... production and the estimated ultimate recovery (EUR) of the parent wells, offering valuable insights into the influence of nearby wells on the target formation. Subsequently, during the fracturing stage evaluation, the balance between the fracturing pressure and volume is analyzed to calculate the Fracture...

... Abstract Flowing bottomhole pressures are critical for a wide-range of petroleum engineering calculations, including reservoir simulation, RTA/PTA, flowing material balance, nodal analysis and general production diagnostics. This paper rigorously evaluates industry-standard correlations...

... performance indicator unconventional resource economics well performance energy economics streamlining type curve freeborn calculation strategic planning and management forecast benchmarking russell enhanced production insight optimizing unconventional well performance operation decision-making...

..., and: (a) use the ‘two-well’ Degree of Production Interference (DPI) metric to derive a relationship for a ‘uniform-spacing’ DPI that is applicable for a well bounded on both sides, and (b) develop a procedure to calculate a generalized DPI that accounts for arbitrary gun-barrel configurations, spatially...

... calculation application journal bounded scenario shear module mudstone equation fracture anisotropy young solution URTeC: 4027422 A Semi-analytical Poroelastic Solution of Induced Pressure-Stress Changes and Its Applications to Depletion Delineation of Transversely Isotropic Shale Reservoirs...

... of diffusive time of flight (DToF) coupled with volumetric calculations at a granular level. In our analysis, we compute the DToF for each well under two distinct scenarios: Single Development (SD) and Co-Development (CD). We logarithmically segment the pore volume into bins based on the DToF values. Building...

... communication through hydraulic fractures. The communication between wells can significantly impact well production forecasting, reserves estimation, and design optimization. In this study, dynamic (contacted) fluid-in-place (CFIP) calculations are performed using flowback and early-time production data...

... hydraulic fracturing real time system spe hydraulic fracturing technology conference proppant fracturing materials urtec exhibition completion effectiveness texas case study operator fracturing fluid perforation efficiency acoustic ui acoustically woodland perforation friction calculation...

... advanced dual porosity dual permeability (A-DPDK) model transfers the complex hydraulic fracture characterization from the fracture simulation model to the A-DPDK model through a shape factor (matrix-fracture coupling) calculation. The model enables users to characterize different properties in multiple...

... from sensors placed 100’s of feet behind the drill bit (where resistivity, sonic, density etc. tools are commonly placed). Furthermore, smoothing algorithms are often used to average the detection data thus increasing the offset from the drill bit to the estimated pore pressure calculation. The result...

... the computational modeling of hydrogen and pyrite reactions. The calculations are set at standard temperatures of 25C, and we explore a range of pressures relevant to underground storage. We first use density functional theory (DFT) to optimize the ground state of the reactants and reaction products. With the known...

...-correlated properties through sub-volume calculations. The concept of a common rock model, where multi-disciplinary properties are calculated on the same model, facilitates a comprehensive rock characterization in despite the physically small sample. Elastic properties were calculated in addition to basic...

... of time, simplifies the calculation process of the leak-off coefficient in the model. Specifically, a basic fracture inversion process is composed of an analysis of the pressure-decline plot and calculation of the fracture propagation model. First, collect surface pressure from fracturing wells...

... for optimization calculations. Straightforward interpretations of the relationship between production and completion parameters based on bivariate (two-dimensional) scatterplots were difficult because of the nonlinear nature of the dependencies between variables. Therefore, the primary goal of this study...

... Abstract Drilling engineers use a group of offset wells as a starting point for well planning. These offsets can be used to calculate a composite well or a technical limit (minimum operating and non-operating time) and average well (P50 operating and non-operating time) to help understand...

... analytical models in well spacing decision. The main reasons for this inconsistency are the rectangular shape assumptions in analytical models and neglecting water production in the calculation. Upon drilling several pressure monitoring wells in the Permian Basin and comparing them using multiple diagnostic...

... of these fractions were analyzed by HAWK-PAM for calibration. These data were integrated with MB and TF reservoired and produced oil geochemistry to calculate the volume of producible hydrocarbons stored in the shales. These data were incorporated into three semi-independent workflows to determine shale STOOIP...

...- tubing annulus was observed to restore the loss in well productivity index while the installation of annular flow gas lift improves well operability. This paper describes the well performance observations for different production configurations and the hydraulic calculations for different wellbore...

... calculations-is performed. RQ and CQ are determined using advanced petrophysical measurements and interpretation whereby sophisticated sonic wireline tools feature prominently in the workflow. However, operational efficiency is an overriding priority in the development of unconventional plays, allowing very...

... Abstract Calculations of OIP, oil and water volume production, and formation recovery factor are problematic in the Bakken-Three Forks reservoir complex. This study was designed to use specialized well logs and core to determine: 1) variations in water and oil volumes, 2) pore size...