..., propped surface area, pressure depletion, and altered stresses due to parent well production were representative to the field conditions. The field-calibrated model was then used for sensitivity studies, varying the child well spacing and frac sequencing, to optimize pad productivity. Results were...

... after the HnP experiments. We observed an increase in the proportion of pore throat size between 3-10 nm radius and an increase in surface area by a factor of 2 in the Duvernay sample. SEM images also confirm MICP and BET observations where the organic matter pore size increased by a factor of 2...

... fluid stress shadow usa fracture heat map optimization well development technology conference cumulative production plot scenario optimize production unconventional resource technology conference delaware basin surface area hydraulic fracture texas fracture geometry URTeC: 3272...

... log analysis enhanced recovery subsurface storage complex reservoir adsorption reservoir characterization shale gas upstream oil & gas bakken sample surface area information well logging structural geology pore structure bakken mineral pore size ostadhassan bakken member...

.... Pressure measurements over longer times are preferred. The method utilizes a collective view of all the stages as a form of measurement rather than attempting to derive information from a single stage. Consider a simple example (Fig. 2) of 3 stages (denoted by 1,2&3) where the surface area created...

... complex reservoir different scenario shale gas study single fracture stage performance multistage fracturing fracture length surface area drillstem testing drillstem/well testing linear flow analysis hydraulic fracturing upstream oil & gas diagnostic plot fracture surface area...

... be readily identified thus suggesting linear flow By identifying the linear portion, a value can be assigned to assess relative total surface area based on the relation between surface area and rate of leak-off. Total surface area is described by the total hydraulic contact established during the stimulation...

... (RTA) as an added constraint. The analytical solution gives the fracture surface area contributing to the drainage of the fluids from the matrix into the fractures. The surface area obtained from the RTA is the effective area associated with the production not total area. It is the most fundamental...

... Abstract It has often been reported that the peak production of a well drilled in tight formations is highly dependent on the fracture contact area. However, there is no efficient approach to estimate the fracture surface area at present. In this paper, we propose a method to calculate...

... Abstract This work investigates the impact of fracture surface area to rock volume ratio (Af/Vr) on spontaneous imbibition at ambient conditions using ultra-tight reservoir carbonate rocks. A significantly improved insight is presented into the physics of surfactant-based enhanced oil...

... fluid optimization. The authors invite other operators to try this technique and discuss their observations. pressure transient testing surface area post-fracture pressure decay pressure decay rate pressure transient analysis Upstream Oil & Gas hydraulic fracturing drillstem/well...

... to conducting the same optimization using multi-well modeling (i.e., field zipper frac configuration). Results show that one cannot optimize the placement of stacked wells by treating them as standalone wells. We also investigated the effect of zipper fracture sequencing on the propped surface areas and well...

... cluster efficiency fracturing materials fracturing fluid depletion pressure depletion proppant infill well urtec 2876100 Modeling & Simulation Upstream Oil & Gas surface area productivity hydraulic fracture fracture geometry child well treatment design fracture geometry hydraulic...

... leftover hydrocarbon in the reservoir. hydraulic fracturing surface area fracture conductivity Upstream Oil & Gas fracture height net pressure Artificial Intelligence Simulation Wolfcamp cloud computing fracture length completion total surface area wellbore proppant loading...

... oilfield chemistry hydraulic fracturing fracturing materials chemical treatment Artificial Intelligence shale gas proppant rock/fluid interaction mechanism Upstream Oil & Gas well performance surface area complex reservoir Clay Stabilizer optimized well Production Chemistry...

... measurements to obtain volume of hydration water, surface area, and interlayer spacing variations, respectively. We perform successive controlled NMR measurements and N 2 adsorption-desorption measurements and propose an inversion algorithm to estimate volume of hydration water and surface area of each...

... fracturing materials Upstream Oil & Gas surface area drawdown angle hydraulic fracturing aperture injection side fracture tip side horizontal velocity proppant transport proppant height fracture proppant distribution slurry fpv fracturing fluid roughness wall roughness fraction edl 1...

... complex reservoir clay content extraction bitumen valenza Artificial Intelligence solvent extraction correlation maturity maturity window gas window TOC Upstream Oil & Gas pore porosity condensate shale sample shale gas adsorption surface area soluble hydrocarbon...

...-rich Marcellus Shale and top of the underlying Onondaga Limestone. We introduce the application of subcritical N 2 adsorption to measure pore volume, pore-size distribution, and pore-surface area, which are critical properties in characterization of the nano-scale pore regime of mudstone reservoirs...

..., and reducing their effect on the hydraulic fracture by adjusting their distance from the wellbore. It depends on choosing the optimal wellbore location that will extend the propped and connected surface area and will maximize economic well production. Using this methodology we have recommended lateral landing...