Ship design & newbulding, Sustainability Wallenius Marine
“Oceanbird is a prime example of innovations that we really need” says Per Bolund, Sweden’s Minister for Financial Markets and spokesperson for the Swedish /../
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Ship design & newbulding, Sustainability Wallenius Marine
Powered by wind, it is important that the vessels of the Oceanbird concept will perform well at the windy sea. Watch when a five-metre /../
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It & system support, Technical management Wallenius Marine
Social sustainability in shipping have never been more important, when crew changes are difficult to achieve. Separate networks makes it possible for the crew to /../
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About us, Ship design & newbulding, Sustainability Wallenius Marine
KTH have tested the seven meter Oceanbird model with one wing on deck, in open water. Their focus was on the wing structure and keeping the rest as simple as possible, preparing for the big test in November.
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Ship design & newbulding, Sustainability Wallenius Marine
Oceanbird is like no other cargo vessel. Mostly because of its 80 metres high wings, which gives the ship enough power to transport 7,000 cars across the ocean.
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Ship design & newbulding, Sustainability Wallenius Marine
Last week, Wallenius Marine revealed the new design for the wind powered ship Oceanbird. At a digital press conference, journalists got a pre-view of the /../
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Sustainability, Uncategorized Wallenius Marine
Wallenius Marine is sponsoring Ms. Hnin Oo Wai, a student at the World Maritime University (WMU) in Malmö.
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Ship design & newbulding, Sustainability Wallenius Marine
The sun was shining over the eleven naval design students from KTH, when they put the Oceanbird model in water. This first sea trial /../
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Ship design & newbulding, Sustainability Wallenius Marine
Computer simulations can take us quite far but not all the way. The team that are designing wind powered vessels, needed a boat in /../
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Ship design & newbulding, Technical management Wallenius Marine
In designing wind-powered vessels, we need to understand how the wind behaves 200 meters above the surface. Therefore, the design team have installed advanced laser measurement, so called LIDAR, on an oceangoing ship.
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