HySchool Webinar #10: John Senith Ravishan Fernando (UiS) & Geirmund Vislie (Gexcon)
The next HySchool Webinar will take place on Teams at 10:00 CET on 28 January 2025. This webinar will feature PhD-candidate John Senith Ravishan Fernando from UiS and Geirmund Vislie from Gexcon. Each will deliver a 15-minute presentation followed by a Q&A session on their respective topics.
Main content
You will find powerpoints from the presentations under "Documents" after the webinar.
John Senith Ravishan Fernando
PhD candidate at UiS
Decarbonizing H2听production in the green transition
Globally hydrogen is produced mainly from natural gas without carbon capture, resulting substantial CO2 emissions that contribute to global warming. Therefore, it is essential to capture and store the CO2听to produce blue hydrogen as an interim solution until the green transition takes over. Additionally, the H2听gas product mixture needs to be decarbonized to produce high-purity H2 to be utilized as a fuel with high energy density. Therefore, the separation and purification unit should deliver H2 at the highest recovery and highest purity while minimizing energy consumption.
This presentation includes modifications aimed at enhancing the affinity of adsorbent materials for CO2听and improving the material stability towards water and impurities. These functional materials are promising to decarbonize H2听in pre-combustion CO2 capture.
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Geirmund Vislie
SVP Global Consulting at Gexcon
- About Gexcon
- Hydrogen Safety Fundamentals
- Hydrogen Safety in Buildings
- Safety design practises
- Verification by safety studies
- Public approval and stakeholder interaction
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Microsoft Teams meeting
Join on your computer, mobile app or room device
Meeting ID: 356 874 827 791
Passcode: Dz6AP7jj
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HySchool
HySchool听-听Norwegian Research School on Hydrogen and Hydrogen-Based Fuels听is a thematically oriented research school where doctoral candidates from all universities and university colleges in Norway can be admitted. The main requirement for admittance to the research school is that important parts of the doctoral project address issues related to hydrogen and hydrogen-based fuels as energy carriers in industry and society.听
Academic partners:
University of Oslo (UiO)
University of Bergen (UiB)
University of Troms酶 (UiT)
University of Stavanger (UiS)
University of South-East Norway (USN)
Norwegian University of Life Sciences (NMBU)
Norwegian University of Science and Technology (NTNU)
Industry partners:
Equinor
Institute for Energy Technology (IFE)
