Successful manufacturing is inextricably linked to process control. If processes are not controlled, the eventual output may not fall within the required parameters. Using baking as an example, when ...

Advanced Process Control includes Multi-variable Predictive Control (MPC) solutions that provide closed loop control and real-time model-based control of a continuous process using empirical or ...

Process analytical technology (PAT) enables real-time monitoring and control of manufacturing processes. By complementing conventional off-line sampling with timely at-line, on-line, and in-line ...

APC boosts ROI through higher throughput, lower energy use, predictive maintenance and compliance, with opportunities in software services, model predictive control and hardware optimization.Dublin, ...

The two basic modes of process control are sequential control, or On/Off action, and continuous control action. This chapter deals with process control, discussing both sequential and continuous ...

Suggested by one of our readers, in the last of his series of articles, Myke King covers examples of lessons learnt from poor decisions made at the process design stage Design for dynamics, not just ...

The growth of industrial digitalization has transformed Advanced Process Control (APC) into a strategic tool for improving the stability, safety, and profitability of industrial plants. The ...

RNA therapeutics are expanding rapidly, driving demand for manufacturing processes that can keep pace with clinical translation. Because mRNA yield and impurity profiles are jointly influenced by ...

The process control group in refineries, chemical plants, power plants, and other industrial process facilities is responsible for applying and maintaining automation and other operational ...