..., the Delaware Basin has a greater variety of well orientations and a different relationship with Shmin. Delaware Basin wells show highest average production (~35 BOE/ft) from wells drilled 5° to 25° clockwise from Shmin. In contrast to theoretically-predicted behavior, Permian Basin horizontal wells do not show...

... a data-driven method to estimate the SRR for hydraulic fracturing in shale gas well. The SRR in each fracturing stage was regarded as a cuboid, and it was characterized by the length, width, height and orientation obtained from microseismic data. Geological and engineering features influencing the SRR...

... flooding methods geological subdiscipline climate change orientation reaction reduction diffusivity anisotropy geochemical reactivity equation 1 silicate caprock concentration diffusive leakage journal diffusion coefficient urtec tortuosity alteration URTeC: 4032227 Diffusive Leakage...

... investigated the extent and timing of misaligned well orientations on production. Over 71,000 wells from eight US unconventional plays, such as Bakken, Barnett, Eagle Ford, Haynesville, Marcellus, Granite Wash, and Utica, were analyzed for the misalignments of well horizontals with minimum horizontal stresses...

... is utilized to develop forecasts and spacing charts to inform development decisions. The impact of well orientation and fracture azimuth on development is discussed in this paper. Analysis of the acquired diagnostics reveal significant vertical pressure communication metrics on the order of 30% between...

... for the Bargy anticline in eastern France. They quantified the stress and strain distributions around the fault, which can be used for fracture prediction and reservoir geomechanical predictions. A statistical study was conducted to describe the insitu stress orientations in a tight oil reservoir based on 149...

... operation interaction lateral drillstem/well testing reservoir surveillance production control urtec texas orientation production monitoring wolfcamp completion avalon communication basin geological subdiscipline paper usa fdi URTeC: 4044520 Demystifying the Cause of Avalon Water Influx...

... composite plug dissolvable plug phase 1 plug erosion breach isolation efficiency completion installation and operations assessment orientation presented perforation technology conference chevron acoustic imaging exhibition stimulation URTeC: 4044732 Assessing the Impact...

... fracture characterization drilling operation drillstem/well testing united states government geologist structural geology complex reservoir well logging geological subdiscipline gradient orientation sub-seismic fold structure magnitude reservoir geomechanics zone 2 lateral dfit zone 2...

... is considered. Three perforation designs are compared: the original design with 3 perforations phased 120 , a case in which the orientation of each individual perforation shot is optimized, and a case in which phasing is optimized with the constraint that all perforations have the same orientation. The goal...

... given by shear deformation of fractures in various orientations with respect to the monitoring well. Three major cases are considered namely, fracture strike is perpendicular to the fiber, the strike is parallel to the fiber, and the fracture strike is at 45 degrees to the fiber. Expected results were...

... fault / lineament model and the NF interpretation from borehole images and core data. Additional observations from drilling (e.g. losses) were used. Integration of NF data with borehole breakouts helped understand the relationship between NF orientation and productivity. An iterative procedure was used...

... in the various sections of the Buckinghorse Formation. The results were comparable at the 0° and 90° orientation while the 45° orientation showed anomalous failure patterns prompted by the slippage/shearing along bedding planes, and demonstrated that there is a dominant change in the failure mechanisms when...

... geology geologist united states government upstream oil & gas reservoir characterization reservoir geomechanics modeling workflow interaction orientation fracture geological subdiscipline fracture intensity unconventional resource technology conference fracture characterization...

... of natural fractures. Over 500 cemented fractures per 1,000 lateral feet were recognized, and the relationship between the fracture and its fill composition, morphology, bitumen distribution, and orientation angle relative to bedding can explain evolutionary processes of self-induced fracture formation...

... transient analysis machine learning reservoir characterization hydraulic fracturing artificial intelligence complex reservoir drillstem testing deep learning upstream oil & gas pressure transient testing orientation wolfcamp formation microseismic event fracture network right panel...

... & gas orientation water saturation boundary structural geology resource in place estimate information texas basin permian basin well logging pvt measurement drillstem/well testing simulation porosity realization log analysis estimates of resource in place reserves evaluation...

... source information based on improved nonlinear solvers and extended to solve large-scale fracturing problems. machine learning reservoir geomechanics hydraulic fracturing artificial intelligence orientation information renewable energy actual fracture length natural fracture upstream oil...

... is important for predicting permeability enhancement and is a primary factor in sweet-spot identification, containment assurance, and fault reactivation. Most reservoirs are naturally faulted and fractured to some extent, but the orientation and patterns of natural discontinuities are not consistent across...

.... fracturing fluid significant change proppant particle fracturing materials upstream oil & gas particle proppant mesh 100 rock property proppant count fracture producer nearby producer technology conference hydraulic fracturing orientation ciezobka midland basin hydraulic fracture...