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Ten years on: scour protection turned reef at Teesside Offshore Wind Farm

Published in: Wind, Exclusive Articles, Industrial Insight

Ten years on: scour protection turned reef at Teesside Offshore Wind Farm image

As the global push toward renewable energy accelerates, offshore wind farms have become a defining feature of the modern energy landscape. While their primary role is to generate clean electricity, attention is increasingly turning to how these large-scale installations interact with marine ecosystems. Can they do more than minimise harm? Could they actively enhance biodiversity?

A recent study conducted at the Teesside Offshore Wind Farm, operated by EDF Power Solutions UK & Ireland, conclusively shows the answer is ‘yes’. By integrating innovative scour protection technology, researchers are beginning to uncover how offshore infrastructure can double as a catalyst for marine life, contributing to the growing concept of biodiversity net gain (BNG).

From protection to enhancement

Scour protection is a critical component of offshore wind turbine installation. It prevents erosion around turbine foundations caused by the action of underwater currents. Traditionally, this has involved the placement of rock armour or similar materials around the base of structures. However, newer approaches are exploring how these functional elements can be designed to deliver ecological benefits as well.

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