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US 2025/0354470 A1Published application
Methods for increasing the mechanical strength of subterranean formations using mxene-containing fluids
AssigneeSaudi Arabian Oil Company
InventorsAbeer Ateeq ALARAWI, Jehad Khaled ELDEMELLAWI, Murtadha J. ALTAMMAR
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Abstract
Methods for increasing the mechanical strength of subterranean formations using MXene-containing fluids may include introducing a plurality of MXene flakes into a subterranean formation comprising a carbonate mineral; and depositing at least a portion of the MXene flakes upon a surface of the carbonate mineral, within a plurality of pores of the carbonate mineral, or any combination thereof to increase a mechanical strength of the carbonate mineral.
Claims19
A method comprising:
- introducing a plurality of MXene flakes into a subterranean formation comprising a carbonate mineral comprising calcium carbonate, the subterranean formation selected from the group consisting of a limestone formation, a chalk formation, a marble formation, and any combination thereof;
- and
- depositing at least a portion of the MXene flakes upon a surface of the carbonate mineral, within a plurality of pores of the carbonate mineral, or any combination thereof to increase a mechanical strength of the carbonate mineral.
(canceled)
A method comprising:
- stimulating a subterranean formation comprising a carbonate mineral comprising calcium carbonate, the subterranean formation selected from the group consisting of a limestone formation, a chalk formation, a marble formation, and any combination thereof, by performing matrix acidizing, hydraulic fracturing, acid-fracturing, or any combination thereof upon the subterranean formation to form a plurality of flow pathways;
- after forming the plurality of flow pathways, introducing a plurality of MXene flakes into the subterranean formation;
- wherein the plurality of MXene flakes are dispersed in a carrier fluid when introduced in the subterranean formation;
- and
- depositing at least a portion of the MXene flakes upon a surface of the carbonate mineral, within a plurality of pores of the carbonate mineral, or any combination thereof to increase a mechanical strength of the carbonate mineral.
2 more elements
(canceled)
Dependencies are inferred from the claim text.