Topics

migration

May 25, 2026

New study identifies plastic pouches as source of microplastics, chemicals in baby food

Greenpeace International-commissioned study finds microplastic and chemical contamination in baby food packaged in flexible pouches from Nestlé and Danone; detects plastic-associated hormone disruptor and potential obesogen in purees; calls on Gerber and U.S. Government to act
Reading time: 4 minutes

January 27, 2026

Antimony – an overlooked chemical of concern in food packaging

Review summarizes evidence of antimony migration, health risks, and informs on reduction guidelines; finds highest migration from plastic food contact materials; links antimony to cardiometabolic health impacts
Reading time: 2 minutes

December 10, 2025

Chemical complexity increases with PET recycling, scientists find

Three studies compare virgin and recycled food contact polyethylene terephthalate (PET) using targeted chemical analysis; find diversity and levels of chemicals mostly greater in recycled PET; show that contamination increases along recycling chain; present method to quantify recycled content in PET
Reading time: 6 minutes

November 21, 2025

Swiss children’s products release bisphenols under normal use

Swiss scientists assess bisphenol migration from 162 products available in supermarket chains in Switzerland, including 16 in contact with food; find bisphenol migration from wide range of consumer products with estimated daily intake above regulatory safety threshold; call to prioritize oral-contact children’s products in regulatory surveillance
Reading time: 3 minutes

March 12, 2025

FCCmigex database receives update

The Food Packaging Forum updates its Database on Migrating and Extractable Food Contact Chemicals (FCCmigex); now includes scientific studies up to May 2024; encompasses 5,300 chemicals, 1,500 studies, and over 35,500 database entries
Reading time: 2 minutes

March 10, 2025

Printing inks and adhesive chemicals detected in a wide variety of foods

Scientists analyze a diversity of food samples available on the Belgian market for the presence of 110 printing ink and adhesive chemicals; detect target compounds in 39 out of 52 samples; chemicals include suspect carcinogen and caprolactam above legislative limit; while there is no European printing ink regulation, national positive lists exist for Switzerland and Germany
Reading time: 3 minutes

December 11, 2024

Chemical profiling of plastic/rubber extracts and microplastic leachates

51 plastic/rubber products and four microplastic types subjected to different extraction and leaching conditions, respectively; chemical composition changes with extraction method; leachate composition depends on salinity and temperature influence; extracts and leachates of similar chemical complexity
Reading time: 3 minutes

November 21, 2024

Chemical profiling of reusable drinking bottles – silicone, PE, and PP deemed most hazardous

Scientists study migration of non-volatile chemicals from 16 reusable plastic bottles made of 12 different polymer types; high-density polyethylene (HDPE), polypropylene (PP), and silicones release highest number of chemicals; bottles have unique chemical fingerprint; call for comprehensive assessment for better consumer protection
Reading time: 2 minutes

November 14, 2024

Tool integrates chemical migration and hazard prediction

VERMEER FCM tool allows modeling migration of organic chemicals from plastic food contact materials (FCMs), predicting selected toxicological endpoints, and comparing with European regulatory information; based on several in silico models; designed to assist risk assessment of FCMs; openly available
Reading time: 2 minutes

October 24, 2024

Study traces plastic chemicals in packaging, foods, and humans

Scientists compile database on chemical features associated with plastic food packaging; comprises 2101 features compiled from scientific literature and own non-targeted analysis; of the 2101, 30% were found to migrate from 106 food packaging samples and approximately 78% detected in human serum samples
Reading time: 3 minutes
Scroll to Top