... Abstract Microseismic technology has proven its efficiency to monitor hydraulic fracturing effectiveness. The objective of this study is to develop a novel method to calibrate and generate the hydraulic fracture cluster-based model of a multi-stage horizontal shale well using the microseismic...

... reach. fatigue crack growth drilling operation casing design united states government hydraulic fracturing casing and cementing drilling equipment upstream oil & gas directional drilling drilling tool conn deformation threaded connection fatigue evaluation fea model connection...

... Abstract The combination of hydraulic fracturing and horizontal drilling unlocked a huge energy potential in the US. The unconventional plays have been developed by drilling several horizontal wells and hydraulically fracturing them to enhance the fluid flow. The implementation of these well...

... information regarding the performances of the equipment and personnel, which helps monitor the health of the frac valve fleet and produces predictive maintenance plans, leading to reduced repair and failure costs. hydraulic fracturing valve air emission operational safety operator transition time...

... Abstract Current hydraulic fracturing strategies require a significant investment of resources, time, and capital to warrant well productivity. As a result, it has become the crux of asset development in unconventional formations. Given that this technique has been in full force for almost two...

... and safety resulting from the new system. upstream oil & gas surface system valve wellbore design wellbore integrity operation united states government artificial intelligence operator missile hydraulic fracturing transition efficiency personnel pressure pumper pressure test red...

... of the development, most of the failure was due to shearing deformation caused by pre-existing geological features such as faults and weak interfaces. With the depletion of the reservoir and pressure decrease, casing collapses during the hydraulic fracture with extended length have become more and more popular...

... reservoir drilling fluid property structural geology drilling operation subsurface storage log analysis pore pressure wellbore integrity reservoir geomechanics drilling fluid chemistry upstream oil & gas annular pressure drilling reservoir simulation hydraulic fracturing drilling fluid...

... conducted to address interwell communication. A fracture hit is described as an interwell communication occurrence where an offset well (parent well) is affected by a hydraulic fracturing treatment in a new well (child well). These fracture hits might lead to mild, severe or complete production impairment...

... fracturing fluid suspension loading proppant transport hydraulic fracturing flow rate hvfr product linear gel transport property sand recovery fluid viscosity gpt loading Understanding the performance criteria for effective proppant transport is important in hydraulic fracturing, as operators...

... fracturing fluid normal stress friction reducer hydraulic fracturing concentration proppant elasticity fracture fluid high viscosity friction reducer HVFR society of petroleum engineers viscosity profile shear rate fracturing materials Upstream Oil & Gas viscosity static...

... hydraulic fracturing proppant intensity well production fracturing materials fracturing fluid white sand sand type productivity TVD machine learning proppant lateral length Well Productivity sand loading order effect society of petroleum engineers white sand proppant Artificial...

... Engineers commonly expect symmetric fracture wings in multiple transverse fracture horizontal wells (MTFHWs). Microseismic surveys have shown asymmetric hydraulic fracture grow away from the recent fractured wells and grow towards previous produced wells. It might be caused by the elevated stress around...

... model was used to test the sensitivity on well spacing, landing zone and hydraulic fracturing pump schedule. Both infill drilling program and green field development scenarios were tested and compared to optimize our field development study. Production history match indicates that natural fractures...

... an example of a production forecast that is generated using adaptive management process. Reservoir Surveillance Upstream Oil & Gas production forecast risk management forecasting basin production monitoring hydraulic fracturing information production control asset and portfolio management...

... Abstract High viscosity friction reducers (HVFRs) are an important component of slickwater hydraulic fracturing applications. To continue to treat multiple clusters effectively within longer laterals, even for stages near the toe area, a high molecular weight HVFR polymer...

... and hydraulic fracturing design is provided. The process of screening hydraulic fracturing candidates, selecting desirable hydraulic fracturing intervals, and identifying sweet spots within each prospect reservoir are demonstrated. log analysis complex reservoir strength well logging structural...

... including: enhanced oil recovery (EOR), acid gelling agents, clay control during drilling, and hydraulic fracturing. These applications require flexibility and simplicity of PAMs stability under harsh conditions such as high reservoir temperatures and high salinity waters (Ryles, et al 1986; StimLab 2012...

... fracture stages. Through its history-match parameters, the selected best match, as shown in figures 2 and 3 , infers a permeability reduction of 90% in the propped hydraulic fractures and 35% in the nano-Darcy rock at a reference pressure drop of 6090 psia. Further reductions in permeability would occur...

... recovery during development of unconventional resources where MFs are opened during stimulation treatments. machine learning hydraulic fracturing flow in porous media shale gas pixel Upstream Oil & Gas Fluid Dynamics proppant concentration fracture Artificial Intelligence complex...