... utilizing unconventional resource technology conference rock type petroleum play type mechanism permeability surfactant concentration reduction basin URTeC: 3867194 Multi-Basin Case Study: Remediating Damage from Fracture Driven Interactions Utilizing a Rigless Chemical Process Mike Lantz...

... and water-wet relative permeability and capillary pressure profiles to indicate the degree of surfactant-induced wettability alteration, residual oil, and interfacial tension. These profiles are imported to a stage of a horizontal well model developed from geological information to simulate primary and EOR...

... evaluating hydrogen storage. The initial study explored changes in wettability, interfacial tension between oil and water, viscosity and density, whereas this work focuses on exploring changes with these same properties, along with permeability, porosity, ultrasonic velocity, and elastic properties, under...

... of state flow in porous media permeability simulation surfactant enhanced recovery eagle ford unconventional reservoir geology waterflooding shale gas geological subdiscipline wettability alteration chemistry reservoir simulation spontaneous imbibition experiment fracture history plug...

... with a stress-sensitive (dynamic) permeability field, we show that the error associated with the averaging of the dynamic behavior of the fracture conductivity could be large. We re-visit bilinear flow theory and modify the RTA method for the presence of stress-sensitive hydraulic fracture conductivity. Now...

... geologist rock type artificial intelligence canada government conference equation prediction williston basin dataset permeability eur unconventional resource technology conference information lfp rta workflow duvernay bakken URTeC: 3863143 Understanding Unconventional Reservoirs...

... Abstract The Najmah-Sargelu (NJSR) are calcareous and kerogen-bearing reservoirs that are deep, tight and highly pressured with matrix permeability in the range of 0.0001 to 0.1 mD. Production from these unconventional reservoirs is mainly dependent on the presence of natural fractures (NF...

... permeability, and matrix and SRV permeability if applicable. We obtained multiple realizations using an assisted-history-matching method, and then production forecast is recorded over a 20-year period. The impact of well spacing is studied considering two cases: singly bounded, by placing only a pair of wells...

... compressibility, wellbore friction, and gas slippage are taken into account. Using mass conservation theory, the model predicts production performance for multi-fractured horizontal wells, considering dual-porosity, stress-sensitivity, gas adsorption and desorption, and gas and water relative permeabilities...

... damage enhanced recovery reservoir characterization concentration chemical flooding methods thermal method production monitoring canada government dispersion penetration stimulation mechanism workflow chemical-in-gas dispersion limitation permeability durability exhibition production...

... Abstract Variability in geochemical mobility trends between formations and through production(?) time is critical data to be integrated for commercial optimization. Mobility changes are attributed to fluid and rock interactions in low permeability systems, but most learnings are based on proxy...

... conclusions and observations of this work: • Long-term linear flow behavior exhibited by legacy wells in the Barnett can be attributed to wider cluster spacing and low matrix permeability. • Diagnostic signatures of older vintage wells can be characterized by "relatively" higher Arps’ hyperbolic decline...

... transformations. For multiphase flow, definition of these transformations is not unique, and different researchers have proposed alternative methods of computing pseudo-functions with varying degrees of success. A major difficulty with the pseudo-function approach is that a relative permeability-saturation model...

.... The objective of this study is to contribute to the technical assessment of the hydrogen-storage potential of shale-gas reservoirs by providing information on the injectivity and deliverability changes during storage operations. A compositional, numerical model of a dual-permeability, shale-gas reservoir...

... learning discrete fracture model presented complex reservoir shale gas fracture novel choke management evaluation workflow upstream oil & gas united states government mudrock artificial intelligence permeability calibrated hydraulic fracture eur technology conference saturation URTeC...

... Abstract A key feature of unconventional shale reservoirs is low permeability. On average, only 10% of original oil in place and 25% of original gas in place is produced from these reservoirs. Understanding the mechanisms behind fracture conductivity past the first couple of years of shale...

... Abstract Natural fractures are important for oil and gas production in tight reservoirs that are usually characterized by ultralow matrix porosity and permeability. Natural fractures can be characterized by core sample analysis, image logs, production data, and other data sets; however, some...

... saturation geologist mineral structural geology subsurface storage reservoir characterization enhanced recovery flow in porous media fluid dynamics united states government rock type silicate mineralization permeability supercritical co 2 figure 7 ner 20 figure 6 twin sister dunite nmr...

... reservoir completion, primary depletion and enhanced oil recovery modeling and 2) retain the injection mechanism and simplify the complex fracture characterization to enhance the computation efficiency. This newly developed advanced dual porosity dual permeability (A-DPDK) model transfers the complex...

... indicator production forecasting eur regime complex reservoir production potential equation indication upstream oil & gas drillstem testing prediction permian basin unconventional resource power information flowback figure 3 permeability URTeC: 3854193 Early EUR Indicator for Permian...