Our core competence lies in designing seafastening grillages and custom tools essential for the safe transport and installation of offshore wind turbine foundations and components. We understand the complexities of the marine environment and the critical importance of reliable structures in the offshore renewable energy sector.
How the structure is integrated and how easy it is to integrate our structures is also an important aspect. This depends on the vessel underdeck structural arrangement and allowable structural capacities. The design has to go hand in hand with detailed FEM calculations such that the structures we design can be approved by MWS & class societies. Avoiding complicated welds and avoiding the use of exotic materials reduces the cost and time required for fabrication.
Our design process begins with a thorough understanding of the complexities of the marine environment. This knowledge is crucial in ensuring that our structures can withstand the dynamic and demanding conditions of the sea.
A key aspect of our work is ensuring the ease of integration of our structures. We meticulously consider the vessel’s underdeck structural arrangement and allowable capacities, ensuring our designs align perfectly with these parameters. This approach guarantees a seamless and efficient integration process.
We employ detailed Finite Element Method (FEM) calculations in our design process. This rigorous engineering approach is essential for the structures we design to gain approval from Marine Warranty Surveyors (MWS) and class societies. Our commitment to this advanced level of engineering underlines our dedication to safety and compliance in all our projects.
In our pursuit to provide economical solutions, we focus on avoiding complicated welds and the use of exotic materials. This strategy significantly reduces both the cost and time required for fabrication, delivering cost-effective solutions without compromising on quality or safety.
