Organizing Institutions:

hysafe-site   Technova header logo
In Collaboration with:

H2FC-site   iso-site   ijhe-site   HySUT-reduced

 

With the endorsement of:
iphe-site EUCommission-site HIA-site aist open yokohama hess-new vvff-site nedo
doe-color-site fcdic kanagawa

Themes and Topics

Safety in H2 infrastructure

  • Production
  • Distribution and transport (pipelines, gaseous and liquid)
  • Storage
  • Handling and Use

H2 fueling stations deployment experience

  • Safe design
  • Indoor / outdoor fueling
  • Permitting
  • Public acceptance
  • Mitigation practices
  • Co-location with other fueling options

Mixed / blended H2 fueling stations and vehicles

  • HCNG

Safety in H2 vehicle /station interface

Safety in H2 vehicles

  • On-board storage
  • Vehicle operation in tunnels and garages
  • Public acceptance
  • Material handling and operations in warehouses

H2 Safety aspects in other applications/industries/technologies

  • Chemical plants
  • Oil refinery
  • Space-aircrafts- Unmanned Aerial Vehicles (drones)
  • Nuclear
  • Maritime applications e.g boats, submarines
  • Mining industry
  • Semiconductor/electronic industries, electrical generators, neutron beams and other fundamental experiments
  • Other applications

Safety of energy storage

  • H2 solid-storage materials
  • Grid scale storage
  • Power-to-gas / power-to-hydrogen

Fuel cells and electrolysers related safety issues

  • Risk Assessment
  • Safety of material
  • Normative or Pre-normative

Behavior of Gaseous and Liquid Hydrogen and hydrogen mixtures

  • Release, dispersion
  • Ignition and auto-ignition
  • Combustion: fire, deflagration, detonation, transitional effects

Physical effects, consequence analysis

  • Thermal, overpressure, missile effects
  • Effects on humans and environments
  • Incidents, accidents and near misses

Hydrogen effects on materials and components

  • Embrittlement
  • Permeation/blistering

Risk/safety management

  • Hazard identification and analysis
  • Risk assessment (cost-benefit analysis, safety perception, acceptance and harm criteria, uncertainties, decision making, human factor)
  • Risk-informed safety engineering
  • Prevention and Mitigation (active, passive, sensors, safety distances)
  • Insurance
  • Safety solutions and implementation of H2 technologies
  • Public Acceptance
  • “Outside-the-box” safety

Regulations Codes and Standard (RCS)

  • Pre-normative research (needs, approaches, incorporation of QRA)
  • Post normative experience (case studies)
  • Comparison/compatibility with other fuels

Education, training, lessons learned and best practices

  • First responders training
  • Databases

 

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