GustoMSC, NOV's offshore design and engineering arm, has developed a novel asymmetrical rack-and-pinion jacking system. This technology is specifically engineered to augment the jacking capacity of vessels used for installing offshore wind turbines. The primary benefit is the ability to handle heavier loads and operate in more challenging conditions without requiring larger or heavier vessels, or modifications to the existing jacking system footprint.
This development is significant for freight forwarders and project logistics managers involved in offshore wind projects. Enhanced jacking capacity means more efficient installation processes, potentially reducing project timelines and costs. It could also enable the use of existing vessel fleets for larger, next-generation wind turbines, thereby optimizing vessel utilization and potentially easing demand for new, specialized heavy-lift vessels. This could lead to more predictable scheduling and potentially lower overall project transport and installation expenses.
