Objective The Curve Normalization Module enables users to normalize curves used in subsequent interpretation modules and calculations. Normalization can be performed relative to the key well, a fixed data range, or spatially via the use of grid interpolation (see recommendations section). Key Parameters For the GR, SP, RhoB, Nphi, Resistivity, Read more…
Objective The Setup Module contains general settings that are related to how calculated curves are displayed, the intervals over which statistics are collected, input units, and the default lithology for curves such as the neutron, density, and sonic porosity. Key Parameters Curve calculation start: Specify the upper end of the Read more…
Water saturation tutorial The video below is a quick tutorial on how to perform a water saturation calculation using Danomics Petrophysics software. Water saturation is one of the final steps in the petrophysical workflow and will directly play into your calculations of in-place volumes. In this video we do a Read more…
Data loading in Danomics Petrophysics Danomics Petrophysics software can take several different data types. The video below is a quick tutorial on data loading in the software. Data Types Available The Danomics platform has two project types – Petrophysics (.cpi files) and Decline Curve Analysis (.dca files). For these there Read more…
Porosity Calculations Understanding your storage properties is key in doing petrophysics and will directly play into your calculations of in-place volumes. In this video we do a brief review of the methods available, the parameters you’ll need, and the interpretation modules you’ll need to have completed beforehand. Furthermore, the software Read more…
Clay Volume Estimation Clay volume determination is one of the first steps in any petrophysical analysis and because it plays it factors into subsequent calculations like porosity and therefore water saturation it is important to get it right. Danomics offers several options out-of-the-box such as Vclay from Neutron-Density, Gamma Ray Read more…
TOC Analysis There are lots of different methods out there for analyzing TOC. In Danomics Petrophysical Insights we offer 6 distinct methods. These include: Schmoker’s method: An empirical, density-based method. RhoB methods: An average of 12 of the most popular empirical density-only methods. Vernik’s method: A density-based method that utilizes Read more…
Throughout the previous articles I have made various references to the CPI Config. This article will review the CPI config itself with an emphasis on actual examples. When editing your CPI config I recommend using Notepad++, a free text editor that has style formatting available for several programming languages. Our Read more…
Danomics lets you customize equations and displays and incorporate your own code. There are four customization options: CPI Config Use the CPI Config to customize both equations and displays. The majority of Danomics modules are built using this config. It offers a rich set of sample-by-sample, array-based, and statistical equation Read more…
The Danomics’ Petrophysics Insights Plugins API makes it easy to use your proprietary petrophysical code inside Danomics. When to use the Plugins API Use the Plugins API when you want to run and deploy your custom code. For example, you could deploy ML algorithms based on TensorFlow using the Plugins Read more…