... different DFN realizations. The main parameters used for this study are fracture length and intensity. Afterwards, the fracture permeability corresponding to each DFN realization was upscaled using the above-mentioned methods. Finally, differences between the upscaling methods were evaluated and analyzed...

... the ability to create fractures and the estimated fracture lengths would extend beyond the wellbore damage, improving the communication between the formation and the wellbore. The propellent is in the form of sleeves installed and secured over the conventional gun carrier loaded with deep penetration charges...

... efficiency of the BEER® technology is comparable to the performance of the standard fracturing technology. Reservoir properties, the treatment job design, the 3D fracture geometry and post-treatment production enhancement are investigated. A sensitivity analysis of gross fracture length, propped cut-off...

... design complex reservoir variable fracture conductivity optimization condensate reservoir fracture length fracture design fracture conductivity fracture geometry dew point hydraulic fracturing optimum fracture length gas-condensate reservoir proppant mass optimum fracture half-length gas...

... testing stable production period fracture length proppant concentration Argentina fracture treatment permeability hydraulic fracture concentration property analysis sand screenout issue fracture drillstem/well testing screenout issue society of petroleum engineers Introduction...

..., the model was solved by analytical solution and numerical method. The analytical solution obtained is accurate and simple by contrast numerical method results. Besides, the curves for the pressure responses were plotted. The effects of parameters including fracture width, fracture length and the position...

...-fracture face regions which also reduce the leak-off rate, and hence require longer fractures for the same injection level. For relatively high filter cake permeability, such as greater than 0.03 mD, the effect of TSS concentrations on fracture length is negligible. The fracture half-length developed after...

... of injection. batch stress profile true vertical depth leakoff coefficient horizontal stress simulation well logging fracture hydraulic fracturing fracture length coefficient log analysis stress increase injection slurry stress barrier solid deposition minimum horizontal stress fracture...

... to achieve optimal fracture parameters (fracture length, azimuth, and conductivity) for both the injection and production wells. Improper well placement and fracture design can lead to high injection pressures, early water breakthrough, and overall low oil recovery. This paper presents the results of two...

... in nature, making mathematical models unreliable. Due to the stochastic process inherent in acid fracturing, modeling has been met with difficulty, especially in calculating conductivity. The modeling data analysis includes the sensitivity study with respect to fracture length and fracture width, as well...

.... Further, during injection history, small fractures are created many a times, and the fracture conductivity improves during injection. Therefore, such cases may not need large volume of proppant to create additional conductivity. The major benefits of this technique are: Fracture length is less...

... and post evaluation discussed in the paper for ultra-deep gas wells has a great significance in gas wells’ stimulation and development as well. loss coefficient gas well permeability mini-frac test liquid ratio langfang branch institute concentration fracture length simulation conductivity...

...-relationships between sonic velocity, Poisson ratio, porosity, water saturation, and shale contents serve as input data for the study, on which the application of CDM-PKN model show that fracture length and width are mostly affected by variation in porosity. Variations in porosity between 11 % and 20 % may...

... with the resulting technology development. Comprehensive studies were done to evaluate the formation in association with geophysicists, geologists, reservoir engineers, chemists and production engineers. Detail formation and core study confirmed that not only long fracture length but also the formation needs...

... & simulation spe 64434 fracture treatment mapping fracture tiltmeter fracture mapping upstream oil & gas case history application fracture length cipolla fracture mapping wilcox 4 geometry hydraulic fracturing fracture azimuth fracture diagnostic fracture geometry pressure transient...

... as the condensate yield increases. fracture length tight gas development condensate dropout gas recovery modeling & simulation drillstem/well testing hydraulic fracturing full field model vertical well effectiveness productivity angsi field malaysia critical condensate saturation recovery...

... fracture height growth constraint and provide for efficient fracture length propagation, resulting in increased productivity index improvement. Fracture stimulation has proved to be a viable technique to allow economic exploitation of this resource, while allowing its continual appraisal. net...