Integrated double-studded pack-off adapter

1. An integrated multi-pressure fracking adapter for direct engagement with a casing string, the adapter comprising:

a. a cylindrical body for mounting on a well casing head having—

i. an exterior circumference,

ii. an interior circumference creating a cylindrical passage perpendicular to the radius,

iii. a sealing means for sealing the casing string within the cylindrical passage,

iv. at least one high pressure mounting surface, and

v. at least one low pressure mounting surface;

b. a fastening means for affixing the high-pressure mounting surface to a fracking valve assembly and the low-pressure mounting surface to the casing head;

c. at least one external sealing surface; and

d. at least one testing means for testing the sealing means;

whereby a user installs the integrated multi-pressure fracking adapter between a lower-pressure casing head and a high-pressure fracking valve assembly, injects packing material, verifies the sealing means' functionality, and begins fracking with high pressure fracking fluids thereby reducing costs of high pressure equipment and man hours involved removing and replacing low pressure rated well head components with high pressure well head components for fracking then restoring the low pressure rated well head components.

2. The adapter of claim 1 where the adapter has an interior pipe shoulder preventing the pipe from exiting a top of the adapter.

3. The adapter of claim 1 , where the adapter has a drill guide at the top entrance to the interior cylindrical passage.

4. The adapter of claim 1 , where the adapter has a seal race on the high pressure mounting surface.

5. The adapter of claim 1 , where the adapter has a seal race on the low pressure mounting surface.

6. The adapter of claim 1 , where the adapter has a series of seal grooves in the wall of the cylindrical passage defining multiple sealed zones.

7. The adapter of claim 6 with more than two sets of seals creating at least two internal sealed zones thus adapted to allow at least three 5K pressure steps above atmospheric pressure.

8. The adapter of claim 7 , having a corresponding set of external ports fluidly connected to the inner passage with an external valve for receiving sealing material and transferring the material to the inner passage.

9. The adapter of claim 1 , where the sealing means is selected from a group of metal, elastomer, and tetrafluoroethylene.

10. The adapter of claim 1 , where the fastening means are selected from a group of bolts, studs, and threaded rod.

11. The adapter of claim 1 , where the adapter further comprises a series of test ports for testing sealed areas defined between adjacent seals of the sealing means.

12. The adapter of claim 11 , where each of the test ports is threaded to receive a removable check valve to receive and maintain the pressure on the sealing means in the adapter.

13. The adapter of claim 11 , where each of the test ports is fluidly connected to the cylindrical passage.

14. The adapter of claim 1 , where the adapter further comprises a series of external packing ports for injecting packing material into the adapter.

15. The adapter of claim 14 , where each of the external packing ports is threaded to receive a removable check valve to receive and maintain the packing material in position in the adapter.

16. The adapter of claim 14 , where each of the external packing ports is fluidly connected to the cylindrical passage.

17. An integrated multi-pressure fracking adapter comprising:

a. a cylindrical body for mounting on a well casing head having—

i. an exterior circumference,

ii. an interior circumference creating an inner passage perpendicular to the radius,

iii. at least one inner seal groove formed inside the passage in the interior circumference,

iv. a high-pressure mounting surface,

v. at least one seal groove on the high-pressure mounting surface,

vi. a low-pressure mounting surface, and

vii. at least one seal groove on the low-pressure mounting surface;

b. a plurality of threaded studs having a length to engage the casing head with the low-pressure mounting surface;

c. at least one elastomeric inner seal;

d. at least one seal on the high-pressure mounting surface;

e. at least one test port fluidly connecting an exterior surface of the exterior circumference to the inner passage and exiting adjacent the at least one inner seal;

f. a plurality of check valves to test and engage the at least one inner seal; and

g. an external port fluidly connected to the inner passage with an external valve for receiving sealing material and transferring the material to the inner passage,

whereby a user installs the integrated multi-pressure fracking adapter between a lower-pressure casing head and a high-pressure fracking valve assembly, where the at least one inner seal and a pipe shoulder engage a tubing string within the inner passage, tests the at least one inner seal in the adapter using the at least one test port to verify the at least one inner seal's functionality, add additional sealing material as required and begin fracking with high pressure fracking fluids thereby reducing costs of high pressure equipment and manhours involved removing and replacing low pressure rated well head components with higher pressure well head components for fracking then restoring the low pressure rated well head components.

18. The adapter of claim 17 , where a connection to the check valves is selected from threaded connection and quick disconnect.