Höegh Evi and Nord Gas Solutions Achieve Breakthrough in Ammonia-to-Hydrogen Conversion Technology
In a significant advancement for hydrogen production, Höegh Evi and Nord Gas Solutions have validated their cutting-edge ammonia-to-hydrogen cracking technology at the Sustainable Energy pilot facility located in Stord, Norway. This breakthrough comes as global energy demands pivot toward cleaner alternatives, positioning ammonia cracking as a reliable method for hydrogen production.
The performance testing conducted at this pilot plant showcased impressive results in key metrics such as conversion rate, efficiency, hydrogen yield, and operational adaptability. The technology employs a single and stable process to convert ammonia into hydrogen with an astonishing purity that surpasses 99.5%. This high-purity hydrogen is critical for various applications, including fuel cells and industrial uses.
The modular design of the ammonia cracker emphasizes versatility, making it suitable for both floating terminals and terrestrial applications. Höegh Evi is capitalizing on this design to create cost-effective floating terminals capable of producing up to 200,000 tonnes of hydrogen annually, which positions them strategically in the market to meet rising hydrogen demands.
Nils Jakob Hasle, Executive Vice President of Clean Energy at Höegh Evi, expressed enthusiasm regarding the test results, noting the high performance, stability, and effective conversion capabilities of their ammonia-to-hydrogen cracker. Hasle stated, "This milestone further validates floating terminals as an expedient and competitive solution for scaling hydrogen deployment. We are eager to further substantiate these findings in extended testing phases."
Echoing these sentiments, Taro Mukae, Vice President of Technology at Nord Gas Solutions, highlighted that the successful testing phase signifies a pivotal moment in establishing ammonia cracking as a dependable pathway for hydrogen production. The results underscore both the efficiency and operational robustness of their technology, affirming its readiness for application in industrial settings.
With the global hydrogen production capacity continually expanding, European ports are poised to play a significant role as vital gateways for hydrogen production. These ports are equipped to receive ammonia shipments and convert them into hydrogen, ultimately supplying clean and competitive energy. Höegh Evi is actively collaborating with several partners to advance the development of marine terminals across Europe for deploying this highly efficient ammonia cracking technology, be it on floating platforms or onshore facilities.
The financial backing for the development of this ammonia-to-hydrogen technology has been provided through Norway’s Green Platform programme. Alongside Höegh Evi and Nord Gas Solutions, a consortium including BASF, the University of South-East Norway, Sustainable Energy, and the Norwegian Institute for Energy Technology (IFE) has been crucial in advancing this initiative.
Höegh Evi has long been recognized as a pioneer in the floating energy sector, leveraging its 50 years of leadership to provide innovative solutions that cater to the ever-evolving energy landscape of different countries. The company’s expertise encompasses a diverse range of floating terminals for ammonia and hydrogen imports, alongside the world’s first floating ammonia-to-hydrogen cracker, showcasing its commitment to establishing the essential infrastructure needed for an energy transition.
Nord Gas Solutions, on the other hand, stands out as a leading player in providing lifecycle solutions that enhance the gas value chain. Their focus spans various domains, including marine gas management, liquefaction, and biogas solutions, demonstrating their dedication to sustainability through innovation and digital transformation.
As these companies continue to navigate the hydrogen landscape, the implications of optimizing ammonia cracking technology are vast and hold promise for a greener energy future. The collaboration between Höegh Evi and Nord Gas Solutions sets a strong precedent for future developments in hydrogen production technology and paves the way for a more sustainable energy economy.
The performance testing conducted at this pilot plant showcased impressive results in key metrics such as conversion rate, efficiency, hydrogen yield, and operational adaptability. The technology employs a single and stable process to convert ammonia into hydrogen with an astonishing purity that surpasses 99.5%. This high-purity hydrogen is critical for various applications, including fuel cells and industrial uses.
The modular design of the ammonia cracker emphasizes versatility, making it suitable for both floating terminals and terrestrial applications. Höegh Evi is capitalizing on this design to create cost-effective floating terminals capable of producing up to 200,000 tonnes of hydrogen annually, which positions them strategically in the market to meet rising hydrogen demands.
Nils Jakob Hasle, Executive Vice President of Clean Energy at Höegh Evi, expressed enthusiasm regarding the test results, noting the high performance, stability, and effective conversion capabilities of their ammonia-to-hydrogen cracker. Hasle stated, "This milestone further validates floating terminals as an expedient and competitive solution for scaling hydrogen deployment. We are eager to further substantiate these findings in extended testing phases."
Echoing these sentiments, Taro Mukae, Vice President of Technology at Nord Gas Solutions, highlighted that the successful testing phase signifies a pivotal moment in establishing ammonia cracking as a dependable pathway for hydrogen production. The results underscore both the efficiency and operational robustness of their technology, affirming its readiness for application in industrial settings.
With the global hydrogen production capacity continually expanding, European ports are poised to play a significant role as vital gateways for hydrogen production. These ports are equipped to receive ammonia shipments and convert them into hydrogen, ultimately supplying clean and competitive energy. Höegh Evi is actively collaborating with several partners to advance the development of marine terminals across Europe for deploying this highly efficient ammonia cracking technology, be it on floating platforms or onshore facilities.
The financial backing for the development of this ammonia-to-hydrogen technology has been provided through Norway’s Green Platform programme. Alongside Höegh Evi and Nord Gas Solutions, a consortium including BASF, the University of South-East Norway, Sustainable Energy, and the Norwegian Institute for Energy Technology (IFE) has been crucial in advancing this initiative.
Höegh Evi has long been recognized as a pioneer in the floating energy sector, leveraging its 50 years of leadership to provide innovative solutions that cater to the ever-evolving energy landscape of different countries. The company’s expertise encompasses a diverse range of floating terminals for ammonia and hydrogen imports, alongside the world’s first floating ammonia-to-hydrogen cracker, showcasing its commitment to establishing the essential infrastructure needed for an energy transition.
Nord Gas Solutions, on the other hand, stands out as a leading player in providing lifecycle solutions that enhance the gas value chain. Their focus spans various domains, including marine gas management, liquefaction, and biogas solutions, demonstrating their dedication to sustainability through innovation and digital transformation.
As these companies continue to navigate the hydrogen landscape, the implications of optimizing ammonia cracking technology are vast and hold promise for a greener energy future. The collaboration between Höegh Evi and Nord Gas Solutions sets a strong precedent for future developments in hydrogen production technology and paves the way for a more sustainable energy economy.
Topics Energy）
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