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.
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Sustainability Regulatory Updates | February 2026
Sustainability regulatory updates for consumer products covering new environmental footprint rules for apparel and footwear, PFAS, and more.
Breaking the addiction to single use plastics
The negative impact of persistent plastic materials on the environment is now well documented. In 2020 the National Geographic magazine stated that “Microplastics have moved into virtually every crevice on Earth”.
EU Chemicals Strategy for Sustainability
EUR-Lex – 52020DC0667 was published by the European Union (EU) in 2020, forming part of the expansive package of legislative measures under the European Green Deal.
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.
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.
Breaking the addiction to single use plastics
The negative impact of persistent plastic materials on the environment is now well documented. In 2020 the National Geographic magazine stated that “Microplastics have moved into virtually every crevice on Earth”.
Breaking the addiction to single use plastics
The negative impact of persistent plastic materials on the environment is now well documented. In 2020 the National Geographic magazine stated that “Microplastics have moved into virtually every crevice on Earth”.
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