Investigation of Mechanisms Responsible for Enhanced Oil Recovery
A special issue of Energies (ISSN 1996-1073). This special issue belongs to the section "H: Geo-Energy".
Deadline for manuscript submissions: closed (4 January 2021) | Viewed by 15487
Special Issue Editor
Interests: multi-phase flow in porous media; application of self-potential to subsurface flow monitoring; rock wettability characterisation; CGS; EOR
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Special Issue Information
Dear Colleagues,
Increasing global demand for energy sources combined with a relatively low oil recovery factor using conventional methods, promotes extensive research into enhanced oil recovery (EOR) methods. Although conventional chemical (alkaline, surfactant and polymer) injection methods have been deployed for over two decades, other methods such as smart water and miscible gas injection, various thermal methods, use of nano-materials and ultrasonic technology are still being matured. The main challenge in applying different EOR methods has always been associated with limited understanding of the underlying mechanisms responsible for improved oil recovery. Experimental data obtained from coreflooding tests on clastic and carbonate rocks are scarce and the results are sometimes inconsistent and even contradicting. On the other hand, numerical simulations performed on length scales ranging from nanometers to kilometers and employing pore network, molecular dynamic and conventional reservoir simulation methods still encounter challenges related to upscaling procedures, inconsistent description of rock properties across different scales, and eventually lack the ability to accurately describe and predict gains from applied EOR methods.
This Special Issue is therefore inviting papers on recent advancements in various EOR methods. The Special Issue welcomes papers reporting experimental studies on multiple scales as well as numerical and theoretical works that focus on explaining the complex underlying mechanisms of well-established and novel EOR methods.
Dr. Jan Vinogradov
Guest Editor
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Keywords
- EOR methods in carbonate and sandstone reservoirs
- Conventional chemical and thermal EOR methods
- Miscible gas and smart water injection EOR
- Nano-particles, microwave, ultrasonic technology
- Experimental, numerical and theoretical investigation of EOR mechanisms
- Pore- to reservoir-scale EOR simulations
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