atw 2017-09

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atw Vol. 62 (2017) | Issue 8/9 ı August/September 560 KTG INSIDE Wenn Sie keine Erwähnung Ihres Geburtstages in der atw wünschen, teilen Sie dies bitte rechtzeitig der KTG- Geschäftsstelle mit. KTG Inside Verantwortlich für den Inhalt: Die Autoren. Lektorat: Sibille Wingens, Kerntechnische Gesellschaft e. V. (KTG) Robert-Koch-Platz 4 10115 Berlin T: +49 30 498555-50 F: +49 30 498555-51 E-Mail: s.wingens@ ktg.org www.ktg.org Herzlichen Glückwunsch September 2017 98 Jahre wird 27. Dipl.-Ing. Werner H.F. Hünlich, Baden Baden 89 Jahre wird 16. Dr. Walter Schüller, Weingarten 88 Jahre werden 15. Dipl.-Ing. Dankward Jentzsch, Bergisch Gladbach 18. Prof. Dr. Alfons Tietze, Dormagen 22. Dipl.-Ing. Herbert Küster, Bochum 23. Dr. Hubert Eschrich, Geel/B 29. Kurt Pohlan, Berlin 87 Jahre wird 22. Dr. Wilhelm Peppler, Dobel 86 Jahre werden 4. Dr. Klaus Schifferstein, Erftstadt 22. Dipl.-Ing. Emile A. Fossoul, Kraainem/B 22. Dipl.-Ing. Ludwig Seyfferth, Egelsbach 85 Jahre wird 12. Dipl.-Ing. Richard Ruf, Eckental 84 Jahre werden 17. Dr. Manfred Mach, Breitenfelde 83 Jahre werden 13. Dipl.-Phys. Veit Ringel, Dresden 13. Dipl.-Phys. Richard von Jan, Fürth 30. Dr. Klaus Ebel, Morsleben 82 Jahre wird 27. Dipl.-Ing. Klaus Kleefeldt, Karlsdorf-Neuthard 81 Jahre werden 7. Dr. Harald Stöber, Eggenstein-Leopoldshafen 13. Dipl.-Ing. Jakob Geissinger, Ettlingen 13. Dipl.-Ing. Harald Gruhl, Hemhofen 17. Dipl.-Ing. Hermann Buchholz, Neunkirchen-Seelscheid 19. Dr. Ludwig Lindner, Marl Juli 2017 Klaus Lehmann Iserlohn Die KTG verliert in ihm ein langjähriges aktives Mitglied, dem sie ein ehrendes Andenken bewahren wird. Seiner Familie gilt unsere Anteilnahme. 80 Jahre werden 2. Dipl.-Ing. Diegter Ewers, Mühlheim/Main 15. Dr. Jochem Eidens, Aachen 17. Dr. Thomas Roser, Bonn 22. Dr. Uwe Schmidt, Obertshausen 79 Jahre wird 17. Prof. Dr. Heiko Barnert, Baden/A 78 Jahre werden 17. Dr. Klaus Böhnel, Karlsruhe 21. Dr. Helmut Wilhelm, Rösrath 76 Jahre werden 5. Prof. Dr. Manfred Popp, Eggenstein-Leopoldshafen 14. Dr. José Lopez-Jimenez, Madrid/E 14. Dr. Werner Rosenhauer, Rösrath 19. Dipl.-Ing. Horst Heckermann, Heiligenhausen 21. Dr. Wolfgang Köhler. Kalchreuth 22. Prof. Dr. Volker Heinzel, Linkenheim-Hochstetten 75 Jahre wird 17. Albert Reichenecker, Philippsburg 70 Jahre werden 17. Dipl.-Ing. Walter Anspach, Siegbach 18. Dipl.-Ing. Werner Wurster, Pfinztal 65 Jahre wird 6. Dipl.-Ing. (FH) Rudolf Skalitzky, Landshut 60 Jahre werden 19. Dipl.-Ing. Elmar Schwaab, Stutensee 19. Dipl.-Ing. Franz Hilbert, Wiesbaden 20. Dipl.-Ing. Thomas Moser, Dossenheim 29. Dr. Holger Tietze-Jaensch, Jülich 50 Jahre werden 14. Dipl.-Ing. (BA) Jörg Kirchhoff, Münster 16. Thomas Puff, Philippsburg 19. Dipl.-Ing. Tim Korbmacher, Altenberge 29. Stefan Filter, Lübek Oktober 2017 90 Jahre werden 23. Dr. Helmut Kraus, Bad Herrenalb 23. Dr. Erich Schröder, Passau 89 Jahre wird 8. Dipl.-Ing. Rainer Rothe, Möhrendorf 88 Jahre wird 23. Prof. Dr. Helmut Karwat, Großhesselohe 86 Jahre werden 5. Dipl.-Ing. Willy Stumpf, Oberursel 6. Dr. Edmund Ruppert, Bergisch Gladbach 83 Jahre wird 31. Prof. Dr. Rudolf Taurit, Lübeck 82 Jahre wird 15. Dr. Dietrich Budnick, Erlangen 81 Jahre werden 1. Dr. Hans-Jürgen Dibbert, Heiligenhaus 10. Hans-Jürgen Rokita, Schnakenbek 31. Prof. Dr. Hans-Dieter Schilling, Hattingen 80 Jahre wird 21. Dipl.-Ing. Gerhard Hendl, Freigericht 79 Jahre werden 3. Dr. Hans-Jörg Wingender, Mömbris 4. Dr. Helmut Albrecht, Eggenstein-Leopoldshafen 6. Dr. Sigurdur Dagbjartsson, Leonberg 26. Dr. Knut Scheffler, Beckedorf 78 Jahre werden 5. Dipl.-Ing. Günter Langetepe, Karlsruhe 10. Dipl.-Ing. Siegfried Jacke, Bonn 13. Helmut Goebel, Mülich 21. Dipl.-Ing. Michael Will, Morsbach 77 Jahre werden 19. Dr. Gustav Katzenmeier, Karlsruhe 24. Dr. Peter Wirtz, Eggenstein-Leopoldshafen 29. Dipl.-Ing. Matthias Köhler, Troisdorf 30. Dr. Fritz Ruess, Forchheim 76 Jahre werden 21. Ing. Peter Schween, Stutensee 31. Dr. Eike Roth, Klagenfurt 75 Jahre werden 7. Dr. Klaus W. Stork, Bad Dürkheim 20. Dipl.-Ing. Norbert König, Baiersdorf 21. Dr. Enrique H. Toscano, Stutensee 22. Dr. Alexander Alexas, Stutensee 70 Jahre werden 3. Bendedict Wintermann, Buckenhof 9. Dr. Johannes-Georg Grondey, Laatzen 22. Dipl.-Ing. Ulrich Erven, Aachen 30. Dr. Klaus Nopitsch, Rednitzhembach 65 Jahre werden 9. Hans Ambos, Bensheim 17. Peter Hildwein Mülheim a.d.R. 19. Michael Szukala, Düsseldorf 30. Dipl.-Ing. Ingolf Hildebrandt, Rheinsberg 30. Prof. Dr. Friedrich Hoyler, Jülich 60 Jahre werden 9. Harald Siemens, Ilsede 10. Dipl.-Ing. Ursula Heine, Nideggen 10. Rainer Kreh, Duisburg 50 Jahre wird 7. Ralph Oster, Karlstadt Die KTG gratuliert ihren Mitgliedern sehr herzlich zum Geburtstag und wünscht ihnen weiterhin alles Gute! KTG Inside
atw Vol. 62 (2017) | Issue 8/9 ı August/September Top Industry Finds More Ways to Enhance Nuclear Plant Operations (nei) The nuclear industry has released three new efficiency bulletins (EB) in support of the Delivering the Nuclear Promise initiative, bringing the total number of bulletins issued since the program began to 62. The efficiency bulletin Standard Indicator-Central Database (EB 17-17) will provide a central database that will allow the Institute of Nuclear Power Operations (INPO) and the industry to manage Key Performance Indicator (KPI) data. This will allow the industry and INPO to use a common, central database to manage standard sets of KPIs. All nuclear power plants will have the ability to upload performance information and download KPI reports directly from the database at INPO, reducing individual nuclear power plant’s resource requirements. A companion efficiency bulletin will be issued later to identify the common industry indicators and the method to manage them. The target implementation date for EB 17-17 is March 2019. Optimizing Strategic Engineering, Engineering Response Team and Component Maintenance Support (EB 17-18) will redesign engineering organizational structures so that they become better focused on core responsibilities and utilize resources more efficiently. Under this bulletin, tactical activities such as troubleshooting support and response to emergent plant issues will transition to nuclear plants’ maintenance department and engineering response teams, enabling sites’ systems engineering teams to maintain a strategic long-term focus on assigned plant systems. The target implementation date for EB 17-18 is at each utility’s discretion, consistent with its business environment. Optimizing Program and Design Engineering Organizations (EB 17-19) presents optimal organizational structures and staffing levels for program engineering and design engineering organizations at nuclear plants. The processes supporting both can then be streamlined and standardized, resulting in effective use of resources and improved focus on equipment reliability and design change quality. This organizational realignment and centralization will allow for the most efficient use of resources. The target implementation date for EB 17-19 is at each utility’s discretion. Delivering the Nuclear Promise is a multiyear industry initiative, enabling nuclear power plants to generate electricity more efficiently, economically and safely. In coordination with member electric utilities, INPO and the Electric Power Research Institute, the industry has been analyzing cost drivers common to all nuclear power plants and recommending programs and processes to improve their efficiency and effectiveness. Summaries of each efficiency bulletin are available on NEI’s webpages. | | www.nei.org World Top Nuclear Scientists Discuss Fast Reactors and Related Fuel Cycles at IAEA International Conference (iaea) Some 700 nuclear engineers, scientists and decision-makers from more than 30 countries met in Yekaterinburg, Russia, for high-level discussions on fast reactors (FRs) and related fuel cycles, which hold out the promise of providing clean and sustainable energy for thousands of years. The International Conference on Fast Reactors and Related Fuel Cycles: Next Generation Nuclear Systems for Sustainable Development (FR17) is the third such IAEA gathering following events in Kyoto, Japan, in 2009 and Paris, France, in 2013. The 26-29 June conference is hosted by the Government of the Russian Federation through State Atomic Energy Corporation Rosatom, which oversees the world’s only FRs in commercial operation today, at Beloyarsk Nuclear Power Plant about 60 kilometres from Yekaterinburg. Fast-neutron systems, which use fast neutrons without a moderator to sustain the fission chain reaction, are vastly more efficient in fuel utilisation than traditional thermal reactors. Capable of breeding and recycling nuclear fuel, they operate in a closed fuel cycle in which spent fuel is reused rather than treated as waste. They have the potential to significantly increase the sustainability of nuclear power and lessen the burden on geological repositories for nuclear waste. Fast-neutron systems “can extract 60 to 70 times more energy from uranium than existing thermal reactors, and reduce the volume and toxicity of the final waste,” IAEA Director General Yukiya Amano said in a message to the conference. “I’m pleased that so many experts from all over the world have come together to share their knowledge and expertise. I have no doubt that this conference will move us a step closer to helping innovative nuclear energy systems become viable for industrial deployment in the coming decades.” In his own message to participants, Rosatom Director General Alexey Likhachev said: “The future of the world’s nuclear power industry is inextricably linked with the development of closed nuclear fuel cycles, in which fast reactor technologies are an integral part. This allows us to say that, in the near future, the world’s nuclear energy will truly be renewable.” The most mature fast-reactor technology is the sodium-cooled FR, which has more than 400 reactor years of experience via the design, construction and operation of experimental, prototype, demonstration and commercial units in countries including China, France, Germany, India, Japan, Russia, the United Kingdom and the United States. Other coolants under development include molten salt, lead, lead-bismuth and gas. The conference will explore issues including reactor design concepts, safety and licensing, operations and decommissioning, fuels and fuel-cycle options, coolants, tests and simulations, economics and performance, proliferation resistance and physical protection, capacity building, and professional development. Challenges to FR development include costs for investments, operations and maintenance. “Fast reactors will become more competitive once the technology matures, but also when uranium becomes more expensive and scarcer as a result of nuclear power undergoing extensive development in the coming decades,” said Vladimir Kriventsev, IAEA team leader for Fast Reactor Technology Development and Scientific Secretary for FR17. The conference also showcases the competition Next Generation Nuclear Systems: The Force Awakens, for which nuclear scientists aged 36 and under from around the world submitted research papers. The winners will be announced at a special event on the last day of the conference. “If fast reactor technology is to achieve its full promise, it will require the contributions of these brilliant young scientists,” Kriventsev said. | | www.iaee.org 561 NEWS News
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