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Valves are a vital, yet often overlooked, component of any industrial operation that uses liquids or gases. This has historically been the case because, at their most fundamental, valves have\u00a0a very basic purpose<\/a>: to open and close.<\/p>\n Smart valves have changed that simplistic outlook. They offer capabilities that afford automation and greater precision in controls. They can go a long way to improving efficiency and safety for almost any operation.<\/p>\n This article covers the basics of smart valves: their function, advantages, and the different types and features to choose from. It will help you determine which is best for your industry or project.<\/p>\n A\u00a0smart valve<\/a>\u00a0is a component that can automatically adjust its position\u00a0or flow rate. It uses data from sensors or a programmed control system.<\/p>\n Sensors in smart valves can detect changes in temperature, water pressure, and flow. This can be used by technicians to adust operations. Some smart valves are programmable, allowing them to\u00a0make adjustments on their own, based on circumstances.<\/p>\n Also,\u00a0many smart valves come equipped with communication capabilities. Besides receiving data, they can transmit it to a control system. This includes valuable data about pressure, flow rates, and total volume that has passed during a given time.<\/p>\n Smart valves can enhance efficiency and reduce waste. They do so partly by giving greater control to operators, who can make adjustments with remarkable precision. They can also make small changes that do away with operator error or are beyond human (manual) capabilities.<\/p>\n Smart valves can deliver information to technicians that can be used for better planning. This can increase efficiencies in operations immediately\u00a0or in the long term.<\/p>\n Smart valves can also improve safety in different industries. For instance, they can identify irregularities that might otherwise go undetected. They can help technicians address minor problems before they become major ones.<\/p>\n Finally, the automation aspect of smart valves offers convenience. It can allow technicians to focus on other tasks besides monitoring pipeline efficiencies. It also gives them peace of mind that the system is functioning as it should without constant oversight.<\/p>\n Selecting\u00a0the best smart valve for your project or industry depends on different factors unique to your operations. Here are the main variables to consider.<\/p>\n Pneumatic and hydraulic actuators are both machines that convert energy into force or motion. This power is used to control mechanical functions. The difference is the medium they use to produce this power.<\/p>\n A pneumatic actuator leverages the\u00a0power of compressed air<\/a>\u00a0to generate movement. The air is stored in a reservoir or piped in, then released to produce the movements in the valve. One of the biggest advantages of pneumatic actuators is they have a very fast response time and precise control of their functions.<\/p>\n A hydraulic actuator uses pressurized liquid, usually oil or water, to produce power. They are ideal for generating a large amount of force or motion, which may be necessary for some operations. They can also operate under very high pressure.<\/p>\nWhat Is a Smart Valve?<\/h2>\n
What Are the Advantages of Smart Valves?<\/h2>\n
How to Choose the Right Smart Valve<\/h2>\n
Pneumatic vs. Hydraulic Actuators<\/h3>\n