... values. Building on this segmentation, we introduce a novel concept of Active Depletion Volume (ADV), which we calculated for both SD and CD scenarios to estimate IF. A common engineering practice in S&T development involves comparing various configurations of well spacing and fracture geometry while...

... to encode geometric aspects of the wine-rack geometry as opposed to engineered geometric features. Introduction Rock cube development is a technique that involves drilling multiple horizontal wells in different layers of an unconventional reservoir, such as shale or tight oil, and then fracturing them...

... government project valuation artificial intelligence knowledge management machine learning eur geometry workflow development optimization utilizing multidisciplinary approach eur degradation reduction urtec energy economics basin permian basin case study frac geometry npv max correlation...

... different principal stress orientation and observing the final geometry of the set plaster. All tests confirmed their theory, except for one test that "shows a horizontal fracture (that was tested) in stratified gelatin". They discounted this result stating that it was an outlier because of the "weakness...

... Abstract This work presents a novel framework to quantify the variability in hydraulic fracture geometry in a multi-cluster multi-stage hydraulic fracturing treatment well using stage-by-stage Instantaneous Shut-in Pressure (ISIP) analysis. The fundamental Sneddon’s equation is used to develop...

... the superposition of a new single fracture finite conductivity solution based upon the asymptotic pressure methodology. This methodology is an extension of the Green’s function to arbitrary fractured well geometry with an explicit time dependence and replaces the need for an inverse Laplace transform solution...

... in wetted fracture geometries. Fractures in most benches were observed propagating predominantly in height relative to length. Productive fracture geometries indicated significant overlap in drainage area in most benches at the spacing tested. Time-lapse geochemistry showed wells in multiple benches...

... diagnostics used to understand fracture geometries, cluster efficiencies, and now in-well production flow profiling. CFI provides a unique look at how cluster efficiencies vary along a respective wellbore and has the potential to be a tool to consistently map the relatively small conductive and propped...

... software acuna geometry derivative matrix permeability thickness figure 6 pressure transient analysis fractional dimension rta variation haynesville calibration Abstract The novel Fractional Dimension RTA (FD-RTA) was applied to a recent multi-pad development campaign in the Haynesville...

... exists for ∼60 ft below the injection depth. This difference demonstrates the intensity of the in-well stress shadow effects. This work is the first analysis to utilize high-resolution in-well RFS-based DSS measurements to understand the stress shadow effects and near-wellbore geometry. This work...

... Abstract In unconventional reservoirs, several horizontal wells are drilled within each well pad, and could have different production profiles. Automatic history matching (AHM) is the process of inversely calibrating fracture geometry based on field production. The main challenge of AHM...

... fracturing process ends. The simulator is used to investigate the effect of changes in in-situ stress contrast, and other parameters in the discrete fracture network (DFN) on the geometry of the fracture network and fluid flowback.. The results show that (1) compared to a constant fluid condition in natural...

... around individual wells and improves optimization of stacked pay development. This project utilized multiple diagnostic tools to convert rectangular geometry to an actual depletion profile. Pressure depletion profiles from several vertical monitoring wells in the Permian Basin were used in developing...

... simulation result model parameter geometry field measurement upstream oil & gas mean vector iteration parameter value Abstract Obtaining representative fracture geometries is important for unconventional well placement and production/engineering optimization. Assisted history matching (AHM...

... Abstract In unconventional reservoirs, several horizontal wells are drilled within each well pad, and could have different production profiles. Automatic history matching (AHM) is the process of inversely calibrating fracture geometry based on field production. The main challenge of AHM...

... complex reservoir microseismic measurement artificial intelligence microseismic monitoring mapping microseismic data fiber hydraulic fracturing multiwell fiber optic data gauge length geometry completion design event density hfts2 event location reservoir characterization...

... scenario 1 geometry refracture treatment oil recovery fracture urtec 5066 parent well URTeC: 5066 Multi-well Modeling in the Eagle Ford: An Investigation of Redevelopment, Infill and Refrac Opportunities Caner Karacaer*1, Elif Agartan1, Philip Chapman2, Jon Roberts2, Dustin Glazier2, Chet Ozgen1...

.... This enables the interpretation of structural and stratigraphic geologic frameworks that are less resolved using onshore acquisition methods typical for the late-2000s. The 2019 HTD survey geometry collects additional data in various domains that the 2009 vintage survey does not. These additional data include...

... testing history matching production simulation drilling operation srv geometry upstream oil & gas simulation static model reservoir surveillance proppant fracturing fluid drillstem/well testing natural fracture mountain member reservoir geomechanics hydraulic fracturing complex...

... reservoir surveillance production control hydraulic fracturing upstream oil & gas production monitoring complex reservoir stimulation depletion urtec 5396 geometry hydraulic fracture test site 2 hydraulic fracture reservoir characterization production logging interception...