T. Jordan

1. Institut für Kern- und Energietechnik, Postfach 36 40, 76021 Karlsruhe EC Network of Excellence (NoE) HySafe“Safety of hydrogen as an energy carrier” T. Jordan Work package and clusters Project Management NATURALHY Technical External Projects HyGuide StorHy HyApproval Jointly Excecuted Research Activities Hydrogen Sensors Repair Shop for H2 vehicles Releases in (partially) confined spaces Technical Internal Projects Disseminating Activities WP1. BRHS WP5. HIAD WP14. ICHS WP15. e-Academy WP16.)RC&S Background Cluster “Phenomena” Cluster “Tools” In Europe there are many research activities in the field of hydrogen safety. These activities are heterogeneous, fragmented, and not well connected. Most of the experience and knowledge is coming from nuclear safety, from gas and oil and from aerospace industries. The largest amounts of hydrogen are used safely in chemical industries in a professional environment with specially educated staff. However, experience with hydrogen in a private environment is lacking completely. Therefore the EC is supporting the integration of the research activities with the help of a new instrument, the Network of Excellence (NoE). The NoE HySafe should provide an integrated harmonised scientific basis for the safe introduction of hydrogen as an energy carrier, and shall contribute to the public awareness by generating an excellent safety culture. WP4. SPR WP8. Release WP9. Ign.+Fires WP10. Explosions WP2. IEF WP11.Mitigation WP3. A-CFD WP6. CFD-Club WP12. RA PMO WP17. General Management WP7. MPA WP13.Website NoE Management by Coordination Committee Management Projects DJPA planning Business Plan „European Hydrogen Safety Center“ • Internal projects following the current HySafe headlines: • Releases in (partially) confined spaces • Detection and mitigation • Internal project “InsHyde” • Investigation of non-catastrophic releases in confined areas/rooms • Determination of permeation and release limits • Systematic assessment of sensor and mitigation requirements • Related simulations and experimental verification • Recommendations for electrical equipment, ventilation requirements, etc… HySafe facts • Goal: long term integration of the EU research activities related to hydrogen safety • Integration of experimental facilities, numerical tools and staff by coordinated joint research activities • Creating public awareness and trust in the safety of hydrogen technologies • Consortium: 24 partners from 12 EU countries + 1 partner from Canada • (5 universities, 7 industry partners and 13 public research labiratories) • Co-ordinator: Forschungszentrum Karlsruhe • started 03/2004, 5 years co-financing by the EC • Further details and publications onwww.hysafe.net • Internal project “HyTunnel” • Tunnel accidents are in the public focus. The EC tunnel safety directive does not cover hydrogen issues. To save the heavy investments in tunnel equipment the requirements for future hydrogen driven land vehicles are assessed in this two step project. • Step I: • Selection of critical, but broadly accepted scenarios • Review of available experimental results and simulation analyses • Qualitative evaluation of the efficiency and compatibility of existing mitigation measures (active ventilation, sprays, etc…) • Step II: • Experimental program (in cooperation with other EC tunnel projects) • Proposal for an addendum to the “EC Safe Tunnel Directive” Activity Matrix Risk Control Regulations, Codes and Standards Mitigation Risk Assessment Distribution Combustion Application Production Transport Storage Vehicles Tunnel, Garage Other