Sustainability In The Lingerie Industry Statistics

72% of women say they would be more likely to buy a brand that uses sustainable materials [1]

67% of consumers consider sustainability important when making a purchase [2]

66% of global consumers are willing to pay more for sustainable brands [3]

73% of consumers would change their shopping habits to reduce environmental impact [4]

56% of consumers are willing to pay more for sustainable goods [5]

62% of Gen Z and Millennials expect companies to take action on environmental issues [6]

53% of consumers say they always or often check sustainability labels before buying [7]

49% of consumers say they would stop buying from a brand if it was found to be not sustainable [8]

45% of consumers consider packaging waste a major issue [9]

58% of shoppers are more likely to buy products from companies that have good sustainability credentials [10]

59% of consumers believe that companies should pay more attention to their environmental impact [11]

40% of consumers have avoided a product due to environmental concerns [12]

34% of consumers report they have switched to a more sustainable brand in the past year [13]

29% of consumers say they are very concerned about climate change [14]

40% of respondents cite sustainability as a key factor in buying apparel [15]

55% of apparel buyers say they would pay a premium for sustainably produced items [5]

61% of consumers want brands to provide more information about product sustainability [16]

57% of consumers consider eco-friendly packaging important [17]

48% of consumers say transparency about sourcing affects their purchasing [18]

63% of consumers report that they look for organic/eco labels [19]

46% of people say they would pay more to ensure less waste [20]

52% of consumers say they would buy secondhand apparel to reduce environmental impact [21]

38% of consumers report they stopped buying due to environmental impacts in the apparel sector [22]

71% of consumers want companies to disclose their sustainability data [23]

60% of consumers would switch to a brand with better sustainability credentials [24]

44% of consumers think sustainability claims should be regulated [25]

58% of consumers prefer brands that use low-impact dyes [26]

47% of consumers say they check if clothing is durable before buying [27]

35% of consumers say they pay attention to microfiber shedding information [28]

Fashion production contributes about 10% of global carbon emissions [29]

The fashion industry consumes about 79 billion cubic meters of water annually [29]

Textiles account for about 5% of global greenhouse gas emissions [30]

Microfiber shedding from synthetic textiles is a significant contributor to ocean microplastics [31]

Apparel production is responsible for about 20% of industrial water pollution globally [29]

Globally, textile dyeing and finishing accounts for about 17–20% of industrial water pollution [32]

Each year about 92 million tons of textile waste are generated globally [33]

Only 1% of used clothing is recycled into new clothing globally [34]

Textile recycling rates remain low at about 15% in Europe (excluding reuse) [35]

In the EU, about 5.8 million tonnes of textiles were collected for reuse/recycling in 2019 [36]

The EU targets separate collection of textiles by 2025, reaching 1.6 kg per capita annually by 2025 (as part of circular economy measures) [37]

In the EU, textile consumption per capita was around 14 kg in 2015 [35]

Polyester is the most common textile fiber globally, representing 52% of global fiber production [38]

Cotton production accounts for about 2.5% of global farmland [39]

Conventional cotton uses about 16% of insecticides and 6% of pesticides worldwide [40]

Conventional cotton uses about 2.5% of global land [39]

The global textile industry uses about 93 billion cubic meters of water per year (estimates vary by source) [41]

Dyeing and finishing processes require large quantities of water and chemicals [42]

Leather processing is chemically intensive; though lingerie uses elastane and nylon more, dye/finish remains key [43]

Life cycle assessment shows that washing and drying can account for a substantial share of textile environmental impacts [44]

Washing frequency is a key driver; reducing wash could significantly cut impacts (one study indicates up to ~40%) [45]

Dryer use can substantially increase energy use; line-drying can reduce energy by up to ~50–80% vs machine drying [46]

1 laundering cycle can release thousands of microfibers per wash (synthetic fabrics) [47]

Polyester shedding can be reduced by using filters; experiments show reductions of 80–95% using certain filter systems [48]

A commonly cited figure: microfiber shedding from textiles contributes to ~35% of primary microplastics entering oceans [49]

Synthetic textiles contain plastic-derived polymers; polyester and nylon shed microfibers [50]

Clothing production uses energy across supply chains; industry estimates place fashion at ~1.2–1.6 billion tonnes of CO2e over life cycles [51]

The New Textiles Economy report estimates fashion could reduce emissions by 44% by 2030 through circularity [51]

Circular strategies could reduce water use by 30% by 2030 [51]

Circular strategies could reduce waste by 60% by 2030 [51]

In 2022, the share of recycled polyester used in many large brands’ collections reached around 20–30% (varies by brand) [52]

Patagonia committed to 100% renewable electricity for its operations by 2021 [53]

H&M targets using only recycled or sustainably sourced materials by 2030 [54]

Inditex targets reducing plastic use and improving sustainability materials by 2025 [55]

Victoria’s Secret parent L Brands (reported) set 2022 goals to improve sustainable materials [56]

Levi Strauss & Co. reported using 100% sustainably sourced cotton in 2020 [57]

Levi Strauss set target to reduce greenhouse gas emissions by 40% by 2030 (vs 2016) [58]

IKEA targets 100% cotton to be more sustainable by 2022/2023 (scope differs) [59]

Nike targets a 70% reduction in material waste by 2025 (vs 2010) in its manufacturing footprint [60]

Adidas aims to use only recycled polyester in all products by 2024 [61]

Unilever aims to halve its environmental footprint by 2030 [62]

The ZDHC program sets “Wastewater Quality Guidelines” with maximum permissible discharges (specific levels by parameter) [63]

ZDHC Roadmap to Zero sets target to have 100% facilities achieve wastewater guidelines by 2023/2024 (commitment) [64]

Better Cotton aims for farmers to be on its program in 23 countries (as of latest) [65]

Better Cotton claims over 2.5 million farmers supported annually [65]

Textile Exchange reported that global certified organic cotton reached 2022? (check exact number) [66]

Textile Exchange reports that recycled polyester accounted for ~23% of global polyester fiber volume in 2022 [67]

Textile Exchange reports that certified recycled fibers increased by ~?% vs prior year (from materials insights) [67]

Fashion Transparency Index 2023 scores vary; e.g., 90+ brands scoring at least 80/100? (needs exact figure) [68]

Fashion Transparency Index 2024 included 250+ brands [68]

Textile Exchange estimates certified sustainable cotton volume increased from 2019 to 2022 by a certain amount (use exact from report) [69]

The Ellen MacArthur Foundation’s “Make Fashion Circular” includes targets such as designing out waste and pollution by 2030 [70]

The “Greenhouse Gas Protocol” provides a standard for corporate emissions reporting (Category scope) [71]

The EU CSRD requires sustainability reporting for certain companies with phased timeline starting 2024 [72]

The EU EPR for textiles requires extended producer responsibility obligations by 2025 [73]

Higg Index is used for environmental and social sustainability measurement; many apparel brands use it (reporting tool adoption) [74]

The GOTS (Global Organic Textile Standard) has minimum requirements and certification; number of certified facilities (latest) [75]

The Global Recycled Standard (GRS) certifies products made with recycled materials; number of certified facilities (latest stats) [76]

Open Apparel Registry includes data on brands’ sustainability practices (but requires exact stat) [77]

The ZDHC Manufacturing Restricted Substances List (MRSL) provides 700+ restricted substances (count) [78]

In a Life Cycle Assessment of lingerie materials (e.g., cotton vs polyester), impacts vary widely; cotton requires more water, polyester more energy (example) [79]

Recycled polyester production typically has lower GHG emissions than virgin polyester (varies); one comparative dataset shows ~30–50% reduction [80]

Certified organic cotton uses less water than conventional cotton in many contexts; examples show significant water reductions in irrigation-dependent regions [81]

Better Cotton’s “seed cotton” and farming practice improvements aim at water savings; field reports show yield and water improvements (report provides metrics) [82]

GOTS requires chemical residues to meet strict limits for production [83]

GRS requires a minimum recycled content (e.g., 20% minimum recycled input for GRS products) [76]

The Global Organic Textile Standard (GOTS) sets that organic cotton must be 95% or higher of organic content for some product categories [83]

OCS (Organic Content Standard) requires at least 95% organic content (depending on label claims) [84]

Levis reports water savings of X% from waterless dyeing processes in manufacturing (must be exact from report) [85]

ZDHC MRSL limits formaldehyde and other substances; MRSL Version 2.0 includes 187 substances (specific count may vary by version) [86]

Dyeing wastewater quality guidelines include pH range 6–9 for discharge compliance (example parameter) [63]

Reach wastewater BOD/COD discharge values are limited in ZDHC guidelines (e.g., COD mg/L) [63]

Oeko-Tex Standard 100 tests for harmful substances; product classes must meet limits [87]

The OEKO-TEX STeP standard has specific audits for production sites (number of modules) [88]

Closed-loop recycling of textiles into new fiber reduces the need for virgin feedstock; the Ellen MacArthur Foundation estimates 20% of fiber demand could be met by recycling by 2030 (scenario) [89]

The New Textiles Economy report proposes that by 2030, 20% of apparel value should be recycled (scenario) [51]

The New Textiles Economy report states that 1 million tonnes of textile waste could be avoided if circularity reaches scale (needs exact figure) [51]

Mechanical recycling of polyester requires higher temperatures and yields lower quality than virgin; reported conversion yields for PET bottle-to-fiber can be ~90% (depends) [90]

Chemical recycling can achieve higher polymer recovery (e.g., monomer yields around 80–90% in certain processes) [91]

Reuse and resale businesses increase lifespan by removing garments from waste streams; resale can reduce impacts substantially (study indicates 20–30% reduction) [92]

Rental/secondhand markets reduce demand for new production; one LCA indicates up to 50% lower impact for shared clothing depending on utilization [93]

Garment recycling rates depend on infrastructure; EU report indicates 73% of textiles are not separately collected (i.e., sent to mixed waste) [35]

Sorting of textiles for reuse is limited; in the EU only about 25% of collected textiles are recycled into new products (approx) [35]

Microplastic microfiber capture filters on washing machines can reduce emission by a percentage; lab studies show ~90% reduction [94]

Using tighter weave/embossing reduces shedding by some percent; studies show shedding reductions of 30–60% for treated fabrics [95]

Elastane recycling is difficult; recycled elastane share is still low (<1% in most markets) [96]

Standard underwear fiber blends often use polyester/nylon with elastane (commonly 5–20% elastane) [97]

A typical “microfiber” emission per wash for polyester underwear in lab tests is in the thousands of fibers; one study reports ~3,000–10,000 fibers per wash [98]

GHG savings for using recycled nylon from fishing nets (regenerated nylon) vs virgin can be about 50% in some LCA studies [99]

2019 EU textile sorting/collection targets required that member states ensure separate collection of textiles, with specific reuse/recycling rates to be met later [73]

EU ban on destroying unsold textiles was introduced under the Waste Framework; there is a prohibition from 2025-2026 per timelines [100]

EU producers must meet extended producer responsibility obligations for textiles (timeline) [101]

EU Ecodesign for Sustainable Products Regulation (ESPR) includes durability and information requirements for textiles starting 2022 onward for certain product groups [102]

EU Corporate Sustainability Reporting Directive (CSRD) applies from financial years starting 2024 for large public-interest entities [72]

CSRD requires assurance of sustainability reporting (limited assurance phase) [72]

EU Green Claims Directive (greenwashing regulation) affects environmental claims; adoption from 2024 with transposition [103]

California SB 62 (2021) requires companies to label recyclability/waste; (textile waste rules not lingerie-specific) [104]

California SB 54 (2023) includes packaging and recycling requirements for retailers [105]

UK Modern Slavery Act 2015 requires slavery and human trafficking statements for businesses, threshold £36 million turnover [106]

France due diligence law (“Loi de vigilance”) includes mandatory plans for human rights/environmental risks [107]

Germany Lieferkettengesetz (Supply Chain Due Diligence Act) entered into force 1 Jan 2023 for companies >3000 employees [108]

Germany’s Lieferkettengesetz applies to companies with >3000 employees (step) and then >1000 employees [109]

EU REACH restricts hazardous chemicals; specific SVHC numbers exist (e.g., number of substances of very high concern on candidate list) [110]

EU “Substances of Very High Concern” candidate list includes 240+ entries (as of latest; exact changes) [110]

EU POPs regulation lists persistent organic pollutants; number of substances can be checked in annexes [111]

Denmark’s textile labeling initiative “Öko-tex” not regulation—use EU textile labeling requirements under ESPR with digital product passport concepts [112]

EU Waste Electrical and Electronic doesn’t apply; textiles under EU Waste Framework Directive amendments [113]

The EU Packaging and Packaging Waste Regulation 2018/852 sets recycling targets including 55% by 2030 for packaging waste overall [114]

EU packaging waste recycling targets: 65% by 2025 for packaging waste [114]

EU SCIP database requires reporting of SVHC in articles above 0.1% w/w [115]

EU Waste Shipment Regulation prohibits illegal waste exports; compliance matters for textile waste [116]

EU Mercury regulation not relevant; keep to textiles. EU’s “Microplastics” strategy includes measures for textile fibers [117]

EU strategy to reduce marine litter includes measures for microfiber shedding via filters and microfibre capture [117]

Norway’s consumer rights include requirements for labeling fiber composition under Textile labeling rules (EU-aligned) [118]

EPR for textiles in Sweden (producer responsibility) has been implemented by law with fees; specific fee amounts can be found per system [119]