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…
Danomics Petrophysics Insights offers mapping and cross-sections to users. Maps are available in both CPI files and Map Files and cross-sections are available in CPI files. Maps Maps can be displayed in both the CPI and Maps file types. Richer maps with production bubble overlays and shape file overlays can Read more…
Danomics’ Petrophysics Insights attempts to propagate interpretations from a key well to other wells in a project. Some parameters are propagated as constant values while other parameters undergo a re-mapping process to handle variability that arises due to changes in the subsurface and tool responses. Parameter Propagation Some parameter values Read more…
To make life a little easier on you Danomics uses curve aliases. We have about 7500 different curve names aliased, which handles approximately 99.5% of cases that we encountered on a nearly 50,000 well data set. Curve aliases allow you, for example, to call all your deep resistivity curves ResD Read more…
You have now registered, uploaded your data, decided on your calculation ranges and setup, and are ready to select and interpret your key well. Selecting a Key Well Within Danomics Petrophysics Insights the software operates on a key well basis. The key well is essentially used as a blue print Read more…
Note: This article is specific to Petrophysics Insights. Once you have loaded in your data you are ready to start a new project. In this tutorial we focus on evaluations using Petrophysics Insights. Create a New Project To start a new project go to File>>New Petrophysical Calculation as shown in Read more…