Multiple authoritative sources confirm 'SMR core' as the standard term for reactor core technology in small modular reactors.
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Samsung C&T Successfully Demonstrates 'Core SMR Technology'
Samsung's breakthrough in modular construction validates the 'Core SMR' concept for Romanian SMR project deployment.
KAERI Deploys Agentic AI to Support SMR Reactor Operations
Korean research institute validates world's first autonomous AI co-pilot on SMR simulator for enhanced safety and operations.
NEA Launches RegLab to Regulate AI Use in SMR Deployment
Nuclear Energy Agency initiates multinational effort for safe AI application in SMR licensing and deployment.
U.S. DOE Accelerates HALEU Availability Program for Advanced Reactors
Department of Energy establishes program to secure domestic HALEU supply, critical for advanced reactor deployment.
Construction Begins on First U.S. SMR Fuel Fabrication Facility
TRISO-X's TX-1 plant will be the first U.S. facility exclusively manufacturing fuel for advanced SMRs.
SMRs Enable Hydrogen Production Below $3.80/kg, Study Finds
ULC-Energy study shows SMR-SOEC combination can produce green hydrogen at competitive costs with high availability.
NuScale Advances Clean Water and Hydrogen Production with SMR Research
NuScale Power announces integrated energy system research for simultaneous desalination and hydrogen production.
AI Power Demand Drives SMR Deployment for Data Centers
Growing AI computational needs create unprecedented electricity demand, making SMRs attractive for tech companies.
UK Advances SMR Strategy with Rolls-Royce Deployment Plans
United Kingdom accelerates SMR deployment as part of energy security and decarbonization strategy.
SMR Fuel Technologies: From Traditional to Advanced Designs
Comprehensive overview of fuel technologies for small modular reactors, including LEU, HALEU, and TRISO fuels.
The SMR Development Lifecycle: From Design to Deployment
Examination of the complete development process for small modular reactors, including design, licensing, and construction phases.