In this paper, we consider Huisman’s On-site Support services. These services, incorporating the three steps of efficient inspection & maintenance schedule, new tooling, and analysis & prediction, maintain the optimal performance of Huisman equipment for maximal uptime and reduced costs over the lifetime.
The first step covers the foundation of standardised inspections and maintenance. The standard plan draws on the requirements of multiple classification societies. The plan includes whether the equipment may be in operation, should be tested or should be turned off. This ensures efficient coordination of tasks and minimal interference with operations.
The second step is modern tooling. This paper considers examples such as drone technology, combined with AI, to advance safety, efficiency and quality of inspections, as well as mobile wire rope inspection systems.
The third step is predictability. Huisman has five dashboards in development that focus on optimising equipment and operations. These will help to reduce financial and operational risks and strengthen current and future business.
As monopile foundations to support offshore wind turbines grow in size, the underwater noise levels during installation also increase. Accurate prediction of these high noise levels is essential for designing effective noise-cancelling devices, which mitigate negative impacts on marine life. Since evaluating noise levels during full-scale monopile installation is time-consuming and expensive, researchers are exploring small-scale tests.
With its services, Huisman ensures top-notch support for its clients throughout the equipment lifecycle. As the Original Equipment Manufacturer (OEM), the company is in prime position to achieve this, leveraging its deep understanding of the equipment to provide high-quality services. This includes On-site Support for inspection, maintenance, training, and emergency response, conveniently bringing expertise to clients when and where they need it.