EU Green Regulations Reframe Data and Design for Vietnam’s Textile and Garment Industry

For many years, green production in the textile and garment industry was often viewed through readily identifiable investments such as wastewater treatment systems, energy-efficient equipment, or the use of electricity from renewable sources. However, new European Union regulations are expanding the scope of the game. Energy consumption at factories remains important, but it is no longer enough. Businesses must also demonstrate how products are designed, what types of fibers they use, how products can be repaired or recycled, and how product data moves through the supply chain.

At the center of this change is the EU’s Ecodesign for Sustainable Products Regulation, commonly known as the ESPR. Adopted by the European Union in 2024, the regulation establishes a legal framework for requirements related to durability, repairability, resource use, recycled content, and product information for many groups of goods, with textiles among the areas of interest.

For Vietnamese businesses, the impact is not limited to the export stage to Europe. It is also a test of their ability to manage materials, trace origins, and coordinate data among yarn suppliers, textile mills, dyeing companies, garment factories, and brands. Businesses that view environmental requirements merely as a paperwork procedure may face difficulties; those that treat them as a design and operational issue will have an opportunity to strengthen their position in the supply chain.

From Lower-Impact Production to Products with a Verifiable Life Cycle

ESPR changes the familiar approach to sustainability. Rather than examining only one stage of production, the regulatory framework focuses on product characteristics throughout the entire life cycle. For textiles and garments, this may involve fabric durability, care requirements, ease of repair, material composition, disassembly, and treatment after the product is discarded.

An important point is that specific requirements will not necessarily apply simultaneously to every product. The EU will develop regulations for individual product groups and prioritize areas with significant resource use, environmental impacts, or potential for improvement. Therefore, businesses should not understand ESPR as a single set of criteria that immediately applies to all clothing. A more suitable approach is to build compliance capabilities that can be expanded as specific requirements are introduced.

In contract manufacturing, factories generally receive technical specifications from brands or buyers. However, compliance with sustainable product requirements may bring factories into the discussion earlier, particularly when decisions are made about fiber types, fabric structures, accessories, finishing technologies, and packaging options. These decisions directly affect recyclability, product life span, and the cost of handling products after use.

Design Is Becoming Part of Competitiveness

A shirt made from recycled materials does not necessarily have a high degree of circularity. If a product blends multiple fiber types, uses coatings that are difficult to separate, or includes many different accessories, collection and recycling may become more complicated. Conversely, a product with a simpler material structure, seams that are easier to repair, and clear information may be more suitable for subsequent steps.

This means that design, product development, and materials purchasing teams must work more closely with environmental and quality departments. The goal is no longer simply to create products that meet requirements for style, cost, and delivery time. Businesses need to consider from the outset how products will be used, cared for, repaired, and handled at the end of their life.

For Vietnamese factories, this represents a significant change because design is often controlled by brands or foreign customers. Even so, factories can still create value by providing accurate data, recommending more suitable materials, and demonstrating process-control capabilities. When environmental requirements become part of supplier selection criteria, the ability to provide technical advice will matter more than simply receiving and fulfilling orders.

Digital Product Passports and Data Requirements

An important component of ESPR is the Digital Product Passport. This mechanism provides electronic information about a product, its materials, or related characteristics, enabling stakeholders across the value chain to access the necessary data. The specific content and operating model will depend on regulations for each product group, but the overall direction indicates that data will become part of the goods themselves rather than remaining merely internal documentation.

In the textile and garment industry, data may begin with fiber composition and the source of raw materials, then continue through spinning, weaving or knitting, dyeing, finishing, and garment production. Depending on the applicable requirements, businesses may need to coordinate with multiple suppliers to verify information about materials, chemicals, energy, water, certifications, or recyclability.

The greatest challenge is not always a lack of software. Many businesses already have data in different departments, but the data has not been standardized, lacks consistent identification codes, or cannot be connected across stages. A spreadsheet in the purchasing department, test records in the quality laboratory, and production data at the factory may all refer to the same product code while using different recording methods.

Three Data Layers Businesses Need to Prepare

The first layer is identification data. Businesses need to know product codes, material codes, suppliers, production batches, and the relationships between stages. If it is impossible to determine which material batch was used to create a product, traceability will lack reliability.

The second layer is characteristic data. This includes information about fiber composition, blended proportions, accessories, related chemicals, care instructions, and necessary technical specifications. Records must be consistent across purchasing documents, technical files, and the actual product.

The third layer is impact-assessment data. Information such as energy use, water use, emissions, or the proportion of recycled materials may be required in customer programs and future specific regulations. Businesses should not automatically publish every indicator before clearly defining the calculation method, data boundaries, and verification approach.

Distinguishing these three data layers helps businesses avoid two risks. The first is collecting a large amount of information without knowing how it will be used. The second is making environmental claims that go beyond what can be demonstrated. As concerns about misleading green information continue to grow, inconsistent data can affect both reputation and commercial relationships.

Vietnam’s Supply Chain Faces Impacts at Multiple Levels

Vietnam’s textile and garment industry has a relatively broad division of labor across production stages. An exported product may use yarn from one source, fabric from another, materials and accessories from multiple suppliers, and be finished at a single factory. Each link may hold part of the data, but responsibility for meeting customer requirements often rests with the business named as the manufacturer or exporter.

As a result, garment companies will find it difficult to address traceability requirements without cooperation from fabric and accessories suppliers. Similarly, textile mills will struggle to provide reliable information if data on incoming yarn is incomplete. New requirements may encourage businesses in the chain to sign data-sharing agreements, standardize forms, and use shipment or batch codes that can be cross-referenced.

Smaller businesses will face greater pressure in terms of implementation costs, personnel, and verification. However, the process does not necessarily have to begin with a complex technology system. A pilot program covering a group of products exported to the EU, combined with data version-control procedures and clearly defined responsibilities among departments, may provide a more practical foundation.

At the industry level, associations and solution providers can support businesses with common guidelines, standardized terminology, and training on product data. If each business uses a different calculation method for the same indicator, verification costs will rise and results will be difficult to compare. Standardization is therefore no less important than investment in machinery.

Textile Recycling Cannot Be Separated from Design and Sorting

Recycling is often viewed as an end-of-life solution, but its effectiveness is determined before a product leaves the factory. Different fibers, dyes, coatings, zippers, buttons, and sewing threads can affect sorting or processing. The more difficult it is to identify a product’s composition, the more complicated it becomes to select an appropriate recycling technology.

Not every recycled material can directly replace virgin material in every application. The quality of the input, fiber length, color, and the product’s technical requirements determine how it can be used. Businesses should therefore avoid the simplistic approach that merely increasing the proportion of recycled materials means the circularity objective has been completed.

For factory waste, source separation often has practical value. Cotton waste, polyester, blended fabrics, and coated materials should not automatically be placed in the same processing stream. Recording the quantity, composition, and point of origin helps businesses assess recovery rates and identify where waste can be reduced.

At the post-consumer product stage, the industry still faces issues beyond the capabilities of a single factory: collection systems, sorting, end markets, and processing technologies. Therefore, businesses should not make recyclability commitments based solely on the materials used. They need to consider all the conditions required for products to actually be collected and processed in practice.

Where Should Vietnamese Businesses Begin?

The first step is to map exported products and identify the markets, customers, and product groups that are likely to face demanding requirements for data or sustainable design. This approach helps businesses focus resources instead of rolling out an expensive program across the board without a clear objective.

Next, businesses need to review the data chain from raw materials to finished products. The key question is not only “are there documents?” but also whether the documents are linked to the correct batch, product code, and supplier. Information used by customers for market disclosures needs to have an accountable person responsible for verification.

Businesses should also incorporate data and material criteria into the purchasing process. Supplier contracts can specify requirements for technical files, update deadlines, responsibility when information changes, and inspection rights. If data is requested only at the end of a product season, the business may not have enough time to address discrepancies.

Finally, technology investment needs to be combined with employee training. Software cannot replace an inconsistent recording process; conversely, a sound but entirely manual process will be difficult to expand as the number of product codes and suppliers increases. The reasonable objective is to build a data system that can be checked, traced, and shared according to appropriate access rights.

Preparation Time Is More Valuable Than Chasing Documentation

ESPR will not turn the entire textile and garment industry into a new market overnight. Specific requirements will need to be implemented through regulations and programs for individual product groups. However, the EU’s legal direction shows that competitive standards are shifting: from the ability to manufacture at an appropriate cost toward the ability to demonstrate that products are made and used within a more responsible life cycle.

For Vietnam, this change creates both pressure and an opportunity to upgrade its position in the supply chain. Factories with reliable data, strong materials controls, and early involvement in product development can differentiate themselves beyond price. In contrast, businesses that depend entirely on documentation from customers will be more vulnerable as traceability and transparency requirements increase.

The green transformation of the textile and garment industry is therefore not only about replacing one type of fiber or installing additional energy-saving equipment. It is a process of connecting design, materials, production, data, and post-use treatment. Businesses that establish these connections early will be better positioned to meet new regulations while gaining a clearer understanding of the real value of the products they bring to market.