This is a legacy page. Please click here to view the latest version.
Fri 29 Sep 2017, 14:05 GMT

Viking Cruises developing cruise ship powered by hydrogen fuel cell technology


Cruise firm in talks with Statoil to source product from a Norwegian refinery.



Viking Cruises is working on a project that could lead to the development of the world's first cruise ship with zero-emission technology.

The company's plans were revealed by Serge Fossati, project manager at Viking Cruises, during the Safety at Sea Conference in Haugesund, southern Norway, held on Thursday.

The ship will be around 230 metres long and fuelled by liquid hydrogen; a fuel cell will convert the hydrogen to electricity for propulsion and electric power on board.

So far, the use of liquid hydrogen as a marine fuel is a nascent technology. One of the technical challenges is to maintain the fuel at minus 253 degrees to keep it from evaporating. Another difficulty is the fact that hydrogen is a highly explosive gas, so protection against gas leaks is a key safety aspect.

In terms of production, liquid hydrogen is currently not produced on a large scale in Europe, but Fossati explained that Viking Cruises is in talks with Statoil to find a solution to source product from a Norwegian refinery.

"At Viking, we have always endeavoured to look forward and to be at the forefront with regard to green shipping. As a Norwegian and with Norwegian ships, we want to lead the way to zero-emission ships through fuel cell technology. The road to that point is still long, but here at Viking we want to be ahead of the game," remarked Torstein Hagen, chairman of Viking Cruises.

Viking Cruises envisions constructing a vessel based on the same design as its sea-going cruise ships, such as the Viking Sun, which was delivered earlier this week.

The shipping company also wants to use Norwegian suppliers for the project as much as possible. Several tender ships to carry the fuel to the cruise ship are also part of the project.

"The ship will fly the Norwegian flag, which means that we have to vouch for the safety being just as good as on conventional ships. We believe that it is possible to solve those issues. We probably have a way to go before all the technical solutions are in place, but this is a very concrete project which has a high priority at Viking Cruises," remarked Olav Akselsen, Director General of Shipping and Navigation.

"If they pull this off, a distribution network may be established, which will enable others as well to use hydrogen as fuel, and could contribute to a zero-emission shipping industry," Akselsen added.

Other hydrogen projects

Bunker Index reported at the start of the year that TNO, Stedin, Smartport, Uniper, BP and Port of Rotterdam Authority are involved in a project that is looking into the technical and economic feasibility of producing hydrogen fuel at BP's Rotterdam refinery.

Meanwhile, back in November, PowerCell Sweden AB received its first marine order for two PowerCell S3 prototype stacks, which Maranda consortium partner Swiss Hydrogen S.A. is installing on a ship powered by photovoltaics. The vessel is to be supplied with a system that encompasses onboard production of hydrogen gas from solar electricity, storage of hydrogen gas and two 30-kW fuel cells.

In another project, PowerCell Sweden has teamed up with Hexagon Composites ASA and Nel ASA to create a one-stop-shop for customers wanting to utilize hydrogen technologies across the value chain - from renewable hydrogen production, storage, distribution and dispensing, to generating electricity via fuel cells.


Wärtsilä logo. Shipping firms struggle to prioritise decarbonisation investments amid regulatory uncertainty, Wärtsilä survey finds  

Survey of 225 maritime executives reveals 70% say uncertainty hinders investment decisions despite regulatory pressure.

IMT Isca G-Flex vessel render. Longitude Engineering unveils IMT Isca G-Flex PSV design with alternative fuel capability  

Naval architecture firm launches adaptable platform support vessel design based on the IMT-984 G-Class hull.

Philippos Ioulianou, EmissionLink. Shore power infrastructure is key to cutting ferry emissions in European cities, says EmissionLink  

Port electrification is needed to enable vessels to switch off engines at berth, reducing urban pollution.

Maritime and Port Authority of Singapore logo. Singapore prioritises maritime resilience amid geopolitical uncertainty, eyes digitalisation and green fuels  

MPA chief outlines the sector’s adaptation to supply chain disruptions while advancing automation and alternative fuels.

Aerial photograph of Zhoushan Island. China exports first domestically blended biofuel for marine use from Zhoushan  

A vessel carries 2,600 tonnes of biofuel blend to Qingdao Port for international ship refuelling.

Green ammonia energy workshop graphic. H2SITE to present ammonia-cracking technology at Green Ammonia Energy Workshop  

Spanish company to showcase APOLO project's role in producing hydrogen for maritime decarbonisation.

Brave Quest vessel. Tsuneishi-Cebu delivers methanol dual-fuel Kamsarmax bulker  

Philippine shipyard hands over 81,100-tonne deadweight vessel capable of running on methanol fuel.

EIB and Port of Rotterdam signing. Port of Rotterdam secures EUR90m EIB loan for shore power installations  

Financing will support shore power infrastructure at three container terminals, with an EU grant also approved.

IBIA logo. IBIA updates biofuels training module for 2026  

Updated online course covers latest regulatory developments and market trends in liquid and gaseous biofuels.

Brim Explorer’s fully electric passenger vessel concept render Bureau Veritas to class all-electric trimarans for Brim Explorer  

Two zero-emission passenger vessels will operate in Norwegian fjords after extensive Arctic testing.


↑  Back to Top