June 14, 2006
Austal USA installs HSF engines
Austal USA's Mobile, Alabama, yard recently completed installation of four MTU 8000 Series engines in the first of two Austal Auto Express, 353 ft (107 m) vehicle-passenger ferries for Hawaii Superferry (HSF).
The engines are the largest thus far installed by the yard.Each 49-ton engine has 20 cylinders, and produces 8,200 kW at 1,150 RPM.
The installation procedure was innovative in that it required:
The installation of all four engines was completed within three weeks, ahead of schedule and under budget.
Due to some unforeseen circumstances, the ferry owner had to make a change to the engines after the design was complete and construction was underway on the vessel. This could have been cause for difficulties in completing a smooth installation process.
When asked for his opinion of the engine installation evolution, Hawaii Superferry Board Member, Bill Shirley commented, "The Austal design and production team adapted well to the necessary change in engines making it a seamless adjustment. The installation proceeded uneventfully which is a compliment to those who were involved in this complicated procedure."
Hawaii Superferry plans to use Austal fast ferry technology to establish Hawaii's first high-speed vehicle-passenger service. Each catamaran will carry 866 passengers and 282 vehicles and provide services connecting Honolulu to Maui and Kauai in three hours and from Honolulu to the Big Island in four hours.
Full contract funding for this two-vessel project was confirmed in October 2005 making the contract unconditional. However, construction of the first ferry has been underway since June 2004 at Austal in Mobile based on initial funding from Hawaii Superferry and a strategic decision by Austal to advance work on the project in order to develop the workforce in readiness for the Littoral Combat Ship project.
On the present schedule, the first ferry is due for delivery in the first half of 2007.
Construction has already started on the second ferry, which is currently scheduled for completion in the first half of 2009.