Case Study: Dimensional Control Services for EOWDC Foundations by RSL
Client: Smulders Projects UK
Project Start Date: 10/05/2017
The European Offshore Wind Deployment Centre (EOWDC), located off Aberdeen Bay, is a groundbreaking offshore wind project with a capacity of 92.4MW. This project represents a significant advancement in renewable energy technology, featuring pioneering suction bucket foundations paired with 11 of the world's most powerful turbines.
Background:
The European Offshore Wind Deployment Centre (EOWDC), located off Aberdeen Bay, is a groundbreaking offshore wind project with a capacity of 92.4MW. This project represents a significant advancement in renewable energy technology, featuring pioneering suction bucket foundations paired with 11 of the world's most powerful turbines. The use of suction buckets on such a large scale is a first for UK offshore wind projects, promising numerous operational and environmental benefits.
Project Overview:
Smulders Projects, based at the Hadrian Yard facility in Newcastle Upon-Tyne, was awarded the contract to assemble these innovative suction bucket foundations for Vattenfall's EOWDC. To ensure precision and quality during the fabrication stages, Smulders Projects engaged RSL (RSL Structural Engineering) to supply Dimensional Control services.
Role of RSL:
RSL was tasked with providing precise Dimensional Control services, a critical aspect in the fabrication of the suction bucket foundations. This involved:
Accurate Measurements: Ensuring all components were fabricated to exact specifications to avoid any issues during assembly and installation.
Quality Assurance: Verifying the structural integrity and alignment of the suction buckets to guarantee their performance under harsh offshore conditions.
Efficiency Optimisation: Streamlining the fabrication process to meet tight project timelines while maintaining high standards of quality.
Importance of Suction Bucket Technology:
The use of suction bucket foundations in the EOWDC project offers several advantages:
Faster Installation: Suction buckets allow for quicker offshore installation compared to traditional methods, significantly reducing construction time.
Noise Reduction: The installation process of suction buckets generates minimal noise, addressing environmental concerns and complying with regulatory requirements.
Ease of Decommissioning: The suction bucket installation process is reversible, facilitating easier and less costly decommissioning.
Conclusion
RSL's involvement in the EOWDC project underscores the importance of precision and innovation in advancing offshore wind technology. By providing essential Dimensional Control services, RSL ensured the successful fabrication and deployment of the groundbreaking suction bucket foundations. This project not only marks a milestone in the renewable energy sector but also paves the way for more cost-effective and environmentally friendly offshore wind installations in the future.
Through strategic collaboration and technological innovation, the EOWDC project exemplifies how cutting-edge engineering solutions can contribute to the global transition towards sustainable energy.
