CAELUS’ Post

Looking forward to a focused week on Small Modular & Advanced Reactors and their applications at the first International Atomic Energy Agency (IAEA) conference on SMRs in Vienna. ➡️If any participants would like to chat more during the week about Urenco Global, how we plan to support the new nuclear market growth or just want to build your nuclear network, please do reach out 🌍 ⚡️ 🤝 #nuclearfornetzero

Kristina Gillin, a Principal Consultant with Vysus Group’s nuclear team and an expert on sustainability in the nuclear industry, will deliver a presentation at the International Atomic Energy Agency (IAEA)'s conference on Small Modular Reactors (SMR) in Vienna, Austria tomorrow. She will present a set of design principles for SMRs in a circular economy. This builds on her previous work related to nuclear decommissioning in the context of sustainability and circularity. The design principles are also applicable for new, large-scale reactors and we will be sharing further insights on these in the coming weeks so stay tuned! #technicalexcellence #nulcearenergy #energytransition #circulareconomy

Small, modular, more affordable and faster to build than conventional reactors—could small modular reactors play a major role in expanding access to low-carbon energy and help achieve #NetZero emissions by 2050? Over 1000 participants from nearly 100 countries will gather next week for the first IAEA International Conference on Small Modular Reactors and their Applications. The conference will take stock of global SMR activities and discuss emerging challenges and opportunities. Sessions will cover #SMR design, technology, and the fuel cycle; legislative and regulatory frameworks; safety, security, and safeguards; and considerations for SMR deployment. Learn more and follow the discussions in person or virtually: atoms.iaea.org/3A4MWVa

Really excited to be attending the International Atomic Energy Agency (IAEA) conference on Small Modular Reactors, on behalf of the National Nuclear Laboratory. Looking forward to discussions with leading subject matter experts on how we can work together to achieve #NetZero ☢️ in particular the synergy of Safety, Security and Safeguards by Design. #SMR #AMR #ProtectiveSecurity

Feasibility of Deploying SMR and AMR Reactors in a Marine Environment https://lnkd.in/e3uHp9XH

Attending the seminar on ‘Future of Clean Energy’ at DTU - Technical University of Denmark with Seaborg Technologies, focusing on the important Korea-Denmark cooperation in developing Small Modular Reactors (SMR) technology #decarbonizing #nuclearpower

https://buff.ly/4ggzc9I "GE Hitachi’s (GEH) small modular reactor (SMR) design has passed a significant regulatory milestone, bringing the technology a step closer to deployment in the UK." #engineering #environment

Small Modular Reactors: Challenges Remain, But New Plants ‘Could Live Up To Potential By 2050’. #NuclearPower #NuclearEnergy SMR #Nuclear Plants are expensive, but can still be lowest cost option, according to University of Michigan researchers https://lnkd.in/eSKsVKvK

#Newcleo: European Advanced Reactor Startup Applies For UK Generic Design Assessment Of LFR-AS-200 Company expects to demonstrate technology in early 2030s #NuclearEnergy #AdvancedReactors #SMR newcleo https://lnkd.in/dzmAMaY3

Hydrogen as a marine fuel is still in its early stages. As the maritime industry moves towards low and zero-emission fuels due to stricter regulations, hydrogen must demonstrate its technical and commercial viability for future adoption. Building on previous assessments of HyForce, a hydrogen-fuelled harbour tug, researchers from A*STAR’s Institute of High Performance Computing (IHPC), in collaboration with Seatrium, developed a digital twin of the tug. This virtual model allowed them to evaluate its performance using computational fluid dynamics (CFD) simulations that mimic real-world conditions like wind, waves, and sea currents. The initial findings indicated that the tug would require between 93 kW to 1892 kW of power to achieve speeds of 5 to 12 knots under ideal conditions. The full article is featured in Science Direct - Energy Conversion and Management (impact factor: 7.1): https://lnkd.in/g3Yxutg2 IHPC: nguyen van bo Raymond Quek Chang Wei KANG Zhang Baili Seatrium: Vineeth Menon NTU: Prof Siew Hwa Chan #IHPC #CFD #computationalfluiddynamics #energy #digitaltwin