Höegh Evi, a Norwegian owner and operator of LNG carriers and FSRUs, in collaboration with Nord Gas Solutions (formerly Wartsila Gas Solutions), has concluded the performance testing of their innovative ammonia-to-hydrogen cracking technology. This critical step was conducted for floating hydrogen terminals in Norway, marking a significant milestone in the development of maritime-based hydrogen production.
The successful validation of this technology brings the concept of floating hydrogen terminals closer to commercial reality. These terminals are designed to convert ammonia, which is easier to transport and store than hydrogen, back into hydrogen on-site. This process is crucial for establishing a viable supply chain for hydrogen as a future fuel.
For freight forwarders and supply chain professionals, this development signals a potential shift in the energy landscape. The ability to produce hydrogen at sea could reduce reliance on land-based production and associated infrastructure, potentially diversifying fuel bunkering options for vessels. It may also influence the demand and routing for ammonia as a hydrogen carrier, impacting shipping volumes and specialized vessel requirements in the long term. While direct rate impacts are not immediate, this technology underpins the broader transition to alternative fuels, which will eventually affect vessel design, operational costs, and bunkering networks.
Further steps will likely involve scaling up the technology and integrating it into operational floating terminals, paving the way for commercial deployment and broader adoption of hydrogen as a marine fuel.
