SURFACE FORCE ANALYSIS AND APPLICATION OF DLVO MODELING IN PREDICTING AND CONTROLLING FINES MIGRATION IN SANDSTONE RESERVOIRS
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Date
2023-08
Authors
Muneer, Rizwan
Journal Title
Journal ISSN
Volume Title
Publisher
School of Mining and Geosciences
Abstract
Sandstone reservoirs contain ultra-fine particles of quartz and clay attached to the sand surface. This creates a sand-fine-brine (SFB) system maintained by electrostatic and gravitational forces. Various forces, including van der Waals attraction and electric double-layer repulsion, affect the interaction between fine particles and sand grains in high salinity formation water. The attractive van der Waals force attaches the fine particles to the sand surface, while the electric double-layer repulsion force tends to detach them. Fines can be released and migrate under certain conditions, affecting injectivity and productivity. Formation damage caused by fines migration and pore throat blockage is a well-documented problem in sandstone reservoirs…
Description
Keywords
Type of access: Open Access, DLVO, sandstone reservoirs
Citation
Muneer, R. (2023). Surface force analysis and application of DLVO modeling in predicting and controlling fines migration in sandstone reservoirs. School of Mining and Geosciences