Fugro, a leading provider of geotechnical, survey, subsea, and geoscience services, has secured a significant contract for the geophysical survey of the Dutch Doordewind offshore wind farm zone. The Dutch Government’s Offshore Wind Energy Roadmap 2030, facilitated by the Netherlands Enterprise Agency (RVO), aims to expedite the development of offshore wind energy in the Netherlands. Fugro’s selection for this project underscores its reputation for innovative solutions and unparalleled data quality.
The cornerstone of Fugro’s approach lies in its revolutionary 2D ultra-ultra-high resolution (UUHR) surveys, renowned for delivering unprecedented levels of data accuracy. Scheduled to commence fieldwork in April 2024, Fugro will deploy its state-of-the-art geophysical vessel, the Fugro Pioneer, equipped with customized digital streamers and cutting-edge processing technology tailored for 2D UUHR surveys. This advanced methodology, coupled with proprietary software and precise positioning systems, will facilitate comprehensive ground modeling and near-surface geology interpretation. The resulting data will play a pivotal role in shaping future geotechnical investigations and optimizing the design of offshore wind farms.
RVO’s Project Manager for the Doordewind project, Giljaam van der Meulen, expressed enthusiasm for collaborating with Fugro, emphasizing the importance of innovation in expediting the energy transition. Van der Meulen stated, “RVO is challenging the offshore market to come up with innovations to speed up the energy transition in the Netherlands,” highlighting Fugro’s alignment with this vision.
Sven Plasman, Fugro’s Project Director and Government Relationship Manager, echoed the sentiment, affirming Fugro’s commitment to supporting governments worldwide in their renewable energy endeavors. Plasman remarked, “One of Fugro’s key aims is to help governments worldwide with the energy transition,” underscoring the company’s pride in contributing to such a significant offshore wind project.
The Doordewind wind farm zone, situated approximately 77 km off the north coast of The Netherlands, represents a monumental step towards sustainable energy production. Spanning an area of approximately 580 km2, the wind farm is slated to boast a total capacity of 4 GW, distributed across two sites of 2 GW each. Notably, the Doordewind wind farm will serve as the pioneering project to connect to the Eemshaven, further cementing its significance in the renewable energy landscape.
As Fugro embarks on this endeavor, its commitment to innovation and excellence promises to drive the successful realization of the Dutch Government’s renewable energy ambitions.
