... production control reservoir surveillance sos measurement flow rate hydraulic fracturing production monitoring soundbal sos completion monitoring systems/intelligent wells sos profile fraction flow regime well segment resolution unconventional resource technology conference lower completion...

... in porous media complex reservoir permeability geologist rock type relative permeability curve irreducible water saturation sample 1 condensate flow rate permeability measurement fluid saturation relative permeability value relative permeability testing relative permeability measurement gas...

... real-time insights into cluster activation and fracture propagation. hydraulic fracturing perforation completion installation and operations production control production monitoring reservoir surveillance complex reservoir production logging flow rate cable hydraulic fracturing...

... to the effects of stress on the flow rates. We showed that the semi-log plot of the double-exponential decline is not a straight line, as anticipated based on the Arps single-exponential decline, but for the Haynesville wells that are under relatively mild effects of in-situ stresses, i.e., when c stays larger...

... Abstract Enhanced Geothermal Systems (EGS) seek to utilize hydraulic fracturing to achieve high flow rates from wells drilled in formations with high temperature but low permeability. Since the 1970s, EGS projects have had limited economic success because of insufficient flow rate. In recent...

... fracturing structural geology rock type reservoir characterization mudstone injection pressure sandstone layer mudrock flow rate reservoir geomechanics propagation shale layer fluid viscosity stress interference propagation behavior hf 3 injection rate fracture propagation fracture length...

..., the downhole gas separator efficiency (GSE) and tubing gas flow rate are determined by matching PDP and WHP to the tubing pressure traverse. Then the theoretical PIP is calculated stage by stage, including the gas effect on in-situ rate, fluid properties, and their impact on pump performance. Finally, the pump...

... mineral fracturing materials rock type critical sand production velocity geologist complex reservoir hydraulic fracturing experiment fracture quartz sand proppant flowback velocity core holder silicate api cell sand production flow rate mpa flow rate critical flowback velocity closure...

.... Simulation outputs based on DAS-derived flow rates showed more realistic fracture geometries and improved alignment with tracer and DAS data compared to traditional models. The system enabled clear visualization of fracture containment and cluster dominance, allowing for optimization of diversion strategies...

... inactive oil and ga well flow rate electricity generation inventory energy production united states horizontal well geothermal use repurposing depleted eagle ford well URTeC: 4265787 Evaluating the Efficiency of Repurposing Depleted Eagle Ford Wells in Webb County for Geothermal Purposes Khaled...

... (AAO). Flow rates of oil represented by hexane (C 6 ), decane (C 10 ), and hexadecane (C 16 ) were measured in the experiments under a constant pressure gradient and the permeability improvements due to interfacial CO 2 estimated. The experimental results were used to validate and calibrate MD...

... fluid is circulated in a single well by injecting through the anulus and producing by the tubing. Various sensitivities are considered. First the numerical discretization is covered to assess the influence of the gridding on the recovery and later the physical properties such as fluid flow rates...

..., this is a hit and miss target. Since the flow rates are dynamic in any field, the facilities are frequently under or overdesigned, significantly impacting profitability. Continuous, prolonged production tests are essential to overcome the multiple challenges mentioned above, but the appropriate testing could...

... understanding of the hydrodynamics involved in proppant transport in wellbores and enables us to make quick and informed decisions during the stage design process. completion installation and operations fracturing fluid machine learning hydraulic fracturing upstream oil & gas flow rate stage...

... to intermittent flow insights. This creates challenges on the accuracy of the multiphase flow rates in individual wells and overall production. E.g. for unconventionals, production may change so rapidly that intermittent well testing is insufficient and dedicated test separators are installed on each well...

... little insight into what causes observed decline trends. Variable pressure and skin effects, for example, often mask the early well response and several months of production are often required to see decline trends useful for long term forecasts. Although pressure normalized flow rate is used to reduce...

... of fluids, including Newtonian fluids (fresh water and glycerin solution) and slickwater with two commercial friction reducers at various loadings, were used in the tests. Test results show that perforation orientations have significant impact on proppant distribution, specifically at low flow rates...

.... The time- and space-dependent temperature solutions for all well configurations are obtained for time- and space-dependent fluid and flow properties. A sensitivity study is then performed, showing the effects ofn several parameters on the flowing fluid temperature for such parameters as the fluid flow rate...

... experiments are performed in a lab-scale flow-loop apparatus to quantify friction reducer performance in completion fluid packages. Investigators quantify FR performance by plotting drag reduction DR% vs. time with results depending on many variables (flow rate, tubing ID, temperature, tube roughness...

... of flow rate/permeability have been achieved on both samples through fracture shear slip induced by elevating injection pressure. It is shown that ∼100 times increase in flow rate was induced by a ∼0.1 mm scale of shear slip on the two cylindrical shale samples (with ∼38 mm diameter). The permeability...