In this study, we show a workflow that involves the integration of petrophysics, rock physics, geophysics and geomechanics. All of these will ultimately enhance the search of sweet spots and guide decisions on better landing zone, fracking design and improve production.
In this webinar, we will show you a series of multi-well workflows to streamline data standardization, depth-time conversion, fluid substitution, half-space AVO modeling, elastic property calculation, synthetic seismogram generation, deterministic wavelet estimation, among other steps.
We introduce our new cloud-based knowledge management solution, Curate, designed to solve subsurface challenges for energy companies.
In this study, we show a workflow that involves the integration of petrophysics, rock physics, geophysics and geomechanics. All of these will ultimately enhance the search of sweet spots and guide decisions on better landing zone, fracking design and improve production.
Learn about the latest version of RokDoc, new functionality and automation of QC, and knowledge generation workflows to meet the toughest industry challenges.
This webinar introduces the theory of VClay’s impact on Pore Pressure Prediction and how this can be addressed using RokDoc’s latest Rock Physics Model for Pore Pressure workflow, comparing it with the pore pressure from the traditional non-corrected normal compaction trend approach.
This webinar will explain and demonstrate our latest innovation in Rock Physics automation, highlighting its strengths in storing and propagating expert knowledge through Petrophysics, Rock Physics, and Reservoir Characterization workflows.
In this talk, we will describe 5 of the key approaches that Ikon take, and which we have found, that increase the chance of a safely drilled well.
This webinar shows some of the key results from a study, to detect and monitor C02 injection, as well as a current summary of Ikon technology and direction for this key area worldwide.
During this discussion, we’ll present workflows to predict key log data using rock physics modeling, petrophysical analysis, and even machine learning.
In this webinar, we will show you that the facies-based inversion can provide a more robust estimation (bias free) of geomechanical properties that drilling engineers can use for drilling planning.
resentation will give you a path from creating a data foundation in your organization that you can monetize and measure.
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