2 days ago
- Business
- Fashion Value Chain
Chargeurs PCC Targets 46% CO₂ Cut with New ESG Strategy
Global textile leader Chargeurs PCC has announced a bold new Environmental, Social, and Governance (ESG) plan aimed at reducing CO₂ emissions by 46% by 2030. The strategy addresses every aspect of the company's operations—from product design to supplier relationships—positioning Chargeurs PCC as a trailblazer in sustainable transformation within the textile industry.
CEO Gianluca Tanzi stated, 'We are committed to leading the industry's shift toward sustainability by innovating responsibly and integrating real, measurable action across the value chain.'
Key Highlights of the ESG Plan:
Carbon Reduction: 11% emissions cut achieved at its Lainière de Picardie site in 2024. Emission mapping started across the supply chain to reach 46% overall CO₂ reduction by 2030.
'Local for Local' Model: Focus on regional development, sourcing, and production to minimize environmental impact and boost local economies.
Sustainable Products: Expanded Sustainable 360 line made from natural, recycled, and bio-based fibers . Innovations include Zero Dye Water interlinings and monomaterial polyester products for better recyclability.
Water & Microplastic Management: Site-wide water risk assessments using WRI's Aqueduct tool . Ongoing efforts to reduce chemical use and microplastic release .
Biodiversity Commitment: 75% of the Lainière de Picardie site preserved as natural habitat. 2024 saw 1,500 trees planted in Brazil through a partnership with WeForest . Participation in COP16 Biodiversity and ecosystem restoration projects worldwide.
Social Responsibility & Transparency: 80% of suppliers SMETA-audited; full audit coverage underway. Use of Transaction Certificates for traceability. Developing an internal Restricted Substances List (RSL) —60% of products and 90% of substances already compliant.
With this comprehensive ESG roadmap, Chargeurs PCC strengthens its role as a pioneer in ethical innovation, ensuring a climate-resilient, transparent, and regenerative textile ecosystem.
