Under the patronage of His Highness Sheikh Mohamed Bin Zayed Al Nahyan, President of the United Arab Emirates
تحت رعاية صاحب السمو الشيخ محمد بن زايد آل نهيان، رئيس دولة الامارات العربية المتحدة
A global stage for 2,200+ exhibitors to showcase their
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actions advancing the energy transition.
Across 10 conferences and 370+ sessions, speakers
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ADIPEC serves as a nexus, seamlessly
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VP Hydrogen & Sustainable Technologies
Johnson Matthey
Dr Eugene McKenna is VP Hydrogen & Sustainable Technologies at Johnson Matthey. Eugene joined Johnson Matthey in 2017, working within its Efficient Natural Resources sector to develop a pipeline of innovative low-carbon technologies including for clean hydrogen, before leading the development and growth of Johnson Matthey’s green hydrogen and fuel cell business. Prior to joining Johnson Matthey, Eugene spent more than 20 years at Shell in a variety of roles including technology, commercialisation and strategy.
Technology advances are rapidly enhancing the production of low-carbon hydrogen. More efficient electrolysers can now integrate seamlessly with intermittent renewable energy sources, while artificial intelligence (AI) is improving energy efficiency and reducing emissions in hydrogen production processes. AI also enables the integration of carbon capture technologies with traditional hydrogen production methods, streamlining the production of blue hydrogen. Future technological advances will be vital to scaling a low-carbon hydrogen economy, as is the substantial investment required to deploy and scale these technologies, ensuring an increasing number of low-carbon hydrogen projects move from concept to commercialisation.
Attendee insights:
Gain insights into the technologies expected to accelerate low-emission hydrogen production and overcome the cost and supply challenges in scaling a low-carbon hydrogen market.
Technology advances are rapidly enhancing the production of low-carbon hydrogen. More efficient electrolysers can now integrate seamlessly with intermittent renewable energy sources, while artificial intelligence (AI) is improving energy efficiency and reducing emissions in hydrogen production processes. AI also enables the integration of carbon capture technologies with traditional hydrogen production methods, streamlining the production of blue hydrogen. Future technological advances will be vital to scaling a low-carbon hydrogen economy, as is the substantial investment required to deploy and scale these technologies, ensuring an increasing number of low-carbon hydrogen projects move from concept to commercialisation.
Attendee insights:
Gain insights into the technologies expected to accelerate low-emission hydrogen production and overcome the cost and supply challenges in scaling a low-carbon hydrogen market.
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