In light of historic investment in hydrogen, it’s more important than ever for the energy industry to understand hydrogen’s true climate impact.
Demystifying Hydrogen Emissions
Hydrogen is slated to play a central role in decarbonizing the economy. As billions of dollars begin to flow into hydrogen projects all over the globe, it is critical for the energy industry to understand how hydrogen interacts with the atmosphere and climate.
In 2024, GTI Energy established HyRes, a Hydrogen Emissions Research Consortium, to build a foundation of sound, science-based information on hydrogen emissions and their climate impacts.
Building a Foundation of Hydrogen Emissions Knowledge
Building upon GTI Energy’s expertise in hydrogen technologies and practices, HyRes is working to harmonize existing hydrogen emissions research, facilitate new scientific investigations, and convene stakeholders across the hydrogen supply, transportation, and use chains.
The initiative is also developing protocols and plans for the most accurate hydrogen emissions inventories possible, with a focus on evaluating and working across organizations to develop tools for measuring hydrogen emissions. This data will ultimately allow companies across hydrogen value chains to be leaders in decarbonization.
Goals
Conduct Hydrogen
Emissions Research
Develop Educational
Resources
Work to Advance
Measurement Tools
Create Hydrogen
Emissions Inventories
About HyRes
Facilitating an Informed Transition to a Hydrogen Economy
HyRes aims to provide the knowledge needed to ensure an environmentally sound transition to a hydrogen economy through the following objectives:
- Unifying Climate Science: Organize and interpret the foundational science behind fugitive hydrogen's atmospheric climate impacts.
- Charting Research Priorities: Develop a mission-critical research roadmap addressing hydrogen emissions and their climate ramifications.
- Quantifying Emissions: Establish comprehensive hydrogen emission inventories for precise tracking.
- Precision Measurement Tools: Forge a robust suite of measurement and reconciliation tools for rigorous analysis.
- Real-world Emissions Metrics: Execute real-world measurements to gauge the actual impact of hydrogen emissions.
- Rigorous Protocols: Develop protocols and plans to create the most accurate hydrogen emission inventories possible.
GTI Energy’s Leadership in Hydrogen Research
GTI Energy is deeply involved in hydrogen research and development, with close collaborations already established in industry, research, and academia.
- GTI Energy has been conducting hydrogen technology research since the mid-1960s.
- HyRes will leverage GTI Energy’s time-tested expertise in emissions research, reduction, and impact abatement.
- The Consortium is collaborative, building on the knowledge and capabilities of the entire hydrogen and energy community.
- Through work quantifying emissions in the Center for Methane Research (CMR), the Veritas methane emission measurement and verification initiative, the Open Hydrogen Initiative (OHI), and the Low-Carbon Resources Initiative (LCRI), GTI Energy has established a baseline of information and partners to advance the mission of HyRes.
Resources
Past Events
HEX@TEX
November 13-14, 2024
University of Texas—Austin
At the inaugural HEX@TEX event, GTI Energy’s HyRes and the @Webber Energy Group brought together a dynamic group of energy and climate leaders for meaningful discussions on hydrogen emissions, their climate implications, and advancements in emissions sensing technologies.
Experts and stakeholders from around the world shared their insights and expertise for a robust exchange of ideas.
Get Involved
HyRes is convening a broad range of members involved in hydrogen research and development to gather information, foster communications, harmonize related efforts, and share knowledge via participation in related industry events.
Members will receive email updates on our research progress every two months and will be invited to participate in at least one virtual and one in-person meeting or workshop each year.
To learn more about the collaboration and explore opportunities for involvement, please complete the contact form.