The pair have partnered in a feasibility study to decarbonize an existing ammonia plant in the Kwinana Industrial Area in Western Australia via over-the-fence renewable hydrogen, transported via the existing Parmelia Gas Pipeline.
During the recent AEA Annual Conference 2024, the status of ammonia as fuel for gas turbines was discussed, featuring a panel of global OEMs and gas turbine experts. We explore the technology developments to date, different fuel strategies for ammonia, demonstration projects planned, and the pathway forward for deployment.
In our November episode of Project Features, we explored the MadoquaPower2X renewable ammonia project in Sines, southern Portugal. 300,000 tons per year of RFNBO-compliant ammonia will be produced for export to Rotterdam and Duisburg from 2028, focused on marine fuel and fertilizer markets in Europe.
Explore a new report from India-based non-profit iFOREST, which sets out a roadmap for the decarbonization of urea production in India. On the supply side, electrolysis deployment for ammonia production and pipeline deployment to couple industrial CO2 emitters with existing urea production plants is key to reducing agricultural emissions.
During the recent 2024 Ammonia Energy Conference, we explored all the latest developments in ammonia-powered maritime propulsion. Engine makers reported strong progress ahead of deployment in 2026, the same year that large-scale vessels will hit the water. The panel explored early operations for the ammonia-powered A-Tug in Japan, as well as ancillary technology systems required for maritime ammonia engines, catalyst after-treatment systems for emission mitigation, and the potential for fuel additives to boost ammonia engine performance.
In our October episode of Project Features, Hyphen Hydrogen Energy outlined its multi-phase, mega-scale renewable ammonia project set to be the first step in Namibia’s green industrialization pathway. Learn about current timelines and future expansion scope for the 2 million tons per year project, and how the physical infrastructure footprint has been carefully minimized to allow for its siting in the Tsau Khaeb national park.
In this Technology Insights article, we explore the different technology options for low-emission ammonia production from gas feedstock. What are the different energy, carbon capture, scale and maturity trade-offs that need to be considered? What technology choices are project developers currently making?
As shown in the IEA’s recently released Global Hydrogen Review 2024, the cumulative hydrogen production capacity reaching Final Investment Decision has doubled compared to last year. Promisingly, low-emission ammonia comprises a significant portion of both the mature project pipeline and secured offtake volume.
One of the key steps in project development is the selection of the licensor for the renewable ammonia synthesis loop. For renewable ammonia projects, licensors including KBR, Topsoe, Thyssenkrupp Uhde, Casale, and Stamicarbon offer a range of technologies and services covering small to large-scale ammonia production. We explore these different technology offerings, as well as the growing list of projects where they are being deployed.
In our July episode of Project Features, we were joined by the Port of Rotterdam, OCI Global and Chane to explore current and future ammonia imports into Rotterdam. With significant ammonia import targets set for 2050, terminal projects are already underway in Rotterdam, including a four-phase expansion of OCI Terminal Europoort, and a new distribution hub from Chane. These developments will proceed according to a modern, updated set of guidelines for ammonia storage and handling in the Netherlands, known as PGS-12.