Multi-port flow selector manifold valve and manifold system
A multi-port flow selector manifold valve includes a plurality of inlet ports adapted to be coupled to a fluid source, a test outlet adapted to communicate with at least one of the plurality of inlet ports, and a production outlet adapted to communicate with at least at least one of the plurality of inlet ports. A flow path is rotatably disposed between the test outlet and the plurality of inlet ports such that the flow path is rotatably alignable with each of the plurality of inlet ports. The flow path includes an inlet flow path having a longitudinal direction of flow and adapted to communicate with one of the plurality of inlet ports, an outlet flow path having a direction of flow substantially parallel to the inlet direction of flow and adapted to communicate with the test outlet, and an offset portion disposed between the inlet flow path and the outlet flow path. The offset portion has a direction of flow with an angle of less than 90 degrees to the outlet direction of flow. The present invention further includes a manifold valve system using the previously described multi-port flow selector manifold valve and a method of use of the multi-port valve and manifold system.
1. A method for simultaneous production and testing of fluids comprising:
flowing a fluid through at least one multi-port flow selector manifold valve from a plurality of fluid sources, wherein the manifold valve includes:
a plurality of inlet ports, each of the plurality of inlet ports adapted to be coupled to one of the plurality of fluid sources;
a test outlet, the test outlet adapted to communicate with at least one of the plurality of inlet ports;
a production outlet, the production outlet adapted to communicate with at least one of the plurality of inlet ports;
a flow path rotatably disposed between the test outlet and the plurality of inlet ports, wherein the flow path is rotatably alignable with each of the plurality of inlet ports, the flow path including:
an inlet flow path adapted to communicate with one of the plurality of inlet ports, the inlet flow path having a longitudinal direction of flow;
an outlet flow path adapted to communicate with the test outlet, the outlet flow path having a direction of flow substantially parallel to the inlet flow path direction of flow; and
an offset portion disposed between the inlet flow path and outlet flow path, wherein the offset portion has a direction of flow with an angle of less than 90 degrees with the direction of flow in the outlet flow path; and
an actuator coupling disposed about the outlet flow path;
a first seal disposed about the outlet flow path upstream from the actuator coupling; and
a second seal disposed about the outlet flow path downstream from the actuator coupling.
2. The method of claim 1 , wherein the plurality of inlet ports are substantially parallel.
3. The method of claim 1 , comprising the step of selectively aligning the flow path with a first inlet port of the plurality of inlet ports, the alignment providing fluid communication between the selected inlet and a test header, the alignment further providing communication between each of the non-selected inlet ports and a production header.