Edison Chouest Feeder Fleet for U.S. Offshore Wind Market to be Built to ABS Class

The innovative system is designed to deliver components to the construction site, allowing the ABS-classed WTIV to remain on location, promising faster wind farm installations.

Designed to serve the U.S. offshore wind market, the novel articulated tug/barge (ATB) connection system uses the 900-square-meter barge decks to transport offshore wind components for the latest generation of 15 MW wind turbines, including nacelles, blades and upper tower sections, to the WTIV, with the tugs providing power and thrusters.

“These innovative vessels are going to make a critical contribution to the rapid development of U.S. offshore wind capacity. They are the latest additions to a proud list of advanced vessels now in service and under construction that will serve the emerging U.S. offshore wind industry,” said Rob Langford, ABS Vice President, Global Offshore Wind.

Dino Chouest of ECO said: “We are very excited about the added value that this advanced feedering solution brings to the offshore wind industry, and that this represents a meaningful expansion of our footprint in the space with a highly reputable partner such as Maersk Supply Service.”

“Our partnership with Edison Chouest Offshore demonstrates our long-term commitment to the U.S. offshore wind market. Now we look forward to implementing our market-changing technology to accelerate the rollout of offshore wind and bring value to our customers,” said Michael Reimer Mortensen, Chief Commercial Officer for Maersk Supply Service.

As the leading provider of classification services for the global offshore industry, ABS is in a unique position to support the variety of new vessels serving the fixed and floating offshore wind farm turbine market, from wind turbine installation vessels, rock installation, service operation vessels, and cable laying vessels to floating heavy lift construction vessels. ABS remains a trusted partner for offshore wind stakeholders by delivering advisory and technical review solutions that help minimize risk and enhance safety for offshore wind projects.