Control valves are utilized in various industries to regulate the flow of fluids, such as oil and gas, power generation, chemical processing, food beverages, automotive, pharmaceutical, and wastewater treatment. They play an important role in modulating fluid flow through conduits or pipes, allowing for precise control over properties like temperature, pressure, and more.

Control valves serve diverse purposes in industrial, manufacturing, scientific, and engineering fields. These valves are commonly used to control process quantities such as temperature, pressure, and liquid level.

The adoption of control valves has been increasing in Asian countries like China, Japan, and India, because of the requirement for these components across various industries to maintain fluid production and flow rates. Additionally, the rising energy need due to population growth further increases the requirement for control valves in the region.

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Different Types of Control Valves

There are various types of control valves based on different industrial needs, some of them are:

Ball Valve

A ball valve is a rotary valve that controls the flow of liquids or gases using a quarter-turn rotation of a ball with a bore. It offers a reliable seal and long service life, even when not in use for extended periods.

Butterfly Valve

Butterfly valves are quarter-turn valves commonly used for on-off or modulating services. They have a small installation footprint, speedy operation, lightweight design, and are available in large orifice sizes. The valve opens or closes by rotating a disk connected to a rod.

Moreover, butterfly valves are one of the most used types of valves due to their small size and ability to quickly close and open when activated. Furthermore, these valves are accurate in controlling the liquid's flow, which makes them beneficial for industrial applications.

Cryogenic Valve

Cryogenic valves are designed for extremely cold applications, typically used in businesses dealing with compressed natural gas (CNG) or liquefied natural gas (LNG). For example, the oil and gas sector regularly use cryogenic temperature ranges starting at -150°C. They are specifically engineered to ensure the safe and efficient transport storage of cryogenic gases.