EU Green Regulations Are Reshaping the Textile Supply Chain

The textile industry is entering a phase in which environmental requirements are no longer limited to wastewater treatment, energy efficiency or the use of recycled materials. In major markets, particularly the European Union (EU), products increasingly have to demonstrate how they are designed, manufactured, used, repaired and handled after being discarded.

This change has major implications for Vietnamese textile exporters. Businesses must address not only requirements relating to quality, delivery times and costs, but also prepare data on materials, chemicals, production processes, durability and product recyclability. Information that was previously scattered across internal records or throughout the supply chain may now become part of the product file when goods are placed on the EU market.

At the center of this trend is the EU Ecodesign for Sustainable Products Regulation, commonly known as the ESPR. This regulation creates a legal framework for the EU to establish requirements concerning durability, repairability, resource efficiency, recycled content and environmental information for specific product groups. Textiles are one of the sectors identified by the EU as having a significant environmental impact and requiring improvement during the transition to a circular economy.

From “green” products to products that can be substantiated

For many years, discussions about sustainable textiles often focused on the use of organic fibers, recycled fibers or renewable energy. These remain important factors, but they are not enough to meet the new regulatory direction. Regulators and buyers are increasingly concerned with the entire life cycle of a product rather than examining only one individual characteristic.

A shirt may use recycled fibers, but if it wears out quickly, is difficult to repair or contains numerous components that make recycling more complicated, its environmental benefits will be limited. Conversely, a product designed to be more durable, easy to disassemble and supported by clear information about its composition may better meet the goal of using resources efficiently, even if the transition to different materials cannot be completed quickly.

The ESPR was adopted by the EU in 2024 to expand the approach from ecodesign requirements for energy-related products to a wider range of goods. The regulation establishes a framework for the EU to introduce specific requirements for individual product groups through subsequent implementing measures. This means that the direct impact on each type of textile product will depend on the detailed requirements issued for the relevant product group.

For businesses, the important point is not only the introduction of a new set of technical criteria. More importantly, companies need to move from order-based management to managing product and supply-chain data. Buyers may request information not only from garment factories but also from yarn suppliers, weavers, dyeing facilities, finishing companies and suppliers of accessories and trims.

Digital Product Passports raise data requirements

Material data will become part of competitiveness

An important element of the ESPR framework is the Digital Product Passport. This mechanism provides digital information about a product, its materials or related components. Depending on the specific requirements for each product group, the data may serve various purposes, such as identifying origin, assessing durability, supporting repair, reuse and recycling, or checking compliance.

For textiles, preparation for a Digital Product Passport can begin with basic data: fiber composition, blend ratios, material sources, processing stages, finishing agents, information about accessories and instructions for end-of-life handling. Not all data necessarily has to be made public to every party, but companies need to determine what data must be collected, who is responsible for validating it and how consistency will be maintained across batches.

This is a significant challenge for small and medium-sized enterprises. Within a single order, fabric may be purchased from one supplier, sewing thread from another, while buttons, zippers and labels come from several separate sources. If each party uses a different recording method, compiling the product file will be time-consuming and prone to discrepancies.

Therefore, investment in digital transformation in textiles is not intended solely to increase sewing-line productivity. Systems for managing material data, coding batches, tracing origins and connecting information across production stages will become increasingly linked to market access. Companies do not need to deploy a complex system immediately, but they do need a consistent data structure and clear control procedures.

Product design will be affected before production

Environmental regulations are often viewed as a requirement to be checked at the end of the chain. However, with a life-cycle approach, many important decisions are made during the design stage. Weave type, fabric weight, the number of components, dye type, seam construction and the combination of different materials can all affect durability, repairability and recyclability.

For Vietnamese manufacturers, this changes the role of technical and product development departments. These teams must not only ensure that samples meet a brand’s aesthetic and technical requirements, but also discuss material choices, product complexity and the ability to provide environmental evidence at an early stage.

Using multiple fibers or combining materials in a single product can create the desired design effects and performance characteristics, but it can also make sorting or recycling more difficult. Similarly, details such as coatings, decorative films, adhesives or non-removable accessories may affect post-use processing. This is not a reason to eliminate every multi-component product, but it is a basis for businesses and buyers to reassess design choices from the outset.

Repairability may also become a more important criterion. A product with seams that are easy to replace, accessories that can be sourced and clear care instructions has a better chance of being used for longer. For contract manufacturers, this requires specific discussions with customers about design, product construction and responsibility for providing information, rather than simply receiving a completed design and organizing production.

Cost pressures and opportunities to upgrade the supply chain

Transitioning toward sustainability will certainly create costs. Businesses may need to invest in measuring equipment, management software, staff training, material testing and supplier assessments. Changing dye formulations or finishing processes may also require additional trial time and affect delivery schedules during the initial stage.

Costs also arise from coordination requirements within the supply chain. A garment factory cannot easily substantiate all of a product’s environmental characteristics without reliable data from yarn, fabric and accessories suppliers. Therefore, the ability to meet green regulations is not merely the concern of one individual company; it is the result of the level of connection between the different links in the chain.

However, investment in data and processes can also bring operational benefits. Standardized material records help companies reduce the time spent searching for documents, limit confusion between batches and respond more quickly when customers request checks. Better management of material consumption rates, defect rates and usage volumes can also help reduce production costs.

For companies with product development capabilities, the new requirements create opportunities to move into higher-value operations. Instead of competing solely on cutting and sewing capacity and labor costs, businesses can provide additional services such as material selection, design for recyclability, product data management and support for customers seeking to meet market requirements.

Small businesses need to start with essential data

Not every company has sufficient resources to implement every solution at the same time. A practical approach is to map the supply chain for key products first. Businesses need to know where their main materials come from, who supplies them, what records are currently available, what data is missing and which information can be independently verified.

The next step is to build a minimum data set for each product. This data set may include the product code, material composition, suppliers, material batches, key processes, relevant documentation and handling instructions. When data is organized in a consistent structure, it will be easier to connect with customer systems or traceability platforms in the future.

Businesses also need to distinguish between certifications, supplier claims and measured data. A certification is meaningful only within the scope, validity period and products covered by the certification. Claims about recycled content or material origin need to be accompanied by appropriate documentation. Using broad environmental terms such as “green,” “sustainable” or “environmentally friendly” without specific substantiation may increase compliance and reputational risks.

Vietnam needs to prepare for EU market requirements

The EU is an important market for Vietnamese textiles, but businesses should not wait until a specific requirement begins to apply before building a compliance system. Sustainable product regulations often take time to be translated into technical standards, buyer requirements and inspection procedures at the company level.

Early preparation can focus on three areas. First, improve data quality at the product and supplier levels. Second, strengthen control over high-impact processes such as dyeing, finishing and water treatment. Third, incorporate environmental criteria into sample development instead of checking them only after the product has been completed.

At the industry level, inconsistent data and assessment criteria can increase costs for many companies at the same time. Therefore, industry associations, research organizations, educational institutions and large companies can play a connecting role by disseminating requirements, training personnel and helping smaller suppliers upgrade their capabilities. Shared solutions for testing, traceability or training can also help reduce the initial investment burden.

At the same time, businesses need to monitor the EU’s specific implementing measures rather than relying only on general messages about sustainable fashion. Each product group may have different requirements, timelines and methods of substantiation. Correctly identifying the obligations that apply to each type of product will help businesses avoid scattered investments or the use of unsuitable environmental claims.

Prepare before requirements become a barrier

The trend toward life-cycle-based product regulation shows that competition in international textiles is shifting. Cost remains important, but the ability to provide reliable data, control material sources and substantiate environmental performance will increasingly influence purchasing decisions.

For Vietnamese businesses, green transformation should therefore not be viewed as a separate project owned by the environmental department. It involves design, purchasing, production, information technology, quality control and sales. The earlier companies begin with their most important products and suppliers, the greater their ability to adapt when specific requirements are applied more broadly.

The EU market is sending a clear signal: future textile products will not only need to be produced correctly, but will also need to explain and substantiate how they were made. In the new supply chain, data is no longer supplementary documentation created after production; it is becoming part of the product itself.