International Conference on Hydrogen Safety 810 September 2005, Pisa Legal Requirements and Standard - PowerPoint PPT Presentation

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International Conference on Hydrogen Safety 810 September 2005, Pisa Legal Requirements and Standard

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WG 8 Hydrogen generators using water electrolysis process ... WG 7 Portable fuel cell appliances Safety and performance requirements ... – PowerPoint PPT presentation

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Title: International Conference on Hydrogen Safety 810 September 2005, Pisa Legal Requirements and Standard


1
International Conference on Hydrogen Safety 8-10
September 2005, PisaLegal Requirements and
Standards SessionPresented by Randy
DeyPresident of The CCS Global Group Inc.
Chairman of ISO/TC 197
  • 9 September 2005

2
Agenda of the presentation
  • 1. ISO/TC 197 and IEC/TC 105
  • 2. Benefits of RCS Harmonization
  • 3. Harmonization Organizations
  • 4. How HySafe can help

3
1. ISO/TC 197Membership
  • Chairman Randy Dey, The CCS Global Group Inc.
  • Secretary Sylvie Gingras, BNQ on behalf of SCC
  • Participating countries Argentina, Austria,
    Belgium, Canada, Denmark,  Egypt, France,
    Germany, Italy, Japan, Republic of Korea,
    Netherlands, Norway, Russian Federation, Spain,
    Sweden, Switzerland, USA  

4
1. ISO/TC 197Scope
  • Standardization in the field of systems and
    devices for the production, storage, transport,
    measurement and use of hydrogen.

5
1. ISO/TC 197Published Standards
  • ISO 13984 1999 Liquid hydrogen Land vehicle
    fuelling system interface
  • ISO 146871999/Cor. 2001 Hydrogen fuel Product
    specification
  • ISO/TR 159162004 Basic considerations for the
    safety of hydrogen systems
  • ISO/PAS 155942004 Airport hydrogen fuelling
    facility

6
1. ISO/TC 197Work programme
  • ISO/DIS 13985
  • ISO/FDIS 17268
  • ISO/DIS 15869
  • ISO/DIS 22734-1
  • ISO/WD 22734-2
  • WG 1 Liquid hydrogen Land vehicle fuel tanks
  • WG 5 Gaseous hydrogen Land vehicle filling
    connectors
  • WG 6 Gaseous hydrogen and hydrogen blends
    Land vehicle fuel tanks
  • WG 8 Hydrogen generators using water
    electrolysis process
  • Part 1 Industrial and commercial applications
  • Part 2 Residential applications

7
1. ISO/TC 197Work programme
  • ISO/DIS 16110-1
  • ISO/WD 16110-2
  • ISO/CD 16111
  • ISO/DTS 20012
  • ISO/WD 14687-2
  • WG 9 Hydrogen generators using fuel processing
    technologies
  • Part 1 Safety
  • Part 2 Procedures to determine efficiency
  • WG 10 Transportable gas storage devices
    Hydrogen absorbed in reversible metal hydrides
  • WG 11 Gaseous hydrogen and hydrogen blends
    Fuelling stations
  • WG 12 Hydrogen fuel Product Specification
    Part 2 Road vehicle fuel cell applications

8
1. ISO/TC 197Work programme ISO/TC 197 is
also looking at the standardization of other
hydrogen components such as
  • Interface between the filling station and
    vehicles
  • Dispensers
  • Break away devices
  • Pumps
  • Compressors
  • Pressure relief valves
  • Burst discs
  • Automatic shut-off valves
  • Manual shut-off valves
  • Check valves
  • Pressure regulators
  • Rigid pressure lines
  • Flexible pressure lines
  • Fittings
  • Hydrogen injectors
  • Hydrogen vent systems
  • Hydrogen leak detectors
  • Heat exchangers
  • Seals

9
1. IEC/TC 105 Published standards
  • IEC/TS 62282-12005 Fuel cell technologies Part
    1 Terminology
  • IEC/TS 62282-12004 Fuel cell technologies Fuel
    cell modules

10
1. IEC/TC 105Work programme
  • IEC/CDV 66282-3
  • IEC/CDV 66282-4
  • IEC/WD 66282-5
  • IEC/PWI 66282-6
  • IEC/CDV 66282-7
  • IEC/CD 66282-8
  • IEC/WD 66282-9
  • IEC/WD 66282-10
  • WG 3 Stationary fuel cell power plants Safety
  • WG 4 Stationary fuel cell power plants Test
    methods for the performance
  • WG 5 Stationary fuel cell power plants
    Installation
  • WG 6 Fuel cell system for propulsion and
    auxiliary power units
  • WG 7 Portable fuel cell appliances Safety and
    performance requirements
  • WG 8 Micro Fuel Cell Power Systems - Safety
  • WG 9 Micro Fuel Cell Power Systems -
    Performance
  • WG10 Micro Fuel Cell Power Systems -
    Interchangeability

11
2. Benefits of RCS HarmonizationRCS
activities can help facilitate
  • Foster cooperation, guide technical work and
    accelerate the development of products by
    reducing the time required to get a new design
    into production
  • Assure safety of products and installations
  • Needed to allow product certification and global
    trade
  • Improve user and customer confidence in the
    products
  • RD
  • Demonstration
  • Commercialization

12
2. Benefits of Harmonization
  • Provide a common language between buyers and
    sellers
  • Increase productivity and efficiency in
    manufacturing (reduce the variety of products)
  • Reduction of capital investment in inventory,
    warehouse and special equipment

13
3. Harmonization Organizations
  • Global bodies such as UN/ECE, ISO, IEC are
    working towards global harmonization
  • The member countries of IPHE recognize that
    common RCS are required to accelerate the
    cost-effective transition to a global hydrogen
    economy
  • The HarmonHy project also fosters the
    harmonization of RCS
  • The Global Cooperation Group (GCG) is actively
    working with existing international organizations
    to facilitate harmonization

14

Global Links
International SDOs
Regulatory bodies
Other venues
ISO Roundtable
IPHE
UN ECE
ISO/IEC
ILC
Inland Transport Committee
ISO/TC197 H2 Technologies
Cooperation agreement between TC197 and TC22,
TC58 IEC/TC105
Sustainable Energy
IEA
WP.29
WP.15
GCG
Harmonization of Vehicle Regulations
Transport of Dangerous Goods

ISO/TC22
GRPE
EC
Road Vehicles
HarmonHy
ISO/TC58
GRPE HFCV Informal Group
HySafe
IEC/TC105
Gas cylinders
Development of HFC Vehicle GTR
Fuel cell Technologies
15
4. How HySafe can help
  • In order to develop international RCS that are
    based on the consolidated results of science,
    technology and experience, there is a need to get
    an international consensus on topics such as
  • Hydrogen release and dispersion in a number of
    environments
  • Thermal and pressure effects from hydrogen fires
    and explosions
  • Mitigation techniques
  • Risk assessment
  • Hazardous Zones Electrical Classification
    Distances
  • Clearance Distances for Venting of Hydrogen
    Storage

16
4. How HySafe can help
  • The experts involved in hydrogen safety should
    get involved in ISO/IEC. Their participation
    will ensure
  • Their work is made available to the international
    RCS community
  • Their work is connected to the needs of the
    international RCS community
  • Their work is presented in a format acceptable to
    the international RCS community
  • Assumptions are clearly defined
  • Tools used are identified
  • Means have been taken to validate the results.

17
Thank you
  • For more information, contact Randy Dey at
  • rdey _at_ccsglobalgroup.com
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