Search Log in FR EN

Risques dans la filière hydrogèneModélisation des explosions (MRI)

FISE MRI Semester 9 Common Core Machine translation

Risks in the Hydrogen Sector

Teaching unit Modeling of Explosions · M090_RAI1
9ECTS (EU)
1Coefficient
21:00Hours

Séquencement

C TD C TD TD TD TD

Learning objectives

This module focuses on the risks present in the growing hydrogen industry. Indeed, the risks associated with this energy vector, which has certain specificities compared to other gases, are present at all levels of the industry (production, transport, storage, applications) and at different times in the life of the installations (operation, maintenance and control for example).

Prerequisites

ModuleTeaching unitSemester
Physical and Chemical RisksEA: Process Engineering 1S7
Risk MethodologyEngineering Sciences 8S8
Gas ExplosionExplosions and ConsequencesS9

Program

  1. Knowledge of risks associated with hydrogen, engineering tools to model the consequences of accidents.
  • The risks and specificities of hydrogen
  • Storage of hydrogen, technology and tank characteristics
  • Leak and dispersion in confined environment
  • Explosion in confined environment with vent
  • Clashing of tanks
  1. Hazard studies for hydrogen.
  • Regulation of hazard studies
  • Hydrogen-related accident
  • Content of a hazard study
  • Application to H2 process: preliminary risk analysis, butterfly node, LOPA method (safety barrier effectiveness assessment)

Assessment

One review per intervenor.

Skills

3
Ref.VerbDescriptionLevel
C1_2calculateCalculate the effects of hydrogen accidents2
C2_1identifyIdentify hydrogen accident scenarios2
C2_1analyzeAnalyze a process and propose security barriers3