Norwegian shipbuilder Vard has been awarded approval in principle from class society DNV for the design of its methanol-powered wind turbine installation vessel (WTIV).
The so-called VARD 4 52 design features a methanol-electric system, which, together with a large battery pack, can reduce the CO2 footprint by up to 90%, Vard said.
The vessel has the capacity to run on methanol for 28 days and is large enough to transport up to five 15 MW turbines, including all parts.
Vard noted that, while the vessel’s primary task is the installation of large wind turbines, it can also be suitable for foundation installation up to 75 m water depth, with the crane being able to lift as much as 2,600 tonnes.
Wind farm installation ships driven by methanol-fuelled engines are expected to enter service in 2024. Dutch offshore marine contractor Van Oord has one such vessel on order at Yantai CIMC Raffles Shipyard in China. The 175 m jackup newbuild, designed by Knud E Hansen, will be able to install up to 20 MW wind turbines. It will sport a crane that can lift more than 3,000 tonnes and four 126 m legs, allowing the vessel to be jacked up and work in waters up to 70 m deep.
Tags: Design, DNV, Methanol, Vard, WTIV
Recent Posts
Wärtsilä to Power USA’s First All-Electric High-Speed Ferries in San Francisco Bay
ABS and Pusan National University Chart a Course for Liquid Hydrogen Shipping
RIC Energy and Siemens Partner to Advance Green Hydrogen and E-Fuels Projects in Spain
Moeve to Supply 40,000 Tons of 2G Marine Biofuel to Grupo Armas Trasmediterránea in Canary Islands
Smart Green Shipping Completes Successful Sea Trials of Wind-Assisted Propulsion System
CMA CGM Unveils Vietnam’s First Fully Electric River Barge in Collaboration with NIKE
Vietnam and France Join Forces to Explore Green Hydrogen for Remote Islands
Port of Rotterdam Tests Electric Hydrofoil Vessel in Push for Sustainable Operations