Saturday 4 September 14:12 > 14:15
Current challenges and future perspectives on the use of contaminant data from apex predators for chemicals hazard prioritization
Dr. Natalia Glowacka Mr. Georgios Gkotsis Mrs. Varvara Nikolopoulou Dr. Jaroslav Slobodnik Dr. Lee Walker Mr. Nikolaos S. Thomaidis Dr. Heinz Rüdel Dr. Paola Movalli Dr. Tania Martellini Mr. Jan Koschorreck Dr. Burkhard Knopf Mrs. Gabriele Treu Dr. Maria-Christina Nika Dr. Guy Duke Dr. Wiebke Drost Dr. Rene Dekker Dr. Daniela Claßen Dr. Alessandra Cincinelli Mr. Kevin Bauer Mr. Alexander Badry Dr. Nikiforos Alygizakis
Session: 51(V) Emerging Pollutants
CEST ID: 609 ROOM: VR2 Flash Paper Presentation
One major challenge in today’s generic risk assessment is, that only a small fraction of the marketed chemicals has been sufficiently evaluated regarding their (eco)toxicological properties or exposure scenarios, while limited data are available for the majority of substances. For instance, many of the > 22,000 compounds registered under REACH either lack data due to poor quality of registration dossiers or data are not sufficient for a final assessment, e.g. of PBT properties. Since not all substances can be manually screened for hazardous properties, automated and effective tools for prioritization are needed. One option is to make better use of high-quality chemical monitoring data. The LIFE APEX project aims to demonstrate how monitoring data from apex predators and their prey can be effectively used to improve prioritization of chemicals for further hazard assessment, particularly of PBT substances under REACH and the Biocidal Products Regulation. Here, we present tools and criteria for prioritization such as detection rates, hazardous properties, exposure, and physical-chemical properties to allow for a fast and reliable risk assessment. The overall aim is to provide a priority list of top scored chemicals to European chemicals authorities to point out the need for further regulation.