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JRC proposes improved testing strategies

EU’s Joint Research Centre (JRC) publishes study identifying chemical testing strategies that require fewer tests, reduce need for animal testing; based on data on biocide and plant protection products, could be expanded for use across other product types

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PFAS testing prompts packaging changes from US retailers, restaurants

Consumer Reports tests 118 food packaging products from 24 US fast food and grocery chains; finds PFAS in over half of the products; nearly one third of packaging products contain over 20 ppm and 22 over 100 ppm organic fluorine; several brands commit or re-commit to removing intentionally added PFAS from their packaging

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EU notifies C9-C14 PFCA restriction to WTO

European Union notifies World Trade Organization of proposed amendment to REACH Restriction List (Annex XVII) to restrict manufacturing, use, placing on the market and import of C9-C14 perfluorocarboxylic acids (PFCAs), their salts and related substances within the EU; long-chain PFCAs can be present in food contact materials as impurities but also degradation products of long-chain fluorotelomers

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Plastics Global Commitment progress report 2021

Finds global virgin plastic production for signatory brands and retailers has likely peaked; progress so far driven by recycling, but warns recycling is not the solution and elimination of single-use packaging urgently needed; separate reports find US polyethylene terephthalate (PET) bottle recycling rates decreasing and Australia not meeting plastic recycling targets

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California considers policy on PFAS in food packaging

US state’s Department of Toxic Substances Control (DTSC) holds virtual workshop to collect input from stakeholders on use of per- and polyfluoroalkyl substances (PFAS) in plant fiber-based food packaging; suggests it could decide to limit scope of products considered in upcoming policy, draws criticism from advocacy groups

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Recommendations for a circular chemical economy

Paper in Sustainable Chemistry and Engineering analyzes sources of chemical losses throughout the chemical life cycle, suggests approaches to improve chemical circularity; losses include fugitive emissions in manufacturing, dissipation in field use, impurities and regulatory incompatibility interfering with recycling; propose two changes to chemical assessments to guide sustainable production and use