ALE 5,000 tonner makes first lift

03 October 2016

ALE AL.SK350 making its first lift at a yard in Brazil helping to construct an FPSO

ALE AL.SK350 making its first lift at a yard in Brazil helping to construct an FPSO

Having recently completed load testing ALE has hoisted its first load with its new 5,000 tonne capacity AL.SK350 super heavy lifter.

The first of around 40 modules was lifted on site at an offshore yard in the south of Brazil. Units weighing up to 3,000 tonnes will be lifted as part of the construction of the P-74 FPSO (floating production, storage and offloading) vessel.

UK-based heavy lift and transport specialist ALE claims its AL.SK350 is the world’s largest land-based crane and that the 3,000 tonne load will be the heaviest commercial load ever lifted by a land-based mobile crane. The maximum load moment rating is 354,000 tonne-metres. It was chosen because its capacity allowed the modules to be installed without having to move the ship’s hull, ALE said, saving time and money on the project.

On this project the AL.SK350 has a 130 metre boom and was rigged with a 4,000 tonne capacity winch system and high speed slewing. Ballast radius was set at 49 metres and it carried 4,000 tonnes of it.

Ronnie Adams, senior project manager on site, commented, “The crane is performing well and exceeding expectations with its high slew speed, in combination with the 4,000 tonne winch system. Despite challenges faced by the weather, we have successfully completed the first campaign ahead of schedule, recognising the engineering achievements this milestone brings.”

Latest News
Jury concludes that Caterpillar owes $100m to importer amid US lawsuit
A jury in the US has concluded that Caterpillar must pay $100 million to an importer, following a legal dispute between the two companies.
Kanamoto eyes North America move
Company aims to double overseas revenue in next six years
Smart Construction to unveil Edge 2 at Intermat
New launch ‘an advancement’ in simplifying drone surveying processes and point cloud data processing