Integrated junction and check valve assemblies for hydraulic fracturing system manifolds and related methods
AssigneeScout Surface Solutions LLC
InventorsJohn A. Chappell, Kirk P. Guidry
Life of this patent
Estimating the term…
Abstract
Embodiments of a manifold of a hydraulic fracturing system include a junction having an inlet flow bore. The junction can include an integrated flow junction and valve check assembly having a body including a central portion and one or more side portions. The central portion can be positioned between a pair of manifold sections of the manifold and attached thereto. The one or more side portions extend radially from the central portion and include an inlet bore through which a pressurized fluid is received and supplied to the manifold. One or more check valves is positioned along the inlet bore so as to be integrated within the body of the junction.
Claims20
A method of assembling a manifold of a hydraulic fracturing system, the system comprising:
- (a) positioning one or more junctions between manifold sections, each of the one or more junctions includes a body having a throughbore extending longitudinally through a central portion of the body, one or more inlet bores extending radially from the throughbore, and one or more check valves integrated within the body of the junction;
- (b) securing the junction to the manifold sections with the throughbore of the one or more junctions aligned with a central flow path extending through the manifold;
- (c) securing a fluid connector within the one or more inlet bores of the one or more junctions;
- and
- (d) securing a fluid conduit to the fluid connector.
A manifold of a hydraulic fracturing system comprising:
- one or more manifold sections;
- and
- one or more junctions positioned adjacent the one or more manifold sections, the one or more junctions including:
- a body comprising:
- an upstream end configured to connect with a first manifold section,
- a downstream end spaced from the upstream end and configured to connect to a second manifold section, and
- a throughbore extending longitudinally between the upstream end and the downstream end and axially aligned with a fluid flow passage of the manifold,
- one or more inlet bores extending axially through the body from a first end having an inlet opening located along a distal end of a side portion of the body to a second end having an outlet opening in communication with the throughbore to receive a pressurized fluid through the inlet opening and directed along the one or more inlet bores to the outlet opening for introducing the pressurized fluid into the fluid flow passage of the manifold, and
- one or more check valves internally mounted within the side portion of and integrated within the body along the one or more inlet bores to restrict a flow of the pressurized fluid along the one or more inlet bores.
A junction for a manifold of a hydraulic fracturing system, the system comprising:
- a body including:
- one or more check valves positioned along the one or more inlet bores and integrated within the body, the one or more check valves positioned to restrict a backflow of the fluid passing through the one or more inlet bores.
A hydraulic fracturing system comprising:
- a manifold assembly including one or more manifolds having a fluid flow passage therethrough and along which a pressurized fracturing fluid flows when positioned therein;
- a series of junctions located along the one or more manifolds, each junction including:
- a body including a throughbore aligned with and in fluid communication with the fluid flow passage of the one or more manifolds;
- one or more inlet bores extending radially with respect to a longitudinal axis of the one or more manifolds through the body and away from the throughbore, the one or more inlet bores defining an inlet flow path extending from an inlet opening located along an outer surface of the body through the body and to an outlet opening located at the throughbore;
- and
- one or more valves positioned along the one or more inlet bores, integrated within the body, and operable to regulate the flow of the pressurized fracturing fluid passing along the one or more inlet bores.
Dependencies are inferred from the claim text.