... were acquired at TE = 0.2ms on companion core plugs from the Haynesville shale and at TE = 0.3ms for Barnett and Woodford shale samples. The NMR T 2 distributions acquisitions were conducted on samples saturated with brine (2.5% KCl) and oil (dodecane). The NMR T 2 data acquired on the native state...

... shale complex reservoir Simulation solid phase Reservoir Characterization hydraulic fracturing Fluid Dynamics Computation reaction in-situ upgrading gaseous phase kerogen liquid organic phase hydrocarbon decomposition equation heating saturation fracture in-situ upgrading process oil...

... simulation Upstream Oil & Gas water saturation porosity Midland Basin geologic model saturation permeability Modeling & Simulation connate water saturation production data cross-section unconventional resource technology conference artificial intelligence hydraulic fracturing...

... compositional simulation society of petroleum engineers saturation permeability Abstract Horizontal wells with multistage hydraulic fracturing stimulation become the common practice in developing tight and shale gas reservoirs. For gas condensate reservoirs, heavier components in the gas phase start...

... bakken formation saturation injection enhanced recovery hydraulic fracture spe 154937 middle bakken fracture three forks proppant natural depletion Introduction The Bakken Formation in the Williston Basin has three members, namely the Upper Bakken Shale, Middle Bakken and Lower Bakken...

... is investigated as a function of space and time using X-ray computed tomography (CT). In particular, we investigate the relevance of capillarity in these rock formations. A comparison of these resulting capillary-driven imbibition fronts and saturation maps convey to us the impact of leak off of this fracturing...

... flow in porous media displacement relative permeability equilibrium state upstream oil & gas capillary relaxation bundle complex reservoir capillary tube relaxation saturation fluid dynamics fluid displacement relaxation effect formulation permeability relaxation time...

... reservoir simulation reservoir simulator saturation complex reservoir numerical simulator simulator redistribution time porous media shale gas civan relative permeability simulation package modeling & simulation reservoir fracture permeability upstream oil & gas apparent...

... pressure upstream oil & gas complex reservoir condensate saturation gas production rate condensate production rate absolute permeability wettability alteration productivity endpoint relative permeability permeability gas-condensate reservoir well productivity condensate reservoir relative...

... production hydrate deposit saturation hydrate saturation reservoir characterization methane hydrate upstream oil & gas moridis hydrate sediment accumulation collett hydrate dissociation canada dissociation artificial intelligence international conference dallimore modeling...

... properties impacting hydraulic stimulation. Within each of these categories we have identified influential petrophysical properties such as rock composition, total organic carbon (TOC) content, porosity, saturation, permeability and mechanical properties. Specifically, we demonstrate the importance...

... Oilfield and Vuktyl'skiy Gas-Condensate Field. A correlation between porosity and permeability was established, which is of vital importance in carbonate reservoir rock characterization. On considering two additional variables (irreducible fluid I saturation and specific surface area, which...

... reservoir simulation. The likely dependence of relative permeability of coal on flow pressure is also addressed. flow in porous media Upstream Oil & Gas Modeling & Simulation complex reservoir coal bed methane coal seam gas water saturation porosity Paterson experiment wettability...

... are: For the constant K r simulation, a constant composition expansion (CCE) data of the flowing composition accurately reproduces the pressure-saturation relationship in the region where both oil and gas are mobile. However, contrary to Fevang and Whitson's assumption 3 , the constant volume depletion (CVD) data...

... permeability flow in porous media Upstream Oil & Gas permeability value simulator proppant drawdown pressure drop gas velocity fracturing materials fracturing fluid fracture length proppant permeability permeability curve fracture proppant conductivity saturation reservoir condensate...

... media flow rate experiment condensate solubility gas permeability condensate relative permeability saturation surfactant treatment solution gas mixture Reservoir Surveillance concentration relative permeability chemical treatment gas relative permeability Methanol annual technical...

.... The relative perm to gas is increased substantially as the water saturation is decreased. The enhanced relative permeability mechanism is the alteration of the rock-fluid interfacial tension or contact angle. It is demonstrated that this alteration effectively lowers the capillary pressure and capillary end...

... that is completely rigorous. This study presents a new, rigorous MBE for gas flow in the presence of a compressible formation and residual fluid saturation. Examples will be presented to highlight the capabilities of the new MBE. reservoir simulation resource in place estimate compressibility fraction 0...

... coefficient plot saturation well damage mechanism acid fractured gas condensate reservoir Introduction The Khuff is a large gas condensate field situated at approximately 11,500 ft subsurface, beneath the producing Ghawar oil field. It consists of two main carbonate producing horizons, the Khuff...

... of a fractured gas well. This coincides with experiences in the field where these parameters are frequently lower than anticipated. Results of the study further indicate that within the fracture, gel saturations gradually increase towards the fracture tips. Contrary to the assumption made in analytical studies...