HIGHLIGHTS
- What: This study investigates the development of a novel to address the challenges of high-temperature formations. The aim of this paper is to investigate the maximum viscosity that could be achieved using VES at high temperatures. This study explores the relationship between foam microstructure and the resistance of CO2 foam to flow. This study shows that the foam viscosity increased almost by 30% when the pressure increased to 13.79 MPa (supercritical condition: 7.38 MPa, 31 ◦ C).
- Who: Jawad Al-Darweesh and collaborators from the Department of Petroleum Engineering, King Fahd University of . . .
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