The Emirates Nuclear Energy Company has signed a Memorandum of Understanding with the Saskatchewan Research Council and the Global Institute for Energy, Minerals, and Society of Canada to advance cooperation across nuclear research, development, and capacity building. Moreover, the agreement reflects growing international collaboration aimed at strengthening civil nuclear capabilities.
The MoU was signed on the margins of the World Future Energy Summit in Abu Dhabi. Additionally, it establishes a structured framework to support joint initiatives across priority areas of the nuclear energy value chain.
Focus on SMRs and advanced reactor systems
Under the agreement, the partners will collaborate on Small Modular Reactors and advanced reactor systems. Furthermore, the cooperation will focus on enhancing operational performance while improving plant efficiency and long-term reliability.
The framework also explores the application of digital technologies. As a result, artificial intelligence and robotics will be assessed for their role in supporting safe, responsible, and efficient nuclear operations.
Knowledge exchange and workforce development priorities
The agreement emphasizes knowledge exchange and workforce development. Therefore, it aims to build long-term technical capability and institutional expertise across participating organisations.
Additionally, the cooperation seeks to extend the value of the UAE’s operational experience in civil nuclear energy. Consequently, insights gained from the delivery and operation of the Barakah Nuclear Energy Plant will support international best practice through structured collaboration.
Strengthening long-term nuclear sector capabilities
Through this partnership, stakeholders intend to reinforce sector-wide resilience and innovation. Moreover, the framework supports sustained skills development, research collaboration, and the deployment of technology aligned with global nuclear energy standards.
As a result, the agreement contributes to strengthening international cooperation while supporting the responsible growth of nuclear energy systems worldwide.
