Pore scale acidizing Simulation Using Lattice Boltzmann Method, M.Sc. Thesis Sharif University of Technology ; Jamshidi, Saeed (Supervisor)
Abstract
Matrix acidizing aims at bypassing near wellbore damages in typical carbonate reservoirs or enhancing permeability and hydraulic conductivity in naturally fracture ones. The simulation of acidizing process at pore scale and complex geometries by LBM will lead to gain more knowledge about molecular mechanisms that govern rock dissolution, diffusion and advection of reactive fluid and help the evaluation of acidizing efficiency.In this thesis, simulation of acidizing includes the following steps:
• Multicomponent fluid convection • Fluid diffusion into the solid • Fluid-rock reaction • Boundary conditions including periodic, bounceback, non-equilibrium bounceback, Dirichlet,... Cataloging briefPore scale acidizing Simulation Using Lattice Boltzmann Method, M.Sc. Thesis Sharif University of Technology ; Jamshidi, Saeed (Supervisor)
Abstract
Matrix acidizing aims at bypassing near wellbore damages in typical carbonate reservoirs or enhancing permeability and hydraulic conductivity in naturally fracture ones. The simulation of acidizing process at pore scale and complex geometries by LBM will lead to gain more knowledge about molecular mechanisms that govern rock dissolution, diffusion and advection of reactive fluid and help the evaluation of acidizing efficiency.In this thesis, simulation of acidizing includes the following steps:
• Multicomponent fluid convection • Fluid diffusion into the solid • Fluid-rock reaction • Boundary conditions including periodic, bounceback, non-equilibrium bounceback, Dirichlet,... Find in contentBookmark |
|