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  • Probabilistic Safety Assessment (PSA) Benchmark for Multi-Unit/Multi-Reactor Sites

    Closed for proposals

    Project Type

    Coordinated Research Project

    Project Code

    I31031

    CRP

    2147

    Approved Date

    13 July 2017

    Status

    Active - Ongoing

    Start Date

    14 February 2018

    Expected End Date

    15 February 2022

    Completed Date

    18 September 2023

    Participating Countries

    Argentina
    Canada
    China
    Finland
    Ghana
    Hungary
    India
    Pakistan
    Republic of Korea
    Romania
    Russian Federation
    Tunisia
    Ukraine
    United Arab Emirates

    Description

    Many nuclear power plants (NPPs), either of the same or of different types, designs, or age, are co-located on a single site. While operators and regulators recognize the potential for multiunit accidents, clearly demonstrated during the Fukushima-Daiichi accident in March 2011, past probabilistic safety assessments (PSA) of NPPs have only estimated the risk arising from damage to?one single NPP at a time.?This CRP will bring together experts from the Member States with water cooled reactor technologies to utilize, test?and further develop their current (or planned) PSA?methods and?assumptions?by conducting, and comparing results of, a meaningful benchmark exercise. The exercise will involve development of Multi-Unit/Multi-Reactor-Type PSA (from here on referred to as MUPSA),?based on single-unit PSA available in Member States. The insights gained from the exercise may identify technology solutions to reduce?those risk contributors that are specific to multi-unit effects.

    Objectives

    Promote international collaboration among IAEA Member States through the sharing of expertise and participation in the common benchmark calculations.

    Specific objectives

    Develop best practice guidance for conducting Level 1&2 multi-unit PSAs.

    Identify main risk contributors that delineate multi-unit risks from single-unit risks.

    Successfully complete the benchmark exercises and document lessons learned.

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