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Floating production of hydrogen & ammonia
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H2 Carrier's P2XFloater™ concept received Approval in Principle from DNV in late August. With beginnings in the oil industry, Floating Production units have played a vital role, extending the life of offshore fields and allowing for greater flexibility in production & transfer of product. As the energy transition gathers pace, so-called “Floaters” represent an immediate opportunity to fully leverage new Power-to-X projects, allowing for offshore production of hydrogen and ammonia.

Air Products targets ammonia imports at UK port
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Air Products and Associated British Ports will develop a facility at the Port of Immingham for ammonia imports and hydrogen production (ie. cracking). Immingham is one of the UK’s largest ports and sits within Humberside: the UK’s largest industrial cluster. This follows on from a July announcement, which will see Air Products team up with Gunvor to develop an import terminal in Rotterdam, bringing ammonia from Air Products production projects around the world into Europe from 2026.

Maritime ammonia: FSRBs, AiPs for bunkering and a new collaboration
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In maritime ammonia updates this week:

  • NYK Line, Nihon Shipyard, ClassNK, and IHI Corporation have signed a joint R&D agreement for the commercialisation of an ammonia floating storage and regasification barge (A-FSRB).
  • DNV has granted Approval in Principle to Azane Fuel Solutions for their flexible ammonia bunkering terminal design. The Approval allows Azane and partner Yara to proceed with their bunker network rollout across Scandinavia.
  • And US-based Amogy & Amon Maritime will collaborate to jointly develop ammonia-powered shipping solutions, including the use of Amogy’s technology platform in Amon’s future projects.

Ammonia combustion for power generation: updates from Korea, Malaysia and Singapore
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Joint venture SK Plug Hyverse has agreed to deploy its Korean-manufactured PEM electrolysers overseas, and then supply Korea South-East Power (KOEN) with renewable hydrogen & ammonia imports for co-firing at natural gas and coal power plants. In Malaysia, power utility Tenaga Nasional Bhd, IHI Power Systems and Petronas announced they have successfully conducted 60% ammonia co-combustion trials. And in Singapore, Jurong Port, Mitsubishi Heavy Industries and JERA will conduct a joint study on Jurong Island, where a 60MW, combined-cycle gas turbine will be fueled by 100% ammonia to produce zero-carbon electricity.

Syzygy & LOTTE join forces to deploy cracking tech in South Korea
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Syzygy Plasmonics, LOTTE and Sumitomo Corporation of Americas announced they will join forces to deploy & test Syzygy’s fully-electric, photocatalytic ammonia cracking reactor at LOTTE Chemical’s HQ in Ulsan, South Korea. Syzygy’s reactor technology uses light from ultra-high-efficiency LEDs to crack ammonia into zero-carbon hydrogen, eliminating combustion emissions usually associated with chemical manufacturing. The announcement is one of several new ammonia collaborations this week, with LOTTE, ITOCHU and Sasol all announcing new agreements.

Ammonia Green Corridors - The Opportunity Is Now
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Since the Clydebank Declaration was signed last December, the prospect of ammonia-fueled, green maritime corridors has been steadily rising. The Global Maritime Forum has just released a valuable discussion paper on potential definitions and approaches for green corridors. Recent announcements in Europe, Singapore, Australia and the Nordic countries demonstrate growing momentum. For maritime stakeholders to capture early learnings and best manage the complex task of alternative maritime fuel scale-up, the opportune time is right now.

Developing ammonia maritime engines & fuel: a collaborative approach
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The latest episode of Maritime Ammonia Insights webinar centred around collaboration, leadership & Singapore: three critical elements in the maritime ammonia transition. Sofia Furstenberg Stott was joined by Peter H. Kirkeby (MAN Energy Solutions) and Yi Han Ng (Maritime and Port Authority Singapore), who discussed timelines for engine development, the benefits of a consortia approach, and the all-important safety & technical progress of maritime ammonia technologies.

Yara: decarbonising ammonia production in Italy
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Yara and a consortium of industrial partners will join forces to develop a CCS project near the cities of Ravenna and Ferrara in northern Italy. The partners represent a wide range of energy-intensive industries, including Yara’s two fertiliser & urea production plants. The Ravenna project would capture emissions from industrial facilities in the area, transport and permanently store them in depleted gas fields in the Adriatic Sea. The project is the first of its kind in Italy.

The social license to operate low and zero-carbon ammonia energy projects
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Our latest Ammonia Project Features webinar focused on the social license to operate for low and zero-carbon ammonia energy projects. Sam Bartlett from the Green Hydrogen Organisation explained the details of his organisation’s new “Green Hydrogen Standard”, which not only incorporates emissions, but also the environmental, social and governance consequences of a production project. Jonathan Cocker from Borden Ladner Gervais LLP then took us through the key challenges for obtaining social license, and what we can learn from other industries and case studies already in progress around the world.

Yara to lead ammonia bunkering study in the Pilbara
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Yara Clean Ammonia and the Pilbara Ports Authority have joined forces to explore the potential for ammonia bunkering in northern Australia. Together, the pair will work through the safety & operational challenges presented by ammonia maritime fuel at PPA’s existing ports network, which includes two of the world’s largest bulk export ports. Tune into the Australia conference next week for more updates from Yara, including Project YURI, future plans in the Pilbara, and how certification work will help unlock seaborne clean ammonia trade around the world.