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Materials Needs for Energy Sustainability by 2050: Is Hydrogen the Fuel of the Future?

Tuesday, May 10
7:00 pm – 8:15 pm
Hawaiʻi Convention Center, Level 3, LiliʻU Theater, Room 310

Panelists

Mitch Ewan
Mitch Ewan
Hawaiʻi Natural Energy Institute

Jennifer Glenn
Jennifer Glenn
Nel Hydrogen


James Vickers

James Vickers
U.S. Department of Energy

Brian Weeks
Brian Weeks
Gas Technology Institute (GTI)

Anthony Ku
Anthony Ku
NICE America Research
(Moderator)

In 2020, the world used about 90 million tons of H2 with over 90% of it generated from fossil fuels. Hydrogen has the potential to play a role in:

  • Decarbonization of transportation through fuel cell vehicles
  • Industry in chemicals and metals production
  • Power generation, including long-duration energy storage

Large-scale use in these sectors by 2050 could increase annual H2 use by up to an order of magnitude and would require H2 production to shift to carbon-neutral pathways, such as electrolysis powered by renewable or nuclear energy, fossil fuel reforming or gasification with CO2 capture and storage, and methane pyrolysis.

There are high hopes for the use of hydrogen to help decarbonize transportation, industry and power generation. Materials science has an important part to play. Materials advances are needed to improve the performance and affordability of existing H2-based technologies, enable new technologies capable of replacing fossil fuel-based systems and provide alternatives for materials that may have economic or sociopolitical limitations in their supply chains.

Networking Reception

Don't miss out on your opportunity to connect with your peers and our panelists directly following the Materials Needs for Energy Sustainability by 2050 Panel! Enjoy a refreshing selection of drinks and hors d'oeuvres at our networking reception.

Tuesday, May 10
8:15 pm – 9:00 pm
Hawaiʻi Convention Center, Level 3, Paʻ Kaloka Charlot Courtyard

This panel discussion will look at both the big picture of where H2 can and cannot play a role on paths to net zero, explore the practical aspects of deploying Htechnologies at scale and drill down into specific technologies expected to be important over the next decades across the value chain from clean H2 production to effective storage and distribution to end uses.

This program is organized by the MRS Focus on Sustainability subcommittee in collaboration with MRS Energy & Sustainability.

Funding provided by the National Science Foundation and University of California, San Diego, Jacobs School of Engineering.


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NSF DRC Sponsor

UC San Diego Jacobs School of Engineering Sustainable Power and Energy Center

 

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