Fluid diverter system with chamber valves and method of use
View Patent ↗A fluid diverter system for use in well drilling operations, the fluid diverter system includes one or more plug chambers mounted within a pipe, and a first valve positioned adjacent to one of the one or more plug chambers, the first valve rotationally mounted within the pipe to selectively rotate between an open position and a closed position, the open position allows fluid flow through a main bore as created by the one or more plug chambers while blocking fluid flow around a perimeter of the one or more plug chambers; and the closed position allows fluid flow around the perimeter of the one or more plug chambers while blocking fluid flow through the main bore; the first valve is machined and manufactured as a single unit.
1. A fluid diverter system for use in well drilling operations, the fluid diverter system comprising:
one or more plug chambers mounted within a pipe;
a first valve positioned substantially adjacent to one of the one or more plug chambers, the first valve rotationally mounted within the pipe and selectively rotates from an open position to a closed position, wherein:
the open position allows fluid flow through a main bore as created by the one or more plug chambers while blocking fluid flow around a perimeter of the one or more plug chambers; and
the closed position allows fluid flow around the perimeter of the one or more plug chambers while blocking fluid flow through the main bore;
the first valve further includes:
a body having a center frame forming a central bore, the central bore aligns with the main bore when the first valve is in the open position such that fluid can flow therethrough; and
an outer frame surrounding at least a portion of the center frame, the outer frame forming one or more fluid flow passages between the outer frame and the center frame such that fluid flows through the one or more fluid flow passages when the first valve is in the closed position;
wherein the first valve is machined and manufactured as a single unit.
2. The fluid diverter system of claim 1 , wherein the one or more plug chambers comprises an upper plug chamber and a lower plug chamber.
3. The fluid diverter system of claim 2 , further comprising:
a second valve at a downhole end of the lower plug chamber, the second valve configured to rotate from an open position to a closed position; and
wherein the first valve is positioned between the upper plug chamber and the lower plug chamber.
4. The fluid diverter system of claim 1 , wherein the body, the center frame, and the outer frame are all manufactured and machined as the single unit without any wings, fins, bolts, or washers.
5. The fluid diverter system of claim 1 , wherein the first valve further comprises:
one or more supports extending between the center frame and the outer frame.
6. A valve for use with a fluid diverter system as part of well drilling operations, the valve comprising:
a body having a center frame forming a central bore;
an outer frame surrounding at least a portion of the center frame, the outer frame forming one or more fluid flow passages between the outer frame and the center frame;
wherein the valve selectively rotates between an open position and a closed position;
wherein the open position allows fluid flow through the central bore of the body while blocking fluid flow through the one or more fluid flow passages;
wherein the closed position allows fluid flow through the one or more fluid flow passages while blocking fluid flow through the central bore; and
wherein the valve is machined and manufactured as a single unit.
7. The valve of claim 6 , wherein the body, the center frame, and the outer frame are all manufactured and machined as the single unit without any wings, fins, bolts, or washers.
8. The valve of claim 6 , wherein the valve further comprises:
one or more supports extending between the center frame and the outer frame.