Project

    The Low Power Research Reactor

    The Low Power Research Reactor, inaugurated in 2018 by His Royal Highness Prince Mohammed bin Salman bin Abdulaziz, Crown Prince and Prime Minister, is the first of its kind in Saudi Arabia.

     

    This project contributes to the design and development of the nuclear reactor industry in the Kingdom, developing and qualifying competencies and building human capacity to operate nuclear power reactors, and transfer their technologies to contribute to Vision 2030 objectives by diversifying the Kingdom’s economy and increasing renewable energy production. The reactor specifications were designed and developed by the King Abdulaziz City for Science and Technology with the participation of King Abdullah City for Atomic and Renewable Energy and international experts.

    The Low Power Research Reactor is one of the open-pool type reactors, which are characterized by specifications suitable for research uses with very high safety and security standards. It operates at low pressure with its dependence on natural circulation for cooling, which makes it an ideal tool for research, development, and training in the fields of nuclear and related sciences.

    Discover how Vision 2030 is driving the Kingdom towards a new green era of renewable energy and sustainable development.

    Objectives

    Building a national highly skilled and experts in the field of nuclear technology and power plant reactors operation.

    Localize the technologies, manufacture nuclear reactors, and support the long-term infrastructure required for the Saudi National Atomic Energy Project.

    Fostering high-quality nuclear research development and innovation output in energy, medical, and radioisotope.

    Promoting sustainable nuclear energy development and enhancing public awareness.

    Figures

    1st

    Nuclear reactor in Saudi Arabia

    6

    laboratories & irradiation facilities

    +30

    Saudi researchers & engineers involved in reactor design

    100kw

    of power

    +40

    years operational lifetime

    4

    training and advanced nuclear simulation facilities