Fluid conduit connector system
A fluid conduit system includes a trunk line and a manifold header coupled to the trunk line. The manifold header has a first bore in fluid communication with the trunk line and a second bore intersecting the first bore. A first manifold valve is coupled to the manifold header. A second manifold valve is coupled to the first manifold valve. A fracture header is coupled to the second manifold valve. A plurality of connection rods is coupled to the manifold header and to the fracture header. Each connection rod extends through a corresponding hole in the first manifold valve and a corresponding hole in the second manifold valve.
1. A fluid conduit system, comprising:
a trunk line;
a manifold header coupled to the trunk line;
a first manifold valve coupled to the manifold header;
a second manifold valve coupled to the first manifold valve;
a fracture header coupled to the second manifold valve; and
a plurality of first connection rods coupled to the manifold header and to the fracture header, each first connection rod extending through the first manifold valve and the second manifold valve,
wherein the fracture header comprises:
a first fluid conduit connector;
a second fluid conduit connector; and
a plurality of second connection rods extending through the first fluid conduit connector and the second fluid conduit connector.
2. The fluid conduit system of claim 1 , wherein each first connection rod of the plurality of first connection rods is coupled to the fracture header by a threaded connection.
3. The fluid conduit system of claim 1 , further comprising:
a swab valve coupled to the fracture header; and
a plurality of third connection rods coupled to the swab valve and the fracture header, each third connection rod extending through the swab valve and into the fracture header.
4. The fluid conduit system of claim 3 , further comprising:
a first fracture valve;
a second fracture valve; and
a plurality of fourth connection rods extending through the first fracture valve and the second fracture valve, and into the fracture header.
5. The fluid conduit system of claim 4 , further comprising:
a flow spool disposed between the fracture header and the first fracture valve;
wherein the plurality of fourth connection rods extend through the flow spool.
6. The fluid conduit system of claim 3 , further comprising:
a first fracture valve;
a second fracture valve;
a flow spool;
a third fracture valve, the third fracture valve coupled to the fracture header by a flange; and
a plurality of fourth connection rods extending through the first fracture valve, the second fracture valve, the flow spool, and into the third fracture valve.
7. A fluid conduit system, comprising:
a trunk line having a trunk line throughbore;
a manifold header coupled to the trunk line, the manifold header having a first bore in fluid communication with the trunk line throughbore and a second bore intersecting the first bore;
a first manifold valve coupled to the manifold header, the first manifold valve having a first manifold valve throughbore and an array of holes positioned about the first manifold valve throughbore;
a second manifold valve coupled to the first manifold valve, the second manifold valve having a second manifold valve throughbore and an array of holes positioned about the second manifold valve throughbore;
a fracture header coupled to the second manifold valve, the fracture header having a first array of fracture header holes; and
a plurality of first connection rods coupled to the manifold header and to the fracture header, each first connection rod extending through a corresponding hole of the array of holes in the first manifold valve and a corresponding hole of the array of holes in the second manifold valve,
wherein the fracture header further comprises:
a first fluid conduit connector;
a second fluid conduit connector; and
a plurality of second connection rods extending through the first fluid conduit connector and the second fluid conduit connector.
8. The fluid conduit system of claim 7 , wherein each first connection rod extends into a corresponding hole of the first array of fracture header holes.
9. The fluid conduit system of claim 8 , wherein the second bore of the manifold header is substantially aligned with the first manifold valve throughbore and with the second manifold valve throughbore.
10. The fluid conduit system of claim 9 , further comprising:
a first fracture valve coupled to the fracture header, the first fracture valve having a first fracture valve throughbore and an array of holes positioned about the first fracture valve throughbore;
a second fracture valve coupled to the first fracture valve, the second fracture valve having a second fracture valve throughbore and an array of holes positioned about the second fracture valve throughbore; and
a plurality of second connection rods coupled to the second fracture valve and to the fracture header, each second connection rod extending through a corresponding hole of the array of holes in the second fracture valve, a corresponding hole of the array of holes in the first fracture valve, and into a corresponding hole of a second array of fracture header holes in the fracture header.
11. The fluid conduit system of claim 10 , further comprising:
a swab valve coupled to the fracture header, the swab valve having a swab valve throughbore and an array of holes positioned about the swab valve throughbore; and
a plurality of third connection rods coupled to the swab valve and the fracture header, each third connection rod extending through a corresponding hole of the array of holes in the swab valve.
12. The fluid conduit system of claim 10 , further comprising:
a flow spool coupled between the fracture header and the first fracture valve, the flow spool having a flow spool throughbore and a side outlet.
13. The fluid conduit system of claim 12 , wherein the flow spool throughbore is substantially aligned with the first fracture valve throughbore and the second fracture valve throughbore.
14. A fluid conduit system, comprising:
a trunk line having a trunk line throughbore;
a manifold header coupled to the trunk line, the manifold header having a first bore in fluid communication with the trunk line throughbore and a second bore intersecting the first bore;
a first manifold valve coupled to the manifold header, the first manifold valve having a first manifold valve throughbore and an array of holes positioned about the first manifold valve throughbore;
a second manifold valve coupled to the first manifold valve, the second manifold valve having a second manifold valve throughbore and an array of holes positioned about the second manifold valve throughbore, wherein the second bore of the manifold header is substantially aligned with the first manifold valve throughbore and with the second manifold valve throughbore;
a fracture header coupled to the second manifold valve, the fracture header having a first array of fracture header holes;
a plurality of first connection rods coupled to the manifold header and to the fracture header, each first connection rod extending through a corresponding hole of the array of holes in the first manifold valve and a corresponding hole of the array of holes in the second manifold valve, wherein each first connection rod extends into a corresponding hole of the first array of fracture header holes;
a first fracture valve having a first fracture valve throughbore and an array of holes positioned about the first fracture valve throughbore;
a second fracture valve coupled to the first fracture valve, the second fracture valve having a second fracture valve throughbore and an array of holes positioned about the second fracture valve throughbore;
a flow spool coupled to the first fracture valve, the flow spool having a flow spool throughbore, a side outlet, and an array of holes positioned about the flow spool throughbore;
a third fracture valve coupled between the flow spool and the fracture header, the third fracture valve having a third fracture valve throughbore and an array of holes positioned about the third fracture valve throughbore; and
a plurality of second connection rods coupled to the second fracture valve and to the third fracture valve, each second connection rod extending through a corresponding hole of the array of holes in the second fracture valve, a corresponding hole of the array of holes in the first fracture valve, a corresponding hole of the array of holes in the flow spool, and into a corresponding hole of the array of holes in the third fracture valve.
15. The fluid conduit system of claim 14 , further comprising:
a swab valve coupled to the fracture header, the swab valve having a swab valve throughbore and an array of holes positioned about the swab valve throughbore; and
a plurality of third connection rods coupled to the swab valve and the fracture header, each third connection rod extending through a corresponding hole of the array of holes in the swab valve.
16. The fluid conduit system of claim 14 , wherein the third fracture valve is coupled to the fracture header by a flange.
17. A method of performing a well treatment operation, comprising:
flowing a treatment fluid through a first fracture valve, a second fracture valve, a flow spool, and a third fracture valve into a well, wherein:
a plurality of connection rods extends through the first fracture valve, the second fracture valve, and the flow spool into the third fracture valve, and
the third fracture valve is coupled to a fracture header by a flange;
ceasing the flowing of the treatment fluid;
closing the third fracture valve;
flowing fluid out of the well through the first fracture valve, the second fracture valve, and the flow spool; and
removing the fracture header from the third fracture valve before or while flowing fluid out of the well.
18. The method of claim 17 , wherein removing the fracture header from the third fracture valve is performed while flowing fluid out of the well.
19. The method of claim 17 , wherein removing the fracture header from the third fracture valve is performed before flowing fluid out of the well.