Expertise in fuel‑cycle physics and chemistry remains essential for deploying advanced reactor systems, especially as many countries intensify their energy‑transition efforts.
10.1787/e586e483-en
All low-carbon solutions will be required to achieve the world's net zero targets. Nuclear energy has a role to play in meeting this need. A wave of innovation in small modular re...
Disruptive technologies, such as artificial intelligence, learning algorithms, 3D printing, advanced robotics and drones are transforming entire sectors of the ...
This web page is intended for the description of the nuclear fuel cycle codes that have been used in the recent activities of the Expert Group on Advanced Fuel Cycle Scenarios (EGAFCS), under the gui...
The Working Party on Scientific Issues of Advanced Fuel Cycles (WPFC) studies advanced nuclear fuel cycles, including fuel cycle scenarios, innovative fuels and materials, separation chemistry, waste...
The NEA delegation travelled to Bulgaria to take part in “Sustainable Nuclear Innovations.”
Increasing the contribution of nuclear energy to global production of electricity provides a practical pathway toward reaching ambitious net zero carbon emission targets. The value of nuclear energy ...
Small modular reactors (SMRs) are technologies capable of harnessing the energy from nuclear fission reactions to produce heat and electricity with power outputs typically smaller than 300 MWe, with ...
This document provides sources used in the publication entitled The NEA Small Modular Reactor Dashboard: Second Edition.
