Dual Fluid Reactor: Increasing the Energy Return of Nuclear Power
Discover how Dual Fluid’s reactor concept dramatically increases energy return in nuclear power—combining high efficiency with fast neutron reactions and full actinide utilization.
Accelerated Thorium-LFR Technology: Turning Nuclear Waste into Energy
Discover how Transmutex is redefining nuclear sustainability by using thorium and particle accelerators to transmute long-lived waste into clean energy with Lead Fast Reactors (LFRs).
Mass Manufacturing Thorium Reactors: Copenhagen Atomics’ Modular Vision
Discover how Copenhagen Atomics is leading the mass production of thorium molten salt reactors using containerized designs to convert nuclear waste into clean, scalable energy.
Nuclear Safety and Security in Europe: JRC’s Strategic 3S Vision
The EU’s Joint Research Centre outlines its strategy for nuclear safety and security: workforce competence, 3S-by-design integration, and harmonized deployment frameworks for SMRs across Europe.
IAEA SMR Programme: Globalizing Small Modular Reactor Deployment
The IAEA’s SMR Supporting Programme enables global small modular reactor deployment through safety harmonization, licensing support, and the ARIS design catalogue. Discover how the UN’s nuclear body builds bridges for a modular energy future.
Westinghouse AP300 SMR: Modern Modular Reactors for a Sustainable Energy Future
At binding.energy 2025, Dr. Martin Pache presented Westinghouse’s nuclear reactor strategy—featuring the AP1000 and AP300 SMR. With passive safety, modular construction and global scalability, these designs shape the future of sustainable nuclear energy.
Ultrashort Pulse Laser Fusion: Marvel’s Path to Compact Power Plants
At binding.energy 2025, Floris Deurvorst from Marvel Fusion unveiled their ultrashort pulse laser fusion concept, combining nanostructured fuels and fs-lasers to enable compact, scalable fusion systems. Backed by €200M+, Marvel aims for grid-relevant ignition this decade.
Stellarator Fusion Energy: Proxima Fusion’s Path to Steady-State Power
At binding.energy 2025, Dr. Lucio Milanese introduced Proxima Fusion’s stellarator roadmap – building on Wendelstein 7-X to deliver net-positive, steady-state fusion energy with advanced European design and magnet technology.
Magnetic Fusion Readiness: From Plasma Science to Commercial Reality
At binding.energy 2025, Prof. Dr. Frank Jenko outlined the essential steps to bring magnetic fusion to the grid – from digital twins and GENE-X to regulation, tritium breeding and industrial readiness.
Fusion Innovation Strategy: How SPRIND Powers Disruptive Energy Technologies
At binding.energy 2025, Dr. Antonia Schmalz (SPRIND/PLT) presented Germany’s bold fusion innovation strategy – enabling disruptive laser startups with €90M+, building supply chains, and shaping policy for commercial fusion.