Studies confirm hazardous substances in bio-based food contact materials

Three recent studies explore the chemical safety of bio-based food contact materials (FCMs); current analytical methods fail to detect all hazardous substances in bio-based FCMs, in vitro bioassays are suitable addition; Dutch “eco-friendly” FCMs often contain non-biodegradable components and substances like pesticides and PFAS; migration of allergens found

Studies highlight presence of antioxidants in Chinese food contact materials

Recent studies explore the presence and migration of diverse synthetic antioxidants in Chinese food contact materials (FCMs); both phosphite antioxidants and synthetic phenolic antioxidants are commonly found; typically, FCMs contain several mg of synthetic antioxidants per kg FCM and may be the primary source of exposure to synthetic antioxidants; some commonly found antioxidants are suspected endocrine disruptors

Studies suggest food packaging as exposure source to organophosphate esters

Two groups of scientists analyze occurrence and migration of organophosphate esters (OPEs) from hundreds of Chinese plastic and paper food packaging; one study reports higher concentration of OPEs in plastics and migration of 15 out of 23 targeted OPEs; another study identifies presence of 42 and migration of 26 OPEs and identifies seven new compounds

Studies assess PFAS, OPEs, and plasticizers in paper & board

Review summarizes per- and polyfluoroalkyl substances (PFAS) migration from paper food packaging into food and food simulants and identifies dietary exposure of PFAS as potential human health risk; study highlights need to further evaluate organophosphate esters (OPEs) and prohibited PFAS in paper and aluminum foil food packaging; scientists analyze and recommend extraction method to assess plasticizers in recycled paperboard

Widespread presence of organophosphate esters in plastic and paper FCMs

Scientists perform suspect and non-target analysis of organophosphate esters (OPEs) in 100 food contact materials (FCMs) in Southern China; identify 28 OPEs of which 18 were identified for the first time; find organophosphate antioxidants as one OPE source

Researches develop and evaluate methods for food contact chemical determination

Propose method to analyze chemical markers of mineral oil aromatic hydrocarbons (MOAH) from printing inks in food packaging; present workflow that includes in silico prediction tools to identify nonvolatile migrates from food packaging; evaluate efficiency and reliability of methodology for non-target identification of volatile substances

Several studies determine chemical migration from food packaging

Researchers from several European and Chinese institutions develop methods to explore chemicals in food contact materials (FCMs); report styrene migration from different polystyrene FCMs into several food matrices; detect photoinitiators in paper FCMs and chlorinated paraffins in green tea and its packaging; find irradiation treatment of metalized polypropylene to reduce migration of tested chemicals

New tool for scoring food packaging: UP Scorecard

Understanding Packaging (UP) Scorecard evaluates and compares impacts of foodware and food packaging; beta version of the tool published, new features and expanded product coverage planned; developed by a multistakeholder collaboration including the Food Packaging Forum

Germany notifies WTO of MOAH restrictions

German authorities notify World Trade Organization (WTO) about intention to restrict mineral oil aromatic hydrocarbons (MOAH) in food contact materials and articles made from recycled paper and board; sets migration limits into food (<0.5 mg/kg) and food simulant (<0.15 mg/kg); will come into effect three years after publication

PFAS alternatives for paper food packaging

Article in Comprehensive Reviews in Food Science and Food Safety discusses alternatives for per- and polyfluoroalkyl substances (PFAS) in paper food packaging; considers lamination with waxes and polymer films, alternative surface sizing and coatings; views finding cost-effective, fully biodegradable, and environmentally friendly alternatives challenging