Vertical pipe deployment system and method

1. A system comprising:

a flexible pipe configured to be deployed vertically in a shaft, wherein the flexible pipe comprises a pipe section and a pipe connector that is connected to the pipe section, wherein the pipe connector comprises a flange;

a clamp configured to be secured circumferentially around the flexible pipe, wherein the clamp comprises:

a plate having a plate aperture; and

arms that extend out from the plate to define a groove, wherein the groove is configured to receive the flexible pipe and the arms of the clamp are configured to directly abut the flange of the pipe connector to enable the clamp to facilitate supporting weight of the flexible pipe within the shaft; and

a bolt configured to secure the clamp to a wall of the shaft to enable the clamp to facilitate supporting weight of the flexible pipe within the shaft, wherein the bolt is configured to be secured to the wall of the shaft through the plate aperture to facilitate securing the clamp to the wall of the shaft.

2. The system of claim 1 , wherein the flexible pipe is configured to be deployed non-linearly in the shaft to form a sinusoidal wave pattern or a spiral pattern.

3. The system of claim 1 , wherein the clamp is configured to be secured circumferentially around the pipe connector in the flexible pipe to enable the clamp to facilitate supporting the weight of the flexible pipe within the shaft.

4. The system of claim 3 , comprising:

another clamp configured to be secured circumferentially around the pipe section in the flexible pipe; and

another bolt configured to secure the other clamp to the wall of the shaft or another wall of the shaft to enable the other clamp to facilitate supporting the weight of the flexible pipe within the shaft.

5. The system of claim 1 , wherein the clamp comprises a support body connected to the plate and the arms of the clamp to facilitate supporting the arms of the clamp.

6. A system comprising:

a bolt configured to be secured to a wall of a shaft in which a flexible pipe is to be vertically and non-linearly deployed; and

a clamp, wherein the clamp comprises:

a plate having a plate aperture, wherein the bolt is configured to be secured to the wall of the shaft through the plate aperture to facilitate securing the clamp to the wall of the shaft;

arms that extend out from the plate to define a groove, wherein the groove is configured to receive the flexible pipe to enable the clamp to facilitate supporting weight of the flexible pipe within the shaft and the arms of the clamp comprise an arm aperture;

a connector plate configured to be secured to the arms of the clamp, wherein the connector plate comprises a protrusion configured to matingly interlock with a circumferential groove on a pipe connector in the flexible pipe to facilitate securing the clamp to the pipe connector and a connector aperture configured to be aligned with the arm aperture in the arms of the clamp; and

a retention pin configured to be inserted through the arm aperture in the arms of the clamp and the connector aperture in the connector plate to facilitate securing the connector plate to the arms of the clamp such that the pipe connector is disposed between the arms and the connector plate of the clamp.

7. The system of claim 6 , wherein the arms of the clamp are configured to matingly interlock with the circumferential groove on the pipe connector in the flexible pipe to facilitate securing the clamp to the pipe connector.

8. The system of claim 6 , wherein the clamp comprises a support body connected to the plate and the arms of the clamp to facilitate supporting the arms of the clamp.

9. The system of claim 6 , comprising:

another bolt configured to be secured to the wall of the shaft or another wall of the shaft; and

another clamp, wherein:

the flexible pipe comprises a pipe section; and

the another clamp comprises:

a wire loop configured to be disposed around the bolt; and

a wire mesh connected to the wire loop, wherein the another clamp is configured to contract the wire mesh around the pipe section in the flexible pipe due to the weight of the flexible pipe to facilitate securing the other clamp to the pipe section to enable the other clamp to facilitate supporting the weight of the flexible pipe within the shaft.

10. A system comprising:

a bolt configured to be secured to a wall of a shaft in which a flexible pipe comprising a pipe section is to be vertically and non-linearly deployed; and

a clamp, wherein the clamp comprises:

a wire loop configured to be disposed around the bolt; and

a wire mesh connected to the wire loop, wherein the clamp is configured to contract the wire mesh around the pipe section in the flexible pipe due to weight of the flexible pipe to facilitate securing the clamp to the pipe section to enable the clamp to facilitate supporting the weight of the flexible pipe within the shaft.

11. The system of claim 10 , comprising:

another bolt configured to be secured to the wall of the shaft or another wall of the shaft, wherein the flexible pipe comprises a pipe connector having a circumferential groove; and

another clamp, wherein the another clamp comprises:

a plate having a plate aperture, wherein the another bolt is configured to be secured to the wall of the shaft or the another wall of the shaft through the plate aperture to facilitate securing the another clamp to the wall of the shaft or the another wall of the shaft;

arms that extend out from the plate; and

a connector plate configured to be secured to the arms of the clamp, wherein the connector plate comprises a protrusion configured to matingly interlock with the circumferential groove on the pipe connector in the flexible pipe to facilitate securing the clamp to the pipe connector to enable the another clamp to facilitate supporting the weight of the flexible pipe within the shaft.