EAGE London: First broadband 3D marine vibrator data in the North Sea

Thu Oct 24 2024 at 06:30 pm to 08:00 pm

Royal School of Mines | London

EAGE Local Chapter London
Publisher/HostEAGE Local Chapter London
EAGE London:  First broadband 3D marine vibrator data in the North Sea
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EAGE London: Acquisition and processing of the first broadband 3D marine vibrator data in the North Sea
Tiexing Wang, Shearwater
About this Event

The talk will have a hybrid form: in-person at Imperial College, London and broadcasted ONLINE.

Link to the webinar will be provided via e-mails to registered attendees: first e-mail will be sent two days before the event and the second one just 2 hours before the event. Do not register too late!


Lecture Theatre 2.28



Agenda (UK time)

18:30-18:35 Introduction and Announcements

18:35-19:10 Acquisition and processing of the first broadband 3D marine vibrator data in the North Sea

19:10-19:30 Q&A

19:30-20:00 Informal discussion and networking




Presenter
Tiexing Wang, Shearwater

Tiexing received his PhD in Geophysics in 2020 and began his professional career in the energy industry. Currently, he works as a Project Research Geophysicist at Shearwater R&D UK. His work focuses on cutting-edge marine vibroseis processing technology,
particularly in signature estimation and deconvolution.
He is also actively involved in research related to deep learning and
ultra-high-resolution seismic data processing and interpolation.



Abstract

To meet the energy transition goal and the demand for environmentally friendly sources, we have been developing more advanced marine vibroseis technology and its associated data processing methods. Recently, we conducted an alpha test in the North Sea, acquiring a 3D swath of data using a single marine vibrator (MV), along with several test lines using a two-MV source array covering a frequency range of 3-150Hz, and two ultra-low-frequency single-MV lines covering 1-8Hz up to an 18km offset. The processing results not only show quality comparable to traditional airgun arrays but also highlight the MVs’ ability to generate signals down to 1.5Hz over large offsets. These findings demonstrate that MVs can act as a sustainable alternative to traditional sources for large-scale broadband acquisition. Moreover, MVs hold significant potential for enhancing 4D seismic monitoring, as they provide precise control over their emitted signal.



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Event Venue & Nearby Stays

Royal School of Mines, Royal School of Mines, London, United Kingdom

Tickets

GBP 0.00

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