Method and system for one-trip hanger installation

A mineral extraction system, comprising:

• a one-trip tool, comprising:
• an upper tool portion comprising a first female threading;
• a lower tool portion comprising:
• a first male threading configured to be engaged with the first female threading;
• and
• a second female threading;
• and
• an energizing sleeve coupled to the upper tool portion and disposed concentrically about the upper tool portion and the lower tool portion;
• wherein:
• the first and second female threadings have the same handedness;
• the upper and lower tool portions are configured to move axially relative to one another via rotation of the upper tool portion with respect to the lower tool portion;
• and
• the energizing sleeve is configured to move axially with respect to the lower tool portion when the upper tool portion is rotated with respect to the lower tool portion.

A mineral extraction system, comprising:

• a coupling configured to secure a tubular within a wellhead, the coupling comprising:
• a locking ring configured to be disposed around the tubular and to expand radially outward from the tubular into a locking slot within the wellhead;
• and
• an energizing ring configured to be disposed axially above the locking ring around the tubular and to exert an outward radial force on the locking ring via axial downward movement of the energizing ring;
• and
• a one-trip tool, comprising:
• an upper tool portion configured to be secured to a drill string and comprising a first threading portion;
• a lower tool portion configured to be secured to the first threading portion of the upper tool portion via a second threading portion and configured to be secured to the tubular via a third threading portion;
• an energizing sleeve coupled to the upper tool portion and configured to exert an axial downward force on the energizing ring of the coupling to impart the axial downward movement to the energizing ring, thereby expanding the locking ring radially outward into the locking slot;
• wherein:
• the lower tool portion is configured to be secured to the tubular via rotation of the lower tool portion with respect to the wellhead component in a first direction;
• the upper tool portion is configured to be secured to the lower tool portion via rotation of the upper tool portion with respect to the lower tool portion in the first direction;
• and
• the energizing sleeve is configured to move in a downward axial direction via rotation of the upper tool portion with respect to the lower tool portion in the first direction.

A method, comprising:

• running a wellhead component into a wellhead with a tool;
• engaging an internal coupling via the tool to lock the wellhead component in place within the wellhead;
• exerting an over-pull force on the wellhead component via the tool;
• and
• pumping cement into the wellhead via the tool;
• wherein the recited steps are performed in single trip of the tool.

A method, comprising:

• providing a one-trip tool configured to be coupled to a tubular and a drill string, the one-trip tool comprising:
• an upper tool portion configured to be coupled to the drill string;
• a lower tool portion coupled to the upper tool portion and configured to be coupled to the tubular;
• and
• an energizing sleeve configured to engage a coupling to lock the tubular in place within the wellhead;
• wherein:
• the upper tool portion is coupled to the lower tool portion via a first threading having a first handedness;
• the lower tool portion is configured to be coupled to the tubular via a second threading having the first handedness;
• the energizing sleeve is coupled to the upper tool portion such that rotation of the upper tool portion with respect to the lower tool portion produces axial movement of the energizing sleeve with respect to the lower tool portion;
• and
• the upper tool portion and the lower tool portion are configured to be only partially threaded together when the tubular is run into the wellhead.