This advanced energy efficiency software integrates functions ranging from combustion control and steam pressure control, to plant monitoring, plant performance optimization and tie-line control.

Generically, APCs consist of three components: a computer-simulation model that integrates process knowledge and historical data; control and optimization algorithms; and current, real-time process ...

The refining and petrochemical industry is reliant on improving return on assets and lowering operating costs to be competitive. In these challenging times, doing more with less is essential to ...

Aspen Technology's Elinor Price describes how advanced process control modeling and simulation can become part of the modern control room.

Advanced controls and modeling can help plants optimize steam temperature, drum level, coordinated ramp rates and sequence control.

This project focuses on integrating Siemens’ advanced control and data systems into Aduro’s Next Generation Pilot Plant, supporting the advancement of Hydrochemolytic™ Technology toward industrial ...

Manufacturers with complex processes leverage model-based, multivariable control to maximize uptime, reduce variability and control closer to performance-limiting constraints. When a process has ...

The relationship among core advanced process control developments, enabling technologies, and management practices is having the greatest impact on technology progression in this area.

The ability of the process control engineer to recognize opportunities for, and apply, advanced regulatory control techniques remains a key step to improving the economics of process control. What ...

How advanced process control can help achieve 99.9999% yield. Shifting to microLED display technology presents opportunities and challenges for manufacturers.

The use of AI-driven process control also is becoming increasingly important in advanced packaging. These systems can analyze real-time data from metrology tools to detect and correct process ...