News Article

PFAS under mounting scrutiny in Europe, US

European Chemicals Agency (ECHA) publishes long-awaited PFAS restriction proposal; includes blanket ban of all PFAS in Europe with two restriction timelines – all at once or in phases by use case; concludes PFAS in nearly all food contact and packaging applications have ‘high substitution potential’; NGO ChemSec adds 370 PFAS to SIN List; at least 28 US states expected to consider PFAS-related policy this year

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WSJ: attitudes towards single-use plastic changing in home kitchens

Wall Street Journal (WSJ) article discusses changing attitudes towards plastic in home kitchens; outlines the relatively recent history of plastic in the kitchen and recent cultural shifts towards using more reusable materials for storing and transporting food; FPF compares different reusable options, consumers encouraged to not forget about chemical migration and impacts on human health

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Assessing the circularity of single-use glass

Zero Waste Europe and Eunomia investigate the circularity of single-use container glass in Germany, France, the UK and US; Germany has the highest collection rates for glass and the highest proportion of recycled glass in containers; US is the lowest due to lack of collection facilities and mixed collection of glass with other packaging types; collecting glass separately and by color is the most effective way to increase circularity

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IARC investigating carcinogenicity of PFOS and PFOA

International Agency for Research on Cancer (IARC) will review data to rate carcinogenicity of two PFAS chemicals at 2023 meeting; PFOA defined as “possibly carcinogenic” in 2017, PFOS never before reviewed; Agency seeks nominations for experts until November 28, 2022, data until October 7, 2023

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Majority of plastic food contact articles likely endocrine and metabolism disrupting

Two studies investigating chemicals from retail plastic food contact articles find considerable variability in complexity, with subsequent effects on cell-based tests of hormone disruption; many more chemicals measured from PVC and polyurethane than other polymers though the chemical mixtures from majority of the plastic samples are hormone disrupting; further evidence of PVC and PUR can interfere with GPCR-based cell communication