Chemical Footprint Project 2017 workshop to take place on December 7, 2017 in Boston, U.S.; registration now open
Active & Intelligent Packaging World Congress
Chemical footprinting webinar
Chemical Footprint Project hosts introductory webinar on June 30, 2015; registration now open
Retailer removes unwanted chemicals from consumer products
U.S. retailer Target adopts new chemical strategy and policy, aims for full ingredient transparency; goal is to remove phthalates, parabens, formaldehyde, and nonylphenol ethoxylates from various products
Report reviews US policies for chemicals transparency
Civil society organizations publish report summarizing existing government policies across US states for disclosing information about chemical ingredients in consumer products
2018 retailer ranking published
Non-profit organization Safer Chemicals, Healthy Families releases annual retailer report card; restaurant chains make insufficient efforts to remove hazardous chemicals from food packaging
PFAS research snapshot Q4 2023: presence, migration, health concerns, and regrettable substitution
Scientists detect two per- and polyfluoroalkyl substances (PFAS) in plastic food storage bags; study assesses PFAS in 119 single-use food packaging and tableware samples from around the world and detectes PFAS in 54%; two reviews raise awareness of PFAS impact on human liver health and safety issues connected with the PFAS substitutes – polyfluoroalkyl phosphate esters (PAPs); scientist calls for more research to assess combined environmental effect of microplastics and PFAS
BPA exposure of Italian children via soft drinks
Italian researchers consider BPA contamination in soft drinks to be of risk for children’s health
Systematic overview reveals chemicals migrating from PE food packaging
Review compiles 116 studies on chemical migration from polyethylene (PE); 211 chemicals detected to migrate into food or food simulants; 13 are authorized chemicals that exceed set EU specific migration limits, 53 others exceed migration limit of 10 μg/kg; study calls for further research and identifies gaps in current regulatory framework
Researchers detect chemicals present in and migrating from PET bottles
Two studies analyze polyethylene terephthalate (PET) chemicals; identify several volatile chemicals present in and migrating from new PET bottles as well as from bottles commercially available in Japan; develop online method for quantifying non-intentionally added substances (NIAS)