What question did this study set out to answer?

The aim is to review the role of nanobubble technology in oil recovery and carbon sequestration.

May 6, 20260 citations

Nanobubbles-laden fluid flow in porous media: A review study of numerical and experimental insights of nanobubble technology for enhanced oil recovery and carbon sequestration.

PPPreeti PalUniversity of Tokyo Hospital YFYue FuThe University of Tokyo AKArata KiokaThe University of Tokyo

Key Points

The aim is to review the role of nanobubble technology in oil recovery and carbon sequestration.
Reviewed numerical and experimental insights on nanobubble technology.
Analyzed the impact of nanobubbles on fluid flow in porous media.
Identified research gaps regarding field-scale validations and stability assessments.
Nanobubble technology shows promise for enhanced oil recovery and carbon sequestration.
Research gaps identified include the need for field-scale validations and long-term stability studies.

Abstract

and water, promoting dissolution and mineralization reactions. Additionally, we have highlighted that despite advancements, key research gaps include limited field-scale validations of NBT and long-term stability assessments in reservoirs and carbon sequestration.

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