... imbibition process proppant dissolution inter-salt shale core salinity salt dissolution effect salt dissolution Introduction The greatly successful development of shale oil in the United States have changed the world energy market, which has triggered a global boom in shale oil exploration 1...

... & simulation proppant history matching fracturing fluid flow in porous media reservoir simulation upstream oil & gas negative skin stimulation injection well geothermal well fracture stimulation drillstem/well testing netherlands skin value thermal fracture fracture permeability fluid...

... difference of predicted fracture geometry and conductivity, as compared to the modeling approach where propping agent is represented by one effective mean diameter. hydraulic fracturing proppant mixture pill diameter mean diameter fracture geometry particle fracturing materials Upstream Oil...

... & Gas porosity base design parent well permeability geological modeling drilling fluids and materials fluid modeling drilling fluid chemistry proppant directional drilling core analysis equation of state complex reservoir drillstem testing drilling operation fluid loss control...

...The lattice Boltzmann method for fluids Abstract Optimal proppant placement is critical to maintaining productivity from stress-sensitive reservoirs, in which gas conductivity depends on the connectivity of the network of secondary fractures to the wellbore. In a colloquial sense...

...Impact of Job Diagnostics for Mature Well Development Abstract Hydraulic proppant fracturing is one of the most effective tools to optimize production in the mature, low- permeability reservoirs found in the Pannonian Basin in Central Europe. Fracturing can effectively enhance production...

... performance flow in porous media fluid dynamics fluid modeling fracturing materials fracturing fluid reservoir simulation production logging inflow performance multistage fracturing proppant Introduction Traditionally, hydraulic fractured wells have been simulated using negative skin factors...

... Sea using Ultra-Lightweight (ULW) proppant, which was also the first ever combined use of ULW proppant and diverter valves. These technologies were required due to the long interval length, 4,880ft, and high angle, maximum 103°. A history match of the gravel pack model was also performed to evaluate...

...Slurry Flow (Proppant Transport) Following Boronin and Osiptsov (2010) we utilize the lubrication model of slurry flow in a narrow channel (Hele-Shaw cell). For simplicity, the equations are shown below for the case of one fluid and one proppant only. However, we implemented this model...

... approach optimized proppant cycles, and flow diverting refracturing methods were a fundamental component in recognizing that the restimulation pilot was realistic, achievable, and justified economically. By dynamically managing and adapting proppant schedules, diverter volume fractions, and total materials...

... materials reservoir surveillance proppant fracturing fluid reservoir simulation well planning trajectory design wellbore trajectory Abstract Inconsistent production performance from wells completed in similar pay zones has been observed when shale formations are exploited through horizontal...

... channel hydraulic stimulation in one of the wells in the field, describing the importance of well candidate selection phase, engineered design, execution, and evaluation. The applied channel hydraulic stimulation combines geomechanical modeling with intermittent proppant pumping and degradable fibers...

... with diverter. Daily OWG rates were also reviewed, and a cost comparison between the two completions on each pad was conducted. The STACK play is predominantly completed using plug-and-perf methods. These wells have long laterals and are typically stimulated with large amounts of fluid and proppant. All...

... treatment was conservatively designed in terms of treatment rate, polymer loading of fracturing fluid and proppant concentration to manage both risk and treatment proppant placement. However, this conservative approach impaired proppant-pack conductivity and the effectiveness of the fracture half-length...

... Abstract Uniform proppant distribution in multiple perforation clusters plays a crucial role on sufficiently propping fractures conductivity in hydraulic fracturing. These propped fractures and their effectiveness is critically influenced by the in situ stress in the formation. As great...

... fracturing fluid polymer Exhibition flowback fluid sample fracture cleanup Drillstem Testing drillstem/well testing concentration productivity proppant formation water production Effectiveness conductivity breaker permeability Symposium reservoir polymer content production performance...

... with proppant would be a more effective stimulation treatment compared to the acid fracturing for improving the wells productivity for the studied reservoir. hydraulic fracturing conductivity test fracture characterization Upstream Oil & Gas experiment conductivity result acid Reservoir...

... Abstract The application of enzymatic generation and precipitation of calcium carbonate for the use as in-situ proppant consolidation is an environmentally green technology that shows promise in the Danish North Sea. Hydraulic fracturing of producers with the aid of proppants to keep fractures...

... fracturing by the combination of theoretical analysis and experimental research. However, for channel fracturing scenario, the currently available models are not accurate and appropriate in terms of prediction of proppant embedment and fracture conductivity in channel fracturing. In this paper, new...

... in fracturing fluids to stabilize fluid viscosity and using smaller size proppant at low concentrations to ensure proppant placement. This results in shorter effective fracture half-length and low fracture conductivity. Reduced contact area decreases production potential. Additionally, high polymer loading...