The Industrial Revolution set into motion a series of events that forever changed the world and produced important inventions such as the steam engine, electric generators and motors, the telegraph, and the light bulb. This period of innovation was a major step toward transitioning manufacturing processes from hand production methods to machines and automation. 

The concept of automation continues to evolve to this day and has ramifications on the fluid control industry, as well. For example, valve automation is a process used to control the flow of fluids and gas in industrial and commercial applications. This process is essential for maintaining efficient and safe operations in various industries, including power generation, oil and gas management, and water treatment applications. Valve actuators, which convert energy into motion to open and close valves, play a key role in achieving valve automation. 

Accurately controlling the flow of fluids and gas. 

In industrial applications, valve actuators are an essential part of the automation process and provide consistent and accurate control of fluid and gas pressure and flow rates. To operate efficiently, these actuators are typically powered in one of three ways. Electric actuators are often used in applications that require precision control. Pneumatic actuators utilize compressed air in rugged environments where electricity is not available. And hydraulic actuators are powered by fluid pressure and are generally used in high-pressure applications. 

Improving efficiency. Optimizing performance. 

Valve automation technology can also improve the efficiency of industrial processes. By automating the control of fluid and gas flow, valve actuators can help to optimize the performance of equipment and reduce energy consumption. In addition, actuators can be used to control fluid and air flow in multiple stages of a process, allowing for more precise control and often resulting in increased productivity.

Integrating with control systems. Enhancing processes.

For control system applications, valve automation technology can be integrated with programmable logic controllers (PLCs) and supervisory control and data acquisition (SCADA) systems. This offers opportunities for real-time monitoring and control of the process, as well as the ability to collect and analyze data. These types of data-driven learnings can help to identify trends and challenges, allow for adjustments and modifications, and improve processes. 

DynaQuip works where you do.

Valve automation technology has revolutionized the fluid control industry by helping to provide greater productivity, process control, and efficiencies. Want to learn more about valve automation, valve actuators, and how they can benefit your business? Take a closer look at all of the solutions on our website or feel free to contact us at 800-545-3636.