Critical commentary of mineral oil hydrocarbon study

Scientists from European government agencies publish comment reviewing Nestlé study comparing interlaboratory analytics of mineral oil hydrocarbons

German authorities find mineral oil hydrocarbons in baby formulas

Test results from German Chemical and Veterinary Investigation Offices (CVUA) show quantifiable levels of saturated (MOSH) and aromatic (MOAH) mineral oil hydrocarbons; Food Watch calls for EU-wide limits and no tolerance of MOAH

BfR: Lack of safety data for impurities in unrefined MOAH

German Federal Institute for Risk Assessment (BfR) publishes review article identifying lack of data on carcinogenic potential of less refined mineral oil aromatic hydrocarbons (MOAH), recommends minimizing impurities in food

EFSA risk assessment of MOAH in infant formula

Rapid risk assessment uses data submitted by member states, previous Foodwatch study; finds 95th percentile exposure of 0.8 to 44.6 µg/kg body weight per day; lack of data leads EFSA to conclude possible concern for human health

Mineral oil hydrocarbons assessment guidelines

German Federation of Food Law and Food Science publishes guidelines for assessment of mineral oil hydrocarbon migration from food packaging; aims to support companies in assessing current and alternative packaging to minimize migration

Contamination found in paper straws

Swiss government laboratory tests paper drinking straws purchased from grocery stores and restaurants; finds chloropropanols, mineral oils, photoinitiators

Guidance on mineral oil hydrocarbons

EU Commission’s Joint Research Centre publishes guidance for sampling, analysis, and reporting of monitoring results for mineral oil hydrocarbons in food and food contact materials

Paper and board in contact with food

Paper Technology Foundation” (PTS) expert meeting discusses current trends in paper and board in contact with food

Concawe symposium 2019

Oil industry association Concawe holds 13th symposium on March 18-19, 2019, in Antwerp, Belgium, to discuss low-carbon technologies and circular economy; registration now open

Toxic effects of MOSH exposure

Dietary exposure of rats to mineral oil saturated hydrocarbons (MOSH) fractions similar to those accumulating in humans causes increase of liver and spleen weights; clinical significance needs further investigation