CMB.TECH’s first ammonia-powered bulk carrier begins maiden voyage
CMB.TECH has announced that Mineral Europa, a 210,000 dwt dry bulk carrier built in 2026, has embarked on its maiden voyage to Australia, marking a significant development in the company’s transition towards alternative marine fuels.
Described by CMB.TECH as the world’s first ammonia-powered dry bulk vessel, Mineral Europa represents the beginning of a wider fleet expansion involving ships designed to operate on ammonia.
The announcement, made together with Euronext Oslo Børs, comes as CMB.TECH prepares to introduce additional ammonia-powered vessels across several shipping segments over the coming years.
CMB.TECH expands ammonia-powered fleet
Mineral Europa is the first vessel in a planned series of 21 ammonia-powered ships scheduled for delivery to CMB.TECH between 2026 and 2029.
The programme includes 18 dry bulk carriers, one container ship and two chemical tankers, extending the company’s alternative-fuel strategy beyond the dry bulk sector.
According to CMB.TECH, most of these vessels are expected to be delivered within the next nine months, accelerating the introduction of ammonia propulsion across its fleet.
The maiden voyage of Mineral Europa is intended to demonstrate the application of ammonia propulsion to large oceangoing vessels, particularly in the dry bulk segment, where ships operate over long distances and require substantial fuel capacity.
Alexander Saverys, Chief Executive Officer of CMB.TECH, described the vessel’s departure as an important milestone following years of development.
“Mineral Europa is the first of its kind, but many more will follow in the months and years ahead,” Saverys said.
The company views ammonia as one of the potential alternatives to conventional marine fuels as the shipping industry seeks to reduce greenhouse gas emissions.
Green ammonia and marine propulsion
Ammonia can be produced using renewable electricity, water and nitrogen extracted from the air. When manufactured through this process, it is commonly referred to as green ammonia.
Unlike conventional marine diesel, ammonia contains no carbon and therefore does not produce carbon dioxide during combustion.
However, its overall environmental performance depends on the production process and the management of other emissions, including nitrogen oxides and potentially nitrous oxide.
CMB.TECH considers green ammonia a potential option for reducing shipping emissions while diversifying marine energy supplies.
The company also expects technological improvements and increased production capacity to improve the fuel’s cost competitiveness compared with conventional marine diesel.
These expectations remain dependent on the development of production facilities, fuel availability and the wider infrastructure required to support ammonia-powered shipping.
Developing ammonia bunkering infrastructure
Alongside its vessel investment programme, CMB.TECH is developing infrastructure intended to support the use of ammonia as a marine fuel.
The company’s activities include investments in ammonia storage facilities and bunker barges designed to supply oceangoing vessels.
Such infrastructure is an important component of the transition to ammonia propulsion, as ships operating on alternative fuels require access to compatible bunkering facilities along their trading routes.
Ammonia also presents specific handling and safety requirements because of its toxicity, making suitable storage, transfer systems and operational procedures essential.
CMB.TECH’s approach combines the introduction of ammonia-powered vessels with the development of fuel supply capabilities, rather than focusing exclusively on ship construction.
The arrival of Mineral Europa therefore marks an initial operational milestone within a broader programme that will continue through 2029.
While the company has outlined its planned fleet expansion, the announcement did not provide details of the vessel’s bunkering arrangements for the maiden voyage or specify the type of ammonia being used during the journey to Australia.
