... were identified by analyzing field and operational data like oil production volumes, fracking proppant amount and well locations. In addition, US national oil production and employment numbers were used. The data used in this paper is limited to the ten-year period between the year of 2008 to 2018...

... to place the job. upstream oil & gas drilling fluid formulation produced water discharge geology united states government fluid loss control mineral fracturing fluid complex reservoir drilling fluids and materials drilling operation proppant hydraulic fracturing geologist...

... Abstract Shale formations are characterized by low permeability and require hydraulic fracturing to extract oil and gas. During the hydraulic stimulation process, proppants are used to keep the fractures open, allowing for the passage of hydrocarbons and water-based fluids such as hydraulic...

... Abstract Nowadays, the unconventional shale-oil and shale-gas reservoirs are developed by fracking technology, using sand as proppant particles in order to improve the hydraulic fractures conductivity. The use of sand as proppant particles has been conceived for a conventional sandstone...

... Abstract Limited entry technique is often employed to achieve uniform flow distribution between perforation clusters during hydraulic fracturing treatment. However, the proppant distribution between clusters will not necessarily be uniform, even if the slurry distribution is uniform...

... Abstract Expanding upon the former paper “Completions Optimization and Fracture Evaluation of Infill Wells: A Southern Delaware Basin Case Study”, a high-viscosity friction reducer coupled with increased proppant concentration and reduced fluid volume load was utilized to restrict fluid...

... in several wells with conventional geometric perforation designs and tapered perforation designs. Results of fluid and proppant distribution with various perf-tapering, number of holes, and number of clusters were analyzed. Physics-based models were applied to a variety of completion strategies to match...

... and portfolio management proppant fracturing materials energy economics drillstem/well testing hydraulic fracturing completion modeling & simulation unconventional play reservoir geomechanics reservoir simulation second bone spring sand equation of state fracture geometry workflow log...

... factors such as completion fluid viscosity, cluster spacing and proppant concentration ramp on cluster efficiency and fracture geometry. Technology utilized included a permanent fiber optic cable and wellbore acoustic imaging for near field measurements. Pressure based hydraulic fracture mapping...

... and induced fracture networks. Coring of offset wells in the HFTS-1 In Situ Experiment has demonstrated that reactivated natural fractures and induced fracture networks can contain proppant at significant distances from the stimulated perforations. The goal of this paper is to utilize field evidence from HFTS...

... designs aligned with neighboring well data for true vertical depth (TVD), lateral length, azimuth, total proppant, and total fluid pumped. Additionally, the results were validated by predicting the production forecast using the recommended designs and evaluating the economic returns based on the forecast...

... from the operations control unit(s), storing it in the cloud, cleaning the data imported from the cloud, processing it through internal software, and identifying the activity summary respectively. Fracturing data streamed from the frac van includes flow rate, wellhead pressure, proppant concentration...

... government proppant sedimentary rock clastic rock fracturing fluid shale gas geologist geology energy economics complex reservoir hydraulic fracturing fracturing materials upstream oil & gas oil shale mineral fr-iron gel shale oil chemistry technology conference interaction urtec...

.... geologist united states government fracture characterization geology upstream oil & gas hydraulic fracturing complex reservoir log analysis proppant fracturing fluid artificial intelligence completion installation and operations fracturing materials real time system well logging...

... a mixture of fluids at high pressure into the wellbore, including water, proppants, and various additives such as friction reducers, surfactant, and biocides. The proppants help maintain the fractures’ aperture, while the friction reducers and surfactant additives mitigate friction and biocide prevents...

... characterization geological subdiscipline real time system fdi differentiate spe hydraulic fracturing technology conference onepetro depletion exhibition information wellbore design proppant hydraulic fracturing production logging reservoir surveillance production monitoring machine learning...

... Abstract Proppant transport is critical in hydraulic fracturing treatments because it directly affects the effective/propped fracture geometries. While much research has been devoted to proppant transport simulation, the popularity of Eulerian-Lagrangian (E-L) models in proppant transport only...

... months using stimulated lateral length (SLL) alone or SLL and total proppant (SLLandTP). The analysis utilizing statistical and machine learning techniques involves evaluating the impact of well spacing, sequencing, and landing zone TVD on four KPIs, with comparisons made between individual plays...

... Abstract Numerical simulation of hydraulic fracture propagation is increasingly used to evaluate the effect of various mechanistic aspects (e.g., inclusion of poroelastic effects, proppant transport, etc.), and of several variables, on the result of a stimulation operation at varying scales...

... geology completion united states government health & medicine geological subdiscipline interaction petroleum geology machine learning bakken parent-child interaction fracture interaction technology conference proppant wor productivity depletion environmental research center gor...