Our collection of published research, field reports, and technical analyses covers the full spectrum of petroleum geology—from basin evolution to reservoir characterization. These articles represent years of fieldwork, lab analysis, and collaborative study across different geological settings.
Recent contributions to petroleum geology research and applied analysis
Reservoir Management
Reservoir simulation software seems expensive, but the data it provides can prevent costly drilling mistakes and optimize production in even modest fields.
Field Development
Understanding recovery factor percentages helps small operators make realistic production forecasts and avoid overestimating reserves when seeking financing or planning operations.
Technical Resources
Collecting specific reservoir data upfront prevents expensive surprises during drilling and completion, but knowing which measurements matter most saves time and money.
Well Planning
The vertical versus horizontal decision involves more than just drilling costs. Reservoir thickness, permeability, and expected ultimate recovery all factor into which approach makes financial sense.
Structural evolution, subsidence history, and thermal maturation patterns across sedimentary basins. We examine how tectonic events and depositional environments create the conditions for hydrocarbon generation and accumulation.
Porosity and permeability studies, lithofacies mapping, and fluid flow modeling. Understanding how rock properties control production potential requires detailed petrographic analysis and integration with well data.
Organic matter type, thermal maturity assessment, and hydrocarbon generation modeling. We analyze kerogen composition and transformation to predict where and when petroleum systems become active.
Structural mapping from reflection data, stratigraphic analysis, and attribute studies. Modern seismic techniques reveal subsurface architecture that guides exploration strategy and development planning.
Tight gas, shale oil systems, and continuous accumulations that require specialized completion techniques. These plays demand different evaluation methods than conventional reservoirs.
Platform analysis across different geological provinces, comparing play concepts and identifying regional trends. Cross-basin studies help identify analogs and reduce exploration risk.
Our seminars build practical knowledge through a structured process that moves from foundational concepts to applied analysis. Participants work through actual geological problems using real data, developing the skills needed for independent evaluation and interpretation. This isn't about memorizing facts—it's about learning to think through complex subsurface questions systematically.
We start with sedimentology, stratigraphy, and structural geology—the foundation for understanding how petroleum systems form and evolve over geological time.
Learning to combine well logs, core descriptions, seismic data, and geochemical results into coherent interpretations. This is where theory meets practical evaluation.
Working through real exploration and production challenges—from prospect generation to reservoir management. These exercises build decision-making skills under realistic constraints.
See the full curriculum, upcoming sessions, and enrollment details for our petroleum geology seminars.
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