Learn what a PID controller is, how it works, why it is useful, how to tune it, and how to implement it for chemical process stability.

Learn the basic steps to design a PID control system for a continuous process, and the PID tuning methods and tools to optimize the controller performance.

The PID controller is dimensionless; for its output to become the setpoint of the fuel flow controller it is converted to engineering units by multiplying by the range of the flow controller.

Accurate controller tuning is important for ensuring optimal performance in flow control processes, particularly onboard ships, where precise control of fluid systems such as oil, gas, and water flows ...

Finding and fixing process control loop problems that PID tuning cannot correct By Mark Coughran Plant engineers and technicians are frequently asked to tune the controller when a control loop’s ...

Flow rate is one of the important parameters in industrial and agricultural engineering, especially in the chemical, metallurgy, petroleum and other industries. However, the actual industrial ...

Myke King continues his detailed series on process control, seeking to inspire chemical engineers to exploit untapped opportunities for improvement If there was an award for the engineering subject ...

I was nursing a lukewarm vending machine coffee recently when I overheard two fresh-faced engineers complaining about the PID tuning process and coming up with ways to tear down centuries of control ...

In this hands-on course, you'll learn the basic terminology and building blocks of process control, as well as advanced process control techniques, using our control solutions. Learn how to evaluate ...