Within a fluid processing and distribution system—such as those used in the oil and gas industry—the flow may frequently be divergent or convergent at different junctions. The manifold is the facilitator for this process. A manifold system with multiple valves can control flow for different pressurized applications. As complicated as it may sound, manifolds are simple-to-use systems and serve a critical role in different phases of the oil and gas production process.
In this article, we will explain what a manifold is in the oil and gas industry, its function, and its selection criteria.
Manifolds assist in the smooth distribution of fluid from a single source to multiple outputs or vice versa. In the oil and gas industry, this may be used when the fluid has to be transferred from wells to test lines or from the storage tank to the production line. The typical manifold has a hollow structure with arrangements including valves, fittings (tees/ elbow/ plugs), tubes, pipes, and pressure equipment. The hollow body of the manifold allows the fluid to maneuver through the different ports to the production line without any obstruction. The flow parameter is controlled by two-, three-, or five-valve configurations including needle, ball, or bleed valves.
Most manifolds are made out of strong and corrosion-resistant materials to counteract the chemically reactive nature of the process fluids. This is especially true where carbonic acid or hydrogen sulfide is a major corrosive agent. Most manifolds used in the industry are made of stainless steel. Besides the material selection, there are other important considerations for the selection of the right manifold for the oil and gas industry.
An ideally selected manifold provides the following advantages in the oil and gas industry:
Whether you are initiating a gas distribution system design or upgrading an existing one, Swagelok offers customized installations of our manifold system to fit your unique specifications.
Most Swagelok manifolds feed multiple outlets. Our range of manifold systems includes:
The two-valve manifolds are suitable for static pressure and liquid level application while the three- and five-valve manifolds serve application with various pressure differentials. Here are some other features that Swagelok manifolds offer:
Apart from providing high-quality manifolds, Swagelok can also help you custom fabricate and install them at your Northern California facility. Whether your need is to regulate the flow through multiple cylinders or effectively grab samples for monitoring the process at the sample stations, Swagelok can help with custom-designed installations utilizing our manifolds.
Our manifolds can be customized to fit vertically or horizontally to adjust to any facility space constraints. Our experts can help you understands what a manifold is in the oil and gas industry and also assist in selecting the right tubes, pressure regulators, and connectors. As all the components work in unison with your manifold system, you can be ensured about the effective handling of your systems’ process requirements.
To find out more about what is a manifold in the oil and gas industry and how Swagelok Northern California can help you make the right selection of the manifold system, contact our team today by calling 510-933-6200.
Morgan holds a Bachelor of Science in mechanical engineering from University of California at Santa Barbara. He is certified in Section IX, Grab Sample Panel Configuration and Mechanical Efficiency Program Specification (API 682), and he is well versed in B31.3 Process Piping Code. Before joining Swagelok Northern, he was a manufacturing engineer at Sierra Instruments, primarily focused on capillary thermal meters for the semiconductor industry (ASML).