... of detailed Computational Fluid Dynamics (CFD) simulations to assess the separator's behavior under different viscosities and pressures, emphasizing the importance of understanding mixture density and viscosity in separation performance. The results underscore the impact of density and viscosity...

... was performed for hydraulic stimulation stages 4,5 and 7 to identify the potential DSS strain and strain rate patterns. Additionally, a sensitivity analysis was conducted for Stage 7 considering a base case, laterally varying fracture toughness, introducing perforation erosion, and using high viscosity fluid...

... compressibility pvt correlation coefficient undersaturation dataset unconventional reservoir anonymous isothermal compressibility viscosity single-operator dataset unconventional resource technology conference machine learning single-phase hc prediction blasingame URTeC: 3857308 PVT Correlations...

.... With the increase in the mole fraction of CO2, the molecular weight of the oil phase decreases significantly, while that of the aqueous phase slightly increases. Changes in fluid composition leads to a slight increase in the density of both phases, a decrease in the viscosity of the oil phase and the interfacial...

... permeability upstream oil & gas sedimentary rock clastic rock mudrock complex reservoir geologist united states government fluid dynamics geology rock type mudstone boundary water permeability geological subdiscipline equation nanoconfinement viscosity urtec wang no-slip...

... temporal and spatial dependencies, µ is the fluid viscosity (cp), p (psi) is the pressure, and t and x# are the time- and space-fractional derivatives, respectively. Parameters a and b can be between 0 and 1. Eq. 1 defaults to Darcy s law (normal diffusion) when a=b=1 and represents pure sub-diffusion...

... frac propagation anomaly hydraulic fracturing production control midland basin presented ovintiv inc production monitoring technology conference interaction exhibition san andre viscosity URTeC: 3863029 Single-Use Fiber Analysis on Fault-Driven Frac Propagation Anomalies in the Midland...

...-mesh proppant and 1-cp fluid dynamic viscosity. Then, parametric studies are conducted by varying the proppant size (20/40 mesh and 100 mesh) and fluid viscosity (5 mPa.s). The results show that the proppant size can significantly affect the fracturing performance. 20/40-mesh proppant has a severe...

... geomechanics fracture conductivity fracture permeability dimensionless fracture hydraulic fracture fluid dynamics clastic rock drillstem testing shale gas mudstone conductivity regime gangi matrix permeability equation akkutlu dimensionless fracture conductivity rta viscosity information...

... Abstract The distribution of proppant in fractures is very complex. In order to support the fractures effectively, sand carrying fluid must be injected into the fractures. In this paper, effects of injection rate, proppant concentration, sand carrying fluid viscosity, proppant particle size...

... the possibility of hydrogen storage would also prove to be useful. us government shale gas oil shale upstream oil & gas complex reservoir u.s. energy information administration reservoir property crude oil wettability viscosity consideration hydrogen exposure shale oil natural gas storage...

... and the gas-oil ratio (GOR). Viscosity reduction is the main driving mechanism as the produced oil showed a reduction in viscosity due to miscibility. This work aims to provide further insights into the gas injection performance in oil reservoirs by focusing on the reservoir fluid and injection gas...

...-A was instantaneously hydrated. Rotational and oscillatory rheology showed FR-A had shear thinning behavior and excellent viscoelastic properties in low and high TDS water. In comparison, FR-B required double the loading to match the viscosity profile of FR-A and lacked elasticity. Flow loop tests showed FR-A and FR-B...

...), at a concentration of 1,750 ppm to achieve a target viscosity of 45 cP, into the two horizontal injectors in the flood pattern. Production is monitored in the two horizontal producers. Based on laboratory measurements of polymer viscosity at reservoir conditions, the team decided to reduce polymer concentration...

... & gas viscosity perforation cluster perforation apparent viscosity proppant concentration proppant distribution proppant concentration slurry distribution slickwater fluid wellbore proppant placement fluid viscosity valve cluster URTeC: 5298 Experimental Investigation of Proppant...

... enhanced recovery reservoir surveillance complex reservoir concentration production monitoring hydraulic fracturing polymer upstream oil & gas water composition experiment pressure drop viscosity production control production logging drag reduction flow rate mechanical...

... completion fluid viscosity conductivity amott cell completion fluid 1 URTeC: 5698 Comprehensive Laboratory Testing for Screening Completion Fluids to Maximize Productivity of Hydraulically Fractured Reservoirs Evan Kias*1, Rahul Kumar1, Bradley Abell1, Ashish Mathur1, Colton Barnes1, Brian Chin1, Chad...

..., including density, surface tension (ST), oil-water interfacial tension (IFT), viscosity, and pH values were measured and compared before and after the treatment. Then, we conducted systematic contact-angle measurements using treated and untreated brine to study the effects of water treatment on rock-fluid...

... experiments. Samples are stress confined axially and laterally before injecting fluid of selected viscosity. In the experiments, we vary the sample heterogeneity and injection rate and fluid viscosity, while maintaining other parameters relatively similar. The experimental results suggest...

... gas fluid dynamics viscosity flow in porous media oil shale throat structure grid pore size distribution inorganic matrix additional resistance unconventional resource technology conference apparent permeability shale oil volumetric flow rate upstream oil & gas organic matter oil...