SIMULATION OF LAB-SCALE HOMOGENOUS FRACTURED BLOCKS
Publish place: The Second Scientific Conference of Hydrocarbon Reservoir Engineering, Science and Related Industries
Publish Year: 1392
Type: Conference paper
Language: English
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Document National Code:
RESERVOIR02_009
Index date: 1 June 2013
SIMULATION OF LAB-SCALE HOMOGENOUS FRACTURED BLOCKS abstract
In this paper, we simulate dynamic imbibition on a small scale homogenous fractured block. The purpose is to seek optimum conditions under which the oil recovery is maximal. In order to do this, we consider a base case simulation and then we dosensitivity analyses on several parameters. The injections are all continuous. Various chemical solutions are injected. These include: water, polymer, surfactant, alkali, and different combinations of them. For convenience of simulation, although this is not physically correct, alkali represents the wettability modifying agent, while the surfactant is the agent that lowers the IFT to ultra-low values. Therefore, a simulation labeled AS indicates that the injected chemical solution lowers the IFT to ultra low values as well as alters the wettability from mixed-wet to water-wet. On the other hand, a simulation labeled ASP does the above task as well as making the chemical solution viscous (polymer). The recovery curves are compared for each sensitivity analysis and appropriate profiles are demonstrated in order to understand the results.
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SIMULATION OF LAB-SCALE HOMOGENOUS FRACTURED BLOCKS authors
KHOSRO RAHIMI
Science and Research branch, Islamic Azad University, Petroleum Department
EHSAN SHARIFARA
M.Sc. Student
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