Till innehållet
English
Till startsidan
  • Rapport
  • Kärnkraft

Safety Demonstration Plan Guide

| 2018:512 | Marie-Louise Axenborg & Pontus Ryd
In this guide a generalized method is presented for how to plan and perform safety demonstration for instrumentation and control systems in nuclear power plants. The method is developed to be applicable for large as well as small projects and for new build and modifications projects. The method is based on several different national and international experiences.
bild 2018-512.jpg

Three important purposes for performing Safety Demonstration are identified in this guide. The first is to convince oneself, in the project and as Licensee, that the plant is safe during and after the project implementation and document the basis for that conclusion. The second purpose is to demonstrate the safety, with argumentation and evidence, to reviewers and the regulating authority. The last and not least of the three, is to minimize both licensing and commercial risks linked to the project and the overall investment.

The guide suggests a structure for how to plan a Safety Demonstration and a life cycle model with phases related to normal project development phases. The most important phase of Safety Demonstration is the planning phase. The focus of the guide is to give a general model for Safety Demonstration and it also provides useful detailed references for specific problem areas when it comes to digital I&C systems in safety critical applications.

Using the method suggested in this guide should simplify the performance of Safety Demonstration and facilitate the possibility to exchange experiences between projects, between Swedish and Finnish sites as well as between authorities.

Rapporter och publikationer

Här listas rapporter och resultatblad från programmet.

    • Rapport

    Uses for big data in the Nordic nuclear power plants

    This report provides a comprehensive overview of how big data could trans-form Nordic nuclear power plants, mapping current and emerging applications, technical and organisational requirements, and lessons learned from both the nuclear sector and other safety-critical industries.

    |2026:1066Tommie Lindquist, Markus Eriksson RISE
    Big data
    • Rapport

    Cyber Security for Operational Technology

    Nuclear power plants increasingly rely on Operational Technology (OT) that must be secured against cyber threats.

    |2025:1136Maria Alsterskär, Johan Ander, Fredrik Ekelund, Torsten Engström SWECO Sverige AB
    2025-1136 omslagsbild.jpg
    • Rapport

    Trends In Nuclear Instrumentation And Control Systems 2025

    This report summarizes impressions and reflections from a major I&C and HMI conference organized by the American Nuclear Society This year the conference was an embedded part of the 2025 ANS Annual Conference that besides from I&C and HMIT also included a conference on Probabilistic Safety Assessment and Analysis (PSA).

    |2025:1134Emil Ohlson Forsmarks kraftgrupp, Jonas Olandersson Ringhals
    2025:1034 Trends ...
    • Rapport

    Process for Managing Ageing of I&C Equipment

    The Instrumentation & Control (I&C) systems can be regarded as the nerves and brain of a nuclear power plant. Thus, effective processes for management of I&C ageing and obsolescence are crucial for maintaining safe and reliable operation of nuclear power plants over time.

    |2025:114Gabriel Aspegren, Emelie Gaveberg
    Bild till webben 2025-1114