atw International Journal for Nuclear Power | 04.2020

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atw Vol. 65 (2020) | Issue 4 ı April 234 KTG INSIDE Inside KTG-Fachgruppe Stilllegung und Entsorgung Die KTG ist aktuell in sechs Fachgruppen untergliedert, in denen sich die KTG-Mitglieder mit Schwerpunktthemen der Kerntechnik und verwandter Fachgebiete beschäftigen können. Die KTG-Fachgruppe Stilllegung und Entsorgung beschäftigt sich dabei mit allen Themen und Fragestellungen, die sich aus der Planung und Durchführung von Stilllegungs- und Rückbauprojekten kerntechnischer Anlagen sowie aus den Themengebieten Management und Zwischenlagerung radioaktiver Abfälle ergeben. Die Arbeit innerhalb der Fachgruppe, z. B. die Vorbereitung und Durchführung von Exkursionen zu Rückbaustandorten, die Teilnahme an Fachdiskussionen sowie die Mitarbeit bei der Lösung spezifischer Fragestellungen erfolgt überwiegend durch die fünf Arbeitsgruppen 1. Genehmigungs- und Freigabeverfahren, 2. Abfallmanagement, 3. Zwischenlagerung (LAW/MAW und HAW), 4. Radiologische Charakterisierung und 5. Rückbautechnologien. Mit ca. 490 Mitgliedern ist die Fachgruppe aktuell die mitgliederstärkste Fachgruppe innerhalb der KTG. Der Vorstand der Fachgruppe wird alle 5 Jahre neu gewählt und besteht aus insgesamt 4 Mitgliedern. Die Tätigkeiten innerhalb der Arbeitsgruppen werden jeweils durch einen Arbeitsgruppenleiter organisiert. KTG-Mitglieder, die sich an einer Mitarbeit in der Fachgruppe bzw. in einer der fünf Arbeitsgruppen interessieren, sind herzlich eingeladen, diesbezüglich Kontakt mit dem Sprecher des Vorstandes Andreas Loeb (entsorgung@ktg.org) oder den Leitern der Arbeitsgruppen aufzunehmen. Weitere Informationen und die Kontaktdaten der Vorstandsmitglieder und der Arbeitsgruppenleiter sind auf der Homepage der KTG (www.ktg.org) zu finden. Andreas Loeb Sprecher der KTG-Fachgruppe Stilllegung und Entsorgung Herzlichen Glückwunsch! Die KTG gratuliert ihren Mitgliedern sehr herzlich zum Geburtstag und wünscht ihnen weiterhin alles Gute! Wenn Sie künftig eine Erwähnung Ihres Geburtstages in der atw wünschen, teilen Sie dies bitte der KTG- Geschäftsstelle mit. KTG Inside Verantwortlich für den Inhalt: Die Autoren. Lektorat: Natalija Cobanov, Kerntechnische Gesellschaft e. V. (KTG) Robert-Koch-Platz 4 10115 Berlin T: +49 30 498555-50 F: +49 30 498555-51 E-Mail: natalija.cobanov@ ktg.org www.ktg.org Mai 2020 35 Jahre | 1985 04. Nicole Koch, Mannheim 45 Jahre | 1075 21. Siewert Joswig, Beidentleth 55 Jahre | 1965 27. Dipl.-Ing. Thomas Glaab, Kahl 60 Jahre | 1960 19. Dr. Thomas Walter Tromm, Walzbachtal-Jöhlingen 27. Hubert Reisinger, Gundremmingen 75 Jahre | 1945 11. Dipl.-Ing. Dieter Kreckel, Mainz 30. Dr. Klaus Kasper, Essen 76 Jahre |1944 12. Peter Faber, Rödermark 77 Jahre | 1943 03. Dipl.-Ing. Hans Lettau, Effeltrich 22. Dr. Wolfgang Schütz, Bruchsal 24. Dipl.-Ing. Rudolf Weh, Stephanskirchen 78 Jahre | 1942 09. Dr. Egbert Brandau, Alzenau 28. Dr. Wolf-Dieter Krebs, Bubenreuth 78 Jahre | 1942 05. Hans-Bernd Maier, Aschaffenburg 11. Dr. Erwin Lindauer, Köln 17. Dr. Heinz-Peter Holley, Forchheim 79 Jahre | 1941 08. Prof. Dr.-Ing. Helmut Alt, Aachen 80 Jahre | 1940 15. Dipl.-Phys. Ludwig Aumüller, Freigericht 24. Dipl.-Ing. Herbert Krinninger, Bergisch Gladbach 81 Jahre | 1939 04. Dipl.-Ing. Norbert Albert, Ettlingen 82 Jahre | 1938 13. Dipl.-Ing. Otto A. Besch, Geesthacht 13. Dr. Heinrich Werle, Karlsdorf-Neuthard 16. Dr. Hans-Dieter Harig, Hannover 21. Dr. Hans Spenke, Bergisch Gladbach 83 Jahre | 1937 06. Dr. Peter Strohbach, Mainaschaff 26. Dipl.-Ing. Rüdiger Müller, Heidelberg 27. Dr. Johannes Wolters, Düren 28. Dipl.-Ing. Heinz E. Häfner, Bruchsal 85 Jahre | 1935 08. Dipl.-Ing. Klaus Wegner, Hanau 29. Dipl.-Ing. Karlheinz Orth, Marloffstein 86 Jahre | 1934 11. Dr. Eckhart Leischner, Rodenbach 14. Dr. Alexander, Warrikoff, Frankfurt/Main 26. Dr. Günter Kußmaul, Manosque 87 Jahre | 1933 04. Dr. Klaus Wiendieck, Baden-Baden 25. Dr. Reinhold Mäule, Walheim 90 Jahre | 1930 09. Dr. Hans-Jürgen Hantke, Kempten 92 Jahre | 1928 10. Dr. Heinz Büchler, Sankt Augustin 96 Jahre | 1924 22. Prof. Dr. Fritz Thümmler, Karlsruhe KTG Inside
atw Vol. 65 (2020) | Issue 4 ı April Top Foratom calls for the EU to recognise nuclear as a strategic industry (foratom) Foratom welcomes the European Commission’s goal of ensuring Europe’s industry is fit for the ambitions of today and prepared for the realities of tomorrow, as outlined in its Industrial Strategy published yesterday. The European nuclear industry stands ready to help Europe achieve its goals in terms of providing clean energy and maintaining Europe’s competitiveness. As highlighted in the Industrial Strategy, one of the key challenges ahead is ensuring that Europe’s industry has access to a secure supply of clean energy at a competitive price. This is crucial for maintaining Europe’s competitiveness. “Nuclear energy can contribute to making this a reality” states Yves Desbazeille, FORATOM’s Director General. “Not only is it low-carbon, it is also flexible, dispatchable and cost-effective”. Indeed, nuclear energy is vital in this respect as it can help: p Maintain the competitiveness of Europe’s industry as energy often accounts for a significant share of manufacturing costs, p Decarbonise industry and thus contribute towards the 2050 carbon neutrality target, p Provide industry with the energy it needs when it needs it, which is particularly important for processes which run 24/7, p Other industries by offering alternative sources of decarbonised energy such as hydrogen and heat (sector coupling). The European nuclear industry also contributes significantly to the EU’s economy as it currently sustains around 1 million jobs in the EU and generates around € 450 billion in GDP (Economic and Social Impact report, Deloitte 2019. EU-27 & UK). This is why it is essential that EU decision-makers take steps to | The Versatile Test Reactor can help Unlock the Future of Carbon-Free Energy (Photo credit: U.S. DOE) support the nuclear sector’s important role within the EU economy. This includes a stable EU policy framework, and one which encourages investment in high-overnight costs, low-carbon technologies. Significant support to R&D and innovation as well as increase funding for research into both current and future nuclear technologies such as SMRs, is also key to prepare for the future, develop new applications and breakthrough designs and technologies. | www.foratom.org (20791509) Company News Framatome opens new research and operations center and expands Intercontrôle (framatome) Framatome held a ceremonial ribbon-cutting event in Cadarache, France, to mark the opening of its new engineering research and operations center and the expansion of Intercontrôle, a Framatome subsidiary that specializes in automated non-destructive testing. More than 100 customers, partners and employees attended the celebration. Framatome’s new engineering research and operations center is home to a multidisciplinary engineering team responsible for carrying out construction, safety reviews and dismantling projects on behalf of the French Alternative Energies and Atomic Energy Commission (CEA) and TechnicAtome. This team also works on the ITER nuclear fusion project, responsible for the Tokamak installation as part of a consortium with Chinese partners. | www.framatome.com (20791519) GNS takes over Eisenwerk Bassum GmbH (gns) On 21 February 2020 GNS Gesellschaft für Nuklear-Service mbH took over 100 % of Eisenwerk Bassum GmbH. The company with its 106 employees at the Bassum and Peenemünde sites will continue to provide the proven supplies and services as an independent GmbH under the name Eisenwerk Bassum. The management has informed the staff about this in works meetings at both locations. The previous owners, Edda Beckedorf and Hartmut Grunau, will remain active in the company. In future, the management will consist of Hartmut Grunau as technical and Georg Büth as commercial managing director. “Eisenwerk Bassum GmbH will be strengthened in view of the numerous development and approval procedures that are still required and the ability to supply all customers will be further secured,” explained Hartmut Grunau on the occasion of the signing of the contract. Our aim is to continue the reliable cooperation with all existing customers,” adds Georg Büth, commercial managing director of GNS and new member of the management board of Eisenwerk Bassum. "In addition, the internationalisation of GNS will open up opportunities for Eisenwerk Bassum GmbH and all its employees to develop further markets in Europe and beyond.“ | www.gns.de (20791520) Westinghouse eVinci Micro reactor awarded funding for Mobile Reactor Design (westnuc) Westinghouse Electric Company announced that its eVinci micro reactor was awarded funding from the U.S. Department of Defense’s (DoD) Project Pele, a mobile nuclear reactor prototyping program. The funding will be used to finalize the design for a prototype of Westinghouse’s defense-eVinci (DeVinci) mobile nuclear power plant (MNPP). “We are honored to participate in this strategically important program,” said Patrick Fragman, President and Chief Executive Officer, Westinghouse Electric Company. “Mobile nuclear reactors offer clean, flexible, and reliable power for our customers. We are now developing technology to provide energy security for the Department of Defense, bringing our exciting concept to realization.” Westinghouse’s eVinci micro reactor is a next-generation, very small modular reactor for decentralized generation markets. The DoD’s mobile nuclear reactor prototype project expands upon the transportable capabilities of the eVinci micro reactor by allowing for operations via a mobile platform utilizing standard military transportation. The eVinci micro reactor is designed to operate for many years, eliminating the need for frequent refueling. The innovative passive safety features of the design allow the reactor to operate and achieve safe shutdown without the need for additional controls, external power source or operator intervention, enabling highly autonomous operation. | www.westinghousenuclear.com (20791522) 235 NEWS News
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atw International Journal for Nuclear Power | 04.2020

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