Vietnam’s Textile and Garment Industry Amid the Wave of Traceability and Circular Production

Vietnam’s textile and garment industry is entering a period in which production capacity and cost are no longer the only criteria determining its ability to retain orders. In major markets, buyers are increasingly concerned with the origin of fibers, the proportion of recycled materials, water consumption, chemicals used during dyeing, and the ability to process products after they reach the end of their life cycle.

This change is not taking place through a single regulation. It is being shaped by multiple layers of requirements: brand standards, environmental regulations in importing markets, information-disclosure obligations, and the shift from a linear production model toward a circular economy. For Vietnamese businesses, this is both investment pressure and an opportunity to improve their position in the supply chain if they can demonstrate their capabilities through data.

Environmental regulations are shifting their focus to the entire product life cycle

For many years, discussions about sustainable textiles often focused on factories: using electricity from renewable sources, conserving water, or reducing emissions on the production line. These requirements remain important, but the scope of oversight is expanding to include design, materials, product lifespan, and the treatment of products after consumption.

The European Union is one of the regions where this direction is particularly clear. The Ecodesign for Sustainable Products Regulation establishes a legal framework for requirements relating to durability, repairability, recycled content, resource efficiency, and product information. Textiles and footwear have been identified as product groups requiring attention as specific requirements are developed.

What is notable is that responsibility does not rest solely with the production stage. A product may meet apparel quality requirements but still face difficulties if information about its fiber composition, material sources, or chemical-treatment processes is unavailable. This makes technical documentation and supply-chain data part of a company’s competitive capabilities, rather than merely procedures used for internal inspections.

Product data will become part of export documentation

The concept of the Digital Product Passport is being used to describe how product information can be stored and shared throughout the product life cycle. For textiles, the data may relate to material composition, sources of supply, care instructions, repairability, recycling, or disposal when the product is discarded.

Not all information necessarily needs to be made public to consumers, but companies across the supply chain need to be able to record and provide reliable data to partners, regulators, or assessment organizations. This is an important change for factories that are accustomed to receiving specifications from buyers and then focusing on cutting, sewing, and finishing products.

To meet the new requirements, businesses must determine where data is generated, who is responsible for updating it, and how it will be verified. If fiber information is recorded by one supplier, dyeing data is managed by another facility, and product-finishing information is held by the garment factory, the traceability system must be able to connect these links.

Why is material traceability difficult for Vietnamese businesses?

Vietnam’s textile and garment industry has strengths in manufacturing, its labor force, and its ability to fulfill a diverse range of orders. However, dependence on imported materials makes controlling the entire supply chain a complex challenge. A garment product often involves multiple layers of suppliers, from fibers, yarns, weaving, and dyeing to accessories and packaging.

At each level, data readiness varies. Large companies may already use enterprise resource planning systems, shipment-tracking software, and supplier-assessment procedures. Meanwhile, many small and medium-sized businesses still manage some information through spreadsheets, paper records, or data distributed among different departments.

The difficulty is not limited to technology. Businesses must also standardize definitions and measurement methods. For example, the concept of recycled material needs to be accompanied by evidence of the input source and conversion process. Claims about water savings or emissions reductions also require the calculation scope, measurement method, and comparison baseline to be defined. If each supplier uses a different recording method, the data compiled for an order will lack consistency.

Traceability is not only about passing inspections

Traceability is often viewed as a compliance requirement. However, such systems also help businesses manage operational risks. When the source and history of each shipment are known, a factory can identify the affected area more quickly if it detects color defects, incorrect composition, or chemical-related problems.

Complete data also helps businesses answer questions that brands are asking with increasing frequency: Where did the materials come from? What is the fiber-blend ratio? At which facility was the product finished? What certifications can be provided? The ability to respond quickly, consistently, and with supporting evidence can directly affect the maintenance of customer relationships.

From a commercial perspective, a reliable data system also helps businesses avoid unfounded environmental claims. As markets impose tighter controls on messages such as “green,” “sustainable,” or “environmentally friendly,” making claims that go beyond the available evidence can create reputational and legal risks.

Transition costs will be distributed unevenly across the supply chain

Investment in sustainable production may include a range of items: energy-efficient equipment, measurement systems, wastewater treatment, traceability software, staff training, and supplier assessments. For large businesses, these investments can be implemented in stages. For smaller businesses, upfront costs and a lack of dedicated personnel are significant obstacles.

The pressure does not come only from equipment costs. To maintain data throughout the supply chain, businesses must devote time to standardizing material codes, approval procedures, and record-storage methods. Some small suppliers may not yet have the capacity to comply immediately, forcing businesses to choose between supporting them in upgrading their capabilities and finding new partners.

In the short term, environmental requirements may increase compliance costs and extend order-preparation times. But if organized effectively, these investments can also deliver long-term benefits. Reducing energy and water consumption helps businesses control operating costs; more accurate material management limits waste; and centralized data reduces the time needed to prepare reports and respond to customers.

Businesses need to start with verifiable data

Rather than implementing too many tools at the same time, businesses can begin by mapping the supply chain for their most important products and customers. This map should identify the stages, suppliers, material types, existing documentation, and data gaps.

The next step is to define a minimum set of information to be applied consistently. This could include material batch codes, fiber composition, weight, source of supply, production facility, relevant certifications, and the date of the latest update. These data should be checked periodically rather than collected only when a customer requests them.

At the same time, businesses need to distinguish between data measured directly and information declared by suppliers. Both types of data may be necessary, but their levels of reliability and verification methods are different. Clearly recording the source of the data helps management assess risks accurately and avoid turning unverified information into commercial claims.

An opportunity to move up the supply chain

New requirements may change how brands select suppliers. Previously, delivery capacity, quality, and cost were generally the key criteria. As environmental regulations increase, the ability to provide data, control materials, and demonstrate environmental improvements may become a condition for participating in higher-requirement orders.

This creates an opportunity for Vietnamese businesses to move from a purely contract-manufacturing role toward providing higher-value-added production services. Factories may become involved earlier in sample development, material selection, consumption optimization, and the development of production plans aligned with customers’ environmental objectives.

However, possessing a certification should not be equated with having comprehensive sustainability capabilities. A certification may help verify a particular criterion or process, but it does not replace day-to-day data management. Businesses need to view certification as one component of a control system, not as the only solution.

For many years, the Vietnam Textile and Apparel Association has emphasized the need to improve competitiveness, develop sustainably, and strengthen supply-chain linkages. At the international level, the International Labour Organization also regards the green and technological transitions as factors that can affect employment, skills, and working conditions. Therefore, green investment should not be separated from training policies, occupational safety, and human-resource development.

Three issues the textile and garment industry needs to monitor

First, the pace at which regulations become specific

Legal frameworks are often issued first, followed by technical criteria, implementation guidance, and detailed requirements for each product group. Businesses therefore need to monitor official documents from regulators in export markets rather than relying solely on word-of-mouth information or incomplete commercial interpretations.

Second, the ability to share costs across the supply chain

If factories alone are required to bear the entire cost of the transition, the pressure will be particularly significant for small and medium-sized businesses. A more sustainable model requires coordination among brands, manufacturers, material suppliers, and financial institutions. How responsibilities are allocated will affect the pace of actual implementation.

Third, the quality of environmental data

The greater the role data plays in commerce, the more closely the risk of inconsistent data must be controlled. One priority is to establish procedures for verification, change tracking, and access control. Environmental indicators need to be accompanied by their scope, calculation method, and measurement date so that they can be compared over time.

For Vietnam’s textile and garment industry, circular production is not a short-term project focused solely on using more recycled fibers. It is a process of reorganizing how products are designed, materials are purchased, factories are operated, data is shared, and customers are engaged. Businesses that build a reliable data foundation early will be better positioned to adapt when new requirements become a normal condition of international trade.