Eawag
Überlandstrasse 133
P.O.Box 611
8600 Dübendorf
Switzerland

Ph. +41 (0)58 765 55 11
Fax +41 (0)58 765 50 28
info@eawag.ch
Research » Uchem » Research » Assessment
Eawag - Aquatic Research
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Environmental Chemistry
Assessment

Assessment

The assessment of chemical risk and the support of decisions regarding integrated watershed management is an important part of our work to ensure that the results of our process-oriented research contribute to solving practical problems. In the field of chemical risk assessment we specifically develop advanced fate models and prediction tools for chemical fate properties to improve chemical risk assessment procedures. Our work on assessment questions reaches from giving recommendations to federal offices, consulting of producers and chemical industry all the way to furthering the advancement of existing laws and guidelines in a Swiss and European context. Assessment questions can only be successfully addressed in close collaboration with the stakeholders. In our case these are various Swiss federal offices such as the Federal Office for the Environment (FOEN) or the Federal Office for Agriculture (FOAG), national and international committees working on assessment questions such as the OECD or EMEA (European Medicines Agency), working groups of Dechema and GDCh, as well as producers of chemical products such as the agrochemical and pharmaceutical industry.

Projects

  • Improved strategy to assess chemical persistence at the water-sediment interface (LRI ECO18-Eawag) [...]
  • MicroPoll [...]

Closed projects

  • KoMet - Combined modeling and measurement approach for the identification of relevant transformation products in water resources [...] 
  • Feasibility study "Critical Source Areas" [...]
  • Evaluation of the ecological measures in agriculture - natural waters, pesticides and the Swiss policy [...]
  • Aquarec [...]
  • Prioritization of relevant transformation products of micropollutants [...]
  • ERAPharm (Environmental Risk Assessment of Pharmaceuticals) [...]
  • Heterocyclic aromatic compounds and other tar oil typical contaminants in groundwater - identification, quantification and metabolism [...]
  • Water quality criteria [...]