... will track the volumes, and it needs to be able to do so consistently. Artificial Intelligence Upstream Oil & Gas production data linear flow well location Mbbl reserves classification prospective resource visual representation well 6 dataset reserves evaluation fracture half-length...

... curve were performed on wells with long production time, and then the effective fracture half-length can be inversely calculated. The following Fig. 9 shows the fitting results of a typical well. From this Fig. 13 , it can be found that the average fracture half-length is 120m and the fracture...

... Upstream Oil & Gas Barnett cumulative gas production fracture complex reservoir natural fracture fracture half-length hydraulic fracturing Simulation Haynesville hydraulic fracture sensitivity analysis fracture density permeability Introduction Production of shale gas is based...

... different dual-MFHW systems with 5, 10, 20 and 50 fractured stages. Fractures half-length also changes for each case study. Petrophysical data from the Lower Eagle Ford shale found in the literature is used to build the reservoir model. It is shown that the analytical well interference model accurately...

... spacing of frac stages and ensured that the fracture was created at the sleeve in contrast to PnP technique in which some zones could remain untreated. pnp completion fracture conductivity Completion Type completion system Upstream Oil & Gas slickwater fracture half-length fracture sleeve...

... forecasting for tight gas reservoir. Sensitivity analyses are carried out to investigate various factors, such as porosity, permeability, facture length on equivalent drainage area for fractured vertical well in tight gas reservoir. Based on the sensitivity study it is observed that the fracture half-length...

... by fracture half-length, primary fracture conductivity, Fracture complexity, permeability anisotropy. Furthermore, the effect of uneven proppant distribution between different clusters can significantly reduce the gas recovery, especially in low proppant concentration and small fracture conductivity...

... uncertainty exists about the propensity to water production, the optimal well design will be flexible enough to allow for de-watering throughout the life of the well. Fluid Dynamics hydraulic fracturing flow in porous media fracture dimension water saturation fracture property fracture half-length...

... optimality. To capture geological and reservoir uncertainties, a large number of geological reservoir realizations must be generated honoring geological constraints. Hydraulic fracturing parameters (e.g., fracture half-length, fracture spacing, and fracture height), injection composition and operating...

... in fracturing fluids to stabilize fluid viscosity and using smaller size proppant at low concentrations to ensure proppant placement. This results in shorter effective fracture half-length and low fracture conductivity. Reduced contact area decreases production potential. Additionally, high polymer loading...

... Artificial Intelligence enhanced recovery hydraulic fracturing reservoir pressure fracture half-length fracture fracture permeability injector rock compressibility oil RF gas flooding injection gas injection method optimization producer reservoir Oil Recovery Upstream Oil...

... testing fracture height Fluid Dynamics geomechanical parameter coefficient interpretation minifrac test fracture size initial pressure permeability thickness estimation Efficiency society of petroleum engineers fracture area geometry fracture permeability fracture half-length linear flow...

.... The well spacing sensitivity to heterogeneity in completion configurations (i.e., non-uniform fracture half-length and asymmetric fracture spacing) are presented in this paper using forward and stochastic modeling approaches. Forward modeling results show a strong bias towards the longest repeated...

... drillstem/well testing spe 142751 proppant concentration fracture half-length pseudo-linear flow reservoir spe annual technical conference low permeability injection net pressure effective fracture length fracture treatment dfit permeability Introduction The Tompa prospect is located...

... becomes much more crucial. The conclusions also show that, for a given permeability, obtaining significant recovery of oil can be a much more difficult problem than with dry gas. fracture half-length conductivity flow in porous media well type selection completion simulator run recovery...

... Dynamics grid cell simulator geometry fracture half-length Economide flow in porous media grid domain correspond porosity Injection Rate reservoir fracture Upstream Oil & Gas fracture grid dynamic flow simulation PKN model hydraulic fracture grid fracturing fluid reservoir...

... condensate saturation effect buildup derivative fracture wellbore permeability reservoir distance exhibition fracture half-length Introduction In the last half-century, numerous theoretical 4 , 11 , 13 field 6 , 20 studies have shown that gas condensate reservoirs exhibit a complex near...

... pressure upstream oil & gas rectangular fracture friction loss drillstem testing reservoir drillstem/well testing falloff test hydraulic fracturing storage fracture test show interpretation fracture size fracture half-length radial flow Copyright 1998, Society of Petroleum Engineers...

..., , and the mean diameter of the proppant grains, d50, that is: (2) the fracture conductivity dependence on effective closure stress, formation temperature, chemical environment, etc., can not be assessed theoretically. P. 61 proppant permeability effective fracture half-length conductivity pre-frac...

... economics conductivity hydraulic fracture stimulation sandstone fracture half-length evaluation stimulation upstream oil & gas production profile permeability fracture stimulation economic indicator hydraulic fracturing reservoir oilwell spe 20969 spe 20969 SPE SPE 20969 Hydraulic...