GEO 01 - Site & Survey Data Fundamentals for Offshore Wind
Learn about site survey planning, execution and reporting, relevant for foundations, substations, and subsea cables.
Topic: Site & Survey Data Fundamentals for Offshore Wind
Estimated study time: 3-5 hours of self-paced studies - To be completed in 13 weeks from enrolment.
Price: € 249,00 ex. VAT*
Language: English
Instructors:
Lone Klinkby - Market Director, COWI
Thore Sortemos - Senior Project Manager, COWI
Anders Lykke Mikalski - Senior Geophysical Specialist, COWI
Kasper Glitrup - Geotechnical Engineer, COWI
Louise Sandberg Sørensen - Geophysical Specialist, COWI
Silja Lønborg Christensen - Geophysicist, COWI
* VAT is subject to student and/or client's country of origin. VAT exemptions may apply.
Please Take a Few Minutes to Answer the Following Questions
Introduction
The Site Survey
Site Investigation Timeline
Desktop Studies
The Stakeholders
Preparations for & Planning of Site Investigations
Basic Scoping & Execution of Surveys
Vessel, Crew & Positioning
Test Your Knowledge
Conclusion
Introduction
Seabed Surface
Seabed Subsurface
Survey Planning
Deliverables
Test Your Knowledge
Conclusion
Introduction
Scoping & Planning Offshore Investigations
Offshore Operations
Cone Penetration Testing
Drilling & Sampling
Other Techniques
Laboratory Testing
Reporting
Test Your Knowledge
Conclusion
Introduction
Simple- & Integrated Ground Models
Components of an Integrated Ground Model
Purpose of the Geotechnical Interpretive Report (GIR)
GIR for Foundation Design
GIR for Subsea Cables
Test Your Knowledge
Conclusion
I am a technical graduate who wants to start a career within Offshore Wind.
I am a technical professional, who wants to refresh my technical and theoretical knowledge.
I am a manager, who wants to understand the basics of site surveys .
I have been in similar roles in the oil and gas industry.
Site survey play a vital role in the development of an offshore wind farm. These surveys provide a detailed understanding of the seabed conditions, which is crucial for the design and construction of both cables and foundations for wind turbines and substations.
The geophysical- and geotechnical site surveys will identify underwater obstacles, wrecks, and potential hazards such as boulder and shallow gas that could impact the installation and operation of the wind farm.
Understanding these features is critical for safe navigation of vessels during construction and maintenance. By analysing the geological features of the site, including soil and rock composition and sediment layering, engineers can determine cable routes and the most suitable foundation types and construction methods.This knowledge helps mitigate risks associated with soil stability, such as subsidence or liquefaction, and ensures the structural integrity and longevity of the wind turbines and cables.
In summary, a well-executed geophysical and geotechnical site survey campaign is critical for reducing risks, optimising design and operations, and ensuring the success and sustainability of offshore wind projects.
The module is broken down into 4 chapters, each consisting of 6-9 individual lessons followed by questionnaires to test the student knowledge. Each chapter will include visuals of equipment, data examples and exercises focussed on student engagement.
While the module is developed in the context of site surveying for offshore wind installations, the survey techniques discussed are also frequently used for other types of marine infrastructure projects, such as bridges or harbour developments and mapping of aggregates in the marine environment.
All chapters are designed to provide students with a basic understanding of the subjects discussed and the practical aspects of site survey planning, sensors and equipment and reporting, while not diving into the theoretical aspects or technical background, as this will be subjects for more specialised modules.
Upon completion of the course, the students will be able to understand the basic principles of scoping a site survey campaign, why and when specific geophysical sensors or geotechnical equipment is used, and how the acquired data is processed, reported and used in the design process.
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Develop an understanding of the methods and applications of geotechnical and geophysical surveys, understanding when and why each method is used.
Learn how geotechnical and geophysical data interplay and are integrated, linking it to environmental data to make informed decisions about site suitability and design.
Gain the ability to understand the development of ground models and Geotechnical Interpretive Reports (GIRs) that feed into the design basis of offshore wind projects.
Senior Instructor | RECOA
Market Director | COWI
Area of Expertise:
Energy and geoscience projects.
Senior Instructor | RECOA
Senior Project Manager | COWI
Area of Expertise:
Geological, technical, and economic risk.
Senior Instructor | RECOA
Senior Geophysical Specialist | COWI
Area of Expertise:
Geological, technical, and economic risk.
Senior Instructor | RECOA
Geotechnical Engineer | COWI
Area of Expertise:
Geotechnical site investigations.
Senior Instructor | RECOA
Geophysical Specialist | COWI
Area of Expertise:
Acquisition, management and QC.
Senior Instructor | RECOA
Geophysicist | COWI
Area of Expertise:
Modelling, computation methods, and inversion.
COWI is a global consulting group headquartered in Denmark with 7,500 employees with a strong presence in Scandinavia, the UK and North America, and activities in more than 35 countries. The range of services covers engineering, architecture, renewable energy, environmental services, and customer support in achieving their sustainability goals.
COWI offers services through the entire project development phase for offshore wind globally. This includes site assessments and feasibility studies, metocean studies, geotechnical- and geophysical site investigations and reporting, design and engineering of foundations and substations, onshore civils & electrical, owner’s engineering, procurement, and construction.
To learn more visit www.cowi.com