aboutus
Current Status
Current Status
Current Status
Target
Target
Target
>25,000
Prototype Test.
6,500
>25,000
Prototype Test.
35 Act. - 39 Dev.
6,500
6,500
Prototype Test.
35 Act. - 39 Dev.
6,500
6,500
35 Act. - 39 Dev.
6,500
>25,000
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--
--
1,000,000
1,000,000
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--
--
1,000,000
1,000,000
1,000,000
1,000,000
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--
2,000 by 2020
news
IPHE welcomes saudi arabia and uruguay as new members
21 November 2024
Brussels, 21 November 2024 – During the 42nd IPHE Steering Committee Meeting held in Brussels, Saudi Arabia and Uruguay became members. With these new members, IPHE is further expanding its global network and enhancing its ability to foster collaboration on a global scale. Each of these countries brings unique opportunities, and we are eager to work together toward achieving our collective goals.
Rebecca Maserumule, Chair of IPHE, said: “The addition of Saudi Arabia and Uruguay to our organization marks a significant step forward in our mission to provide neutral, reliable information and foster global collaboration. Their membership strengthens our ability to monitor, share, and enable the development of a global clean hydrogen market, ensuring that our efforts continue to reach more countries and communities in need of transparent, trustworthy resources.”
Laurent Antoni, Executive Director of IPHE, added: “The inclusion of Saudi Arabia and Uruguay is a powerful boost to IPHE. Their participation will enrich our working groups with diverse perspectives and expertise, strengthening our ability to provide strategic guidance and collaborative solutions. Together, we will continue to drive meaningful progress, shaping a more informed and interconnected global clean hydrogen community.”
For further information, please contact the IPHE Secretariat at secretariat@iphe.net
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IPHE Position Paper on atmospheric hydrogen on climate change
9 May 2024
Hydrogen (H2) has an important role to play in the transition to a clean energy economy, particularly in reducing greenhouse gas (GHG) emissions, in achieving global climate objectives and the transition to a net zero economy, as well as supporting energy security and resilience and providing economic benefits.
However, when present in the atmosphere, hydrogen reacts with other gases and prolongs the lifetime of GHGs like methane (CH4). Therefore, additional anthropogenic releases of hydrogen into the atmosphere can have indirect global warming impacts.In order to maximize hydrogen’s positive potential, it is crucial to manage H2 emissions, which can dampen the climate change mitigation potential of using clean hydrogen in its main applications.
By learning historical lessons from methane (CH4) emissions and being proactive and transparent in addressing the issue early, the benefits of hydrogen can be maximized while minimizing the economic and environmental drawbacks associated with emissions. This position paper examines the topic and discusses potential measures to minimize climate impacts.