Exclusive Articles
Increasing offshore safety through geological hazards identification with ultra-high resolution marine seismic
Published in: Wind, Think Tank, Exclusive Articles

As offshore wind energy scales up, safety and precision are non-negotiable. Fraunhofer IWES applies ultra-high resolution multichannel seismic (UHR MCS) technology to identify geological hazards with unmatched clarity, delivering sub-meter resolution imaging critical for risk mitigation, efficient design and safe construction. Tailored to the unique demands of offshore wind, this advanced geophysical approach minimizes environmental impact, enhances ground models and supports smarter decisions from planning to operation.
As the demand for renewable energies intensifies, offshore wind farms have emerged as a vital component of the global transition to sustainable energy. The complexity in engineering required for offshore wind farm development includes many variables, from innovative technological structural designs to the challenges posed by unpredictable weather conditions. Moreover, offshore operations for wind farm development not only involve working in challenging and hazardous environments but also require identifying geological hazards that may otherwise go undetected without the appropriate datasets.
Ensuring risk mitigation through accurate geological characterization is essential for preventing accidents, reducing the risk of costly project delays and securing the safety of personnel and equipment.
To read the full content, please download the PDF below.
Download Full Article