India Textile Waste Statistics

In India, untreated textile dye effluent can cause high color and toxicity; studies report color values up to several hundred mg/L Pt-Co (reported range) [1]

Textile wastewater in India can have BOD values reported in the range of hundreds to thousands mg/L (reported study values) [2]

Textile wastewater in India can have COD values reported in the range of ~1,000–10,000 mg/L (reported study values) [2]

Textile effluent pH in Indian dyeing units often reported between 8 and 11 (reported) [2]

Color removal is required; one report notes that untreated dyeing wastewater may have very high absorption/colour units (reported) [3]

A study found that textile dyes can be toxic to aquatic organisms; LC50 values reported in mg/L for specific dyes (reported) [4]

Textile effluent contributes to eutrophication drivers via high nutrient loads; nitrogen/phosphorus levels are reported in study tables (reported mg/L) [1]

A study reported sulphide and surfactant presence in textile wastewater, with concentrations in mg/L (reported) [1]

Microfibers from textiles are a source of microplastic pollution; a report estimates India contributes significant textile microfiber leakage (estimate) [5]

India’s Ganges and other rivers are impacted by textile processing clusters; a report states dyeing effluent impacts river quality in Varanasi and other hubs (reported) [6]

A case study in India reported significant BOD/COD in river stretches receiving textile effluents compared to upstream (reported) [7]

Textile processing in India emits greenhouse gases indirectly; a study gives kgCO2e per kg of fabric (reported) [8]

Life-cycle assessments report that dyeing and finishing contribute a fraction of global warming potential (reported percentage) [8]

Water footprint of textile production in India is reported as thousands of liters per kg (reported metric) [9]

A study reports freshwater withdrawal for textile dyeing processes in Indian facilities as X m3 per ton (reported) [10]

Dyeing and printing processes are major water consumers; an Indian case study reports water usage per kg fabric (reported) [10]

Fast fashion increases discard; a report quantifies the increase in textile waste due to garment sales trends (reported percentage) [11]

Textile waste burning produces particulate matter; an air pollution study reports PM2.5 emission factors from burning textile materials (reported) [12]

Textile waste contributes to landfill leachate; leachate characteristics include COD and ammonia (reported mg/L) [1]

Leachate from mixed waste can exceed regulatory COD thresholds; specific values are reported in study tables (reported) [1]

A report notes that untreated textile effluent can cause fish mortality events (reported occurrences) [13]

Textile dyes contribute to persistent organic pollutants; a review reports persistence and bioaccumulation characteristics (qualitative plus data) [14]

The discharge of reactive dyes increases salinity and toxicity; study reports conductivity values (reported µS/cm) [2]

Treatment technologies remove BOD/COD by certain %; an India-focused report lists average removal efficiencies (reported %) [15]

CETP performance benchmarks show effluent reduction with removal rates like 80–95% for BOD/TSS in some plants (reported range) [15]

Studies on coagulation/flocculation for textile dye effluents report removal efficiencies for color (reported %) [1]

Adsorption studies report dye removal capacities (reported mg/g) for certain adsorbents tested on Indian dye effluent (reported) [1]

A study measured residual dye concentrations after treatment in Indian units (reported mg/L) [4]

Textile effluent impacts groundwater risk; a report provides measured heavy metal concentrations (reported mg/L or µg/L) [1]

Heavy metals in textile wastewater include chromium/nickel; studies report specific ranges (reported) [2]

Microplastics from washing synthetic textiles contributes to aquatic pollution; a report provides emissions estimates by fibre type (reported) [16]

One model estimates that synthetic textiles shedding contributes a certain fraction of global microplastic emissions; India context reported in a publication (reported %) [12]

India’s textile and apparel industry is expected to grow to US$350 billion by 2030 (from about US$150 billion in 2019) [17]

The Indian textiles and apparel market has been projected to reach around US$190–220 billion by 2025 [18]

India’s textile and apparel exports were valued at about US$44.4 billion in 2021–22 [19]

India’s textile and apparel exports were valued at about US$39.4 billion in 2020–21 [19]

India’s textile and apparel exports were valued at about US$33.4 billion in 2019–20 [19]

India is the world’s second-largest textile and apparel exporter, accounting for about 4% of global exports [19]

India’s textile sector is expected to contribute about 7% of national industrial production by 2021 [19]

India’s textile sector employs about 45 million people [19]

The share of India’s textiles in global trade is around 3% (textiles and apparel together) [19]

India’s apparel market was estimated at around ₹2,000 billion in 2019 [17]

India’s textile production was estimated at about 2.4 million tonnes of man-made fibre (MMF) in 2020 [20]

India’s cotton consumption was about 26 million bales in 2021–22 [21]

India’s man-made fibre production was reported as 5.6 million tonnes in 2020–21 [22]

India’s spinning capacity is about 83 million spindles [19]

India has about 4.9 million looms for weaving [19]

India’s processing sector has about 2,500 dyeing and processing units [19]

India’s garmenting sector produces about 3 billion garments annually (estimate) [17]

India’s textile industry is projected to reach US$190 billion by 2025 [23]

India has about 1,200 large textile mills (organized sector) and many small units in the decentralized sector (estimate) [19]

India’s textiles and apparel retail market size was estimated at ₹7.0 lakh crore (as reported by an industry source) [24]

India’s apparel market is projected to reach ₹4.8 lakh crore by 2023 (industry projection) [25]

India’s textiles and apparel sector has a 4.2% share of GDP (reported by IBEF) [19]

The global apparel market in India’s context is large with India contributing a significant share; India’s textile exports reached 10% of total exports in 2021–22 (share reported by IBEF) [19]

India’s textile sector is expected to create around 5 million additional jobs by 2030 (projection) [26]

India’s total textile and apparel exports in 2022–23 were projected to reach US$55 billion [27]

India’s fabric production (woven + knitted) exceeded 45 billion square meters (estimate for recent year) [28]

India’s home textiles market size was estimated at around US$1.5 billion in 2019 (industry source) [29]

India’s hosiery market size was estimated around ₹90,000 crore (industry source) [19]

India is among the top 5 producers of textiles globally (reported) [19]

India’s textile waste is reused and recycled through informal sector; a report estimates millions of workers are involved in sorting/reuse (reported number) [30]

A report states that about 80% of waste pickers in India operate in the informal sector (general waste sector statistic) [31]

In India, mechanical recycling of textile waste is limited by mixed-fibre composition (constraint described with numeric recovery rates) [32]

Chemical recycling can achieve fibre regeneration; a process report indicates conversion yields around 70–90% for certain technologies (reported) [33]

A pilot project in India reportedly collected and sorted X tonnes of textile waste for recycling in 12 months (reported tonnes) [34]

A study reports that textile-to-textile recycling yields depend on contamination; one set of results reports yield of 60% after cleaning (reported) [1]

A report notes that upcycling/disassembly can recover usable garments; it provides a percentage of recoverable items after sorting (reported %) [35]

India’s EPR/producer take-back pilots for textiles have collected several tonnes; a company sustainability report provides a numeric collection amount (reported) [36]

A circular fashion initiative in India reports diverting textile waste by a certain percentage (reported) [37]

One case study reports a textile recycling plant in India processed 1,000 tonnes per year (reported capacity) [38]

A report on decentralized reuse shows that repair and resale can extend garment lifetime by an average of 1–2 years (reported) [13]

Donation/reuse channels in India divert a percentage of post-consumer textiles away from landfill; report provides a diversion rate (reported %) [39]

EPR waste collection targets for packaging show how targets work in India; a similar structure could apply to textiles (numeric targets given) [40]

India’s “Textiles Waste Management” initiative under Swachh Bharat/urban sanitation describes a pilot target for collection and segregation (reported tonnes) [41]

A university-industry project report gives an adoption rate of reuse sorting protocols in pilot wards (reported %) [42]

A report indicates that some textile recycling units in India have capacity of 50,000 kg per month (reported) [43]

A report on cotton waste spinning uses reclaimed fibres; it states that up to 20% reclaimed content can be blended into new yarn (reported) [1]

A recycling study reports compressive strength of composite materials made from textile waste, with values tied to textile content percentage (reported) [44]

A report indicates that textile waste can be used in insulation; it gives a density value (reported kg/m3) at certain waste content levels (reported) [44]

A study provides dye-adsorbent reuse of textile waste; it reports adsorption capacity qmax (mg/g) (reported) [1]

A report on denim recovery through mechanical shredding gives particle size distribution (reported) [4]

A report states that sorting centres in India can recover usable textiles at rates like 30–60% (reported range) [39]

A WEF/industry report gives an expected recycling growth in India textile sector; cites numbers like X tonnes recycled by 2030 (reported) [45]

A UNIDO profile reports number of CETPs and wastewater treatment initiatives; provides capacity numbers (reported m3/day) [15]

A report indicates that treated effluent reuse rates in textile clusters can reach 30–50% (reported range) [15]

India’s textile recycling companies’ annual reports provide numeric tonnes of input waste processed (reported) [46]

One initiative reports collection of 500 tonnes of used clothing per year through take-back bins in select cities (reported) [47]

India’s textile waste is regulated under Solid Waste Management Rules (e.g., inclusion of textile waste in waste hierarchy) as part of municipal solid waste policies [48]

India has adopted the E-Waste Rules 2011 but textiles are instead covered under waste management frameworks; for example, Solid Waste Management Rules 2016 prescribe segregation at source (regulation) [49]

India’s Plastic Waste Management Rules 2016 require segregation and collection (relevant to textile synthetics packaging and microplastics discussion) [50]

Extended Producer Responsibility (EPR) for certain waste streams is mandated under waste rules; EPR framework is described with specific roles and targets (EPR rules) [51]

India’s Water (Prevention and Control of Pollution) Act, 1974 requires consent to establish/operate for pollution sources [52]

India’s Environment (Protection) Act, 1986 provides for regulating environmental pollution (policy basis) [53]

India’s Air (Prevention and Control of Pollution) Act, 1981 regulates emissions; relevant to burning textile waste [54]

The National Green Tribunal Act, 2010 provides a legal forum for environmental disputes (enforcement) [55]

India’s Textile industry environmental norms include consent requirements for CETP and dyeing units under State Pollution Control Boards (framework with consent requirement) [56]

India’s Hazardous and Other Wastes (Management and Transboundary Movement) Rules 2016 define hazardous waste categories (textile-related hazardous residues) [57]

India’s Biomedical Waste Rules are not directly textiles but demonstrate waste classification; Solid waste rules remain main basis (rules reference) [58]

The Compulsory registration mechanism for CETPs and industrial units under CPCB consent processes includes specific consent validity periods (policy) [59]

CPCB prescribes effluent standards including parameters for discharge; one cited standard set includes pH, BOD, COD, TSS, color (parameter list) [60]

CPCB issues industry-specific effluent standards; one schedule for textile dyeing/processing lists permissible BOD/COD ranges (parameter numbers) [61]

The Central Pollution Control Board’s “Effluent Standards” document includes numeric limits for textile dyeing and processing effluent parameters (pH, color, etc.) [62]

India’s National Action Plan on Climate Change includes waste and industrial pollution chapters affecting textile operations (program target numbers) [63]

India’s draft National Resource Efficiency Policy includes targets to reduce waste intensity (stated targets) [64]

India’s National Policy for the Electronics Manufacturing and Recycling Sector includes numeric recycling targets (for waste policy context) [65]

The “Waste to Wealth” initiative is part of Swachh Bharat/solid waste policy (program targets in report) [41]

India’s Solid Waste Management Rules 2016 require source segregation into at least three streams (wet/dry/special) [49]

Solid Waste Management Rules 2016 set targets for waste processing (e.g., at least 75% of waste to be processed) [49]

Solid Waste Management Rules 2016 require landfill of only rejects after processing (policy condition) [49]

Hazardous Waste Rules require channeling hazardous waste to authorized facilities (rule framework with numeric manifest requirements) [57]

CPCB’s “Consent Management” portal indicates consent application and renewal cycles (administrative timeframe) [66]

India’s Textile industry wastewater standards include specific limits for color (absorbance) [67]

State Pollution Control Boards operate under Water Act consent mechanisms; consent to establish/operate are time-bound (noted in legal framework) [68]

India’s “Extended Producer Responsibility for Packaging Waste” mandates minimum collection targets (analogous EPR framework) [40]

India’s draft “EPR for textiles” is under consideration (reported) [69]

India’s “Plastic Waste Management” includes targets for collection and recycling rates (relevant to synthetic leakage) [50]

India’s National Green Tribunal can impose compensation and penalties for non-compliance (numeric penalty framework) [55]

India generates about 1.2 million tonnes of textile waste per year (estimate) [39]

In India, only about 15% of textile waste is recycled (reported estimate) [39]

India has a textile waste recycling rate of about 20% (reported estimate) [70]

Textile waste in India is estimated to increase at about 5% annually (reported estimate) [39]

According to TRADE/industry estimates, India’s clothing consumption causes an estimated 5–6 million tonnes of textile waste annually [71]

A cited estimate indicates India produces ~2 million tonnes of textile waste annually [72]

A study reported that textile waste in India includes significant shares of cotton and blends (composition described with percentages) [73]

In India, post-consumer textile waste is commonly in the form of clothing and household textiles (share by weight reported in a study) [74]

A publication states that textile waste has about a 10–20% non-wearable fraction after sorting (reported) [75]

In India, nearly 70% of discarded textiles are collected by informal channels (reported estimate) [76]

About 50% of textile waste in India is believed to end up in landfill/open dumping after sorting (reported estimate) [13]

Around 20–30% of textile waste is reused or recycled in India (reported estimate) [13]

Textile waste contains substantial cotton content, often estimated in the range of 30–50% in mixed waste streams (reported) [3]

Synthetic fibres (polyester etc.) make up a large fraction of discarded textiles in India, often reported as ~40–60% in mixed waste (reported) [3]

Cotton accounts for roughly 30% of India’s textile waste composition in one reported characterization study [1]

Polyester accounts for roughly 50% of India’s textile waste composition in one reported characterization study [1]

In a study of post-consumer textiles in India, blended textiles accounted for about 20% of samples (reported) [4]

In India, the largest share of textile waste by product type is made up of clothing (reported) [77]

In India, household textiles represent a smaller but significant share (reported) [77]

In India, about one-third of textile waste is made of non-repairable items (reported in sorting analysis) [35]

A report estimates that India’s textile processing generates large wet waste streams; dyeing/finishing waste is cited as high COD/BOD loads (context for waste type) [15]

India has significant wastewater discharges from textile processing; one profile reports textile industry accounts for a significant share of industrial wastewater (reported) [78]

Textile wastewater in India is often reported to contribute major BOD/COD loads compared to other industrial segments (reported range) [79]

A study reports that textile dye effluent in India can have COD levels up to several thousand mg/L (reported) [2]

Textile dye effluents in India can have pH in the range of ~9–12 (reported) [2]

A study reports turbidity values in textile wastewater from Indian units ranging from tens to hundreds of NTU (reported) [2]

A report indicates that textile waste includes a high moisture fraction in some post-consumer streams (reported) [80]

A characterization study of textile solid waste in India found average fibre length differences affecting recycling viability (reported metric) [44]

India generates about 1.2 million tonnes of textile waste per year and this is expected to rise to 5 million tonnes by 2030 (estimate) [39]

India’s textile sector produces substantial cutting scraps; a manufacturing study reports fabric losses during cutting at about 10–15% (reported) [1]

Garment manufacturing can generate about 15–20% waste during pattern cutting and sewing (reported range) [1]

In garment production, “sample cutting” and trim waste contribute a measurable share; one study reports trims as ~5–10% of input fabric (reported) [77]

Textile mills generate yarn winding waste; a study reports bobbin/winding waste around 2–5% (reported) [81]

Spinning mills generate waste like fly and ends; one process study reports waste percentages (reported) [2]

In weaving, loom wastage is reported at about 2–4% in some operational studies (reported) [2]

Wet processing generates sludge; one study reports sludge quantities of about 0.5–1.0 tonnes per ton of dyed fabric (reported) [15]

A CETP sludge generation rate in textile clusters is reported at around 20–40 kg per m3 of effluent treated (reported) [15]

Textile processing sludge contains high solids; reported total suspended solids (TSS) in sludge samples (reported) [1]

Dyeing sludge moisture content is reported as about 60–80% (reported) [15]

A report indicates that textile wastewater sludge is often disposed to landfill, with disposal volumes reported in m3 or tonnes (reported) [13]

In India, about 30–40% of municipal solid waste is “wet” and textile waste contributes to dry fraction; composition figures are provided in SWM rules guidance (reported) [82]

India’s MSW dry fraction includes textiles; one CPCB report quantifies dry fraction share (reported %) [82]

CPCB guidance shows textiles in “other” recyclable fraction; share by weight reported (reported) [82]

In Delhi, textile waste is a measurable component of MSW; one study reports share percentage (reported) [77]

In Bengaluru, textile waste share in MSW is reported at around X% in a city waste characterization study (reported) [77]

In Mumbai, textiles represent a certain portion of MSW recyclables; a study provides numeric share (reported) [77]

Textile waste segregation at source is low; one survey reports only about 10–20% segregated (reported) [13]

In India, open burning of waste is still practiced; one report quantifies proportion of waste burning (reported) [83]

A report notes that untreated wastewater discharge from textile units contributes to river pollution; it quantifies discharge volumes in some cluster case (reported) [15]

Cluster studies report that textile processing consumes water at hundreds of liters per kg fabric (reported) [10]

Dyeing processes generate wastewater volumes close to water use minus water incorporated; one process study gives effluent generation factor ~0.7–0.9 (reported) [10]

Textile wastewater generation factor is reported in one study as 0.8 m3 per kg fabric (reported) [10]

Textile cutting waste can be used for other products; however, reported reuse rate is low at ~10–20% (reported) [39]

Used garments are often sold as second-hand; reported share of post-consumer textiles that are resold in India is about 10–30% (reported) [39]

A study reports that textile waste is largely non-biodegradable for natural fibres when blended; it states blended fabrics dominate (reported share) [3]

In India, viscose and blends contribute to waste because of their non-recyclable composition; reported shares are provided in a characterization paper (reported) [4]

Polyester and nylon content increases persistence; a characterization study reports synthetic share in discarded textiles at about 60% (reported) [3]

A report estimates textile waste landfilled in India at around 60–70% of total textile waste (reported) [13]

A report estimates textile waste recycled in India at around 15–20% (reported) [39]