Case study Gulf of Mexico2021
The scope of our consultancy projects
Eliis provides to the energy companies services that range from objective driven to full scale interpretation studies. Our consultancy team has extensive experience in seismic interpretation and has realized numerous projects in many areas around the world. Our input reduces your exploration time cycle, optimizes your understanding of the seismic volume and reduces your risk in well planning decision.
A customizable series of deliverables is provided with the service, including attribute volumes, geomodels, horizon stacks, subtle stratigraphic surfaces and 3D objects (faults, geobodies). Every PaleoScan™ object can be exported to any other platform on request.
Discover our case studies & publications
Take a look through our projects and click on the interactive map to download our case studies and publications.
PublicationsAutomated Geomodelling - a Nigeria Case Study
Gulf of Oman
Dutch Cleaver Bank High
Bay of Bengal
Gulf of Thaïland
PublicationsInteractive Approach of Semi-Automated 3D Seismic Interpretation: Insights from DW Sabah Basin, Offshore Sabah
Case studiesCase Study Exmouth Sub-Basin
Case studiesCase study MAUI New Zealand
Gulf of Mexico
Case studiesCase study Gulf of Mexico
PublicationsFast leveraging of seismic information over large areas - a Central North Sea case study
Northern Carnarvon Basin
PublicationsDelineating prograding deposit in North Malay Basin via application of seismic attributes and wheeler transformation
ElIIS LATAM Servicos Ltda
ElIIS Sdn Bhd
Australia / Pacific
ElIIS Pty Ltd
Enjoy our online publications!
Manual active learning for salt interpretation: an empirical study to avoid forgetting during incremental trainings
L.Evano & F. Cubizolle , Eliis, 2023.
Third EAGE Digitalization Conference and Exhibition 2023, London, UK.
Seismic polarity-based sequences for imaging of carbonate depositional environments via the application of seismic attributes
Mohd Redwan Rosli, Noor Amin Zakaria, Muhammad Hafiz Baharuddin, Siti Sarah Abd Rahman, 2022.
APGCE, 2022, abstract, Kuala Lumpur, Malaysia.