An Enhanced Iterative Process for Sustaining the Value of APC Applications
Learn about how the synergy between innovations in model identification, automated testing and controller operating modes are creating opportunities to bring new efficiencies to sustaining APC controllers. These innovations address some of the long-standing challenges facing APC practitioners: dealing with closed loop data, managing APC solutions with model mismatch until repairs can be completed, and reducing the operational impact of step testing. With these advances, we now have the technology to begin constructing continuous improvement processes in lieu of the traditional sustained value workflows.
Capturing APC Benefits from Secondary Units
Why APC should be implemented on secondary units. Includes sections on environmental emissions control, fuel gas networks control and optimization, sulphur complex control and steam networks control.
7 Secrets to a Well-Run Plant (for Plant Managers)
In this white paper, plant managers, engineers and supervisors can learn the different ways simulations models can be used throughout the lifecycle of their plant. It focuses on seven areas you can use process simulation software (like Aspen Plus or Aspen HYSYS) for troubleshooting, process monitoring, and real time performance monitoring or real time optimization (RTO).
The Aspen DMC3 Difference
Learn how Aspen DMC3 enables you to shape the economics of APC solutions to meet business objectives and modify the behavior of the controller to fit the needs of any phase of the lifecycle.
Achieving Operational Excellence in the Chemicals Industry Using APC
The goal of APC implementation in the chemicals industry is simple: to maximize margins while meeting customer expectations. Aspen DMC3 delivers faster time-to-benefits resulting in a much higher return on investment. Learn how APC is key to achieving operational excellence.
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