Parallel valve gates are designed to regulate the flow of fluids in oil and gas operations. These gates have parallel valves of the same size and are designed to open and close simultaneously. The design requires less overall space than other types of valves, which makes them ideal for applications in tight spaces.
Parallel valve gates provide a smoother flow of liquids and gases than other types of valves, because the valves are able to open and close at the same rate, and the flow is more evenly distributed. This makes them particularly suitable for applications in which precise and even flow of fluids is required, such as medical and food applications.
Parallel valve gates are typically made of metal, such as stainless steel, and can have a variety of finishes, including electrochemical finishes, due to their corrosion resistance. The gates are designed to allow for a full range of opening angles to allow for precise regulation of flow. Parallel valve gates are easy to install and can be used for both new and existing infrastructure.
Parallel valve gates are generally more expensive than comparable gate valves, but often provide users with a more reliable and precise performance. The parallel opening and closing of both valves provide a uniform maximum flow rate, and the full range of opening angles provide the ability to precisely regulate the flow.
Parallel valve gates can range in size depending on the application, with some large valves going up to 10 feet in diameter. They can also come in a variety of materials and configurations, allowing them to be adapted for different applications. Additionally, they can come with an array of accessories, such as actuators and control systems, to provide additional functionality.
Parallel valve gates are different from the more precise needle valve gate valves. Needle valves allow for precise adjustment of flow and can be used for applications such as low-pressure relief systems and steam turbines.
The primary benefit of parallel valve gates is their ability to provide a precise and even flow of fluids in applications where flow regulation is critical. They are also ideal for use in tight spaces due to their reduced overall size. Furthermore, the easy installation and ability to use in new and existing infrastructure make them a popular choice for many operations.
