to reduce inventory; McKinsey reports that in 2017 apparel retailers marked down inventory by around 20–30% on average [33]

Fashion firms report that demand forecasting errors can be 100%+ in some cases (leading to overproduction) [34]

Globally, consumers return an estimated 20–30% of online clothing orders (driving reverse logistics and waste) [35]

In the US, online clothing returns are around 30% of purchases in some segments [36]

Returns can represent up to 10% of total apparel retail sales in value (leading to additional handling) [37]

The Ellen MacArthur Foundation/UNEP report states that globally, about 20% of garments produced are unsold or wasted each year (leading to markdowns/waste) [38]

Overproduction leads to high volumes of “deadstock”; one industry report estimates deadstock can be around 15% of production [39]

In a global sample, fashion brands can have 5–10% of inventory as deadstock [40]

The fashion industry’s unsold stock problem is driven by demand variability; some industry models show forecast error rates around 20–50% [41]

In supply chain studies, bullwhip effects can be large; overproduction occurs when orders inflate [42]

Many retailers use “markdown optimization” because of high markdown rates, indicating excess production [43]

In 2022, global fashion e-commerce share increased, encouraging faster ordering/returns and excess [44]

In 2023, online fashion returns remain high; average apparel return rates often around 25–35% [45]

In 2017 in the UK, 1.1 million tonnes of textiles were sent to landfill/incineration [46]

In the UK, WRAP estimated that 300,000 tonnes of clothing are donated each year but still end up not being reused and are effectively waste [47]

In the US, textiles sent to landfills and incinerators totaled 17.9 million tons in 2018 [48]

In the US, EPA estimates that only 15.2% of textile waste is recycled (2018) [49]

In the US, EPA estimates textile reuse and recycling diverted about 2.4 million tons in 2018 [48]

In 2018, globally 92 million tonnes of textile waste were generated [24]

In 2019, global textile waste generation was about 92 million tonnes with projected growth [24]

In 2021, the EU generated about 9.9 million tonnes of textile waste [50]

In the EU, textile waste generation is forecast to increase to 12 million tonnes by 2030 [50]

EU textile recycling rate (as of latest reporting around 2020) remained low at about 1% for textiles actually recycled into new textiles [50]

In Germany, 1.2 million tonnes of textiles are collected annually, but a large portion is not reused [51]

The UK “Textile Recycling in the UK” report estimated that 2 million tonnes of textiles are discarded each year [52]

UNEP/EMF report “A New Textiles Economy” estimated 20% of clothing is discarded after only a few wears (implying overproduction beyond use) [18]

The EU “Strategy for Sustainable and Circular Textiles” states that only about 25% of clothing is recycled or reused in Europe [5]

The EU “Textiles strategy” states that 5% of textiles are recycled into new textiles [5]

The EPA notes that textiles account for about 5% of total municipal solid waste by weight in the US [48]

In 2019 in the UK, clothing represents 1.2 million tonnes sent for disposal [53]

In the EU, 2.2 million tonnes of textile waste were landfilled (year depending on dataset) [50]

In the EU, around 73% of textile waste is incinerated or landfilled [50]

In the UK, 46% of used clothing is donated or reused but a significant portion cannot be resold and becomes waste [54]

In 2017, 1.7 million tonnes of textiles were in the UK waste stream [46]

The Ellen MacArthur Foundation reports that the fashion industry produces 1.2 billion tonnes of waste (including wastewater and other impacts) [18]

According to the World Bank, the global municipal waste figure is rising; textiles are part of the waste stream (contextual) [24]

In 2015, EU textile waste generation was about 5.8 million tonnes [50]

About 40% of clothes are discarded after less than one year of use (reporting on “wear time” distribution) [55]

About 30% of clothing ends up as waste in less than 2 years (wear time) [55]

The EU strategy notes that 85–90% of textile fibers are not recycled into new textiles (hence fiber loss) [5]

In the UK, the amount of clothing collected for reuse is about 300,000 tonnes per year (and only part is resold) [56]

In the EU, textile waste generation rose to about 12.6 million tonnes (different year) [50]

In 2018, around 3.4 million tonnes of textile waste were generated in Germany [57]