Installing a shooting nipple on a rotating control device

1. A wellhead adaptor tool comprising:

a body comprising a void;

a first flange coupled to a first portion of the body, the first flange comprising a plurality of voids, the first flange configured to couple the body to a shooting nipple by a plurality of fasteners;

a second flange coupled to a second portion of the body, the second flange configured to couple the body to a rotating control device of a wellhead coupled to a wellbore; and

a clamp coupled to the second flange, the clamp configured to couple the second flange to the rotating control device, wherein the clamp comprises:

a first clamp portion; and

a second clamp portion coupled to the first clamp portion by a second plurality of fasteners.

2. The wellhead adaptor tool of claim 1 , wherein the void of the body is configured to:

accept a well tool from the shooting nipple; and

pass the well tool to the wellhead.

3. The wellhead adaptor tool of claim 2 , wherein the well tool comprises at least one of a wireline tool configured to cut and retrieve a stuck drill pipe in the wellbore or a logging tool configured to sense wellbore and formation conditions, the void configured to pass the well tool through the wellhead and the rotating control device.

4. The wellhead adaptor tool of claim 1 , further comprising

a sensor positioned in the body, the sensor configured to:

sense a condition in the void of the body; and

transmit a signal representing a value of the condition.

5. The wellhead adaptor tool of claim 4 , wherein the sensor comprises a pressure sensor.

6. The wellhead adaptor tool of claim 1 , wherein the void of the body is cylindrical.

7. The wellhead adaptor tool of claim 1 , wherein an inner dimension of the void of the body is between 11 and 18 inches.

8. The wellhead adaptor tool of claim 1 , wherein a pressure rating of the body is between 3000 and 15000 pounds per square inch.

9. The wellhead adaptor tool of claim 1 , wherein the plurality of fasteners are at least one of bolts and nuts or studs and nuts.

10. A wellhead system comprising:

a wellhead of a wellbore, the wellhead comprising a rotating control device;

a shooting nipple configured to pass a well tool into the wellbore;

an adaptor tool configured to couple the shooting nipple to the rotating control device;

a clamp coupling the adaptor tool to the rotating control device;

a first sensor coupled to the adaptor tool, the first sensor configured to:

sense a condition of the adaptor tool; and

transmit a signal representing a value of the condition of the adaptor tool;

a second sensor coupled to the rotating control device; the second sensor configured to:

sense a condition of the rotating control device; and

transmit a signal representing a value of the condition of the rotating control device; and

a controller configured to:

receive the signal representing the value of the condition of the adaptor tool from the first sensor;

receive the signal representing the value of the condition of the rotating control device from the second sensor;

compare the value of the condition of the adaptor tool, the value of the condition of the rotating control device, and a threshold value; and

based on a result of the comparison, generate an alarm signal.

11. The wellhead system of claim 10 , wherein the clamp comprises:

a first clamp portion;

a second clamp portion coupled to the first clamp portion; and

a second plurality of fasteners coupling the first clamp portion to the second clamp portion.

12. The wellhead system of claim 10 , wherein the adaptor tool comprises:

a body comprising a void;

a first flange coupled to a first portion of the body, the first flange configured to couple the body to the shooting nipple; and

a second flange coupled to a second portion of the body, the second flange configured to couple the body to the rotating control device of the wellhead.

13. The wellhead system of claim 12 , further comprising a metal to metal seal between the second flange of the adaptor tool, the clamp, and the rotating control device.

14. The wellhead system of claim 12 , wherein the first flange comprises a plurality of voids, the wellhead system further comprises a plurality of fasteners to couple the shooting nipple to the adaptor tool.

15. The wellhead system of claim 10 , wherein:

the first sensor comprises a pressure sensor, the condition of the adaptor tool comprises a pressure of the adaptor tool; and

the second sensor comprises a pressure and temperature sensor, the condition of the rotating control device comprises a pressure and a temperature of the rotating control device.

16. The wellhead system of claim 15 , wherein:

the first sensor is positioned in the adaptor tool to sense the condition of the adaptor tool in an uphole direction from a seal of the rotating control device; and

the second sensor is positioned in the rotating control device to sense the condition of the rotating control device in a downhole direction from the seal of the rotating control device.

17. The wellhead system of claim 15 , further comprising a display panel to display the pressure of the adaptor tool, the pressure of the rotating control device, the temperature of the rotating control device, and the alarm signal to an operator.

18. A method of installing a shooting nipple on a rotating control device of a wellhead, the method comprising:

receiving an adaptor tool on the rotating control device, the adaptor tool comprising:

a body comprising a void;

a first flange coupled to a first portion of the body, the first flange comprising a plurality of voids, the first flange configured to couple the body to the shooting nipple by a plurality of fasteners;

a second flange coupled to a second portion of the body, the second flange configured to couple the body to the rotating control device of the wellhead coupled to a wellbore;

coupling the adaptor tool to the rotating control device by a clamp; and

coupling the shooting nipple to the adaptor tool by the plurality of fasteners.

19. The method of claim 18 , wherein coupling the adaptor tool to the rotating control device by the clamp comprises:

separating a first clamp portion of the clamp from a second clamp portion of the clamp;

positioning the first clamp portion and the second clamp portion about a flange of the rotating control device and the second flange of the adaptor tool; and

coupling the first clamp portion to the second clamp portion by a second plurality of fasteners.

20. The method of claim 18 , further comprising:

receiving a signal representing a value of a condition of the adaptor tool;

receiving a signal representing a value of a condition of the rotating control device;

comparing the value of the condition of the adaptor tool, the value of the condition of the rotating control device, and a threshold value; and

based on a result of the comparison, generating an alarm signal.