...   Abstract The density distribution of hydrocarbon molecules in Nano-pore media affects the storage of gas, particular for shale reservoir which contains rich organic matters. The density distribution can reveal the adsorption effect which is related to the gas storage mechanism. In literature, researchers...

... inter-particle (matrix) porosity, (3) free gas trapped in microfracture and slot porosity, (4) free gas stored in hydraulic fractures created during the stimulation of the shale reservoir, and (5) free gas trapped in a pore network developed within the organic matter or kerogen. An additional storage...

... = R x o / R m f The formation resistivity factor, F, is an intrinsic property of a rock related to the efficiency of the paths that conduct electrical current through the medium. The formation factor is independent of the electrical conductivity of the fluid in the pores...

... storage field hydraulic unit sandstone pore gas storage field permeability society of petroleum engineers flow unit fzi value hu 2 cored well illinois peter sandstone reservoir characterization porosity truitt quartz overgrowth probability plot upstream oil & gas...

... dynamic throat diameter permeability thin section 7 upstream oil & gas dynamic modeling pore dissolution diameter core plug fluid dynamics reservoir characterization urn pore type pore type 2 spe 26934 flow in porous media simulation converter porosity grain size Society...

... is not predictable permeability of the reservoir rocks is not predictable from first principles. In this paper, a simple model that approximates a porous medium as a network of interconnected pores has been developed. This paper relates the use of the model to characterize fluid flow through a complex porous medium...

... Abstract One of the major problems associated with EOR in general and with CO2 flooding in particular is the tendency of the displacing fluids to bypass most of the crude oil in the flood pattern. The high mobility CO2 seeks out the path of least resistance through the largest pore openings...