2nd Seabed Seismic Workshop: Imaging Innovation for the Future

About

13–15 May 2025
Kuala Lumpur, Malaysia

The last decade has seen a gradual and sustained growth in seabed seismic, mainly using ocean bottom nodes (OBN) but also ocean bottom cables (OBC) and distributed acoustic sensors (DAS). Seabed seismic has become a technique of choice and now constitutes a large portion of newly acquired seismic worldwide, and this trend is expected to continue growing for the next 15-20 years.  This growth is mainly due to two factors. The first one is the economic factor – as the acquisition and sensor technologies have evolved, the cost of data acquisition has been reduced. This continues to be the main challenge and through this workshop we will look at strategies and developments that can help to reduce the costs even further. The second is the technical factor – processing, model building and imaging using multicomponent data has evolved significantly over the last decade with new technologies being explored as well as new workflows and algorithms being developed specifically for seabed seismic datasets. Through this workshop, we will also capture the current state of these advances and lay the groundwork for the direction we hope the developments take over the next few years. Furthermore, we have seen the benefits of seabed seismic for better constrained seismic inversion, monitoring studies as well as being an enabler for the future of energy.

This workshop aims to cover all aspects ocean bottom seismic and applications from source and sensor development, novel survey designs, new algorithm development for processing, imaging, and reservoir characterization up until utilization of AI/ML and finally interpretation of these datasets. Through theoretical talks, case studies and in-depth discussions we will share our experiences from various basins around the world, in different settings and for various utilizations – from exploration scale to field focused monitoring studies.

Technical Committee

Committee Co-Chairs:

  • Ahmad Riza Ghazali, PETRONAS  
  • Shivaji Maitra, SLB

Committee Members:

  • Ali Tura, Colorado School of Mines
  • Craig Walker, SAExploration
  • Chris Walker, BGP
  • Christian Strand, Shearwater
  • Davide Calcagni, ENI
  • Fabio Mancini, Blue Ocean Seismic
  • Faizan Akasyah, PETRONAS
  • Fortini Carlo, ENI
  • Gang Yu, BGP
  • Gary Hampson, DUG
  • Henry Debens, Woodside Energy
  • Keat Huat Teng, Viridien
  • Kittinat Taweesintananon, PTTEP
  • Raheel Malik, TGS
  • Sagnik Dasgupta, ExxonMobil
  • Simon Wolfarth, BGP
  • Shamsul Shukri, PETRONAS
  • Shu’aib Kamaludin, Brunei Shell
  • Suyang Chen, SLB
  • Tomohide Ishimaya, INPEX
  • Wadii El Karkouri, TGS
  • Walter Rietveld, BP
  • Wu Xiang, Halliburton

Contact

Suba Jaganathan
SEG Asia Pacific
[email protected]

Attend

Who Should Attend?

This workshop will be of great interest to all practitioners of seabed seismic acquisition, processing imaging, and interpretation and all who intend to learn or understand these techniques and how they can help to enrich subsurface understanding.

This workshop will also spark great insights for research and development professionals, university educators, and students.

Technical Program

The technical committee invites you to submit your abstract by 27 January 2025 to [email protected]. The suggested topics are as follows (but not limited to):

Sources and Sensors

  • Marine vibrators, low-frequency sources etc.
  • Fibers (Vertical and Surface), VSPs, autonomous nodes, freefall/pop-up nodes etc.

Advances for efficiency improvement

  • Simultaneous sources
  • Surface sampling and compressive seismic
  • Sparse nodes
  • OBN, OBC, Streamer (NAZ, WAZ, Short Offset), DAS hybrid surveys
  • Faster data transfers and compression
  • HPC/cloud computing efficiency and capacity

Surveys for future of energy

  • Ultra-shallow/TZ solutions
  • Deep to ultra-deepwater solutions
  • Site surveys; high resolution seismic
  • Micro and passive seismic
  • CCUS, hydrogen, geothermal, marine minerals, windfarms, infrastructure projects, etc

Processing

  • Practical limitations/challenges related to technology -eg clock drift
  • Hybrid streamer/OBN/ VSP processing
  • Marine vibrator processing
  • Noise attenuation – surface and converted wave suppression
  • Multiple attenuation – surface and interbed multiples
  • Specific considerations for processing fiber data – PP and PS

Modelling and Imaging

  • Multi- channel analysis surface wave inversion
  • Full waveform inversion/imaging – acoustic to elastic and multi-parameter
  • PP-PS Velocity Model Building
  • Q-modelling
  • Simultaneous modelling using surface, seabed and borehole seismic
  • Imaging with multiples/mirror migrations
  • RTM and Least-squares imaging

Reservoir characterization, Inversion and Applications of Datascience

  • Multi-component joint PP-PS inversion
  • Thin layer detection
  • AI/ML applications

4D (Time Lapse) surveys

  • Passive seismic and applications.
  • Base lines/repeats with OBN strategy
  • Sparse or targeted 4D

Non-seismic Solutions

  • Bathymorphological surveys
  • Advancements in remote sensing, geodesy, and gravity methods
  • Magnetic and electromagnetic technology and applications
  • Integration of non-seismic and seismic data

Interpretation Techniques

  • Attributes extraction and utilization
  • Multicomponent simultaneous interpretation challenges
  • Impact of seabed seismic on interpretation results

Case studies of utilizing seabed seismic

  • Production or injection monitoring
  • Complex overburdens – gas, volcanics, injectites, carbonates, thrust belts, etc
  • For CCS and other new energy sources
  • Integrating with other non-seismic methods
Submit Abstracts

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Important Dates

Call for Abstracts Closes:
27 January 2025

Important Documents

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