GREAT-ER II is a software development project. GREAT-ER means Geography-referenced Regional Exposure Assessment Tool for European Rivers and uses a Geographic Information Systems (GIS) software for simulating substance distribution in river networks. The simulations output forms a basis on which […]
This project aimed to create an integrated software package to assess the transport of chemical pollutants in the environment. It provided European and national regulatory agencies and industry with a state-of-the-art tool for better prediction of concentrations of chemicals - […]
European estuarine and coastal waters may contain a range of organic and inorganic contaminants. Reliable methods are needed to assess how these behave in the three marine environmental compartments: offshore, estuarine and coastal zones. Transport and fate of contaminants in […]
To facilitate retrieval of background concentrations and ranges of organic chemical concentrations in the marine and freshwater environment as input for various LRI models (e.g. multi-media, estuary models), ”MonitoringBase” was developed. This database includes information, references and links to more […]
The research project is essentially a review of literature and informed interest on the main factors that determine effective and sustainable risk management in the use of chemical substances in small enterprises and an exploration of the supports for their […]
The CEMAS (Cefic Exposure MAnagement System) research project has led to the development of a workplace chemicals exposure and risk evaluation tool that facilitates the delivery of solutions specific to sector groups, including targeted advice from sectors on assessing and […]
Di-isocyanates are in many countries a major cause of occupational asthma. However, few recent studies are available in which exposure to isocyanates has been measured and related to respiratory disease risk. Thus, information about exposure response relationships is extremely limited. […]
The aim of the project was to analyse the parameters of dermal exposure and protection which are most relevant for human health; the quality of data from today's practice of exposure monitoring and PPE testing; the existing knowledge and gaps […]
The aim of the study is to evaluate existing biomarkers of exposure to xenobiotics and analytical methods from the point of view of the possibility of practical use for assessing and managing occupational and environmental health risk. The study will […]
Many toxic chemicals can enter the body via the skin. Measuring a chemical's ability to cross the skin is difficult, time-consuming and costly. One solution is to develop models relating skin permeability to chemical structure - known as a quantitative […]
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