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GET Offshore WInd Energy Conference
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Welcome to the GET2024 Offshore Wind Energy Conference

GET 2024 invites you to join us at the Offshore Energy Conference by EAGE Global Energy Transition, addressing the critical role of offshore wind energy in meeting global climate goals. According to forecasts by the IEA and IRENA, 2,000 GW of installed offshore wind capacity will be needed by 2050 to achieve net zero by 2050 (GOWA, 2023). The expectation is that the global installed offshore wind capacity would reach almost 500 GW in 2030, a significant increase over 2020 levels (IRENA, 2023).

From a geoscience perspective, innovative solutions to optimize seabed and subsurface characterization for offshore wind farms are essential. We will delve into topics such as geophysical acquisition, seismic imaging, data interpretation and integration, and geohazards assessments. The use of AI and machine learning in addressing the challenges in Offshore Wind will also be a focus.

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We encourage multidisciplinary dialogue within the industry to support the understanding of the regulatory frameworks and the role of geoscience to support environmental and archeological assessments in offshore wind.

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“I am pleased to invite you to

… the EAGE GET Offshore Wind Energy conference in Rotterdam this year. We look forward to exciting discussions within our relatively young, diverse and expanding community to support the technical developments in site characterization for offshore wind energy. We will also be very keen to encourage knowledge sharing across the different disciplines with keynotes and dedicated sessions to strengthen the focus on addressing the challenges faced by this fast-growing industry. 

I very much recommend this conference to geoscience professionals, technical specialists and researchers curious to gain more insights into the challenges and opportunities associated with the demand for efficient site characterization and risk mitigation strategies in offshore wind.

GWENAELLE-SALAUN
Gwenaëlle Salaün

Senior Lead Geophysicist at Ørsted

Co-chair Offshore Wind Energy Conference

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“I am pleased to invite you to Rotterdam

…and share the GET experience with you and other professionals involved in the energy transition! A significant part of the energy transition process will come through how we perceive and address the challenges we face in offshore wind. The Offshore Wind Energy conference at GET 2024 will give us that much needed platform to delve into critical topics and engage in brainstorming, knowledge sharing sessions. I, therefore, welcome you all, to get together at GET 2024, to be a part of such discussions and to interact with brilliant minds from across academia and the industry. I am looking forward to it and to seeing you all there.

SANKET-BHATTACHARYA
Sanket Bhattacharya

Seismic Business Development Manager at Fugro

Co-chair Offshore Wind Energy Conference

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The EAGE GET conference brings Opportunities to:
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Connect with Like-Minded Professionals: You will be able forge connections with hundreds of other professionals, sharing insights, and expanding your network in ways you never thought possible.
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Learn: Maximize the GET experience by attending an unparalleled education program. Gain inspiration from industry visionaries, thought leaders, and experts who are driving innovation through the talks and panel discussions.
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Explore the Exhibition and Poster Hall: Immerse yourself in the cutting-edge solutions showcased in the posters and exhibits. They are your playground to discover the latest technologies, innovations, and trends that are reshaping the offshore wind energy sector.

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Geophysicists, geologists, hydrographers, geotechnical engineers, environmental and numerical specialists from the offshore wind industry (developers, survey contractors, consultants) and academia will come together to exchange insights on the latest developments across the broad scope of offshore wind energy. 

We are very keen to enable multidisciplinary knowledge sharing by inviting both geoscientist and non-geoscientist profiles to attend and contribute to provide experts insights into the various aspects of site characterization in offshore wind energy. 

We encourage oral presentations and posters providing case studies of the geoscience value creation in offshore wind projects as well as insights into novel applications of existing techniques or new technologies for seabed and near-surface characterization.

Call for
Abstracts

OFFSHORE WIND Energy CONFERENCE

The following topics are highlighted (but not limited to) for your abstract submission:

Submit your abstract
before 30 June 2024

Abstract Guidelines
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  • Advancements in geophysical methods for near-surface & seabed acquisition
  • Optimization of acquisition strategies and future trends
  • Fixed foundation vs. floating offshore windfarms
  • Very shallow water data acquisition
  • Acoustic underwater noise analyses
  • Advancements in seismic data processing
  • Inversion of near-surface seismic data
  • Re-processing of O&G seismic legacy data for offshore wind
  • Diffraction imaging
  • Advancements in backscatter data processing
  • Advancements in seabed target detection (boulders, UXOs, etc.)
  • Optimizations for benthic habitat mapping & monitoring applications
  • Case studies from offshore windfarm sites & cable routes
  • Integration of geophysical, geological and geotechnical data for  foundation studies (fixed-botom & floating)
  • Integration of geophysical, geological and geotechnical data for electrical cable studies, including landfall studies
  • Geohazards: identification, characterization and risk assesments
  • Developments in buried UXO detection, modelling and risk assessments
  • Developments and considerations from the development of AUV & USV solutions
  • New methods and innovation in shallow sub-surface characterisation
  • Distributed Acoustic Sensing applications
  • Non-seismic methods (magnetometer, gradiometer, EM, resistivity, etc.)
  • Machine learning applications for ground model development
  • Geostatistics use in advanced Geomodelling applications
  • Uncertainty assessment Object detection automation
  • Accuracies of P wave velocity models
  • Shear wave velocity models for offshore Wind (applications to foundation design, liquefaction studies, etc.)
  • Large integrated geoscience databases
  • Opportunities from geophysics to reduce Offshore Wind project schedules
  • Environmental Consenting for Offshore Wind

Commitee List

  • Maarten Vanneste
    NGI
  • Sanket Bhattacharya
    Fugro
  • Gwenaëlle Salaün
    Ørsted
  • Stefan Wenau
    Uni-bremen
  • Alistair Robertshaw
    BP
  • Robert Lorenzen
    Vattenfall
  • Allan McKay
    PGS
  • Graham Bell
    Rovco
  • Heidi Etter
    Worley consulting
  • Guillaume Sauvin
    Equinor
  • Joris Siermann
    Shell
  • Michael Calvert
    Applied Accoustics
  • Lennart Siemann
    Fraunhofer IWES
  • Willem Fontein
    GEOxyz
  • Friso Veenstra
    TNO
  • Jeroen Godtschalk 
    AFRY
  • Maarten Vanneste
    NGI
  • Sanket Bhattacharya
    Fugro
  • Gwenaëlle Salaün
    Ørsted
  • Stefan Wenau
    Uni-bremen
  • Alistair Robertshaw BP
  • Robert Lorenzen Vattenfall
  • Allan McKay PGS
  • Graham Bell Rovco
  • Heidi Etter Advisian
  • Guillaume Sauvin NGI
  • Joris Siermann Shell
  • Michael Calvert Applied Accoustics
  • Lennart Siemann Fraunhofer IWES
  • Willem Fontein GEOxyz
  • Friso Veenstra TNO
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Registration IS OPEN

Benefit from the early fee by registering before 1 September.

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