... rock type geological subdiscipline geology proppant concentration geologist condensate reservoir condensate banking effect seg unconventional resource technology conference unconventional gas condensate reservoir production data condensate banking conductivity completion design complex...

...-radioactive. The workflow used to configure the meter prior to installation to the line shall be described. This includes empirical and physics-based flow analysis of reported well conditions based on pipe geometry, production data and PVT information. Following this, EMAT flowmeters were brought to multiple...

... with self-connections. I is the identity matrix, and λ is a parameter representing the importance of the node itself; in this study, λ is set to one and is untrainable. In this study, nodes represent wells, each containing features such as production data, well properties, log information...

... characterization deliverability assessment inline test duration geological subdiscipline fracture half-length alberta flowback submission information production data reservoir geomechanics interpretation well 1 society best practice inline test and deliverability assessment knowledge management...

... reservoir simulation geologist optimization problem rock type machine learning society gpsnet producer information wang workflow conference reservoir property gpsnet model production data artificial intelligence application step 4 completion flow network drill center equation of state...

... developed for the analysis of production data from single wells without considering communication with nearby wells. However, in practice, wells drilled from the same pad can be in strong hydraulic communication with each other. This study aims to develop the theoretical basis for analyzing production data...

... history matching. reservoir characterization production monitoring reservoir surveillance flow in porous media upstream oil & gas hydraulic fracturing compressibility numerical simulation dimensionless group petroleum engineer phase analysis production data complex reservoir type...

... included the effect of natural fractures, using the microseismic events location as natural fracture initiation points. Finally, we used cutoff coefficients to further reduce hydraulic fracture geometries to match production data. The results of this work showed a fast and flexible method to estimate...

... and standard deviation of the production data of each well. This notation follows the notation presented by Miller and Rice (1983) . f(x) = PDF of the lognormal distribution F ( x ) ≤ □ f × 0 ( x ) d x = CDF = CDF of the lognormal distribution 〈 x 〉 = E [ X N...

... periods of time with a stable reservoir pressure and constant flow-rate conditions. Conversely, the long duration and high frequency of well production data have high value for detecting connectivity if noise, abrupt changes in flow-rate and missing data are dealt with. In this work, a methodology...

... barium concentration estimation sulfate concentration waterflooding fluid dynamics chemical reaction reynolds geochemical data reservoir rock reservoir simulation structural geology history matching clay content distribution concentration water production rate production data reaction...

... to predict what the most optimal type of plungers is for a given well in order to reduce gas injection and maximize liquid production. To accomplish this project, more than two million rows of raw plunger lift production data were queried using SQL, a database query language, then pivoted, cleaned...

... plots: Does your production data have outliers? How do you remove production data outliers? In what period of the life cycle is your well in? Is it still in transient flow or in boundary dominated flow? If your well is still in transient flow, what b -factor should you use? If your well...

... ( Figure 2 ) in order to retrieve the injection and production data over a time horizon of 4.5 years. The reservoir is inclined, and has four injector wells in the central part of the reservoir and four producer wells as the flanks. Reservoir porosity was determined utilizing a stochastic simulation...

... by recording production data from unsteady-state coreflood experiments. The injection of the chemical with equilibrated gas resulted in condensate saturation to decrease from 19.6% to 6.5%. This decrease was not instantaneous and took some time to occur indicating that the chemical needs time to interact...

... commercial software and verified its applicability by analyzing the flowback and long-term production data from a field example in Eagle Ford shale. The validation results confirm that our method can closely calculate water and oil influx from matrix as well as the average pressure and saturation in the HF...

... of human bias To introduce an automated workflow for data clean-up Achieving our goals will result in greater capacity for considering the reasonableness of a reservoir model with less influence from subjectivity in the data clean-up process. Cost Functions Abstract Production data...

... are based on comparing DNA signatures from produced fluids with a DNA stratigraphy log. Total Fluid Logs are utilized to 1) constrain interpreted fracture heights, and 2) work in combination with pressure and production data for Rate Transient Analysis (RTA) for significantly improved estimation of the half...

... production data operation guideline forecast instrumented well well performance optimization sensor society of petroleum engineers gas-lift rate management guideline Introduction As oil and gas fields mature, reservoir and well conditions are continuously changing, most likely deteriorating...

... flowback and post-flowback production data. Understanding multiphase flow regimes is the first step for selecting proper relative permeability curves and developing representative multiphase rate-transient models. Another objective of this paper is to investigate the harmonic decline (HD) behavior of water...