Advancing sustainable floating offshore wind with Aristotle University of Thessaloniki

We were recently honored to host colleagues from the School of Civil Engineering at Aristotle University of Thessaloniki (AUTh) at our headquarters. This visit forms part of an ongoing collaboration to advance sustainable floating offshore wind, established under a formal agreement signed last year, aimed at advancing decarbonization, circularity, and biodiversity protection in the floating offshore wind sector.

Joint Research on Carbon Footprint Analysis in Floating Wind

Our collaboration focuses on carbon footprint analysis as a foundation for developing low-impact technologies in floating offshore wind. This initiative aligns closely with our broader sustainability goals and our mission to minimize the environmental impact of floating wind systems throughout their lifecycle.

Carbon Footprint of SATH Technology

A major outcome of this collaboration is the carbon footprint analysis of the SATH floating platform technology, carried out by Michail Theodoridis as part of his diploma thesis. His research delivers critical insights into lifecycle emissions and helps identify actionable strategies to reduce the carbon footprint in future floating offshore wind deployments.

In partnership with Professor Eva Loukogeorgaki and her students Angelos Klironomos and Michail Theodoridis, we are conducting a comprehensive life cycle assessment (LCA) of floating wind platforms. This includes a detailed review of components, materials, and their potential for reuse and recycling—essential data for improving environmental performance.

Building on these findings, Angelos Klironomos will lead a new study exploring how platform design and material selection influence carbon emissions. This work is expected to generate design-driven solutions that enhance both structural efficiency and environmental sustainability, contributing to next-generation offshore wind platforms.

Promoting circularity in the floating wind value chain

Our joint efforts also extend to exploring circular economy strategies in floating offshore wind. These include the integration of renewable energy in the manufacturing of SATH platforms and recycling solutions for end-of-life components. These initiatives aim to build a more sustainable and resilient value chain across the sector.

In parallel, we are setting the groundwork for new research avenues with AUTh focused on nature-based solutions and biodiversity protection in floating offshore wind farms. Preserving marine ecosystems while expanding renewable energy capacity is a shared priority. We believe that engineering innovation must go hand in hand with environmental stewardship.

We are excited about the road ahead and proud to continue this impactful collaboration with the Aristotle University of Thessaloniki. Together, we aim to drive progress in floating offshore wind technology, while ensuring its long-term environmental sustainability.

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