... hydraulic fracturing natural fracture refinement grid accuracy mesh hydraulic fracture Fluid Dynamics simulation grid continuum grid flow in porous media Upstream Oil & Gas matrix permeability ultralow-permeability reservoir NFN discrete case cumulative gas production fracture...

... and disadvantages of the surfactant RPM process with those of huff-n-puff gas injection in shale gas condensate. thermal method flow in porous media gas injection method enhanced recovery shale gas Modeling & Simulation SAGD steam-assisted gravity drainage Fluid Dynamics condensate reservoir...

... it is positive to use them to the field application. chemical flooding methods Fluid Dynamics flow in porous media enhanced recovery surfactant formulation surfactant adsorption calibration curve tight rock Bakken formation imbibition adsorption surfactant solution sandstone ultra-lower...

... the integrated model can be an efficient and useful tool for predicting and analyzing oil/gas production of naturally fractured reservoirs. flow in porous media Artificial Intelligence Upstream Oil & Gas Fluid Dynamics Reservoir Characterization hydraulic fracturing linear system modeling grid...

... forecast method employed in this work provides P90 (conservative), P50 (most likely), and P10 (optimistic) values for EUR. In all examples, the range of P90 to P10 EUR values includes the reference EUR, and the P50 values are within 2.2% of the reference EUR. hydraulic fracturing flow in porous...

... be significant with continuous depletion while maintaining reservoir pressure above the critical level has the potential to mitigate the sharp production decline in tight formations and therefore enhance ultimate hydrocarbon recovery. Reservoir Characterization flow in porous media average pore pressure...

... not affect the breakability of the new friction reducer. fracturing materials fracturing fluid pressure drop persulfate hydraulic fracturing Fluid Dynamics experiment sodium bromate proppant slickwater friction reduction performance friction reducer reducer flow in porous media Upstream...

... Characterization Fluid Dynamics flow in porous media drainage Upstream Oil & Gas DSMC particle collision calculation gas flow apparent permeability reservoir simulation characteristic length water saturation molecule correlation pore space equation artificial intelligence permeability...

... of permeability on the gas recovery process from a tight gas reservoir. Reservoir Characterization Modeling & Simulation Upstream Oil & Gas Fluid Dynamics flow in porous media complex reservoir pore diameter reservoir permeability permeability rock compaction gas slippage effect pore...

... imaging and modelling . Advances in Water Resources , Volum 51 . Blunt , M. , King , J. & Scher , H. , 1995 . Simulation and theory of two-phase flow in porous media . Physical review A , Volum 46 . Blunt , M. & Scher , H. , 1995 . Pore level modeling...

... sample algorithm effective porosity pressure-step-decay method estimation apparent permeability society of petroleum engineers flow in porous media Fluid Dynamics pore pressure pore-volume compressibility intrinsic permeability core sample permeability laboratory measurement petrophysical...

... and their spatial variations on well performance for hydraulically fractured wells. Modeling & Simulation complex reservoir numerical simulator flow in porous media Upstream Oil & Gas fracture aperture hydraulic fracturing aperture closure stress stress-dependent fracture aperture cumulative...

.... shale gas adsorption flow in porous media Fluid Dynamics complex reservoir adsorption effect porosity calculation result equation pore compressibility experiment core sample gas density gas production correlation adsorbed gas da equation permeability Modeling & Simulation Upstream...

... hydraulic fracture and re-fracturing design of organic-rich low-permeability formations. Reservoir Characterization complex reservoir Upstream Oil & Gas adsorption pore pressure flow in porous media Fluid Dynamics stress loading experiment Exhibition permeability measurement diffusion...

... similar permeabilities with differences being less than 30%. Therefore transient methods provide comparable results to steady state gas permeability measurements when the proper corrections are applied. flow in porous media permeability value permeability measurement correction Reservoir...

... , December . Kim , J.G. and Deo , M. , 2000 , Finite element discrete-fracture model for multiphase flow in porous media , AICHE J. , Vol. 46 , 1120 . Lee , S.H. , Lough , M.F. , and Jensen , C.L. , 2001 , Hierarchical modeling of flow in naturally fractured formations...

... was implemented for Adjusted R-squared of the overall GLM approach. machine learning Upstream Oil & Gas flow in porous media Artificial Intelligence modeling regression accuracy core permeability classification Exhibition porosity Permeability prediction algorithm facies prediction...

... of petroleum engineers flow in porous media Upstream Oil & Gas potential application application Bakken formation Reservoir Characterization structural geology mineral composition Williston Basin AFM shale gas Fluid Dynamics porosity permeability nano-pore structure contact mode cantilever...

... in porous media adsorption hydraulic fracturing drainage cycle Upstream Oil & Gas Brine slickwater imbibition mechanism permeability measurement relative permeability multiphase permeability evolution Fluid Dynamics concentration experiment core sample fluid system saturation...

... proppant Injection Rate society of petroleum engineers reservoir characterization history matching production rate micro-seismic length flow in porous media drillstem testing reservoir quality influence well spacing fluid dynamics step-down test production history matching fracture pressure...