Pipe pull head systems and methods

1. A pipe deployment system comprising a pull head, wherein:

the pull head is configured to be secured to a pipe segment comprising tubing that defines a pipe bore and a fluid conduit implemented in a tubing annulus of the tubing to facilitate disposing the pipe segment within an external bore; and

the pull head comprises:

a pull plate comprising a guide tab, a locking tab, and a pull plate fastener opening, wherein the pull plate is configured to be secured to the tubing of the pipe segment at least in part by securing a threaded fastener in the pull plate fastener opening and a pipe segment fastener opening that is aligned with the pull plate fastener opening while the guide tab is oriented outwardly and directly abuts the tubing of the pipe segment; and

an end assembly comprising an end cap configured to be secured to the pull plate and a pull ring configured to be secured to one or more cables to enable the pull head to be pulled into the external bore, through the external bore, or both, wherein the end cap comprises a locking tab opening having:

an insertion portion configured to enable the locking tab of the pull plate to be inserted through the locking tab opening in the end cap; and

a key seat portion connected to and smaller than the insertion portion of the locking tab opening, wherein the locking tab on the pull plate is configured to interlock with a solid portion of the end cap to facilitate securing the end assembly to the pull plate when the pull plate is moved from the insertion portion of the locking tab opening to the key seat portion of the locking tab opening.

2. The pipe deployment system of claim 1 , wherein the threaded fastener comprises:

a fastener bolt configured to be inserted through the pipe segment fastener opening and the pull plate fastener opening; and

a fastener nut configured to be tightened on a threaded end of the fastener bolt from within the pipe bore of the pipe segment to facilitate securing the pull plate to the tubing of the pipe segment.

3. The pipe deployment system of claim 1 , wherein the end cap of the pull head is configured to circumferentially cover a portion of an outer surface of the tubing of the pipe segment while the pull head is secured to the pipe segment.

4. The pipe deployment system of claim 1 , wherein:

the end assembly of the pull head comprises a coned tip configured to be secured to the end cap of the end assembly to facilitate reducing resistance to movement of the pull head; and

the pull ring of the end assembly is configured to be secured to the coned tip to enable pulling the pull head via the one or more cables.

5. The pipe deployment system of claim 1 , wherein the pull head comprises another pull plate, wherein:

the other pull plate comprises another guide tab and another pull plate fastener opening;

the other pull plate is configured to be secured to the tubing of the pipe segment at least in part by securing another threaded fastener in the other pull plate fastener opening and another pipe segment fastener opening that is aligned with the other pull plate fastener opening while the other guide tab is oriented outwardly and directly abuts the tubing of the pipe segment; and

the end cap of the end assembly is configured to be secured to the pull plate and the other pull plate.

6. A method of securing a pull head to a pipe segment to facilitate disposing the pipe segment within an external bore, comprising:

laying a pull plate of the pull head against an outer surface of tubing of the pipe segment such that a guide tab on the pull plate directly abuts the tubing of the pipe segment, the guide tab on the pull plate is oriented inwardly, and a locking tab on the pull plate is oriented outwardly;

implementing a pipe segment fastener opening in the tubing of the pipe segment based at least in part on where a pull plate fastener opening implemented in the pull plate overlaps with the tubing of the pipe segment while the guide tab on the pull plate directly abuts the tubing of the pipe segment and is oriented inwardly;

inserting the pull plate of the pull head into a pipe bore of the pipe segment such that the guide tab on the pull plate directly abuts the tubing of the pipe segment the guide tab on the pull plate is oriented outwardly, and the locking tab on the pull plate is oriented inwardly;

securing the pull plate to the tubing of the pipe segment while the guide tab on the pull plate directly abuts the tubing of the pipe segment and is oriented outwardly at least in part by securing a threaded fastener in the pipe segment fastener opening and the pull plate fastener opening; and

securing an end assembly of the pull head that comprises a pull ring to the pull plate of the pull head at least in part by inserting the locking tab on the pull plate through a locking tab opening implemented in an end cap of the end assembly and rotating the end cap relative to the pull plate to interlock the locking tab with a solid portion of the end cap that is adjacent the locking tab opening to enable the pull head to be pulled into the external bore, through the external bore, or both.

7. The method of claim 6 , wherein securing the end assembly of the pull head to the pull plate of the pull head comprises:

securing the pull ring of the end assembly to a coned tip of the end assembly;

securing the coned tip to the end cap of the end assembly; and

securing the end cap to the pull plate.

8. The method of claim 6 , wherein securing the pull plate to the tubing of the pipe segment comprises:

inserting a fastener bolt of the threaded fastener through the pipe segment fastener opening implemented in the tubing of the pipe segment and the pull plate fastener opening implemented in the pull plate; and

tightening a fastener nut of the threaded fastener on a threaded end of the fastener bolt from within the pipe bore of the pipe segment.

9. The method of claim 6 , wherein securing the end assembly of the pull head to the pull plate comprises circumferentially covering a portion of the outer surface of the tubing of the pipe segment using the end cap of the end assembly.

10. The method of claim 6 , comprising, before securing the pull plate to the tubing of the pipe segment, implementing another pipe segment fastener opening in the tubing of the pipe segment based at least in part on where another pull plate fastener opening implemented in the pull plate overlaps with the tubing of the pipe segment while the guide tab on the pull plate directly abuts the tubing of the pipe segment and is oriented inwardly, wherein securing the pull plate to the tubing of the pipe segment comprises securing another threaded fastener in the other pipe segment fastener opening and the other pull plate fastener opening while the guide tab on the pull plate directly abuts the tubing of the pipe segment and is oriented outwardly.

11. The method of claim 6 , comprising:

laying another pull plate of the pull head against the outer surface of the tubing of the pipe segment such that another guide tab on the other pull plate directly abuts the tubing of the pipe segment and is oriented inwardly;

implementing another pipe segment fastener opening in the tubing of the pipe segment based at least in part on where another pull plate fastener opening implemented in the other pull plate overlaps with the tubing of the pipe segment while the other guide tab on the other pull plate directly abuts the tubing of the pipe segment and is oriented inwardly;

inserting the other pull plate of the pull head into the pipe bore of the pipe segment such that the other guide tab on the other pull plate directly abuts the tubing of the pipe segment and is oriented outwardly;

securing the other pull plate to the tubing of the pipe segment while the other guide tab on the other pull plate directly abuts the tubing of the pipe segment and is oriented outwardly at least in part by securing another threaded fastener in the other pipe segment fastener opening and the other pull plate fastener opening; and

securing the end assembly of the pull head to the other pull plate to enable the pull head to be pulled into the external bore, through the external bore, or both.

12. A pull head comprising:

a pull plate, wherein the pull plate comprises:

a pull plate fastener opening configured to facilitate securing the pull plate to tubing of a pipe segment;

a guide tab that extends out in a first direction, wherein the guide tab is configured to directly abut the tubing of the pipe segment and to be oriented inwardly to facilitate identifying a location at which to implement a pipe segment fastener opening in the tubing of the pipe segment that is to be aligned with the pull plate fastener opening; and

a locking tab that extends out in a second direction opposite the first direction, wherein the pull plate is configured to be secured to the tubing of the pipe segment while the locking tab is oriented inwardly and the guide tab is oriented outwardly; and

an end assembly comprising an end cap configured to be secured to the pull plate and a pull ring configured to be secured to one or more cables to enable pulling the pull head, wherein the end cap comprises a locking tab opening having:

an insertion portion configured to enable the locking tab of the pull plate to be inserted through the locking tab opening in the end cap; and

a key seat portion connected to and smaller than the insertion portion of the locking tab opening, wherein the locking tab on the pull plate is configured to interlock with a solid portion of the end cap to facilitate securing the end assembly to the pull plate when the pull plate is moved from the insertion portion of the locking tab opening to the key seat portion of the locking tab opening.

13. The pull head of claim 12 , wherein the pull plate is configured to be:

laid against an outer surface of the tubing of the pipe segment during a first time period such that the guide tab on the pull plate directly abuts the tubing of the pipe segment to enable identifying the location at which to implement the pipe segment fastener opening in the tubing of the pipe segment based at least in part on where the pull plate fastener opening in the pull plate overlaps with the tubing of the pipe segment; and

inserted into a pipe bore of the pipe segment during a second time period after the first time period such that the guide tab on the pull plate directly abuts the tubing of the pipe segment to facilitate aligning the pipe segment fastener opening implemented in the tubing of the pipe segment with the pull plate fastener opening in the pull plate.