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Presentation

Production and utilization of green ammonia: KIER’s current status and future plans

Hyung Chul Yoon

Green ammonia, a carbon-free chemical, has been drawing much attention as a hydrogen carrier and carbon-neutral fuel for trading green hydrogen and building a carbon-neutral society, respectively, because it has higher volumetric hydrogen content and energy density than liquid hydrogen. And the infrastructure for storing and transporting ammonia is already in place. To implement green ammonia into the current energy systems, technologies on low-cost green ammonia production, decomposition, and utilization are essential. This presentation will show the KIER’s current status and perspective on the development of low-cost green ammonia production and utilization.

Presentation

Ammonia as an Energy Carrier: Leveraging technologies and infrastructure to decarbonise global energy systems

David Harris

The quickfire presentation will focus on the direct use of ammonia as an energy carrier. The examples considered here include using ammonia in diesel engines for power generation applications and development of solid oxide fuel cells operating with ammonia.

Presentation

Export market and project development pathways

Matt Baumgurtel

Export opportunities in the green ammonia industry continue to grow. Australia has a competitive advantage with existing infrastructure such as ports and an ever-growing renewable energy industry. To capitalise, green ammonia project development pathways should be developed that allow for the efficient production of green hydrogen, and ultimately the export of green ammonia.

Presentation

Flexible ammonia synthesis and large scale ammonia cracking technology by Uhde

Karan Bagga

Presentation

Topsoe Dynamic ammonia synthesis and SOEC

James Rosenfeldt

Presentation

High-productivity electrosynthesis of ammonia from dinitrogen

Alexandr Simonov

The so-called lithium redox-mediated nitrogen reduction reaction presents the only known process enabling genuine electrochemical conversion of N2 to ammonia. Notwithstanding the rapidly increasing investigative efforts, the commonly reported performances of the Li-mediated N2 electroreduction, viz. yield rate, current-to-ammonia (faradaic) efficiency and durability in operation, still pertain to the domain of academic research rather than practical development. Our most recent work focused on redesigning the key components of the electrolytic N2 reduction cell enabled breakthroughs in all the key metrics of the process. Specifically, we have introduced a stable proton shuttle based on the phosphonium cation that delivers protons to…