Person: Neumann, Michael
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Veröffentlichung A proposal for criteria and an assessment procedure to identify Persistent, Mobile and Toxic (PM or PMT) substances registered under REACH(2017) Neumann, Michael; Sättler, Daniel; Vierke, Lena; Schliebner, IvoVeröffentlichung Protection of raw water under the EU regulation REACH(2017) Neumann, MichaelVeröffentlichung Assessment of persistence, mobility and toxicity (PMT) of 167 REACH registered substances(2018) Berger, Urs; Ost, Norbert; Neumann, Michael; Sättler, Daniel; Schliebner, Ivo; Helmholtz-Zentrum für Umweltforschung; Deutschland. UmweltbundesamtFor the first time a comprehensive list of 167 REACH registered substances were assessed with respect to their intrinsic substance properties persistence in the aquatic environment, mobility in the aquatic environment and toxicity. The results of this project will support the ongoing discussion to define PMT criteria under REACH. The present study provides a consolidated list of (in order of priority) assessed PaqMT substances (9 substances), assessed PaqM substances with suspected T (20 substances) and further 93 suspected PaqMT substances. A total of 134 substances are recommended to the German Environment Agency (UBA) for further investigation and scientific and regulatory scrutiny.Veröffentlichung Protecting the sources of our drinking water(Umweltbundesamt, 2019) Neumann, Michael; Schliebner, Ivo; Deutschland. UmweltbundesamtChemicals with a specific combination of intrinsic substance properties pose a hazard to the sources of our drinking water, including substances that are very persistent (vP) in the environment and very mobile (vM) in the aquatic environment as well as substances that are persistent (P), mobile (M), and toxic (T). This publication presents the result of the scientific and technical development of the PMT/vPvM criteria under EU REACHRegulation (EC) No 1907/2006. The scientific and regulatory considerations include (1) monitoring data, (2) simulation and model studies and (3) impact considerations. This can be considered a ready-to-use tool for industry to identify PMT/vPvM substances. Quelle: http://www.umweltbundesamt.de/Veröffentlichung Protecting the sources of our drinking water(2017) Neumann, Michael; Schliebner, Ivo; Deutschland. UmweltbundesamtProtecting the sources of our drinking water from any threats caused by chemicals is of the utmost importance. A strategy is needed in order to allow Europe̷s chemical industry to continue to innovate while ensuring the protection of the water cycle. The German Environment Agency (UBA) is carrying out an initiative to identify those substances that are persistent (P) in the environment, mobile (M) in the water cycle (PM substances), and additionally toxicity (T) to human health (PMT substances). The proposed criteria will assist registrants in fulfilling their responsibility of guaranteeing the safe use of chemicals under the EU̷s chemical regulation ̮REACHŁ (Regulation EC No 1907/2006). Quelle: https://www.umweltbundesamt.de/Veröffentlichung Collaborative decision support and documentation in chemical safety with KnowSEC(2016) Baumeister, Joachim; Striffler, Albrecht; Brandt, Marc; Neumann, MichaelTo protect the health of human and environment, the European Union implemented the REACH regulation for chemical substances. REACH is an acronym for Registration, Evaluation, Authorization, and Restriction of Chemicals. Under REACH, the authorities have the task of assessing chemical substances, especially those that might pose a risk to human health or environment. The work under REACH is scientifically, technically and procedurally a complex and knowledge-intensive task that is jointly performed by the European Chemicals Agency and member state authorities in Europe. The assessment of substances under REACH conducted in the German Environment Agency is supported by the knowledge-based system KnowSEC, which is used for the screening, documentation, and decision support when working on chemical substances. The software KnowSEC integrates advanced semantic technologies and strong problem solving methods. It allows for the collaborative work on substances in the context of the European REACH regulation. We discuss the applied methods and process models and we report on experiences with the implementation and use of the system.Quelle: http://jcheminf.springeropen.com