... the creation of accurate local stress maps using FMI data, specifically drilling-induced fractures, to determine the present-day maximum horizontal stress (SHmax) orientations, thereby informing wellbore stability and drilling strategy optimization. This study utilizes advanced logging techniques to identify...

.... The pressure buildup at fault zones varied based on the vicinity of faults to the injection well, fault dip, dip direction, and CO 2 injection rate. Sensitivity analysis using Fault Slip Potential (FSP) showed that various geomechanical parameters such as S Hmax orientation, friction coefficient and dip...

... shale gas hydraulic fracturing modeling & simulation directional drilling drilling operation geomechanical factor natural fracture marcellus shale mip-3h well orientation production performance resistive continuous fracture fissure microseismic interpretation el sgher fracture...

... of petrophysical data with cutting analysis is investigated to optimize real-time drilling operations and petrophysical data acquisition requirements for improvement of future developments and overall reservoir management strategies. Upstream Oil & Gas Reservoir Characterization orientation log...

... Abstract The understanding of perforation tunnel-flow dynamics in the presence of gravity or orientation is an important consideration. This work examines the flow dynamics after a perforation, both numerically and analytically. It presents CTH simulations of a perforation tunnel created...

... systematically at various orientations between the applied force and the bedding direction providing key understanding on the fracture growth patterns at any direction. Finally, the tensile strength and fracture patterns for several Eagle Ford, Austin Chalk and Buda core samples with extensive natural fractures...

..., conventional structure and net pay maps are of limited use when picking locations. Venoco used a stochastic approach that identifies deposition trends with models that varied channel width, length, sinuosity, orientation and facies. Issues addressed include the lack of a common oil-water contact, significant...

... shale? The purpose of this paper is to stimulate industry thought and discussion. complex reservoir fracture conductivity upstream oil & gas shale shale gas orientation fracture network hydraulic fracturing thickness siliceous shale fracture treatment mobility multiphase flow...

... for the simulation results. The new model and observations can be used to validate and calibrate stochastically generated fracture network models and to estimate the EOR performance of NFRs. hydraulic fracturing orientation complex reservoir chemical tracer tracer test analysis bogatkov recovery midale...

... oil and display different flow patterns under different flow rates and analyze the effect of fracture orientations on relative permeability curves as well as flow regimes. The phase flow rates versus phase saturation results were converted to experimental relative permeability curves. The results...

... Abstract The paper presents a novel method to detect the existence and determine the orientation of high permeability channels between injection and production wells in a waterflood. We apply the concept of transmission tomography and model a waterflood reservoir by considering water injection...

... length gridblock permeability fracture fractured reservoir fracture characterization information simple example fracture permeability orientation flow rate PLT data wellbore permeability simulation model intersect matrix permeability Introduction A naturally fractured reservoir...

... processes that influence behavior of the system compounded by rock, fluids contained in the rock, and in-situ stress field. reservoir geomechanics orientation drilling operation emulsion junction Directional Drilling mainbore stability wellbore pressure multibranch horizontal open hole...

... in comparison to single fracture conductivity using experimental design approach. The FNP is controlled by many different fracture network parameters such as fracture length, density, orientation, aperture, and single fracture connectivity. Five different data sets were generated for random and systematic...

...) injection rates, (c) orientation of the core, (d) matrix wettability (changed by aging the cores), (e) core type (a sandstone and a limestone), and (f) amount of water in matrix on the recovery performance were examined. The oil recovery for different matrix sizes, wettabilities, permeabilities...

... recovery information injection generator output thermal method orientation upstream oil & gas generator adjustment diatomite formation diatomite bump sequence sequence continuous steam injection spe 94335 steam injection subsidence fracture sagd steam-assisted gravity drainage...

... Abstract The possibility to use two-axis gyro rate sensor (GRS) in principle for measurement of trajectory parameters is shown., in the present report. The angular momentum vector of this sensor is oriented along the longitudinal axis of the borehole device. The errors and limits of this scheme...

... orientation on well direction with respect to the stress field, the possibility of fracturing a horizontal well must be considered before the well is drilled. The appropriate contingency plans should be made to anticipate the possible low production from an unstimulated well. It should be remembered...

...? To assist with answering this question, the fracture diagnostic of surface tiltmeter fracture mapping was used to evaluate fracture growth during the nine fracture treatments. Tilt results include fracture orientation and the approximate location and volume distribution of fracture components along...

... and recovery estimates. fracture property ew fracture lisburne group reservoir characterization aapg bulletin hydraulic fracturing bed thickness fracture characterization perpendicular alaska upstream oil & gas implication interlimb angle termination orientation detachment fold...