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Mammoet has begun the assembly of the world’s strongest land-based crane, the SK6000, at its Westdorpe facility in the Netherlands.
This monumental project heralds a new era in heavy lifting technology, offering unprecedented lifting capacity and reach. It introduces innovative construction methodologies for large projects.
The SK6000 ring crane exemplifies Mammoet’s dedication to both innovation and sustainability. With full electric operation, the crane supports the transition to cleaner power sources while reducing the carbon footprint of energy projects.
Boasting a maximum capacity of 6,000 tons, the SK6000 can lift components weighing up to 3,000 tons to a height of 220 meters. Its immense lifting power allows Mammoet’s clients to build more efficiently in larger pieces, minimizing logistics, integration, and mobilization phases.
The crane represents a significant advancement for projects in emerging energy sectors, aiding the construction of next-generation wind turbine and foundation components needed for higher yields from offshore wind farms. It also enables new modular construction options for nuclear facilities, enhancing cost-effectiveness and safety.
In the oil and gas sector, the SK6000 allows new build and expansion projects to benefit from unprecedented economies of scale. It builds on the proven design philosophy of Mammoet’s SK190 and SK350 series.
Following the mobilization of all parts to Mammoet’s Westdorpe site, initial work includes assembling the crane’s base frame, power packs, and control room. Mammoet’s auxiliary cranes, including two 250-ton crawler cranes and a 140-ton Gottwald mobile harbor crane, are supporting the build.
“This is a thrilling new chapter for Mammoet and modular construction in heavy industry, as we see the SK6000 taking shape,” Koen Brouwers, project manager for the SK6000, said. “It will offer a hook height, outreach, and lifting capacity far in excess of any crane on the market. We are excited to bring this groundbreaking technology to our customers, helping them achieve their project goals with greater efficiency and more sustainably.”
The assembly of the SK6000 is scheduled to be completed by Q4 2024.
