... the sitewide soil data. Discussions of sample quality, soil stress history, soil compressibility and permeability, peak and critical state shear strength, strength anisotropy, and shearing rate effect for the Atlantic OCS fine-grained cohesive soils are presented from oedometer consolidation, permeability...

... Abstract Exploration and development drilling in offshore China is extending to Paleogene formations that are characterized by low-resistivity-contrast and low-permeability rocks. These formations have become a focus for increasing reserves and production. During exploration activities...

... Abstract Experimental methods for core plug analysis are widely used to measure formation permeability under steady-state flow or unsteady state flow conditions, which provides important geoscience information on formation properties. However, typical laboratory techniques hardly reproduce...

... to the reservoir scale. fluid dynamics flow in porous media pressure drop subsurface storage chemical flooding methods petroleum engineer mobility united states government enhanced recovery brine surface coated silica nanoparticle pressure tap pressure drop profile permeability rossen...

... The solution presented in this study allows: Prediction of the instantaneous permeability loss during the well-reservoir life-cycle using a simple graphical interpretation Computational costs savings Choice of the appropriate oil flow rate to prevent severe permeability loss...

... Abstract The durability of sand screen completions is essential to longer well life, especially for high rate wells with sand screen erosion concerns. An excessive fluid flow enters the conventional screens near the heel or high permeability/fracture zones, causing premature sand control loss...

... been widely applied worldwide. It is challenging due to the tight and nanoporous nature, low permeability, complex geological structure, and in-situ stress field in unconventional reservoirs. Consequently, economic conditions and various parameters should be analyzed individually in each case...

... model forward simulation damage factor realization propagation shale formation poisson fracture permeability fracture morphology injection treatment pressure Introduction Horizontal wells with multi-stage hydraulic fracturing is the main method to improve well production...

... surveillance proppant upstream oil & gas chemical tracer contribution tracer polymer-coated proppant production profile hard-to-recover reserve tracer horizontal well polymer-coated proppant port hydraulic fracture permeability tracer-based technology well no offshore technology conference...

... rcp autonomous inflow control device drilling operation completion oil production upstream oil & gas swell packer artificial intelligence directional drilling aicd completion application gas breakthrough aicd wellbore permeability pressure drop autonomous inflow control device...

... for the first time in Europe in the Machukhske field in Ukraine, which helped to estimate the reservoir properties, rock quality, permeability and fluid typing of the main challenging productive carbonate reservoir of the Tournasian formation at a qualitatively new level. The 8.5" section was drilled through...

... properties, such as permeability. In recent years, there has been a growth in the development and accuracy of artificial intelligence methods, which can be an important key to the quality of the models, given that AI helps with problems with a high quantity of information. The objective of this work...

... by an XGBoost regression model to predict permeability. The input well-log variables are log porosity, gamma ray, water saturation, neutron porosity, deep resistivity, and bulk density. The data are derived from the Mishrif carbonate reservoir in a giant southern Iraqi oil field. For efficient lithofacies...

.... Theoretically, a wormhole growth model has been proposed to reproduce the sand production for both hydrate-free and hydrate-bearing sandpacks by considering the sand failure criteria as well as the porosity and permeability alteration models. Good agreements between the measured and simulated data (i.e...

... volume and permeability of fracture, through the analysis of flowback data of multi-fractured shale wells. The proposed type curve is based on a semianalytical solution that couples the two-phase flow from the matrix with the flow in HF by incorporating matrix influx, slippage effect, stress dependence...

... orientation on heat extraction. However, they applied the Fracture Continuum Method to generate heterogeneous permeability fields instead of representing the fractures explicitly in the computation mesh. Asai et al. (2019) investigated grid convergence issues in EGS modeling with a commercial numerical...

... mass spectrometry upstream oil & gas water saturation fluorescence quadrupole mass spectrometer geochemistry hydrocarbon permeability spectrometer offshore technology conference productive zone interpretation INTRODUCTION The mass spectrometry methodology used by KASOIL...

... "Formation damage" is a general terminology used to delineate the undesirable reduction of formation permeability by various processes occurring in a porous formation, and therefore, reducing the well productivity or injectivity. Frequently, formation damage occurs in the near-wellbore region...

... conference technology conference upstream oil & gas plug seawater degradation degradation test usa diversion spe hydraulic fracturing technology conference permeability During years of deployment, the industry tried various types of materials and morphology to address different reservoir...

... injection in early 2000s. Reservoir properties (porosity, permeability) and dynamic data (saturations, pressure) were exported from the latest history matched reservoir simulation model. The exported reservoir and fluid properties of each reservoir are shown in Figure 1 . E S t = w 1 R S...