Environmental data platform - built for apparel and footwear brands, and their suppliers.
In June 2024, the Digital Product Passport was officially approved by the EU as part of the Ecodesign for Sustainable Products Regulation (ESPR), a framework regulation that applies to any apparel and footwear company selling in the EU, no matter where they are based.
In short, the ESPR law introduced certain performance requirements for products placed in the European market, as well as information requirements to enhance transparency and sustainability in product design and manufacturing.
One significant aspect of this framework is the introduction of the Digital Product Passport, which serves as a comprehensive digital record for important, product-related information. Think of the Digital Product Passport for textiles as a "digital fingerprint" for your products. Leveraging a data carrier like a QR code, the DPP will include essential information about a product's supply chain, as well as environmental footprint, details about materials used, chemical compliance data, recyclability, and repairability.
You can read our complete deep dive on the Ecodesign for Sustainable Products Regulation for apparel and footwear here.
Under current ESPR legislation, the Digital Product Passport is designed to apply to all apparel and footwear products sold on the EU market, regardless of where the brand is based or its size. The exact scope and timing will be determined when the delegated acts are finalized. These are technical explanatory documents for specific industries that specify the details for textile companies, a concrete timeline, and what specific data should be collected and displayed in the DPP.
The ESPR framework that makes the Digital Product Passport mandatory was approved in June 2024. However, it only contains high-level information regarding the DPP; there is no textile industry-specific information just yet. These technical details are currently being worked on and will become law in the form of the above-mentioned delegated acts.
The final delegated act for the DPP for textiles is expected to be shared in 2027; fashion brands will then have at least 18 months to implement it (exact timing to be determined in the act itself).
Although footwear is not among the first-priority product groups, the Commission has acknowledged the environmental relevance of footwear and its potential link to eco-modulated extended producer responsibility (EPR) fees under the Waste Framework Directive. As a result, a dedicated study on footwear is expected by the end of 2027 to assess how ecodesign and information requirements, including the DPP, could apply to this category.
While apparel and footwear products already have a physical label that includes information such as material composition or country of origin, the new Digital Product Passport for textiles will require more extensive reporting. A key element of Digital Product Passport reporting will likely be based on the EU's Product Environmental Footprint Category Rules (PEFCR) for the apparel and footwear sector, ensuring consistency across the European Union regulations.
Specific information requirements will be detailed for each product category in delegated acts. Although the final list of requirements for the DPP has not been released, we know broadly what it will entail.
A June 2024 research study by the European Parliamentary Research Service (EPRS) – a research arm of the European Parliament – proposed 16 categories of data that could be included in a textile DPP. The study is a research input, not a Commission proposal, but it gives the most detailed picture so far of what the DPP could carry beyond the environmental data:
Product Description: General characteristics of the product, such as size, color, performance, and marketing details. It can also include after-sales information like product condition for resale or repairs.
Composition: Mandatory data on material percentages (e.g., cotton, polyester) as well as optional details about material origin, treatment, and other qualities like dyeing processes and fiber lengths.
Supply Chain: Information on the manufacturing process, identifying all involved stages from raw material sourcing to garment production.
Transport: Details about the transportation process, including distances and types of transport used for each stage of production, providing insights into the environmental impact.
Documentation: Certificates, audit reports, and quality control documents that verify the claims made by the brand regarding the product.
Environmental Impact: Data on the environmental footprint of the product, which helps in eco-design and allows consumers to make more informed decisions.
Social Impact: Information regarding the social aspects of production, such as worker rights, labor conditions, and human rights compliance.
Impact on Animals: For products involving animal-derived materials (e.g., wool, leather), details on the treatment and welfare of the animals involved in the production.
Circularity: Information on how circular the product is, including aspects such as recycled content, availability of repair services, and take-back programs.
Health Impact: Information related to the presence of hazardous substances and compliance with health and safety regulations (e.g., REACH).
Information on the Brand: Brand-specific information, including its commitments to sustainability, contact details, and corporate social responsibility reports.
Communication/Identification Media: Methods for linking the product to its data (e.g., QR codes, NFC chips) for consumers and authorities to access the DPP information.
Quantity: Information on production quantities, which helps assess product value and manufacturing scale.
Costs: While sensitive, some brands may disclose manufacturing costs to emphasize transparency. This information is often not mandatory.
Usage and Customer Feedback: Optional data related to product usage and consumer reviews, providing brands with feedback for improving product design.
Tracking and Tracing After Sales: Data on product lifecycle beyond initial sale, such as resale, modifications, or repair activities, facilitating circularity and extended product life.
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Many brands are beginning their Digital Product Passport journey by publishing an initial version now, with a focus on environmental data. This often involves performing a Life Cycle Assessment (LCA) for each product, which captures a product’s full environmental impact – from cradle to grave. See example here.
Based on our conversations with apparel and footwear brands preparing for the Digital Product Passport, five requirements consistently surface:
Seamless integration with LCA and reporting tools: A DPP solution that draws data directly from LCA systems eliminates duplication and allows teams to “measure once, report everywhere".
Customizable branding: Strong branding makes the DPP feel like part of the product experience, not an external requirement.
Traceability details: Brands expect DPPs to include supplier-level information, verified origins, and certifications.
Automation: Companies prioritize DPP solutions that can auto-generate passports with a low-lift, largely automated implementation process that allows implementation at scale.
Multiple impact indicators: Brands want DPPs that go beyond CO₂ to display additional environmental metrics such as water use, energy, and eco-scores.
While the EPRS study suggests what could go in a textile DPP, the binding requirements will come from the European Commission. To prepare them, the Commission relies on its in-house science service – the Joint Research Centre (JRC).
In December 2025, the JRC released the 3rd milestone of its textile preparatory study. This is the most concrete picture yet of what brands will actually have to measure, score, and disclose.
The study covers apparel containing at least 80% textile fibers, including workwear and sportswear. Footwear is out of scope – a separate study is expected by the end of 2027.
The JRC ran a full Life Cycle Assessment on three representative product categories – knitted, denim, and other woven. The analysis shows where a garment's environmental impact comes from:
Raw materials are by far the largest driver of a garment's environmental footprint. Across all 16 Product Environmental Footprint impact categories, the three largest contributors are water use, climate change, and fossil resource use.
Based on these findings, the JRC has put forward four candidate ecodesign requirements for the delegated act – three as information labels and one with a mandatory performance threshold:
1. Robustness score (0–10): an information requirement scoring how well a garment holds up after five standardized wash cycles. The score is based on technical, measurable parameters, including visual inspection, spirality, and dimensional changes after multiple cleaning cycles. The JRC is clear that it measures resistance to laundering stress, not actual product lifetime – current tests cannot reliably predict how long a garment will last in real use (e.g. after how many wears people throw garments away).
2. Recyclability score (0–10): an information requirement scoring how easy it is to recycle the garment. The cleaner and more homogeneous the fiber composition, the higher the score. Products with more than 15% elastane (or 20% in nylon-rich blends) score 0. Products below these thresholds can gain points for mono-material construction, matching inner and outer composition, and the absence of recycling disruptors such as prints, coatings, sequins, or certain dyes. Additional points are linked to compatible recycling pathways. For example:
3. Recycled content: the JRC proposes potential minimum recycled-content thresholds as part of future performance requirements, though these are still under assessment and optimization. The levels currently explored include:
4. Manufacturing footprint: the JRC suggests that the European Commission pick between two versions of the score:
Environmental footprint: a single score summarizing all 16 PEF impact categories.
Carbon footprint: only the climate change category (the biggest impact one).
How would the score be calculated?
In either scenario, the score would be calculated using the PEFCR methodology, but limited to the manufacturing stage – raw materials are excluded. The JRC justifies excluding raw materials by arguing that the datasets available for different fiber types use inconsistent system boundaries, which prevents their fair comparison. The JRC argues the raw materials hotspot is addressed elsewhere via the robustness, recyclability, and recycled content requirements.
The proposal suggests distinguishing products calculated using primary data from those relying mainly on secondary data to incentivize the use of primary supply-chain data.
Which brands would display the score?
Calculation would be voluntary – brands can choose not to calculate it at all. For brands that do calculate: only products that outperform the PEFCR category benchmark can display the indicator (showing by how much, as %). This means that only products with better-than-benchmark environmental or carbon performance would disclose it. The label would be "excellence-only."
Carbonfact has submitted a joint position to the JRC consultation on the Digital Product Passport, together with three other LCA vendors and 2B Policy. This is the first time these platforms have formally united on a policy position.
Here's what we argued:
1. Include raw materials
It's the biggest driver of impact: The JRC's own preparatory study acknowledges that raw material production accounts for 60–63% of a textile product's environmental footprint. Excluding raw materials means the regulation cannot distinguish between the most and least impactful products on the market. It also removes the market incentive for brands to invest in lower-impact fibers, which often come at a higher cost.
2. Make it mandatory, not voluntary
A voluntary disclosure framework creates selection bias: only better-performing products would report, leaving the majority of the market invisible to consumers. Mandatory requirements, as demonstrated by EU energy labeling, are what actually shift markets – nearly 80% of EU citizens consult the energy label at the point of purchase. The DPP for textiles should work the same way.
3. The technology is ready, and the costs are manageable
The JRC estimated a per-SKU calculation cost of €2,550, based on figures from the Battery Regulation. Aggregated data from our platforms tells a different story: the actual cost ranges from €1 to €10 per SKU. Collectively, our four platforms have calculated environmental footprints for over 3 million unique SKUs in the last 12 months alone. 20-40% of users of these tools are already SMEs.
4. Use the A&F PEFCR as the methodology
A multi-indicator Environmental Footprint based on the Apparel & Footwear PEFCR ensures comparability across the industry and consistency with other EU legislation – including the EU Battery Regulation, which already mandates PEF-based declarations. A carbon-only metric would miss critical textile-specific impacts like water consumption and land use.
The JRC will now review all feedback before the Commission's impact assessment.
A data carrier (such as a QR code) linking to a unique identifier should be physically present on the product (e.g., on the label) at the time of sale.
The goal is to communicate essential information in a standardized and accessible digital format. Each product should have a unique product identifier that links to a digital record in a database or website. Imagine a QR code or RFID tag. In practice, the Digital Product Passport is expected to be created at the SKU level, rather than for each individual item or as a single average across multiple products. The information should also be easy to access for consumers, retailers, and other stakeholders.
Automated LCA integration: DPPs are generated automatically from your existing Carbonfact product LCA data, requiring no additional data collection or complex integrations.
16 PEF environmental indicators: Displays comprehensive environmental impact metrics aligned with the EU Product Environmental Footprint framework, covering carbon, water, energy, and 13 other indicators.
QR code & link generation: Each product gets a unique URL and downloadable QR code that can be generated with a few clicks.
Granular impact breakdown: Shows environmental footprint broken down by process step, component, and material, helping consumers understand where most emissions occur in the product lifecycle.
Customizable brand content: Includes sections for brand description, sustainability values, care guides, and certifications, allowing you to tell your sustainability story alongside the data.
Certification: Our DPP solution includes a section showing all relevant certifications for the product, such as GOTS and others.
Eco-score display: Selling in France? Carbonfact’s Digital Product Passport can display the French Eco-Score as part of the DPP output.
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Digital Product Passport displayed on Carbonfact’s platform
Brands like Nobody's Child, Chinti & Parke, and Panerai have already led the way in the industry by implementing the Digital Product Passport.
Working with Carbonfact, Fusion Sportswear co-developed a Digital Product Passport that enables the brand to share product-level environmental information directly with customers, embedding transparency into the product experience. Coverguard, a B2B workwear brand, uses Carbonfact’s Digital Product Passport feature to demonstrate a strong data strategy to its clients, supporting its CSR approach and helping to secure contracts and increase sales.
Avoid Rushed Implementation
Building the data infrastructure needed for the DPP typically takes a year or more. Supplier data can be incomplete, inconsistent, or spread across multiple systems, such as PLM. Beginning too late increases the risk of data gaps, rushed integrations, and expensive last-minute scrambles.
2027/2028: Your Future Collections Depend on Today’s Data
The products being designed now will enter the market in 2027/2028, precisely when DPP obligations are expected to apply. This means the data collected today will form the basis of your future DPP disclosures. Brands need fully operational data systems well before that point to avoid compliance risks.
For Luxury Brands: There’s a Big, Overlooked Advantage to Launching DPPs
DPP can serve as a powerful authentication tool. SKU-level QR codes and product-specific impact data are extremely difficult to replicate, strengthening anti-counterfeiting and gray-market measures.
Carbonfact is the environmental data platform built specifically for apparel and footwear brands. It enables brands to measure product-level environmental impact accurately and at scale using LCAs tailored to apparel and footwear supply chains, consolidating data from existing systems and suppliers into a consistent product model and improving accuracy over time through transparent heuristics.
By focusing exclusively on environmental data – the hardest part of DPP and product sustainability – Carbonfact allows brands to start with a complete solution today while remaining flexible as requirements evolve, reusing the same underlying data across compliance, reporting, and product-level decision-making instead of rebuilding it for each new use case.
Carbonfact is actively involved in efforts to guide the development of the DPP. We are currently working with a consortium of climate tech startups like CommonShare, certification bodies, and brands such as AdoreMe to propose a solution to the DPP at the EU level. As such, we’re following this topic closely and will update as soon as further information is released.