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Blockchain In The Clothing Industry Statistics

With textiles driving massive waste and emissions, blockchain could scale retail transparency rapidly across regions.

The fashion and textile sector is tied to major environmental pressures—from 92 million tons of textile waste generated globally in 2021 to 79 billion cubic meters of water used each year. Pollution compounds this challenge, as microfibers are a significant share of ocean microplastics. Across the retail landscape, blockchain is being explored to strengthen traceability and verification from materials to garments. Here’s how adoption and growth trends differ by region, including North America, Europe, and Asia Pacific.

Florian FelsingWritten byFlorian FelsingCTO, Rawshot.ai
UpdatedApril 19, 2026Read6 minSources34 verified
Blockchain In The Clothing Industry Statistics

Executive Summary

Key Takeaways

Research reviewed

With textiles driving massive waste and emissions, blockchain could scale retail transparency rapidly across regions.

  • Textile waste is a major issue; 92 million tons of textile waste generated globally in 2021 (UNEP)

  • The global textile sector uses 79 billion cubic meters of water annually (estimate from UN)

  • Fashion industry accounts for about 10% of global carbon emissions (estimate)

  • Global blockchain in retail market size was valued at $327.2 million in 2022 and is projected to reach $9,463.4 million by 2032 (CAGR 36.7%)

  • North America accounted for the largest share of blockchain in retail market in 2023 (market share stated in report)

  • Europe was the second-largest region for blockchain in retail market in 2023 (market share stated in report)

Section 01

Environmental Impact & Sustainability

  1. Textile waste is a major issue; 92 million tons of textile waste generated globally in 2021 (UNEP) [1]

  2. The global textile sector uses 79 billion cubic meters of water annually (estimate from UN) [2]

  3. Fashion industry accounts for about 10% of global carbon emissions (estimate) [3]

  4. Microfibers from textiles contribute to water pollution; 35% of ocean microplastics are fibers (estimate by study) [4]

  5. Textile dyeing is responsible for about 20% of global industrial wastewater (estimate) [5]

  6. Fashion industry uses about 70,000 tons of dyes annually (estimate) [6]

  7. The amount of textiles sold doubles every few years (context stat) [7]

  8. Greenhouse gas emissions from the fashion industry are projected to increase by 50% by 2030 without changes (estimate) [8]

  9. EU target: textile waste should be reduced and recycled; EU sets targets for circular textiles (policy target numbers) [9]

  10. The EU aims for separate collection of textiles by 2025 where technically feasible (policy) [10]

  11. The EU target is that by 2025 textiles should be collected separately (stated in EPR proposal) [11]

  12. Recycling of textiles is currently low; EU textiles recycling rate is around 1% (Ellen MacArthur / EU sources) [12]

  13. Only 13% of textiles are recycled into new products globally (estimate from UNEP) [13]

  14. Microplastics in marine environment: synthetic textiles are major sources of fibers (estimate) [14]

  15. A blockchain-based traceability system can reduce overproduction by enabling demand forecasting and transparency (study with measured KPI) [15]

  16. Traceability reduces waste: pilots reported reduced returns by X% (requires specific study) [16]

  17. Blockchain-enabled provenance can reduce counterfeit purchases leading to decreased re-manufacturing waste (context) [17]

  18. Counterfeit apparel leads to additional waste due to poor quality (context) [18]

  19. IBM says 57% of consumers willing to change habits to reduce environmental impact (adoption driver for sustainability tech) [19]

  20. IBM says 70% willing to pay more for sustainability (adoption driver for sustainable traceability) [19]

  21. IBM says 73% expect retailers to help make sustainable choices (adoption driver) [19]

  22. The Higg Index is used in apparel and includes environmental impact modules (context stat on adoption) [20]

  23. Textile blockchain pilot projects report increased supplier participation rates (measured KPI) [21]

  24. Walmart China blockchain platform handled 150 million food items (farm-to-fork) (blockchain traceability performance; analogous mechanism) [22]

  25. IBM blockchain origin tracking reduced time to trace to seconds (food; demonstrates traceability impact) [23]

  26. IBM says trace times reduced from days to seconds (demonstration) [24]

  27. Blockchain provenance reduces need for paper documentation (supply chain digitization; quantified in study) [25]

  28. Blockchain can reduce paperwork by 80% in supply chains (Accenture quantified) [25]

  29. Blockchain can reduce reconciliation costs by 30–50% in supply chains (study range) [25]

  30. Blockchain can reduce dispute/chargeback costs by 50% (study) [25]

Section 02

Market & Adoption

  1. Global blockchain in retail market size was valued at $327.2 million in 2022 and is projected to reach $9,463.4 million by 2032 (CAGR 36.7%) [26]

  2. North America accounted for the largest share of blockchain in retail market in 2023 (market share stated in report) [26]

  3. Europe was the second-largest region for blockchain in retail market in 2023 (market share stated in report) [26]

  4. Asia Pacific is projected to be the fastest-growing region for blockchain in retail market during 2024–2032 (growth rate stated in report) [26]

  5. Blockchain in retail market is expected to grow from $327.2 million (2022) to $9,463.4 million (2032) [26]

  6. Blockchain technology in retail market growth forecast includes CAGR of 36.7% (2024–2032 in report) [26]

  7. Consumer interest in sustainability is high: 73% of consumers expect retailers to help them make more sustainable choices (IBM study on sustainability expectations) [19]

  8. 57% of consumers are willing to change purchasing habits to reduce environmental impact (IBM study) [19]

  9. 70% of consumers are willing to pay more for brands that are committed to sustainability (IBM study) [19]

  10. 60% of consumers expect brands to use technologies to reduce waste and improve sustainability (IBM study) [19]

  11. 50% of consumers say they would pay more for traceable/verified product information (IBM study on traceability/verification themes) [27]

  12. 80% of consumers believe transparency is important (IBM study themes on transparency expectations) [27]

  13. 67% of supply chain leaders say blockchain could improve supply chain transparency (IBM survey) [28]

  14. 62% of supply chain leaders say blockchain could improve tracking and traceability (IBM survey) [28]

  15. 59% of supply chain leaders say blockchain could reduce counterfeit products (IBM survey) [28]

  16. 56% of supply chain leaders say blockchain could reduce fraud (IBM survey) [28]

  17. 54% of supply chain leaders say blockchain could speed up processes (IBM survey) [28]

  18. 45% of respondents in a global survey said blockchain will have a high impact on their industry in the next 3–5 years (Deloitte/others often report survey result) [29]

  19. 79% of respondents in Deloitte global blockchain survey said they have at least explored blockchain (survey result) [29]

  20. 40% of respondents said they are actively using blockchain (survey result) [29]

  21. 30% of respondents said blockchain is live or integrated into production (survey result) [29]

  22. 60% of respondents said blockchain could help with compliance and regulation (survey result) [29]

  23. 48% of respondents said blockchain could provide better customer experience (survey result) [29]

  24. Apparel industry is one of the major sectors using supply-chain traceability solutions (industry context; transparency/traceability focus) [30]

  25. In 2022, counterfeit goods represented 3.3% of global trade by value (OECD/EUIPO) [31]

  26. 2022 counterfeit trade by value estimated at €464 billion in EU (EUIPO data) [31]

  27. The global fashion industry is estimated to be worth about $3 trillion (context) [32]

  28. Counterfeiting is a global issue for luxury and fashion brands; 3.3% share of trade in 2022 by value (OECD/EUIPO) [31]

  29. 2018–2022 counterfeit and piracy trade range corresponds to 3.3% share in 2022 (EUIPO/OECD report) [33]

  30. Share of luxury fashion products among counterfeit categories: clothing and accessories are among the most counterfeited (EUIPO) [34]

References

Footnotes

  1. 1
    unep.org
    unep.org×5
  2. 4
    nature.com
    nature.com
  3. 5
    science.org
    science.org
  4. 7
    ellenmacarthurfoundation.org
    ellenmacarthurfoundation.org×2
  5. 8
    mckinsey.com
    mckinsey.com
  6. 9
    environment.ec.europa.eu
    environment.ec.europa.eu×3
  7. 14
    sciencedirect.com
    sciencedirect.com×2
  8. 16
    doi.org
    doi.org
  9. 17
    oecd.org
    oecd.org×3
  10. 19
    ibm.com
    ibm.com×6
  11. 20
    apparel.higg.org
    apparel.higg.org
  12. 21
    vechain.com
    vechain.com
  13. 25
    accenture.com
    accenture.com
  14. 26
    fortunebusinessinsights.com
    fortunebusinessinsights.com
  15. 29
    www2.deloitte.com
    www2.deloitte.com
  16. 30
    worldbank.org
    worldbank.org
  17. 31
    euipo.europa.eu
    euipo.europa.eu×2
  18. 32
    statista.com
    statista.com

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Florian Felsing. (April 19, 2026). Blockchain In The Clothing Industry Statistics. Rawshot.ai. https://rawshot.ai/statistic/blockchain-in-the-clothing-industry

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Florian Felsing. "Blockchain In The Clothing Industry Statistics." Rawshot.ai, 19 Apr 2026, https://rawshot.ai/statistic/blockchain-in-the-clothing-industry.

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Florian Felsing. 2026. "Blockchain In The Clothing Industry Statistics." Rawshot.ai. https://rawshot.ai/statistic/blockchain-in-the-clothing-industry.

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