This webinar aims to provide participants with a fundamental understanding of how rock physics principles are applied to monitor and analyze subsurface reservoirs.
This webinar discusses the borehole environment and its effect on the logs’ measurements, the systematic and objective Quality Availability Consistency (QAC) process to log data before and after petrophysical interpretation to ensure reliable input curves for various geophysics applications. We also show how to restore extremely poor quality or missing logs using a combination of petrophysical and rock physics models.
We discuss the latest work done in collaboration with Dr. Lev Vernik. It is viable to integrate laboratory measurements on wet samples at ultrasonic frequencies with the worldwide carbonate database originally acquired under dry conditions by using well-known rock-physics techniques. This enhanced database is used for rock-physics calibration, where modern theoretical models allow us to complicate pore shapes and move beyond ellipsoidal inclusion assumptions.
This webinar aims to provide participants with a fundamental understanding of how rock physics principles are applied to monitor and analyze subsurface reservoirs.
In this talk, we will explore the untapped potential of machine learning algorithms in the accurate prediction of 1D and 3D geophysical properties, with a specific focus on their application within the domain of quantitative interpretation.
Join Monica Beech, Product Manager of Data Management & Visualization apps as she unveils the journey of turning vision into reality with Curate. Discover the remarkable advances and success stories that have unfolded since its launch, and gain exclusive insights into the roadmap ahead.
Real-time pore pressure monitoring during drilling operations can bring numerous advantages, such as increased mudweight selection accuracy, efficient resource management, better risk management, and informed decision-making.
In this case study, we aim to extract significant geological insights from a modern high-fold seismic dataset in the north-east Delaware basin. Our primary focus is on understanding the diverse geology of the Bone Spring and Wolfcamp Formations, which exhibit substantial heterogeneity.
In this webinar, we will show how we can leverage the folder structures to automate the data ingestion process using intelligent QA/AC tools. The workflow will demonstrate how data quality is calculated on the fly, build a flexible data model for easy data discovery and improve access to different versions of subsurface data.
View of our latest developments in the theory and application of rock-physics modeling in carbonates. We focus on the effects of mineralogy, porosity, pore shapes, and effective stress on elastic properties of limestones and dolomites in a wide range of depositional environments. We show that a modern theoretical model can be successfully used for AVO-based reservoir characterization efforts worldwide.
In this webinar, we will walk you through a demo of Ikon’s knowledge management solution on the cloud, Curate. We will see where users can collaborate, QC, visualize and perform data screening workflows for their subsurface data and discuss some of the current industry challenges when it comes to data management and how Curate helps clients overcome those roadblocks either through integration pieces, automated data loading techniques or a flexible data model.
This webinar discusses the borehole environment and its effect on the logs’ measurements, the systematic and objective Quality Availability Consistency (QAC) process to log data before and after petrophysical interpretation to ensure reliable input curves for various geophysics applications. We also show how to restore extremely poor quality or missing logs using a combination of petrophysical and rock physics models.
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