[NUVIA EVENTS - USA] Post in ENG/FR 📢Meet NUVIA and TSSD at the 2025 North American ALARA Symposium & Technology Exhibition, starting today until January 16 in Clearwater Beach, Florida, USA. 🌟There, you can meet Franz Dambo and Steve Garner to learn more about the wide range of services NUVIA offers the nuclear industry and some of our cutting-edge products. Come and visit our booth! --------------------- 📢Rencontrez NUVIA et TSSD lors de l'événement North American ALARA Symposium & Technology Exhibition 2025, qui se tient à partir d'aujourd'hui et jusqu'au 16 janvier à Clearwater Beach, en Floride, aux États-Unis. 🌟Vous pourrez y rencontrer Franz Dambo et Steve Garner pour en savoir plus sur la vaste gamme de services et produits de NUVIA. N'hésitez pas à venir visiter notre stand ! #nuvia #supportingyourenergy #proudofnuclear Soletanche Freyssinet
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We’ve produced a principle paper on the possible uses and integration of artificial intelligence (AI) systems in the nuclear industry in collaboration with the Office for Nuclear Regulation and U.S. Nuclear Regulatory Commission. The principles discussed in this paper are intended to inform the future of AI applications in the nuclear sector. Read: https://ow.ly/o2xs50Tfwut _____ Nous avons rédigé un document de principes sur les utilisations et l’intégration possibles de systèmes d’intelligence artificielle (IA) par l’industrie nucléaire, en collaboration avec l’Office for Nuclear Regulation et la U.S. Nuclear Regulatory Commission. Les principes abordés dans le document visent à orienter les applications futures de l’IA dans le secteur nucléaire. Lisez-le ici: https://ow.ly/6cTm50TgN9L
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Seven years ago, the sheer idea of detecting neutrinos produced at the Large Hadron Collider was considered more or less science fiction. Three years ago, no one had ever managed to detect a single neutrino from the LHC. Nowadays, the #FASER far-forward detector at the LHC has not only managed to detect hundreds of LHC neutrinos, they are also releasing the first-ever measurement of their energy dependence, which can be used both to constrain the interactions of neutrinos in the unexplored TeV-energy regime and the models of the strong nuclear force which govern neutrino production at the LHC https://lnkd.in/gyTfZXeG By opening a new window to study neutrino interactions, the strong nuclear force, and search for new dark matter sectors and feebly interacting particles, #FASER is quickly becoming an important actor in the #HighEnergyPhysics landscape. Stay tuned, more exciting results to come!
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Anna Storm & I are excited to announce the Nuclear Futures Online Symposium: an international online event exploring the intersection of art, speculative thinking, and new materialisms in shaping our collective imaginaries of nuclear futures. This symposium delves into how these diverse modes of thought can extend our understanding and vision of a shared nuclear future – both as a shared horizon of possibility, but also as a mode of exploration into what kind of future is possible and worth living in. About the Symposium Dates: 11 September 2024 Online: link to be provided upon registration How to Register Click https://lnkd.in/dft5Qmfh to register. Individual registration is required. For any questions, please contact thomas.keating@liu.se Key Themes: - Artistic, speculative, and new materialist interventions into thinking ‘nuclear futures’ - Collective imaginaries and their impact on our relationship with non-human environments - The role of art and speculative thinking in envisioning just and inclusive futures This event marks the culmination of the Nuclear Memory research project led by Anna Storm and Thomas Keating at Linköping University, conducted from 2021 to 2024. For further information about the symposium, including the provisional schedule, please see here: https://lnkd.in/duNAGH7V We hope to see you at the symposium!
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Des perspectives également motivantes pour que l'exploitant maintienne les installations dans les meilleures conditions.
👉 LTO beyond 60 years : The EDF's technical roadmap reviewed by a panel of international experts at ISAR It is with great pride, yet with due humility, that EDF presented the technical roadmap for Nuclear Power Plant Long-Term Operation beyond 60 years to a panel of leading international experts in the nuclear field at the International Scientific Advisory Review (ISAR) held in Paris last week. Exactly one year ago, Régis CLEMENT and I had the honor of hosting international representatives from operators, research institutes, and engineering firms to share their perspectives on the long-term operation of nuclear power plants. Building on their insights and encouraged by the global consensus around operations beyond 60 years, we committed to presenting our roadmap to gather feedback and recommendations for our R&D, engineering, and operational programs. Over the three days of the ISAR, we presented a detailed selection of key programs related to the operation of the French NPP fleet beyond 60 years. The international panel of experts from the U.S., Asia, and Europe found EDF’s practices to be appropriate and consistent with other international methodologies, as well as they recommended EDF to continue to participate in and monitor international work and activities on those specific fields. The experts panel's conclusions and recommendations have strengthened our confidence in the technical and strategic decisions and have been presented to the safety authority #ASN and its technical advisor #IRSN. We are grateful to the invited international experts for their valuable contributions, and we are proud to have been able to organize such an event within the international community. It was an honor to bring together leading minds from across the globe to advance discussions on the safe and reliable long term operation of nuclear power plants. 👏 A special thanks to @Stéphane Fernandez and Marie Berthelot for organizing such an event, which will remain a reference for international scientific collaboration! Sylvie RICHARD ; Régis CLEMENT ; Kiminobu Hojo ; Naoki SONEDA; Koji NAGANO 長野浩司 ; Kim YUN-JAE; Elliot LONG; Yann Le Pape ; Emma Wong ; William MAHER; Jean Smith, PhD PE ; Cem Topbasi, PhD ; Rachid CHAOUADI ; Uytdenhouwen Inge ; Philippe Bompard Valéry Lacroix, PhD ; Etienne Dutheil
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L’exploitation du parc nucléaire français est unique, par la taille de notre flotte composée de 57 réacteurs fortement standardisés, notre doctrine de maintenance évolutive et harmonisée, et par la manière dont nous accompagnons sa durée de vie, décennie par décennie. Le parc français peut encore fonctionner longtemps. Nous avons réussi à lever la barrière technique des 40 ans de fonctionnement en proposant un programme ambitieux pour le 4ème réexamen périodique de nos réacteurs de 900 et de 1300 MW. Son intégration va permettre de réduire encore l’exposition des populations à un rejet radiologique si un accident survenait, tout en réduisant fortement la probabilité que celui-ci se produise. Nous atteignons ainsi des objectifs de sûreté proches de ceux d’un EPR. Forts de ce résultat, nous travaillons depuis 2 ans sur les conditions de poursuite d’exploitation de nos réacteurs au-delà de 60 ans. Nous avons choisi de le faire en confrontant notre projet avec la communauté internationale. Ce travail exigent est réalisé avec l’appui de la R&D d’EDF dans le cadre de l’International Scientific Advisory Review (ISAR). Il va nous permettre de continuer à innover pour le futur du parc nucléaire, dans une démarche pragmatique. Je m’associe à Bernard SALHA pour remercier le panel d’experts qui travaille à nos côtés, les équipes de la R&D d’EDF et toutes les équipes techniques qui travaillent sur ce projet. Penser l’avenir du parc nucléaire, c’est intégrer tous les types de changements auxquels nous sommes confrontés. Celui du climat et du réchauffement climatique est déjà réel et concret. Nous avons décidé de placer ce sujet au cœur du 5ème réexamen périodique de nos réacteurs, qui nous permettra de poursuivre leur exploitation jusqu’à 60 ans. Nous allons renforcer la résilience de nos installations aux événements climatiques extrêmes, canicules, tempêtes, inondations, et aussi les rendre encore plus économes en eau et toujours plus respectueuses de l’environnement. 1 KWh d’électricité produit par le parc nucléaire français émet moins de 4 gr de CO2, c’est déjà le moyen de production le moins carboné en Europe. Notre ambition est que cette source d’électricité puisse rester disponible ces prochaines décennies, pour permettre la décarbonation, par l’électrification, de notre économie.
👉 LTO beyond 60 years : The EDF's technical roadmap reviewed by a panel of international experts at ISAR It is with great pride, yet with due humility, that EDF presented the technical roadmap for Nuclear Power Plant Long-Term Operation beyond 60 years to a panel of leading international experts in the nuclear field at the International Scientific Advisory Review (ISAR) held in Paris last week. Exactly one year ago, Régis CLEMENT and I had the honor of hosting international representatives from operators, research institutes, and engineering firms to share their perspectives on the long-term operation of nuclear power plants. Building on their insights and encouraged by the global consensus around operations beyond 60 years, we committed to presenting our roadmap to gather feedback and recommendations for our R&D, engineering, and operational programs. Over the three days of the ISAR, we presented a detailed selection of key programs related to the operation of the French NPP fleet beyond 60 years. The international panel of experts from the U.S., Asia, and Europe found EDF’s practices to be appropriate and consistent with other international methodologies, as well as they recommended EDF to continue to participate in and monitor international work and activities on those specific fields. The experts panel's conclusions and recommendations have strengthened our confidence in the technical and strategic decisions and have been presented to the safety authority #ASN and its technical advisor #IRSN. We are grateful to the invited international experts for their valuable contributions, and we are proud to have been able to organize such an event within the international community. It was an honor to bring together leading minds from across the globe to advance discussions on the safe and reliable long term operation of nuclear power plants. 👏 A special thanks to @Stéphane Fernandez and Marie Berthelot for organizing such an event, which will remain a reference for international scientific collaboration! Sylvie RICHARD ; Régis CLEMENT ; Kiminobu Hojo ; Naoki SONEDA; Koji NAGANO 長野浩司 ; Kim YUN-JAE; Elliot LONG; Yann Le Pape ; Emma Wong ; William MAHER; Jean Smith, PhD PE ; Cem Topbasi, PhD ; Rachid CHAOUADI ; Uytdenhouwen Inge ; Philippe Bompard Valéry Lacroix, PhD ; Etienne Dutheil
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Enron launched a micro-nuclear reactor to power day to day things. It can power an average home for about 10 years. This - if the claims are correct - seems like an invention greater or on par with the level of advancement in AI. Nuclear reactors have been around, but having one available to use for your home without having to ever pay for electricity again is a first thing and a game changer! I just hope that AI don’t start using Enron to power itself for infinite electricity. Otherwise our main weapon against machines (pulling the plug) won’t work anymore :(
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💥 Ultrashort pulsed lasers allow melt-free machining of almost all materials. But they can cause secondary radiation, sometimes reaching X-ray levels. ☢️ Together with our partners Bundesamt fuer Strahlenschutz (BfS), Laserinstitut Hochschule Mittweida and GFH GmbH, we had the opportunity today to raise awareness and discuss the implications for radiation protection and legislation at the International Atomic Energy Agency (IAEA) Ministerial Conference on Nuclear Science, Technology and Applications and the Technical Cooperation Programme. 🙏 Thanks for having us! Please have a look at our explanatory video https://lnkd.in/ev3auMk4 🎥
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3 projets SMR en Ontario...On a le choix: réduire notre consommation énergétique en choisissant mieux ou sinon utiliser des moyens avec une grande densité énergétique...ou essayer de viser entre les 2 ! Pendant ce temps, en Ontario, on prévoit maintenant une augmentation de 75% des besoins électriques à cause des VE. C'est sûr que si on change un F-150 < essence par un Lightning ou un Hummer EV, on va pas nécessairement vers une décroissance :-)
Small modular reactors offer a viable option to supply clean and abundant energy accessible to countries worldwide. #SMRs are more affordable, faster to build, and can generate about one third of the energy generating capacity of conventional nuclear power reactors. Next week, we will take stock of global activities related to SMRs and discuss emerging opportunities and challenges. Join in-person or online for the 1st International Conference on Small Modular Reactors and their Applications: iaea.org/events/smr2024
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le plus beau site nucléaire
#FlyOver EDF #TricastinNPP and Orano #TricastinPlant 🤩‼️ #TheBeautyOfNuclearPower 💪 with #IbrahimMaalouf and #BarackObama: #UnaRosaBlanca❗ #Source : https://lnkd.in/eb6sACgQ #Nuclear #IndustrialHeritage #TheArchivistProject #LowCarbonEnergy #EnergyForFuture
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Our FLARE system is a prime example of what Greg Piefer discussed at the #TOFE2024 plenary: finding immediate applications for fusion tech. It's not just about future energy production, but building expertise and investor confidence through practical uses today. This stepwise approach could be key to fusion's long-term success.
I'm proud to announce our latest fusion product offering: FLARE™ (Fusion Linear Accelerator for Radiation Effects). Our FLARE technology completely changes the game for both single event and accumulated damage radiation effects testing. FLARE uses the world's most powerful continuous fusion system, capable of producing 50 trillion 14.1 MeV neutrons per second--the brightest steady state source by ~1000 times. We've developed this after more than a decade of research and development focused on commercial applications of fusion. Our DT fusion systems will improve the safety and sustainability of our world by: -ensuring defense electronics can survive and operate in harsh battlefield environments -aiding the development of civilian electronics that can operate more reliably in space and on the ground -providing fusion energy researchers much better tools to assess component damage and breeder design Our new capability has been proven to reduce component test times from months to days, and will greatly speed the iterative design and test process. We'll be showcasing this capability both at the upcoming ANS #TOFE2024 meeting and at the IEEE Nuclear & Space Radiation Effects Conference #NSREC2024. So proud of our team and what they've done to make fusion add value today in pursuit of our plans to completely change the way humans make energy. SHINE ON!! https://lnkd.in/gST5puMq
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Director, Radiological Protection Services
2 moisI was a great conference.