20 skills found
jonnymaserati / WellengA collection of Wells/Drilling Engineering tools, focused on well trajectory planning for the time being.
pro-well-plan / Well ProfileThe python tool for well trajectories
petrobras / WPRAutoencodersThis is one of Petrobras' open repositories on GitHub. It contains the WPRAutoencoders project which encompasses a wellbore pressure response generator, a dataset of 20.000 synthetic pressure responses and an autoencoder neural network capable of clustering this data based on transmissibility and reservoir geometry.
NumericalEnvironmental / Pumping Test Interpretation With PythonThis is a Python (version 2 or 3) script to aid in the interpretation of aquifer pumping tests using the Theis (1935) and Hantush and Jacob (1955) solutions for confined and leaky confined aquifers, respectively, as well as a simple numerical method-of-lines solution for an unconfined aquifer with wellbore storage.
bpamos / WelltrajconvertCalculate directional survey metadata points along the wellbore.
pro-well-plan / Torque DragTorque and drag calculations
almasovAzad / Wellbore StabilityThis is class project I conducted as team leader. I developed Matlab code to calculate the wellbore stability considering Mohr-Columb failure criteria in gemomechanical calculations. Example cases was studied using the code and based on results conclusions about wellbore stability during drilling was reached.
AnneEstoppey / EasyDataToolsRepository with friendly workflows in Jupyter Notebooks to work with mainly wellbore datasets from Norwegian Petroleum Directorate (NPD, public data, API).
fraclad / BoreholeStabilityAnalysisAnalyze wellbore stresses, capable to run with arbitrary well orientations
halldorag / The Wellbore Simulator FloWellNo description available
dabiged / ArbWellFailA python Program to calculate the rock strength required for an arbitrary wellbore
JohnMasapantaPozo / Wellbore Stability AnalysisThis repository will show how to determine a mud weight safe window by using geomechanical theory.
ruben-charles / NMR Log VisualizationSimple example to visualize wellbore NMR T2_distribution
Rapixar / WellBotUsing Artificial Neural Network to predict wellbore stability in the oil and gas industry
equinor / StiAn investigation into the feasibility of using deep neural networks for local planning problems in well trajectory engineering.
tammyreservoir / Pore Pressure Prediction For Oil And GasThis project focuses on the development of a machine learning model for predicting pore pressure in the context of oil and gas exploration and production. Pore pressure, which represents the pressure exerted by fluids within rock formations, is a critical parameter in drilling operations, reservoir characterization, and wellbore stability analysis.
SteffiLouis / Wellbore3DWellbore trajectory in 3D
metu4669 / Wellbore Properties Calculationa MATLAB code for calculation of some properties of wellbore and these calculations will be done along the wellbore and we can make some assumption like temperature and pressure will increase linearly from wellhead to bottom hole.
EAGE-Annual-Hackathon / Seis Inter WSeis-Inter-W is an attempt to create an LLM model that can take a seismic image as an input, do the interpretation to provide faults, salt structures, etc. which are then used by a well planning agent to create wellbore trajectories. The best path is then picked by ranking the candidate paths based on DLS, pocket avoidance and fault interception.
Anshal55 / Petrocoder Challenge- Well Identifier: - ID for identifying a particular Well - Measured Depth, m: - The length of the wellbore, as if determined by a measuring stick. - Weight on Bit, kkgf: - Weight on the Bit, or WOB, is the amount of downward force exerted on the drill bit provided by thick-walled tubular pieces in the drilling assembly that are known as drill collars. The downward force of gravity on these steel tubes provide force for the drill bit in order to effectively break the rock. - Average Standpipe Pressure, kPa: - Standpipe pressure (SPP) is the total pressure loss in a system that occurs due to fluid friction. - Average Surface Torque, kNm: - Torque, is the rotational force between the drill string and the formation. - Rate of Penetration, m/h: - In the drilling industry, the rate of penetration (ROP), also known as penetration rate or drill rate, is the speed at which a drill bit breaks the rock under it to deepen the borehole. It is normally measured in feet per minute or meters per hour, but sometimes it is expressed in minutes per foot. - Average Rotary Speed, rpm: - Rotational speed of drill bit - Mud Flow, L/min: - The rate of mud flowing into the well during drilling. - Mud Density, g/cm3: - The mass per unit volume of a drilling fluid, synonymous with mud weight. Mud weight controls hydrostatic pressure in a wellbore and prevents unwanted flow into the well. - Diameter, mm: - Diameter refers to the nominal wellbore diameter. - Average Hookload, kkgf: - The total force pulling down on the hook. This total force includes the weight of the drillstring in air, the drill collars and any ancillary equipment, reduced by any force that tends to reduce that weight. - Hole Depth (TVD), m: - The vertical distance from a point in the well (usually the current or final depth) to a point at the surface. - USROP Gamma, gAPI.There was no unified gamma reading between all the wells, hence a new attribute, USROP Gamma, was introduced. It contains data logged under different names and different equipment, sometimes even within the same well.
