News Article

US EPA reissues PFBS risk assessment  

US Environmental Protection Agency (US EPA) reissues risk assessment on perfluorobutane sulfonic acid (PFBS); sets reference doses for chronic exposure of 0.0003 mg/kg body weight/day and sub-chronic exposures of 0.001 mg/kg body weight/day

News Article

Studies present new generic and specific modeling approaches for FCCs migration

Scientists develop nonlinear model for predicting food contact chemical (FCC) migration and apply it to FCCs of high toxicological concern; emphasize usefulness of their model to speed up migration assessment of FCCs; different group of scientists proposes an innovative modeling approach to assess release of a specific additives and elements from plastic food packaging and steel processing tools

Events Webcast: 2018 Workshop

Predicting the safety of food contact articles: New science and digital opportunities

The 2018 annual Food Packaging Forum (FPF) Workshop featured high profile speakers and offered an ideal platform for exchanging views with different stakeholders in the field of food contact materials (FCMs). The FPF also provided access to a live webcast of this year’s workshop for a minimal registration fee. Participants who could not attend the workshop in person, thus still had the opportunity to follow the speaker presentations, Q&As, and the podium discussion. The FPF Workshop is a one-of-a-kind event […]

News Article

What knowledge is missing to derive a microplastic threshold value?

Microplastic experts review mammalian in vivo effect studies and develop non-regulatory health-based screening level value for microplastics in drinking water; scientists provide research recommendations to better understand microplastic toxicity, effect levels, and potential health risks to humans and aquatic ecosystems; review discusses nanoplastics’ role in food allergy

News Article

Degradation of compostable plastics can increase toxicity, scientists emphasize

Studies analyze biodegradable – including compostable – plastics for their in vitro toxicity and chemical composition; comparison with conventional plastics indicates higher toxicity of compostables which further increases with photodegradation and composting; detect brominated flame retardants in “biodegradable”-labeled food packaging