20111 — Paradigm Geolog 7

The core of Geolog's petrophysical analysis rested on two main packages. The package provided a comprehensive suite of deterministic modules, covering everything from environmental corrections to pay summary reporting. For more complex lithologies, the Multimin package used optimization algorithms to statistically determine mineral and fluid characteristics from logs, core data, and XRD analysis.

: Improving overall recovery and performance. Historical Context & Versioning

Before calculation begins, users can generate dynamic multi-well histograms, composite coherency plots, and specialized cross-plots. This makes it straightforward to rapidly spot environmental borehole damage or identify "bad hole" conditions using caliper logs and density correction curves ( DRHOcap D cap R cap H cap O Automated Petrophysical Interpretation Workflows paradigm geolog 7 20111

: The release introduced independent geosteering capabilities, allowing for real-time well modeling and the ability to modify well plans as drilling progressed. Unconventional Focus

: The software includes Facimage , a cluster analysis tool for electrofacies characterization and log prediction. The core of Geolog's petrophysical analysis rested on

Classic Archie, Simandoux, and Indonesian water saturation calculations.

: For the first time, a comprehensive audit trail allowed users to query the history of any individual log, ensuring data integrity across complex, multi-year projects. Advanced Science and Analysis Tools : Improving overall recovery and performance

The was notable for shifting towards a user-centric design, reducing the learning curve while increasing the speed of interpretation workflows. Key Features and Advancements in the 2011 Release

: Introduced tools to assess mechanical conditions around the wellbore, helping geoscientists gain deeper insights into reservoir integrity.