Subsurface & Reservoir
Geophysics, Seismic Acquisition & Exploration
Explore seismic acquisition, subsurface interpretation and geochemical evidence to support survey planning and exploration decisions.
Courses in Geophysics, Seismic Acquisition & Exploration
16 course optionsThis area connects seismic survey design and acquisition with exploration interpretation, uncertainty and geochemical evidence. It is for geophysicists, exploration teams and technical specialists evaluating subsurface data and prospect risk.
Running STS
Review the operating workflow, routine checks and issue reporting for the named STS system.
Z/Peller
Review operating procedures, maintenance checks and issue documentation for the named Z/Peller system.
Sparse 3D Seismic Data Modelling and Designing (Wireless Equipment)
Compare sparse 3D survey layouts, wireless acquisition considerations and coverage requirements.
Workshop of Common Reflection Surface (CRS) Method
Review CRS processing choices and their effects on seismic image interpretation.
Play-Based Exploration and Risk Analysis Workshop
Assess play elements, geological evidence and uncertainty when ranking exploration options.
Nodal Acquisition System in Practice
Review nodal survey deployment, field checks and acquisition data handling.
Uncertainty Analysis and Optimization – Advanced Workshop(SEG Standard Course)
Compare uncertainty, sensitivity and optimisation choices in subsurface decision-making.
Simultaneous (Blended) 3D Seismic Data Acquisition
Assess blended acquisition scheduling, signal overlap and processing requirements.
Random 3D Seismic Data Modelling and Designing
Assess randomised survey geometry, spatial sampling and acquisition coverage.
Wireless Seismic Data QC and Fast Processing
Review field quality checks and rapid processing of wireless seismic data.
Non-Hydrocarbons in Gases
Interpret non-hydrocarbon gas components alongside composition evidence and analytical uncertainty.
Potential of Oil Ring Discovery in Exploratory Gas Fields
Assess fluid distribution and subsurface evidence for possible oil rings in gas discoveries.
Application of Fluid Inclusion in Hydrocarbon Exploration Studies
Use fluid inclusion observations to assess petroleum charge history and interpretation limits.
Stratigraphic Traps: Evaluation of Hydrocarbon Charging Using Geochemical Techniques
Connect geochemical source and migration evidence with charge assessment in stratigraphic traps.
Application of AI in Integration, Interpretation and Analysis of Big Geochemical Data
Plan AI-assisted geochemical data integration, model validation and geological interpretation.
Isotope Geochemistry
Interpret isotope signatures, sample comparisons and analytical uncertainty in exploration studies.
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Who it suits
Geophysicists, survey planners, exploration teams and specialists working with seismic or geochemical data.
Professional value
Improve the basis for survey planning, data quality assessment and exploration decisions.
Delivery options
Online, on-site or hybrid formats depending on the selected programme.
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