Dynamic Process Simulation using Aspen HYSYS

In the modern oil, gas, and petrochemical industries, static snapshots are no longer sufficient for ensuring operational safety and efficiency. This intensive training program is designed to bridge the gap between steady-state design and real-world, time-dependent plant behavior. Participants will move beyond the limitations of static modeling to master the complexities of process dynamics, equipment sizing, and advanced regulatory control.

The curriculum provides a deep dive into the pressure-flow solver, teaching engineers how to configure rigorous models that account for equipment geometry and valve characteristics. You will learn to manage rotating equipment through performance curves and implement automated anti-surge control to protect critical assets. Additionally, the course covers detailed column dynamics using specialized internals tools for tray-by-tray hydraulic analysis and overhead system balancing.

A major focus is placed on automation and safety. You will learn to configure the event scheduler to perform tasks at pre-determined times, based on logical expressions, or when variables stabilize within set tolerances. This tool is essential for modeling pressure relief scenarios and emergency shutdowns. Furthermore, you will implement the cause and effect (C&E) matrix to replicate safety systems used in HAZOP analysis, determining how equipment should shut down based on specific safety thresholds. The C&E Matrix processes binary inputs (causes) to return specific outputs (effects), such as shutting down equipment based on healthy or tripped indicators. By the end of this course, you will be equipped to validate control strategies, simulate complex fire scenarios, and generate professional reports via the Aspen Simulation Workbook (ASW).