Food Standards Agency
Saturday 4 July 2009
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Listen to this siteDetails of Agency-funded projects under the Food Contact Material research programme (A03).
This research project aims to identify potential food safety hazards from chemicals in paper and board packaging materials.
Results available.
This research project investigates the extent of metal migration into food from plated metal products used in the kitchen, in order to produce recommendations for testing metalware cooking products.
Results available.
This research project aims to minimise the amount of styrene in food which is produced and stored in glass-fibre reinforced plastic vats.
Results available.
This research project aims to provide information on the 'threshold of regulation' approach that is under consideration in the EU.
Results available.
This research project aimed to find out the types and amounts of metals that may migrate into food stored in glazed ceramic ware.
Results available.
This research project investigates whether freezing and thawing could affect the migration of chemicals from packaging into food.
Results available.
This research project aims to identify the chemicals present in cork stoppers and estimate the amounts that could migrate into foods.
Results available.
This research project investigated the migration of chemicals from recycled paper and board packaging into dry foods and produce guidelines for industry.
Results available.
This research project investigates the migration of chemicals from inks, and associated coatings, to food.
Results available.
This research project investigated a new approach to systematically assess the risks of chemicals present in food contact materials.
Results available.
This research project aims to gather information on the use of unusual and non-traditional types of wood as food contact materials and investigate which chemicals could migrate into food from these.
Results available.
This research project aims to establish whether there is a need for a safety review with respect to inorganic contaminants in recycled paper and board in contact with dry food.
Results available.
This research project aimed to find out whether chemicals in secondary packaging can transfer into food and, if necessary, produce guidelines to reduce the transfer levels.
Results available.
This research project aims to determine the chemicals from non-stick coated and metal-coated kitchenware products that could migrate into food.
Results available.
This research project aims to identify inorganic contaminants which could leach from glass into food.
Results available.
This research project aimed to develop methods to determine the amount of migration of a small number of important additives from plastics to foods.
Results available.
This research project aimed to determine if there was migration of chemicals into food from the packaging used for take-away foods.
Results available.
This research project investigated the migration of chemicals from laminated materials into food.
Results available.
This research project investigated the amount of bisphenol A that migrates from can coatings into canned food in various situations.
Results available.
This research project aimed to provide a better understanding of the applications and situations where bisphenol A might migrate to food and help in assessing consumer exposure to this chemical from food contact materials and articles.
Results available.
This study has advanced the understanding and limitations of LC-MS analysis. The research project developed methods for identifying and quantifying 'unknowns' that can migrate from food contact plastics, paper and coatings into food.
Results available.
This research project aimed to identify and quantify chemicals that can migrate from rubber into food.
Results available.
This research project aimed to evaluate the significance of developments in active packaging as regards to the possible impact on the safety and quality of the packaged food.
Results available.
This research project aimed to investigate current usage of biodegradable packaging and identify chemicals that could migrate into food.
Results available.
This research project aimed to provide information on the reuse of food packaging by consumers.
Results available.
This research project investigated the use of ion-exchange resins in the food industry and aimed to identify if any chemicals could migrate into the food being processed.
Results available.
This research project aimed to determine the extent to which materials containing latex protein are being used as contact materials in the food chain and to develop tools for monitoring latex allergens in food.
Results available.
This research project generated information on the use, composition and migration potential of specific adhesive systems used in food contact packaging.
Results available.
This research project aimed to obtain information about chemicals that may migrate from pigments and dyes used in plastic packaging into food.
Results available.
This research project aimed to identify chemicals in silicones and the extent to which they may migrate into food.
Results available.
This research project aimed to investigate and quantify the levels of nonylphenol, a synthetic chemical, present in a range of packaging types.
Results available.
This research project aims to investigate the potential migration of chemical substances from shrink sleeves used as overwraps on flexible plastic food containers.
Results available.
This research project aims to obtain information on functional barriers and their food contact applications as relevant to UK consumers.
Results available.
This research project investigated the stability of BADGE (bisphenol-A diglycidyl ether), which is a chemical that can be present in coatings, in canned food.
Results available.
This research project aimed to investigate the food intake of UK children and the use of associated food contact materials. The project aimed to determine if, and how, the current EU model of 1 kg of packed food per 60 kg person per day should be modified to ensure specific protection against chemical migration into food marketed for children.
Results available.
This research project aimed to investigate the variation of monomer and other chemical migrant levels in different samples of food grade plastics.
This project investigated reaction and breakdown products formed from the starting substances that are used to make plastic food contact materials.
Results available.
This research project investigated the migration potential of substances, including reaction and breakdown products, from inks and their associated coatings used in food contact applications.
Results available.
February 2006 to February 2008
Results available.
This research project will provide a method validated between laboratories to determine the concentration of nonylphenol in food contact materials and levels present, if any, in packaged foods.
This research project will develop and validate a HPLC-MS-MS method for the analysis of individual primary aromatic amines (PAA). The validated method will be applied to samples where there is a high packaging:food mass ratio and to coloured food contact articles.
This research project will identify chemicals specific to active and intelligent packaging on the UK market and the extent to which they may migrate into food.
This research project reviewed the use of nanotechnology in food contact materials and articles, and assessed applications in relation to consumer safety and regulatory implications in the UK.
Results available.
This research project will review the existing use of simulants for migration testing. Recommendations will be made of any changes and/or experimental work needed.
This research project will investigate the affect of common additives, particularly slip and anti-static agents, on the migration of colourants from food contact plastics.
This research project aims to measure the average daily intake of packaged food (by kilogram bodyweight) of older adults and students.
This research project will investigate the effect of irradiation on chemical migration from food packaging.
This research project aims to provide an overview of potential food migration issues that may exist for packaged dietary staples in the UK.
Results available.
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