petrophysics
There are 79 repositories under petrophysics topic.
agilescientific/welly
Welly helps with well loading, wireline logs, log quality, data science
agilescientific/bruges
Bag of really useful geoscience equations and stuff
agilescientific/striplog
Lithology and stratigraphic logs for wells or outcrop.
toddheitmann/PetroPy
A petrophysics python package for geoscience python computing of conventional and unconventional formation evaluation. Reads las files and creates a pandas dataframe of the log data. Includes a basic petrophysical workflow and a simple log viewer based on XML templates.
aadm/geophysical_notes
Collection of geophysical notes in the form of IPython/Jupyter notebooks.
pro-well-plan/petrodc
Petroleum Data Collector
Philliec459/View-Thin-Section-Images-from-a-Porosity-Permeability-Cross-Plot-using-Python-Altair
This is some very simple python code to view thin sections from a porosity vs. permeability cross plot using python's Altair and Pane
andymcdgeo/las_explorer
LAS Explorer is a Streamlit web app that allows you to understand the contents of a LAS file. Also includes the ability to identify missing data intervals.
yohanesnuwara/formation-evaluation
Python utility for formation evaluation and petrophysical analysis support
paulross/TotalDepth
TotalDepth is capable of processing and analysing petrophysical wireline logs.
abhishekdbihani/synthetic_well-log_polynomial_regression
This project attempts to construct a missing well log from other available well logs, more specifically an NMR well log from the measured Gamma Ray (GR), Caliper, Resistivity logs and the interpreted porosity from a well.
joshua-atolagbe/petrolib
A Python Package for Petrophysical Evaluation
Philliec459/Jupyter-Notebooks_for-Characterization-of-a-New-Open-Source-Carbonate-Reservoir-Benchmarking-Case-St
We have used the new hierarchical carbonate reservoir benchmarking case study created by Costa Gomes J, Geiger S, Arnold D to be used for reservoir characterization, uncertainty quantification and history matching.
Philliec459/Estimate-Core-Permeability-from-NMR-data-using-either-Map-Inversion-or-kNN
Estimate Core-based Permeability from NMR well log data
Philliec459/NEW-Carbonate-Characterization-Workflow-Jupiter-Notebook-Modules-with-Clerke-Arab-D-Calibration-Data
Carbonate Reservoir Characterization workflow using Clerke’s carbonate Arab D Rosetta Stone calibration data to provide for a full pore system characterization with modeled saturations using Thomeer Capillary Pressure parameters for an Arab D complex carbonate reservoir
donald-keighley/lasr
An R package for reading Log Ascii Standard (LAS) files for well log data.
Philliec459/Simple-Neural-Network-to-Estimate-Carbonate-Rock-Types
We have developed a simple, 1 layer neural network to estimate Rock Types
maribickpostanes/Displaying-Well-Log-Parameters--Plots-and-Animations
The objective of this GitHub repository is to develop code that can effectively display well log parameter plots and their animations.
Philliec459/Altair-used-to-Visualize-and-Interrogate-well-by-well-Production-Data-from-Volve-Field
The objective of this project is to interactively interrogate oil field production data using Altair
Philliec459/Geolog-Python-Loglan-use-of-Altair-to-Interrogate-Log-Analysis-data
The objective of this repository is take advantage of Geolog's powerful python loglan capabilities to interrogate Petrophysical well log data using python's interactive Altair in Geolog. The use of python in Geolog will allow us to leading-edge data science techniques in Geolog to process, interrogate and interpret out logs.
Philliec459/PetroGG-Modified-for-Shaly-Sand-Interpretation
We have used Mihai's PetroGG and modified the program to be used with our shaley-sand Gulf Coast data. In this version we are using Vshale and not Vclay, and we have added Waxman-Smits and Dual-Water saturation models appropriate for these data.
k1m190r/dlis
Reading and eventually writing DLIS/LAS/LIS/SEGY files in golang. Very much work in progress.... at the alpha level
Philliec459/Altair-used-to-Select-Samples-from-Poro-Perm-Cross-Plot-to-Display-the-respective-Pc-Curves
We are using Altair to Select Samples from a Poro-Perm Cross Plot and the respective Pc Curves or other data are then shown for the selected samples
Philliec459/ChartBook-Neutron-Density-Porosity-Estimations-using-KNN
Calculate a Chart Book type of Neutron Density log analysis Porosity using Python's KNN
Philliec459/Carbonates-Estimate-Petrophysical-Rock-Types-PRT-from-normalized-core-data-using-KNN
Predict Petrophysical Rock Types (PRT) using KNN
imranfadhil/logASCII_viewer
Upload well LAS (log ASCII) files and view the raw logs interactively in streamlit
Philliec459/NEW-Shaley-Sand-Log-Analysis-Tutorial-using-Combined-NMR-and-Conventional-Logs
Shaley-Sand Log Analysis Tutorial using Waxman-Smits and Dual-Water
LukasMosser/geolink_dataset
Analysis notebooks for the geolink well log dataset
MattJones82/Modeling-NMR-Derived-T2-Porosity-using-Conventional-Open-Hole-Logs
Machine Learning Modeling of NMR-Derived T2 Porosity using Quad Combo, Wolfcamp and Spraberry Formations, Reagan County Texas
Philliec459/Open-Source-Petrophysics
A comprehensive Open Source repository for Petrophysics, providing tools, scripts, and resources for analyzing subsurface data. Ideal for geoscientists, engineers, and researchers working with porosity, permeability, and other petrophysical properties. Join us in advancing the science of subsurface exploration and reservoir characterization.
Philliec459/Geolog-Project-Notebook-for-a-Clastic-Comprehensive-Interactive-Petrophysical-Analysis-Workflow
This repository has all of the python code and methods for a Comprehensive interactive petrophysical analysis workflow using python’s Panel and Param for both Jupyter Notebooks and as python loglans in a Geolog project.
Philliec459/SKLEARN-used-to-predict-Petrophysical-Rock-Types-in-Arab-D-Carbonate
Use of Sklearn to predict Petrophysical Rock Types (PRT) in an Arab D carbonate based on Clerke's Rosetta Stone Calibration data
Philliec459/Altair-used-to-Assess-Rock-Typing-Techniques-Comparing-to-Winland-r35-and-Amaefule-FZI-RQI
This repository is aimed at comparing the most dominant pore throat distribution from core data and relating this to what is estimated from Winland's r35 and Amaefule's FZI
Philliec459/Estimations-of-Mode-of-Pore-Throat-Distribution-using-Tensorflow
Utilized Tensorflow to estimate the Mode of a Pore Throat Distribution based on Carbonate Core Data
Philliec459/Panel-used-to-Create-Relative-Permeability-Curves-using-the-Corey-Technique
The Corey relative permeability technique is a widely used empirical approach to model the relative permeability curves of two-phase flow in porous media.
imranfadhil/quick_pp
Python package for Petrophysical analysis.