Seismic acquisition and imaging

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Expertise

In offshore energy, unseen subsurface risks can delay progress and drive up costs. That’s why we help you derisk shallow geohazards for your offshore wind farm and provide unique insights into subsurface structures for carbon capture, utilisation and storage (CCUS) and oil and gas. Our pioneering seismic solutions, including 2D and 3D extremely high resolution (EHR), ultra-high resolution (UHR) and high resolution (HR), deliver critical subsurface insights, reducing risk and supporting your project’s success.

Jelte Offringa.png

Jelte Offringa

Global lead - Seismic acquisition and imaging

Infographic

Discover more about SeisWind® 3D’s ultra-high resolution seismic data.

Benefits

01

Decisive insights

Make informed and confident decisions with precise 2D and 3D seismic data (HR, UHR and EHR), backed by expert guidance tailored to your projects.

02

Global reach

Access seismic expertise wherever you operate, supported by our global fleet and regional teams.

03

Reduced risk

Gain early insights into subsurface conditions to minimise delays and reduce uncertainties. This is supported by our industry leading seismic acquisition and processing techniques, including smarter data acquisition, advanced imaging and an optimised development schedule.

04

Reliability

Accelerate your project’s success with reliable seismic data. With remote and cloud-based processing, we ensure consistent data quality and productivity across all locations and project stages.

Key figures

310

completed seismic projects

delivering 2D and 3D data for offshore wind, CCUS and oil and gas.

35

countries

served by our global seismic vessel fleet supporting offshore energy markets.

642000

kilometres

of marine seismic data acquired and processed to deliver trusted subsurface insights.

100

clients worldwide

including state energy companies, government institutions and international oil and gas companies, with more than 45 returning for repeat projects.

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Case study

Low energy seismic reflection surveys for detailed characterisation

The discovery of a newly recognised underwater fault required detailed characterisation to estimate the potential ground motions that it could generate and the potential risks to the power plant.

Related publications

01 Jan 2023

Link

Seismic resolution as key to de-risking shallow foundation hazards: A Hesselo case study

01 Jan 2023

Link

Late Weichselian deformation of glaciomarine clays in Hesselo Bay, Denmark

10 Jun 2024

Link

Establishing a Seismostratigraphic Framework for the Shallow Subsurface of the Sørlige Nordsjø II Windfarm Area

04 Nov 2024

Link

AI-Based Gmax Prediction from Seismic Data with Improved Confidence by Improved Inputs

10 Jun 2024

Link

Low Impact Seismic Source Using Pseudorandom Binary Sequences: a Field Experiment

04 Nov 2024

Link

Seafloor and Sub-Seafloor Evidence for Past Glacial Activity on the Lithuanian Shelf of the Baltic Sea

04 Nov 2024

Link

Pleistocene River Valleys and Glacial Tunnel Valleys in the Danish Sector of the North Sea

Contact us

Get in touch for more information about seismic acquisition and imaging

Jelte Offringa.png

Jelte Offringa

Global lead - Seismic acquisition and imaging

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Recovering geophysical equipment from back deck of vessel.jpg

Related services

Geophysical and site appraisal

With our geophysical and site appraisal services, you’ll get a clear overview of all the features and conditions at your project site. Above and below the surface. An overview crucial to engineering design and challenge-solving.

Find out more