Actuating tool for actuating an auxiliary tool downhole in a wellbore

1. A downhole tool adapted to be positioned into a wellbore, the downhole tool comprising:

an actuating tool, comprising:

a main housing;

a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define a chamber;

a piston extending through the housing retainer and dividing the chamber into first and second sub-chambers;

an auxiliary sleeve connected to the housing retainer, opposite the main housing; and

a seal assembly;

and

an auxiliary tool connected to the auxiliary sleeve, opposite the housing retainer;

wherein the actuating tool is actuable to:

a first configuration, in which:

the seal assembly is sealingly disengaged from the housing retainer to permit fluid communication, via a first opening in the housing retainer, between the first sub-chamber and the wellbore;

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the housing retainer; and

the movement of the piston to the first axial position actuates the auxiliary tool to a first state.

2. The downhole tool of claim 1 , wherein the fluid communication between the first sub-chamber and the wellbore is further permitted via a second opening in the auxiliary sleeve.

3. The downhole tool of claim 1 ,

wherein the actuating tool is further actuable:

from a second configuration, in which:

the seal assembly sealingly engages the housing retainer to fluidically isolate the first sub-chamber from the wellbore;

the piston is situated in a second axial position relative to the housing retainer; and

the auxiliary tool is in a second state;

to the first configuration.

4. The downhole tool of claim 3 ,

wherein the seal assembly comprises a heating element; and

wherein the heating element is adapted to degrade at least a portion of the seal assembly to sealingly disengage the seal assembly from the housing retainer, thereby actuating the actuating tool from the second configuration to the first configuration.

5. The downhole tool of claim 3 , wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head and extending through the housing retainer.

6. The downhole tool of claim 5 ,

wherein the actuating tool further comprises:

a conductive fitting extending through the piston head and between the first and second sub-chambers; and

a first electrical conductor connecting the conductive fitting to the seal assembly;

and

wherein the first electrical conductor is adapted to communicate electricity from the conductive fitting to the seal assembly to sealingly disengage the seal assembly from the housing retainer, thereby actuating the actuating tool from the second configuration to the first configuration.

7. The downhole tool of claim 6 ,

wherein the actuating tool further comprises:

a conductor sub connected to the main housing, opposite the housing retainer, so that, in combination, the main housing, the housing retainer, and the conductor sub define the chamber; and

a second electrical conductor connecting the conductor sub to the conductive fitting;

and

wherein the second electrical conductor is adapted to communicate electricity from the conductor sub to the conductive fitting.

8. A method, comprising:

positioning a downhole tool into a wellbore, the downhole tool comprising:

an actuating tool, comprising:

a main housing;

a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define a chamber;

a piston extending through the housing retainer and dividing the chamber into first and second sub-chambers;

an auxiliary sleeve connected to the housing retainer, opposite the main housing; and

a seal assembly;

and

an auxiliary tool connected to the auxiliary sleeve, opposite the housing retainer;

and

actuating the actuating tool:

to a first configuration, in which:

the seal assembly is sealingly disengaged from the housing retainer to permit fluid communication, via a first opening in the housing retainer, between the first sub-chamber and the wellbore;

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the housing retainer; and

the movement of the piston to the first axial position actuates the auxiliary tool to a first state.

9. The method of claim 8 , wherein the fluid communication between the first sub-chamber and the wellbore is further permitted via a second opening in the auxiliary sleeve.

10. The method of claim 8 , further comprising:

actuating the actuating tool:

from a second configuration, in which:

the seal assembly sealingly engages the housing retainer to fluidically isolate the first sub-chamber from the wellbore;

the piston is situated in a second axial position relative to the housing retainer; and

the auxiliary tool is in a second state;

to the first configuration.

11. The method of claim 10 ,

wherein the seal assembly comprises a heating element; and

wherein actuating the actuating tool from the second configuration to the first configuration comprises degrading, using the heating element, at least a portion of the seal assembly to sealingly disengage the seal assembly from the housing retainer.

12. The method of claim 10 , wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head and extending through the housing retainer.

13. The method of claim 12 ,

wherein the actuating tool further comprises:

a conductive fitting extending through the piston head and between the first and second sub-chambers; and

a first electrical conductor connecting the conductive fitting to the seal assembly;

and

wherein actuating the actuating tool from the second configuration to the first configuration comprises communicating electricity, via the first electrical conductor, from the conductive fitting to the seal assembly to sealingly disengage the seal assembly from the housing retainer.

14. The method of claim 13 ,

wherein the actuating tool further comprises:

a conductor sub connected to the main housing, opposite the housing retainer, so that, in combination, the main housing, the housing retainer, and the conductor sub define the chamber; and

a second electrical conductor connecting the conductor sub to the conductive fitting;

and

wherein actuating the actuating tool from the second configuration to the first configuration further comprises communicating electricity, via the second electrical conductor, from the conductor sub to the conductive fitting.

15. An actuating tool adapted to be positioned into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

wherein the actuating tool is actuable:

from a second configuration, in which at least a portion of the seal assembly extends within a first opening of the actuating tool;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via the first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the actuating tool further comprises a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define the chamber; and

wherein the first opening is formed in the housing retainer.

16. The actuating tool of claim 15 ,

wherein, in the second configuration of the actuating tool:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing.

17. An actuating tool adapted to be positioned into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

wherein the actuating tool is actuable to:

a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the actuating tool further comprises a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define the chamber;

wherein the first opening is formed in the housing retainer;

wherein the actuating tool further comprises an auxiliary sleeve connected to the housing retainer, opposite the main housing; and

wherein the fluid communication between the first sub-chamber and the wellbore is further permitted via a second opening in the auxiliary sleeve.

18. An actuating tool adapted to be positioned into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

wherein the actuating tool is actuable:

from a second configuration, in which:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the seal assembly comprises a heating element; and

wherein the heating element is adapted to degrade at least a portion of the seal assembly to sealingly disengage the seal assembly, thereby actuating the actuating tool from the second configuration to the first configuration.

19. An actuating tool adapted to be positioned into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

wherein the actuating tool is actuable:

from a second configuration, in which:

at least a portion of the seal assembly extends within a first opening of the actuating tool;

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via the first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

and

wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head.

20. An actuating tool adapted to be positioned into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

wherein the actuating tool is actuable:

from a second configuration, in which:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head;

wherein the actuating tool further comprises:

a conductive fitting extending through the piston head and between the first and second sub-chambers; and

a first electrical conductor connecting the conductive fitting to the seal assembly;

and

wherein the first electrical conductor is adapted to communicate electricity from the conductive fitting to the seal assembly to sealingly disengage the seal assembly, thereby actuating the actuating tool from the second configuration to the first configuration.

21. The actuating tool of claim 20 ,

wherein the actuating tool further comprises:

a conductor sub connected to the main housing so that, in combination, the main housing and the conductor sub at least partially define the chamber; and

a second electrical conductor connecting the conductor sub to the conductive fitting;

and

wherein the second electrical conductor is adapted to communicate electricity from the conductor sub to the conductive fitting.

22. A method, comprising:

positioning an actuating tool into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

and

actuating the actuating tool:

from a second configuration, in which at least a portion of the seal assembly extends within a first opening of the actuating tool;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via the first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the actuating tool further comprises a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define the chamber; and

wherein the first opening is formed in the housing retainer.

23. A method, comprising:

positioning an actuating tool into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

and

actuating the actuating tool:

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the actuating tool further comprises a housing retainer connected to the main housing so that, in combination, the main housing and the housing retainer at least partially define the chamber;

wherein the first opening is formed in the housing retainer;

wherein the actuating tool further comprises an auxiliary sleeve connected to the housing retainer, opposite the main housing; and

wherein the fluid communication between the first sub-chamber and the wellbore is further permitted via a second opening in the auxiliary sleeve.

24. The method of claim 22 ,

wherein, in the second configuration of the actuating tool:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing.

25. A method, comprising:

positioning an actuating tool into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

and

actuating the actuating tool:

from a second configuration, in which:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the seal assembly comprises a heating element; and

wherein actuating the actuating tool from the second configuration to the first configuration comprises degrading, using the heating element, at least a portion of the seal assembly to sealingly disengage the seal assembly.

26. A method, comprising:

positioning an actuating tool into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

and

actuating the actuating tool:

from a second configuration, in which:

at least a portion of the seal assembly extends within a first opening of the actuating tool;

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via the first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head.

27. A method, comprising:

positioning an actuating tool into a wellbore, the actuating tool comprising:

a main housing at least partially defining a chamber;

a piston dividing the chamber into first and second sub-chambers; and

a seal assembly;

and

actuating the actuating tool:

from a second configuration, in which:

the seal assembly is sealingly engaged to fluidically isolate the first sub-chamber from the wellbore; and

the piston is situated in a second axial position relative to the main housing;

to a first configuration, in which:

the seal assembly is sealingly disengaged to permit fluid communication, via a first opening, between the first sub-chamber and the wellbore; and

the fluid communication between the first sub-chamber and the wellbore moves the piston to a first axial position relative to the main housing;

wherein the piston comprises:

a piston head dividing the chamber into the first and second sub-chambers; and

a piston rod connected to the piston head;

wherein the actuating tool further comprises:

a conductive fitting extending through the piston head and between the first and second sub-chambers; and

a first electrical conductor connecting the conductive fitting to the seal assembly;

and

wherein actuating the actuating tool from the second configuration to the first configuration comprises communicating electricity, via the first electrical conductor, from the conductive fitting to the seal assembly to sealingly disengage the seal assembly.

28. The method of claim 27 ,

wherein the actuating tool further comprises:

a conductor sub connected to the main housing so that, in combination, the main housing and the conductor sub at least partially define the chamber; and

a second electrical conductor connecting the conductor sub to the conductive fitting;

and

wherein actuating the actuating tool from the second configuration to the first configuration further comprises communicating electricity, via the second electrical conductor, from the conductor sub to the conductive fitting.