2
 Hydrogen Safety Codes & Standards A fundamental challenge to the commercialization of hydrogen energy technologies is the lack of safety information on hydrogen components and systems used in a hydrogen fuel infrastructure. A second challenge is the limited availability of uniform international codes and standards necessary to standardize technology. Internationally accepted codes and standards will be necessary to increase the confidence of local, regional and national officials in the use of hydrogen and fuel cell technology. Limited Safety Data for Hydrogen Systems Hydrogen has been used for years in industrial applications. However, onl y a small number of the hydrogen and fuel cell technologies, systems and components required for the hydrogen economy are in operation today. Many are in the pre-commercial development phase and are still proprietary. Therefore, only limited data are available on the operational and safety aspects of these technologies. In addition, the historical data used in assessing safety parameters for the production, storage, transport, and use of hydrogen are now several decades old and will need to be re- assessed and re-validated. These safety parameters were established for the industrial use of hydrogen and were not designed for the volume and uses envisioned in the hydrogen economy. Liability / Insurability Issues New technologies not yet recognized in codes and standards may have difficulty in obtaining reasonable rates for insurance, and may not be approved in some cases. The potential for lawsuits and the need to insure facilities and vehicles are serious concerns that could affect the commercialization of hydrogen technologies. Uniform codes and standards will reduce risks perceived by insurers of new and innovative hydrogen technologies. Internation al Competitiv eness Hydrogen and fuel cell codes and standards must be harmonized on an international basis. Internationally accepted safety codes and standards will provide the basis for the economies of scale necessary to commercialize new and innovative hydrogen and fuel cell technology. To facilitate innovation, codes and standards should be performance based, providing the private sector with the freedom to develop technology within the performance standards adopted by government authorities. Need for Increased Understand ing of Hydrogen Systems Understanding hydrogen and hydrogen system safety needs is critical for local government officials, fire marshals, and the general public. Emergency personnel must be trained on the special properties of hydrogen and the methods used to respond to accidents involving the use of hydrogen. Developing a set of uniform codes and standards for hydrogen energy systems will increase the confidence of local and municipal officials in permitting the development of hydrogen infrastructure. ***************** ******************* ******************* ****************** *** The IPHE partners are working together to ensure internationally accepted hydrogen and fuel cell safety codes and standards are developed. For more information, please visit the IPHE website at www.iphe.net . 

Hydrogen Safety Codes and Standards

Embed Size (px)

Citation preview

8/8/2019 Hydrogen Safety Codes and Standards

http://slidepdf.com/reader/full/hydrogen-safety-codes-and-standards 1/1

 Hydrogen Safety Codes& Standards

A fundamental challenge to thecommercialization of hydrogen energytechnologies is the lack of safety information onhydrogen components and systems used in ahydrogen fuel infrastructure. A secondchallenge is the limited availability of uniforminternational codes and standards necessary tostandardize technology. Internationallyaccepted codes and standards will benecessary to increase the confidence of local,regional and national officials in the use of 

hydrogen and fuel cell technology.

Limited Safety Data for Hydrogen Systems 

Hydrogen has been used for years in industrialapplications. However, only a small number of the hydrogen and fuel cell technologies,systems and components required for thehydrogen economy are in operation today.Many are in the pre-commercial developmentphase and are still proprietary. Therefore, onlylimited data are available on the operationaland safety aspects of these technologies.

In addition, the historical data used inassessing safety parameters for the production,storage, transport, and use of hydrogen arenow several decades old and will need to be re-assessed and re-validated. These safetyparameters were established for the industrialuse of hydrogen and were not designed for thevolume and uses envisioned in the hydrogeneconomy.

Liability / Insurability Issues 

New technologies not yet recognized in codesand standards may have difficulty in obtainingreasonable rates for insurance, and may not beapproved in some cases. The potential for lawsuits and the need to insure facilities and

vehicles are serious concerns that could affectthe commercialization of hydrogentechnologies.

Uniform codes and standards will reduce risksperceived by insurers of new and innovativehydrogen technologies.

International Competitiveness 

Hydrogen and fuel cell codes and standardsmust be harmonized on an international basis.Internationally accepted safety codes andstandards will provide the basis for theeconomies of scale necessary tocommercialize new and innovative hydrogenand fuel cell technology. To facilitateinnovation, codes and standards should beperformance based, providing the privatesector with the freedom to develop technologywithin the performance standards adopted bygovernment authorities.

Need for Increased Understanding of Hydrogen Systems 

Understanding hydrogen and hydrogen systemsafety needs is critical for local governmentofficials, fire marshals, and the general public.Emergency personnel must be trained on thespecial properties of hydrogen and the methodsused to respond to accidents involving the useof hydrogen. Developing a set of uniform codesand standards for hydrogen energy systemswill increase the confidence of local andmunicipal officials in permitting thedevelopment of hydrogen infrastructure.

****************************************************************************

The IPHE partners are working together to ensure internationally accepted hydrogen and fuel

cell safety codes and standards are developed. For more information, please visit the IPHE

website at www.iphe.net.