..., the rock wettability, and the interfacial tension of fluids in the system. Leverett 1 developed the basic theory for the behavior of the flow of fluid mixtures in reservoir rocks. He used well established thermodynamic and physical principles in the development of his theory. He divided the problems...

... core analysis formation factor statistical information size distribution porous microstructure prediction simulation information knowledge computer enhanced core analysis upstream oil & gas reservoir rock stochastic simulation statistical property microstructure connectivity...

... predominate in natural conditions. The rock hydrophily decreases in the order: clays of hydromicaceous composition, furthermore, quartz, next are limestones, dolomites and feldspars. Adsorption interactions of reservoir rocks with oil and primarily with asphaltenes and tars are determined by a value of a rock...

... Abstract When carbon dioxide is injected into petroleum reservoirs it forms carbonic acid in the brine phase and interacts with reservoir rock. Flow tests were performed by continuously circulating CO 2 saturated 'brines through Cardium Formation cores. All the cores showed initially a large...

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... movement appears to be a function of fluid dynamics in porous media. The results of the study confirm previous findings that fines movement is rate sensitive. Further, it is shown that for every reservoir rock and its gross properties, there appears to be a threshold or critical hydraulic flow rate beyond...