Methods and systems for disconnecting and reconnecting casing
A tool to remove portions of casing from a wellbore. A tool may include a bottom sub-assembly and casing that selectively detach from a sub-assembly. This may allow for tools and casing within the wellbore to be efficiently and effectively removed from the wellbore without having to cut tools down well.
1. A detachable tool for a wellbore comprising:
a bottom sub assembly configured to be coupled to an upper sub assembly;
the upper sub assembly including a support sleeve and an adjuster sleeve, the adjuster sleeve being decoupled from the bottom sub assembly based on downward linear movement of the support sleeve and inward movement of the adjuster sleeve, wherein a communication bypass is exposed after the downward linear movement of the support sleeve, wherein communication is established from a first area above an object positioned on the support sleeve to a second area below the object positioned on the support sleeve via the communication bypass after the downward linear movement of the support sleeve.
2. The detachable tool of claim 1 ,
a port within the support sleeve allowing communication from inside the detachable tool to an area outside the detachable tool after the downward linear movement of the support sleeve.
3. The detachable tool of claim 2 , wherein a collet of the adjuster sleeve is positioned on a second end of the adjuster sleeve.
4. The detachable tool of claim 2 , wherein the port within the support sleeve is in communication with the communication bypass, the port being positioned below the object positioned across an inner diameter of the support sleeve.
5. The detachable tool of claim 2 , wherein the port within the support sleeve is positioned above the object positioned across an inner diameter of the support sleeve.
6. The detachable tool of claim 1 , wherein the adjuster sleeve is run in hole the adjuster sleeve is coupled to the support sleeve at a first location, and when pulled out of the hole the adjuster sleeve is coupled to the support sleeve at a second location.
7. The detachable tool of claim 6 , wherein an outer diameter of the support sleeve outside diameter is variable.
8. The detachable tool of claim 6 , wherein the support sleeve is coupled to the adjuster sleeve assembly via retaining pins after the support sleeve shears.
9. The detachable tool of claim 6 , wherein the bottom sub assembly includes a no-go that limits the movement of the support sleeve after the support sleeve has sheared.
10. The detachable tool of claim 1 , wherein the object blocks an inner diameter of the support sleeve.
11. The detachable tool of claim 1 , wherein the support sleeve is retrieved as an integral part of the upper sub assembly.
12. The detachable tool of claim 1 , further comprising:
a retaining device configured to couple the support sleeve and the adjuster sleeve after the downward linear movement of the support sleeve.
13. The detachable tool of claim 12 , wherein the retaining device extends from an inner diameter of the adjuster sleeve into an outer diameter of the support sleeve.
14. A method for utilizing a detachable tool within a wellbore comprising:
coupling an upper sub assembly to a bottom sub assembly;
decoupling the upper sub assembly from the bottom sub assembly based on downward linear movement of a support sleeve and inward movement of an adjuster sleeve, wherein the upper sub assembly includes the support sleeve and the adjuster sleeve;
exposing a communication bypass between the support sleeve and the adjuster sleeve after the downward linear movement of the support sleeve; and
establishing communication from a first area above an object positioned on the support sleeve to a second area below the object positioned on the support sleeve via the communication bypass after the downward linear movement of the support sleeve.
15. The method of claim 14 , further comprising:
communicating fluid, via a port within the support sleeve, from inside the detachable tool to an area outside the detachable tool after the downward linear movement of the support sleeve.
16. The method of claim 15 , wherein when the adjuster sleeve is run in hole the adjuster sleeve is coupled to the support sleeve at a first location, and when pulled out of the hole the adjuster sleeve is coupled to the support sleeve at a second location.
17. The method of claim 16 , further comprising:
retrieving the support sleeve as an integral part of the upper sub assembly.
18. The method of claim 16 , wherein an outer diameter of the support sleeve varies in size between a proximal end of the support sleeve and a distal end of the support sleeve.
19. The method of claim 16 , further comprising:
coupling the support sleeve to the adjuster sleeve assembly via retaining pins after the support sleeve shears.
20. A method for utilizing a detachable tool for a wellbore comprising:
coupling an upper sub assembly to a bottom sub assembly;
restricting rotational movement of the upper sub assembly and the bottom sub assembly in two directions;
coupling an adjuster sleeve and a support sleeve together via a temporary coupling mechanism at a first location in a first mode, wherein the adjuster sleeve includes a shaft and a collet;
coupling the adjuster sleeve and the support sleeve together via the collet at a second location in a second mode based on downward linear movement of the support sleeve and inward movement of the adjuster sleeve, wherein an outer diameter of the support sleeve includes a projection, the projection being configured to interface with a no-go on an inner diameter of the bottom sub assembly to limit the downward linear movement of the support sleeve.