Critical industrial systems require the use of a system to manage their safety: they must be known, deployed and evaluated according to the processes used.

. From accidental risk to performance of safety barriers (French regulatory context)

  Accidental risk
  Definitions of facilities classified
  Vocabulary and technological risk concepts
  General process of hazard study
  The butterfly knot model
  Assessment of safety barriers
  
  study case method hazop, lopa, amdec

. IEC 61508 and IEC 61511 (International Voluntary Rules) regulatory context and application of standards. Security instrumentation systems through their life cycle: Allocation, design specification, validation Operation, maintenance, modification Dismantlement, audit and management

  PFD study case of valve, PFD calculation of FIS

. Modelling for the assessment of the probability of safety barrier failures.

  studies of tools and comparison of their performance.
  Presentation of the GIS module of the Griff software.

  Practical modelling and facility analysis cases.

No authorized documents. Authorised calculator.

• SIL Automation & Security - Industrial Control Integrity and Security, Fabien CIUTAT, APTA Edition, ISBN 978-2-9538853-2-3.

• Instrumented safety system sis, Engineer Techniques: https://www.techniques-ingenieur.fr/glossaire/systeme-instrumente-de-securite-sis.

• INERIS Report - Evaluation of the prevention and protection measures used to reduce the risk of major accidents: Evaluation of the safety technical barriers - 2005
• INERIS Report - Assessment of Human Security Barriers - 2006
• Database of Technical Barriers to Safety: BADORIS [http://badoris.ineris.fr]
• Form 7 - ESD: Risk control measures based on human intervention - MEDD, 28/12/06