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When it comes to further developments in nuclear engineering and new reactor concepts, the abbreviation SMR appears again and again. This article explains what is behind the term, gives an overview of some of the best-known concepts, and outlines the work of GRS on this topic.
Once again, 11 March marks the anniversary of the nuclear accident at the Fukushima-Daiichi nuclear power plant in Japan. Several thousand workers are still doing their jobs on the plant site every month - primarily to prepare the dismantling of the destroyed reactors. On the occasion of the anniversary, we look back on the main events and developments of the past year in this article.
We carry out research and provide expert opinions in the fields of nuclear safety, waste management and radiation and environmental protection. The results we obtain from this research - methods, models and simulation programs - form the evaluation basis for our work as experts. The application of the results in turn provides clues to what further research is necessary. This way, we can evaluate and at the same time help shape the current state of the art in science and technology.
GRS has bundled its software for the simulation of incidents and accidents into one large code package: AC². AC² combines the calculation codes ATHLET, ATHLET-CD and COCOSYS and thus allows cross-system examination of nuclear protection goals.
For about 10 years, our GRS colleague Dr. Michael Maqua has been performing the duties of the Ines officer for Germany on behalf of the Federal Environment Ministry. INES stands for "International Nuclear and Radiological Event Scale", a scale for the classification of nuclear incidents and accidents. More than 70 countries are currently using INES. The graduate engineer is engaged in international project management and answers all our questions about his work as an INES officer.
F. Boldt, M. Stuke, M. Péridis
On 4 August 2020, a devastating explosion occurred in the port of Beirut, the cause of which was the improper storage of chemicals. After Germany had already supported Lebanon in the management of chemicals in the aftermath of this explosion, the Lebanese authorities approached Germany with an additional request for support in the retrieval and safe storage of radioactive waste. Within the framework of a cooperation project funded by the Federal Ministry for the Environment (BMUV), the responsible Lebanese authorities are supported by experts from the BMUV and an interdisciplinary GRS team from the departments Radiation Protection and Security.
On 4 August 2020, a devastating explosion occurred in the port of Beirut, the cause of which was the improper storage of chemicals. After Germany had already supported Lebanon in the management of chemicals in the aftermath of this explosion, the Lebanese authorities approached Germany with an additional request for support in the retrieval and safe storage of radioactive waste. Within the framework of a cooperation project funded by the Federal Ministry for the Environment (BMUV), the responsible Lebanese authorities are supported by experts from the BMUV and an interdisciplinary GRS team from the departments Radiation Protection and Security.