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My research focuses on geological characterisation of the seabed for offshore wind foundations/anchors in the North Sea. Offshore wind is a rapidly growing industry and a vital part of the energy transition, but there are still a number of ways in which a more integrated approach to acquiring and interpreting site survey data could add value, reduce costs and uncertainties and increase efficiency in offshore wind installation projects.
Some key areas of interest include:
- Planning and execution of marine data acquisition: Where could data packages be streamlined vs are there additional types of data which could add value?
- Integrated interpretation of geological, geophysical and geotechnical data: How can complex vertical and lateral variations relating to glacio-marine processes best be represented in terms of facies modelling and reducing uncertainties in conceptual foundation design
- Using efficient digital solutions: in an industry where profit margins are tighter, every opportunity should be taken to work as efficiently as possible. This includes using increasingly automated interpretation techniques and archiving interpretations on data cloud/lake based platforms that are easily accessible for future projects or future work on the same project.
- (2022). A conceptual geological model for offshore wind sites in former ice stream settings: The Utsira Nord site, North Sea. Journal of the Geological Society.
- (2023). For Norge kan bunnfast havvind være mer utfordrende enn flytende. Dagens næringsliv.
- (2022). Geological Conditions for Offshore Wind Turbine Foundations at the Sørlige Nordsjø II site, Norwegian North Sea. EarthDoc.
- (2021). A conceptual geological model for Utsira Nord offshore wind site in the Norwegian North Sea. Presentation and Conference paper. . EAGE extended abstracts.
More information in national current research information system (CRIStin)
- PhD project: Integrated geological characterisation of marine ground conditions for offshore wind foundations in the North Sea
The project is associated with Equinor and with the Bergen Offshore Wind Centre (BOW), which covers a range of innovative offshore wind research projects.
Project Supervisors: Christian Haug Eide and Haflidi Haflidason
I have a background in Geology and Petroleum Geoscience and have previously studied at the University of Edinburgh (2009-2013) and Imperial College London (2013-2014). After graduating, I moved to Bergen to work as an Exploration Geologist at Statoil/Equinor for four years and also worked as an Operations Geologist for almost two years.
My main area of focus has previously been evaluating hydrocarbon prospects; analyzing large seismic and well datasets within the Northern North Sea region at a range of stratigraphic levels. Most recently I have focused on regional seismic interpretation of Plio-Pleistocene stratigraphy, and I am very excited to continue to study the fascinating glacial geology of the Quaternary of the North Sea as part of my PhD project.