Podcasts
Green H2 breakthrough with Honeywell UOP's catalyst coated membrane
This episode of H2TechTalk features Kevin Quast from Honeywell UOP, who introduces cutting-edge catalyst coated membrane (CCM) technology, a key driver in advancing green H2 production. Kevin explains how this technology enhances electrolyzer efficiency while minimizing the use of precious metals. We also discuss Honeywell's strategy for fostering a H2-based economy and the significant implications for renewable energy and industrial applications.
H2: Earth’s next great energy source?
In this episode of H2TechTalk, we delve into the potential of hydrogen as a key player in the future of sustainable energy. Drawing from the December 2023 issue of H2Tech, we explore the advancements, challenges and innovations in H2 technology, highlighting its role as a clean, abundant energy source capable of significantly reducing global carbon emissions. Subscribe and share to stay updated with the cutting-edge of H2 innovation and sustainable solutions.
Unlocking the potential of hydrogen in the energy transition era
In this episode, H2Tech spoke with John Oyen, Director of Business Development at ABB Inc. Discover the intricacies of project development, the potential of green and blue H2, and innovative solutions for decarbonization. Whether it's creating sustainable aviation fuel or navigating the complexities of energy transition, this episode offers valuable insights into the future of renewable energy.
Exploring the future of H2, ammonia and decarbonization
In this episode, H2Tech spoke with Grant Grothen, Principal in the Energy Group at Burns & McDonnell, live from the Global Syngas Conference. Grant shared his insights on the technical advancements, challenges, and future prospects of H2, ammonia and the decarbonization journey with a focus on legislation impacts, market dynamics and the role of different energy sources.
Using waste gases to convert water to H2 without electricity
In this episode, H2Tech spoke with Delome Fair, VP of Engineering for Utility Global. Utility Global was founded in 2018 and uses waste gases to convert water into H2. The conversation covered the company's electrochemical process without electricity, pre-combustion carbon removal and gasification.
Topsoe's involvement in solid oxide electrolysis and dynamic ammonia process
In this episode, H2Tech spoke with Bo Hartvigsen, Senior Business Development Director, Power-to-X for Topsoe. The conversation covered solid oxide electrolysis, the dynamic ammonia process and Topsoe’s role in the energy transition.
Teal H2 production: Utilizing microwave energy to decarbonize natural gas—Part 2
In this episode, H2Tech continued speaking with Jan Boshoff, CEO at Nu:ionic Technologies and Arturo Puigbo, CCO at Nu:ionic Technologies. The conversation covered Nu:ionic's microwave technology, comparing it to steam methane reforming, autothermal reforming and electrolyzers, and the company's future initiatives.
Teal H2 production: Utilizing microwave energy to decarbonize natural gas—Part 1
In this episode, H2Tech spoke with Jan Boshoff, CEO at Nu:ionic Technologies and Arturo Puigbo, CCO at Nu:ionic Technologies. The conversation covered Nu:ionic technologies and offerings, the H2 color spectrum, including the company's teal H2, and the catalyst reaction process.
Exploring the factors affecting the levelized cost of H2 production
In this episode, H2Tech spoke with Drake Hernandez, Associate Principal of Energy and Infrastructure at Charles River Associates (CRA). The conversation covered the primary drivers of the levelized cost of H2, renewable energy credits and the geographic and temporal correlation between produced H2 and the power to fuel the production.
The role of green H2 and ammonia in energy-intensive Industries and the importance of compressors
In this episode, H2Tech spoke with Anand Sengupta, the VP and Head of Global Sales for the Compression business of Siemens Energy. The conversation covered how green H2 and ammonia can integrate into ‘energy-intensive’ industries to revolutionize decarbonization efforts, using ammonia as a transport vector for H2 and how critical compressors are in the transition towards sustainable energy.
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