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US Investigates Forced Labour Enforcement in Global Supply Chains
As regulatory expectations continue to evolve, the ability to provide verifiable proof of material origin and supply chain integrity is becoming increasingly important, and increasingly expected by regulators, customs authorities, and trading partners alike.
Sustainability regulatory updates | August Part – 2 | 2025
Sustainability regulatory updates for consumer products covering new environmental footprint rules for apparel and footwear, PFAS, and more.
Importance of cotton origin verification in supply chain concerns
The UK Parliament’s scrutiny on apparel cotton supply chains highlights the urgent need for cotton origin verification. Learn how transparent sourcing and verification tools can help businesses comply with growing regulations in the textile industry.
Textile brands should start thinking about ecodesign
The EU has recently passed the Ecodesign for Sustainable Products Regulation, mandating that all consumer products (excluding food, plants, and pharmaceuticals) comply with stringent new ecodesign requirements. Textile products are among the first product categories to be targeted.
Sustainability Services | Regulatory Update | October 2023
Eurofins news covering the latest sustainability, circular economy and environment legislation focusing on microplastics and Extender Producer Responsibility (EPR).
Webinar | Available on-demand
Webinar: The EU’s Digital Product Passport
Navigate the new frontier of EU legislation with our webinar on the Digital Product Passport (DPP).
Eurofins microplastic white paper
We know that microplastic contamination is found on land, in the air, on the polar ice caps, and on the oceans’ bottom. Most microplastics come from the degradation of non-biodegradable plastics entering the environment as waste or the shedding of fibres from synthetic clothing such as polyester.
Eurofins microplastic white paper
We know that microplastic contamination is found on land, in the air, on the polar ice caps, and on the oceans’ bottom. Most microplastics come from the degradation of non-biodegradable plastics entering the environment as waste or the shedding of fibres from synthetic clothing such as polyester.
Eurofins microplastic white paper
We know that microplastic contamination is found on land, in the air, on the polar ice caps, and on the oceans’ bottom. Most microplastics come from the degradation of non-biodegradable plastics entering the environment as waste or the shedding of fibres from synthetic clothing such as polyester.
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