... cluster efficiency fracture stimulation treatment strain response injection well wellbore fluid system fiber optic cable Introduction The Utah Frontier Observatory for Research in Geothermal Energy (FORGE) serves as a field-scale laboratory dedicated to developing and testing technologies...

... reservoir. geologist lateral parent well hydraulic fracturing refrac re-fracturing child well technology conference stimulation mechanically fiber optic cable geology real time system communication spe hydraulic fracturing technology conference wellbore refrac treatment completion...

... of interest and therefore do not cause problems. directional drilling geologist hydraulic fracturing production monitoring reservoir surveillance drilling operation fiber grease gradient strain profile coefficient stretch coefficient wellbore geological subdiscipline optical fiber...

... multistage fracturing optimization problem fracturing materials isolation geology hydraulic fracturing frac plug operation operator material selection full isolation wellbore tracer application stimulation complete isolation geologist proppant artificial intelligence composite frac plug...

... fracturing drillstring design torque drillout operation conventional rig annular pressure drilling well intervention downhole intervention pipe hcu 4-mile lateral coil hydraulic completion unit directional drilling completion installation and operations lateral wellbore surface torque...

.... Several studies have focused on proppant placement in the wellbore, but relatively few have focused on the variations in proppant distribution between sealed and leaking plugs. In this study, a computational fluid dynamic (CFD) model was developed to investigate uniform proppant distribution between...

... the flow profile along the geothermal production well. Hydro-thermal connectivity between enhanced geothermal well pairs is established through the stimulation of both the injector and producer wells. A non-isothermal fracture-reservoir-wellbore model simulates early transient fluid circulation in enhanced...

... spacing, production, and overall project economics. Instead, the tool is designed to quickly and practically solve a narrower problem – optimization of perforation cluster design to maximize the uniformity of slurry and proppant flow from the wellbore. In future work, we will describe implementation...

... ) * X = 0 . 3 7 " Abstract So many guns and so many charges – how can an operator make quick design change decisions with confidence for gun and charge system performance in the wellbore? Typically, the industry tests gun and charge performance at the surface, assuming...

...Previous Studies on Modeling of Acoustics Induced by Near Wellbore Flow Many authors published their experimental and/or numerical works to understand the near wellbore acoustic behavior. McKinley et al (1973) performed experiments to simulate downhole leakage from the noise recorded...

... of a successful frac, getting long-term performance data has mainly been limited to full wellbores of a single design and waiting months for the results. The Permian Asset team was debating the impact of stage architecture on production. Did different designs come on strong, but then fall off over time? Could...

... to fluid flowing linearly into the created hydraulic fractures and then into the wellbore. Figure 3 is pressure map from a finite-difference reservoir simulator showing a portion of the well and the pressure drawdown around the fractures with the pressure between the fractures being undisturbed...

... fracturing, inaccurate estimation can lead to incorrect selection of acid which can result in either an under-stimulated well, or in worst case, damage to the tubular goods resulting in expensive workover operations. In case of propped fracturing treatments, inaccurate estimation of wellbore temperatures can...

... monitoring plug interpretation plug isolation wellbore frequency das stage isolation deformation spe hydraulic fracturing technology conference procedure Introduction While monitoring stimulation of wells C and D, we observed various types of isolation issues via FO, with select examples...

... where the hydraulic fracture will be required will be the cases where the aforementioned ideal saline aquifers are located too far from the CO2 generation and capture points. For these conditions, as it will be shown later, a horizontal wellbore completion in low permeability saline aquifers where...

... (1) q j = ∑ i 5 q j , i = ∑ i 5 v j , i A i Y j , i (2) Y j = ∑ i n A i Y j , i / ∑ i n A i q j,i is the volumetric flow rates, where i denotes the wellbore segment, j...

... Abstract The Burgan Marrat Reservoir is a challenging high-pressure, high-temperature carbonate oil reservoir dating back to the Jurassic age. This specific reservoir within the Burgan Field yields light oil, but it has a significant issue with Asphaltene deposition in the wellbore...

.... Subsequently micro-seismic data has become popular, but only at select well pads due to the high cost of deployment. As zipper P&P fracturing has become dominant, the sealed wellbore approach of Haustveit et al. (2020) has become a popular monitoring choice. Advantages include being able to detect...

... Abstract Our goal in this paper is to quantify the impact of proppant settling in the wellbore on the efficiency and distribution of proppant into perforation clusters. This phenomenon has been experimentally studied on the lab scale in the past but no field-scale simulations have been...

... conference thermal expansion coefficient in-well lf-das wellbore leggett fracture initiation point fracture correspond spe hydraulic fracturing technology conference noise lf-das production control figure effectiveness heelward optic cable Introduction Low-frequency distributed...