... mudstone economic geology reservoir geomechanics evolution geological subdiscipline heterogeneity geologist structural geology modeling & simulation depletion plane petroleum geology reservoir characterization urtec hydraulic fracture boundary existence time investigation technology...

... visualization fracture propagation investigation mechanism evolution urtec damage strain mokhtari displacement image correlation digital image correlation damage variable URTeC: 4055572 Comparative Experimental Investigation of Damage Variables for Sedimentary and Geothermal Rock Specimens Based...

... coefficient drilling fluid chemistry productivity perforation investigation laboratory workflow wolfcamp midland basin concentration URTeC: 3830016 Fracturing Fluid Chemistry and Job Placement Design Optimized for Formation Skin Damage Reduction Improves Well Performance: A Permian Midland Basin...

... Abstract Due to the rapid rate decline of parent wells, infill drilling in adjacent pay zones becomes an essential technique to improve ultimate recovery and mitigate well interference in layered unconventional formations. However, most existing studies investigate the staggered/stacked well...

... oil & gas oil production recovery factor viscosity co 2 black oil reservoir investigation core sample ch 4 experimental investigation condensate oil gas injection performance permeability URTeC 3726038 URTeC: 3726038 Experimental Investigation of Gas Injection Performance...

... such as the number of pseudo-components introduced to the model, kinetic reactions, viscosities, and relative permeability curves. The purpose of this study is to develop a complex approach including experimental and numerical simulation for the investigation of complex processes taking place during thermal EOR...

... not only speed up the investigation of the data bases but can also be utilized to predict data at locations where no measurements have been made. We are showing an example of this by presenting how we derived missing well logs from a gradient boosted tree method. Following this, a pre-stack depth migration...

... publications. Upstream Oil & Gas enhanced recovery concentration tight formation Engineering enzyme solution investigation recovery factor experimental investigation injection reservoir Oil Recovery recovery shale formation surfactant surface tension waterflooding Woodford Shale...

... with different fluids. The effect of the various saturating fluids in the experiments have been investigated on the organic and inorganic matter hosted porosity using the 2D NMR T1-T2 maps. These maps help to understand how the various saturating fluids interact with the different pore systems in shales...

... Marcellus Shale geology carbonate concretion vertical dimension Upstream Oil & Gas concretion Reservoir Characterization dimension investigation horizontal dimension wellbore concretion horizon blood sediment New York Appalachian Basin URTeC: 390 Horizontal Targeting Strategies...

... for the comparison of the CO 2 -based test results to those derived using other gases. enhanced recovery flow rate shale breakthrough co 2 complex reservoir organic matter porosity Upstream Oil & Gas organic-rich shale investigation pore space injectivity storage potential flow-through...

... shadow fluid pressure investigation reservoir fluid flow material property propagate stress state fracture propagation Upstream Oil & Gas investigation 2 hydraulic conductivity interbed region fracture URTeC: 2886425 Effect of Interbeds on Hydraulic Fracture Characteristics...

... the total offset and deriving a depth-of-image. The theoretical analysis-based modeling results are shown to compare favorably to the field results. log analysis detector gamma ray Upstream Oil & Gas modeling field example investigation real time system Stockhausen reference space...

... Abstract The idea of radius of investigation has been used in conventional pressure transient analysis for various applications such as calculation of distance to a flow barrier. In multistage fractured horizontal wells reservoirs, linear flow predominates for most of the production period...

.... well logging log analysis Upstream Oil & Gas open hole dipole tool flexural wave investigation slowness fracture cased hole Artificial Intelligence gas reservoir evaluation hydraulic fracture fracture geometry Laja Formation anisotropy hydraulic fracturing fast shear Argentina...

... and flow field around individual fracs. We show the depth of investigation reflected by pressure contour gradients is a poor indicator of drained reservoir volume. Drainage contours based on particle velocity tracking give a much clearer view of the actual region drained by a well via its fracs. First...

... Testing FMM streamline Modeling & Simulation Upstream Oil & Gas calculation optimization problem drillstem/well testing superposition fmm well performance investigation application kerogen reservoir equation interference partition unconventional reservoir Artificial Intelligence...

... a systematic procedure, including rock characterization and gas extraction experiments under reservoir conditions (e.g., 5000–6000 psi and 230°–240°F), to investigate the oil recovery effect of various gases. Dozens of core plugs were collected from three wells which penetrate through the major oil pay...

.... This field is compartmentalized and offers a natural laboratory in which to conduct the field's first formal oil-source rock correlation since oils are locked into place. While the main focus of this research relies heavily on pyrolysis and GC-MS for biomarker analysis, it also superficially investigated...

... the rigor and accuracy of these new relations and analysis methods. Upstream Oil & Gas flow problem transient flow assumption initial pressure average reservoir pressure drillstem/well testing reservoir pressure investigation Drillstem Testing compressibility Bakken linear flow...