The effectiveness of IP stems from its structured yet flexible deterministic workflow [7]. According to user guides from institutions like NTNU , the process begins with data management: importing LAS or LIS files and validating well header information [4, 2]. This foundational step ensures data integrity before moving into environmental corrections, which are essential for mitigating the effects of borehole conditions on log responses [22, 13].
| Section | Content | |---------|---------| | | Setting up the license server, network vs. standalone | | Data Loading | LAS, DLIS, CSV import; depth matching and splicing | | Environment Correction | Calibration of gamma ray, density, neutron, resistivity | | Shale Volume Methods | Larionov, Clavier, Stieber, and hybrid approaches | | Porosity Workflows | Density-neutron crossplots, sonic-based porosity | | Permeability Estimation | Timur, Coates, and custom core-based transforms | | Saturation Models | Archie, Dual-Water, Simandoux, Indonesia, Waxman-Smits | | Multimineral Solvers | 2- to 7-mineral solutions with organic matter | | Uncertainty Analysis | Monte Carlo simulation inputs and outputs | | Plotting & Templates | Creating custom templates for repeatable projects |
How interactivity improves learning and workflows
The manual is a comprehensive technical guide for using the PC-based software developed by Geoactive (formerly LR-Senergy) to analyze well log data and evaluate subsurface properties. The manual is essential for petrophysicists and geoscientists to determine reservoir productivity and hydrocarbon volumes through a deterministic or probabilistic workflow. Core Workflow and Data Management
: Used to quantify uncertainties and errors within an interpretation workflow.
The manual covers a wide range of topics, starting from the basics of petrophysics, types of logs used in well logging, log analysis techniques, to more advanced subjects such as formation evaluation, and reservoir characterization. It includes: