... upstream oil & gas centroid input data artificial intelligence stop word prioritized hse risk machine learning frequency category user interface natural language pilot study information application algorithm hse report representation hse risk hazard category petroleum...

.... This work combined outflow (well and flowline) simulation, reservoir inflow, algorithms, and an optimization problem to calculate the wells’ flowrates and give a status about the current well state. Wells stated as unsuited indicates either the input data, the well model, or the well is behaving...

... or on separate files. Data conditioning therefore needs to address these issues in order to end up with quality input data. Here are some common operations performed: Normalization (common on Gamma data) Resampling Time-based to depth-based conversion as necessary Editing Scaling Depth...

... programming language casing design Upstream Oil & Gas calculation input data drilling fluid management & disposal casing and cementing cement formulation software application cement chemistry cement property drilling fluids and materials cement additive Library composition...

.... Four approaches for assessing uncertainty in input data of wellbore stability models are presented. Sensitivity analyses showed maximum horizontal stress and cohesion as the most critical parameters in collapse pressure determination while minimum and maximum horizontal stresses were the major...

... distance function representing the objective of study, one or more lenses exposing the data, and the right combination of input data, similarity distance function and lenses. A promising big data analysis method, TDA, is introduced to reservoir engineering application with principles, procedures...

... probabilistic analysis PVT property input data Risk analysis Scenario Introduction Abstract This paper discusses the development and validation of the application of probabilistic bullheading analysis. Bullheading is the process of pumping fluid from the surface to the bottom of the wellbore...

... zonation along the well paths. This is important for property modeling, and is crucial for fluid-flow simulations. Our method is robust, fully automated, and is built on a consistent mathematical framework that includes specified input-data uncertainties. It has provided satisfactory results for large real...

... (more accurate) model target. Using a number of data input and output characteristics of the fluid, the result of corrosion rate model will be able to predict the corrosion rate in the range of the entered input data. With models that are adaptive and can adjust to changes in the dynamic data, one...

... & Simulation Upstream Oil & Gas Well Design simulator application reservoir completion option input data coupling Artificial Intelligence reservoir simulation Simulation Exhibition producer ExxonMobil Completion Monitoring Systems/Intelligent Wells flow control equipment inflow performance...

... compared well with the flowmeter derived profiles. production control production logging Upstream Oil & Gas flow rate sensitivity Reservoir Surveillance gas production production monitoring pressure data input data permeability distribution temperature profile spe annual technical...

... method to traditional variable-rate/ pressure problems, such as wellbore storage distortion, long-term production data, permanent downhole (pressure) gauge data, and well tests having multiple flow sequences. input data upstream oil & gas pressure response b-spline deconvolution...

.... During the experimental design portion of the analysis, modifications were made to the history matched input data and the simulator was run through both the historical and prediction periods of the project. In order to retain the integrity of the history match, a Quality of History Match (QoHM) variable...

... obtained by FMI data of several wells. With the afore- mentioned statistical value and distribution function, three- dimensional fracture system has been generated. The result shows that there is no distinct in orientation of the fractures, and excellently matched with the input data. In the case...

... test analysis with the addition of the formation rate analysis plot, which is particularly useful in high permeability formations where other methods are limited by pressure gauge resolution. input data upstream oil & gas match parameter spherical source mobility drillstem/well testing...

... productivity workflow real time system application input data modeling Introduction Exploration and development of oil and gas resources is a fast-paced, continually evolving industry that experiences drastic changes in market conditions. Predicting growth, cash flow, operating income, resource...

... logarithm fluid dynamics flow in porous media vertical position pressure change input data wellbore sinusoidal pulse pressure data permeability field post-inversion permeability field inversion artificial intelligence numerical simulation deployment spe 71612 permanent sensor reservoir...

... for the downhole signal processing of acoustic data. sensor data calibration process input data input parameter reservoir surveillance machine learning downhole production allocation acoustic sensor flow metering flow rate weight matrix production logging spe 71719 artificial intelligence...

... to maximize penetration rate and drilling efficiency. information input data formation strength drillability indentation test rock strength measurement compressive strength bit optimization system strength rock strength procedure spe 56441 bit design application upstream oil & gas bit...

...: Record the initial pressure of each layer using a wireline formation tester. P. 519 procedure real time drillstem/well testing initial pressure multi-layered reservoir unequal initial pressure upstream oil & gas reservoir layer 2 input data simulator two-layer reservoir...