... equilibrium height proppant distribution fracture proppant equilibrium time water fracturing hydraulic fracturing presented experiment proppant bed proppant transport technology conference URTEC-208328-MS Experimental Study on the Proppant Transport in Rough Fractures by Clean Water Fracturing Bo...

... the mechanical properties and fatigue performances of titanium alloy drill pipe, including hardness tensile and, impact testing, hard testing as well as rotary fatigue experimental test. Then based on these resultant parameters obtained from experiments a finite element model incorporating the stress and dynamic...

... Abstract Proppant transport and distribution within fractures is an important part in hydraulic fracturing. At present, the majority of the experiments and simulations are applied to parallel planar fracture consideration. The transport and distribution of proppant within tortuous fractures...

... classification architecture experiment hpc cluster exploration geophysicist application u-net model URTEC-208344-MS 3D Seismic Facies Classification on CPU and GPU HPC Clusters Sergio Botelho, RocketML Inc; Vishal Das, Shell Global Solutions, US Inc; Davide Vanzo, Microsoft Corporation; Pandu Devarakota...

... In this study, to investigate the potential of the application of HPAI in shale reservoir, a series of experiments were conducted to investigate the influence of temperature on the shale cores. Based on the experimental results, the following main conclusions can be stated: 1. The TOC dropped from 3% to 0.07...

... desorption process from matrix to cleats during CSG production stage. The experiment apparatus mainly consists of five parts, as shown in Fig. 8. Figure 8 Constituent part of the experimental apparatus The detailed introduction for each part is listed below: 1. Vacuum system The vacuum pump is used...

... on big data core slowness difference experiment, dipole sonic logging anisotropy, horizontal well trajectory, formation dip and other data, established logging curve normalization model. This article shows an example of unconventional logging evaluation in the shale gas field in the Sichuan Basin, China...

... through specially designed experiments to show the effects of fractures on the dynamic fluid flow process. The experimental data are then used to simulate the reservoirs production process applying the CMG. Results have shown that the dynamic capillary pressures of the fractured samples are 5-15% higher...

... heterogeneity contact angle measurement drop method sessile variation 3-phase contact line oil drop water drop shale surface contact angle experiment Acetone captive drop method shale sample wettability References References van Dijke , M. I. J. ; Sorbie , K. S. , 2002...

... in the Surat Basin, Australia. For the first set of experiments (single well experiments), both the training data and test data are in the same well. The machine learning methods can identify coal pay zones for sections with poor or missing logs. It is found that ROP is the most important feature. The second...

... a real gas effect, a sorption layer effect and an effective stress sensitivity. Steady state flow experiments in shale cores are conducted to validate this model. Also, methane adsorption experiments and effective stress experiments are applied to quantitatively find the effects of adsorption...

... to the advection dispersion equation. Close fits to the experimental observations were obtained using this approach and the tracer’s transport properties were successfully estimated. The results of the batch and core-flooding experiments showed that 2,6-DFBA is low to non-adsorbing to coal but the second FBA...

... Yunnan and Guizhou provinces. The core experiments indicate that the shale pore size ranges from 2 to 30 nm, and the ratio of organic pores to inorganic pores is about 55:45. The core-validated petrophysical properties of lithology, porosity, permeability, total organic carbon content (TOC), gas content...

... determined. Secondly, The displacement and testing process is repeated with 1/2 salt water with salinity of formation water in same core. Finally, deionized water was used to repeat this experiment. Experimental design for MRI One purpose of MRI experimental design is to visually observe the changes...

... propagation (obtained via fluorescence irradiate of cut rocks after experiment). Secondly, we carried out series of numerical reservoir simulation, fracture propagation simulation and well testing analysis to history match the experimental data and field production data, aiming to reveal the applicability...