An ecological textile specification built on a Lifecycle Assessment (LCA) approach has been piloted with three Chinese garment enterprises, covering biodiversity protection, hazardous substance control, emissions reduction, and traceability across the full value chain. All three enterprises have completed the first round of certification reviews and obtained ecological textile certificates, with each having developed initial strategic plans and action pathways for green, low-carbon development.
- The specification covers organisational management and product requirements from raw material cultivation to finished product disposal.
- Pilot enterprises have introduced process optimisation measures across production operations and established procurement and supply chain management systems meeting the specification's requirements.
- All three enterprises have conducted greenhouse gas accounting and developed quantified medium to long-term emission reduction pathways as part of their carbon management commitments.
- The case study report Toward a Sustainable Textile Value Chain has recently been published by China Environmental United Certification Center.
BEHIND THE SPECIFICATION: The Center, in collaboration with Qingdao Institute of Product Quality Inspection, the Textile and Industrial Products Testing Center of Nanjing Customs, and Wuxi Textile Industry Association, has developed the Technical Specification for Eco-product Certification – Textile Product. The specification is grounded in a Lifecycle Assessment approach and structured around two dimensions: organisational management requirements and product requirements.
- Organisational management requirements cover supplier qualification, carbon management per ISO 14064-1, chemical management from transport to disposal, and regular supply chain training.
- Product requirements set limits on over a hundred hazardous substances, with stricter controls on emerging pollutants including free formaldehyde, phthalates, PFCs, and PAHs in infant textiles.
- Biodiversity provisions include controls on organic cotton proportion, pesticide use in natural fibres, microfibre release reduction, and surfactant biodegradability.
- The specification introduces four distinctive innovations: full lifecycle integration across all stages, quantifiable biodiversity indicators, a chain-radiation responsibility transmission model, and a globally aligned but locally adapted certification approach.
- The EcoAdvance project, a collaboration between UNEP, GIZ, and Oeko-Institut, provided the context within which the specification was developed, with financial support from Germany's Federal Ministry for the Environment through the International Climate Initiative.
MARKET RESPONSE: A three-phase promotion strategy was implemented, culminating in a conference held in Qingdao on 19 June 2025 that drew 62 relevant stakeholders, with 80% being textile manufacturers covering mid-stream and downstream segments. Of these, 50 enterprises were classified under the specification's textile categories, of whom 75% produced textile products with direct contact to skin, indicating that participating enterprises are primarily focused on close-fitting consumer use scenarios.
- Apparel manufacturers accounted for 68% of attending enterprises, aligning with the specification's lifecycle and supply chain focus and providing a solid foundation for implementation.
- At the June conference, four enterprises signed agreements to launch the first certification practices, moving the specification from a published document into active industry use.
- In September, a dedicated session during Qingdao's Quality Month activities extended outreach to local enterprises and buyers, raising awareness and application interest within the regional industrial base.
- Infant product enterprises, though small in scale and subject to the strictest safety requirements, were identified as an important demonstration scenario but were not suitable for the first batch of pilots due to single product categories.
- The 15 cross-category production enterprises, with full-chain production characteristics, were identified as the core selection scope for the first batch of certification pilot candidates.
PILOT OUTCOMES: All three pilot enterprises have made substantial adjustments across carbon management, biodiversity protection, and social responsibility. HLA Group has specified that carbon emission intensity per unit product will be no more than 4.35 kg CO₂e per set by 2030, aiming for full-scope carbon neutrality by 2050. Baoxiniao has committed to reducing its Scope 1 and 2 absolute greenhouse gas emissions by 63% by 2035 compared to 2024 levels. Shanghai Baoniao continues to advance annual carbon neutrality goals, supported by AI-assisted supply chain emission monitoring.
- HLA Group, Baoxiniao, and Shanghai Baoniao were selected as pilots on the basis of established green credentials, strategic sustainability commitments, and early engagement with the project research process.
- Shanghai Baoniao and Baoxiniao have introduced CAD layout and fully automatic computerised cutting beds, with on-site inspections and product test reports confirming that pesticide limits in natural fibres were not exceeded.
- Occupational health and safety management systems have been established and operationalised across all three enterprises, each obtaining third-party certification.
- Social, health, and safety management requirements have been integrated into supplier evaluation systems, with regular assessments conducted and multi-level training embedded into daily organisational practices.
- The project formed a set of replicable lessons covering concept-led methodology, pilot demonstration, multi-stakeholder collaboration across the full chain, and active engagement with international platforms such as UNEP.
