This is a legacy page. Please click here to view the latest version.
Mon 9 Mar 2015, 10:40 GMT

EcoLiner slashes bunker costs by 'up to 25%'


Damen claims ship is 'easily the greenest inland shipping vessel in Europe'.



Last month, Netherlands-headquartered Damen Shipyards Group launched the first LNG-powered Damen EcoLiner inland shipping tanker at its Romanian yard. The EcoLiner has been developed to deliver fuel economy for inland shipping operators whilst at the same time cutting emissions.

According to Damen, the EcoLiner design combines conventional, proven engineering with sustainable innovations, including the world's first installations of the ACES air-lubricated hull, a gas-electrical shaft propulsion system and one of the first Van der Velden FLEX Tunnel installations. The vessel is said to reduce fuel costs by up to 25 percent.

The European Union co-finances the project via the Trans-European Transport Network (TEN-T) Programme with more than €1.1 million as part of the LNG Masterplan for Rhine-Main-Danube project.

Damen recently completed tank testing of the new design at research institute MARIN, which confirmed the EcoLiner's efficiency.

In a statement, Simon Provoost, Product Director Inland Waterway Transport at Damen Shipyards, said testing how the design combined multiple innovations was "very important" so that Damen could offer the 3,040-cubic-metre-capacity EcoLiner to the market with utmost confidence.

Provoost added: "After successfully testing at MARIN, we can now complete the build in the Netherlands and we're talking with a number of interested parties. Fuel accounts for a very large proportion of inland shipping costs, so if operators can save 20 percent or more, that generates a lot of interest.

"Every part of the EcoLiner has been designed to reduce fuel consumption. That, combined with low-emission LNG instead of marine diesel, makes the EcoLiner easily the greenest inland shipping vessel in Europe. It's increasingly important for owners and clients to demonstrate sustainable operations and prepare for future 'green corridors' subject to inland emissions regulations."

According to Damen, the EcoLiner's main features are:

- ACES air lubrication has demonstrated 15 percent fuel savings.

- First to combine gas-electric propulsion with low-maintenance shaft propulsion configuration.

- Clean LNG fuel dramatically reduces CO2, SOX, NOX and particulate emissions.

- Power management system for 4 x LNG-fuelled generator sets ensures optimum engine loads and reduced fuel consumption upstream and downstream.

- Retractable Van der Velden FLEX tunnels reduce resistance, and make it possible to install larger, high efficiency ducted propellers.

- Optional waste heat recovery system to heat or cool cargo and accommodation.

Rob Schuurmans, project manager and initiator of the EcoLiner concept commented: "With the hull built in Romania and installation and outfitting of all main systems in the Netherlands, including all generator-gas engines, power management, propulsion and steering gear, we make efficient use of our specialized facilities. The ship is 110 metres long and is Bureau Veritas-classed. Delivery is scheduled in the summer of 2015."

The first EcoLiner will be delivered as a tanker, however Damen points out that the modular design can be built to transport any commodity, including containers and dry bulk. Damen added that the complete LNG installation, including tanks with bunker capacity of approximately 45 cubic metres of LNG, is located aft of the accommodation, thus ensuring that the configuration forward of the cofferdam can be entirely tailored to customer-specific requirements.

The Central Commission for the Navigation of the Rhine and the United Nations Economic Commission for Europe (ADN-UNECE) has approved the gas-powered design, which means that the vessel can travel on all international inland waterways.


UEC60LSJ ammonia-fuelled engine render. J-ENG secures orders for four ammonia-fuelled engines under Japanese PCTC project  

Vessels form part of plan to build four ammonia-fuelled car carriers, a dedicated bunkering vessel and supply chain.

Hanwha Power receives ABS AiP for battery-powered containership design. ABS grants AIP to Hanwha Power for 1,700-TEU battery-powered container ship  

Design uses roughly 151 MWh of swappable battery storage for fully electric propulsion on a container vessel.

Peter Krahenbuhl, WinGD. WinGD signs first licence deal with HD Hyundai Marine Engine to expand Korean production  

Mid-bore engine portfolio gains new production route into Korea's bulk carrier and tanker newbuild markets.

ONE Symphony naming ceremony. Ocean Network Express names ammonia- and methanol-ready newbuild ONE Symphony  

Vessel features conventional diesel main engine, with concept designs approved for possible future conversion to methanol or ammonia.

Sing Fuels logo. Sing Fuels seeks Asia-based supply trader to bolster bunker procurement team  

Singapore bunkering firm is recruiting a supply trader to manage marine fuel purchasing across Asia.

MOL joint naming ceremony. MOL names world's first ammonia-fuelled Capesize bulk carriers  

Naming of Ruri Mirai, Ruri Sekai and Ruri Hikari signals ammonia's arrival as a marine fuel for large bulk carriers.

Washington State Hybrid-Electric 160-Auto Ferry vessel render. ABB wins Washington State Ferries' third hybrid-electric vessel order  

ABB extends its role in the US ferry operator's electrification programme, which targets emission-free operations by 2050.

Aurora Borealis vessel. Kawasaki Heavy Industries delivers LPG-fuelled carrier Aurora Borealis  

Ship could also be modified in future to allow for ammonia-fuelled operation.

Rendering of Estonia's first shore-charged electric ferry. Estonian State Fleet's shore-charged electric ferry completes model testing in Germany  

Hull and propulsion tests show the vessel's energy consumption remains within contracted limits with room to spare.

Kypros Island vessel. Tsuneishi delivers first methanol dual-fuel Kamsarmax bulk carrier from Chinese yard  

Shipbuilder claims progress towards establishing a mass-production system for vessels designed to reduce environmental impact.


↑  Back to Top