... monitoring systems/intelligent wells communication unconventional resource technology conference geothermal technology office north america government production control injector proppant concentration information URTeC: 3852680 Case Study: Completion and Well Placement Optimization Using...

... well. Based on the distances and the hydraulic fracture density from the image logs, a 3D fracture model was calibrated for the parent wells. The fracture geometry and simulated proppant concentration from the 3D fracture model were then exported to a reservoir simulator, where actual field production...

... co 2 hydraulic fracturing eagle ford shale formation well logging reservoir geomechanics drilling fluid chemistry presented drilling operation proppant drilling fluids and materials shale oil fracturing materials geological subdiscipline proppant concentration effectiveness texas...

.... Proppant concentration and size are critical properties that control the transport and placement of proppant through the perforations. To begin with, the settling velocity of proppant was a major concern in this work, where various published analytical equations and empirical correlations were used...

... fracture cluster horizontal stress simulator perforation technology conference diameter proppant transport fracture geometry proppant distribution slurry injection fracturing materials fracturing fluid simulation result proppant concentration fracture URTeC: 3715179 A Coupled Model...

... oil & gas artificial intelligence complex reservoir computational fluid dynamic proppant size perforation flow rate proppant concentration perforation orientation stage design guided stage design optimization proppant distribution design parameter screenout cfd model toe cluster...

.... Proppant concentration is shown to be the key driver for drainage volumes and cumulative oil production for this group of wells. A higher initial water saturation is associated with larger drainage volume but lower cumulative oil production. Compared with completion design, initial water saturation...

... 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...

... hydraulic fracturing upstream oil & gas natural fracture fluid pressure fracture propagation proppant concentration p-nf reservoir geomechanics complex reservoir deposition complex hf-nf network hydraulic fracture proppant transport ghassemi injection hf-nf network fracture equation...

..., this new pumping approach reduces the execution risk of screenout associated with high proppant concentrations in ramp-up schedules and provides the benefit of constant hydrostatic and friction pressure drop during the majority of fracture treatments, allowing the surface treating pressure changes...

... & 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...

... labeled into output binary indicators with or without screen-out. Input datasets include surface treatment pressure, slurry rate, surface proppant concentration and 11 engineering features in high frequency 1-second time interval. 65 stages were first split into 53, 8, and 5 stages for training...

... lateral length well productivity well geographic location rf model hyperparameter hydraulic fracturing concentration well performance proppant concentration random forest model urtec 2938 oil production completion length viking formation saskatchewan proppant intensity study area...

... machine learning completion installation and operations hydraulic fracturing fracturing materials upstream oil & gas fracturing fluid proppant concentration treatment plot artificial intelligence complex reservoir time-sery data urtec 2797 proppant concentration slurry iriarte...

... carrying capacity, and high friction lead to low proppant concentration (usually less than 1 ppg) and less desired fracture geometry with poor proppant placement. Fracture scope is limited by the capacity of the pressurized mixing system. High cost. A new procedure has been developed by us aiming...

... these results in the parent wells captured during the time of the child well treatments. Resulting proppant concentrations of the child well fractures indicated that the majority of the proppant transports towards the parent wells. Very little effective conductivity exists in the opposing direction...

... (shear-thinning). Proppant placement, proppant concentration profile along the flow direction, pressure difference build-up across the fracture and total proppant volume retained within the fracture are quantified under various flow conditions. Two fracture orientations including horizontal fracture...

...). Once, the proppant concentration distribution at any time step is determined, the effect of proppant concentration on the fluid viscosity and density needs to be accounted. URTeC 243 4 For Newtonian fluids, the dynamic viscosity of the slurry can be expressed as a function of the proppant concentration...

... and elasticity of the HLFR fluids were measured under a variety of concentrations across a wide range of shear conditions. Proppant transport tests were conducted at different flow rates and proppant concentrations, utilizing a 30-foot horizontal pipe with three perforation clusters at shot densities of 4 SPF...

... Artificial Intelligence neural network oil production average proppant concentration proppant mass URTeC proppant concentration machine learning selection prediction self-organizing map predictor influential point neuron dataset ace augmented physics-based model algorithm economic...