Enhancing PDH  Plant Performance with Real-Time  Dynamic  Simulation Models

High-fidelity Aspen HYSYS Dynamics models of the three major distillation columns of a Propane Dehydrogenation (PHD) plant were transformed into an online digital twin, connected to plant data every 2-3 seconds and running for more than a year. Discover how the twin provides virtual sensors, analyzer backup, flowmeter corrections, instrument anomaly detection, flooding analysis and product quality verification. It has also been extended to rotating equipment, exchangers, and emissions KPIs, delivering measurable reliability, energy, and quality benefits.

Flare System Assessment using Dynamic Process Simulations

Dynamic process simulation is increasingly being used in the assessment of flare systems to provide a more accurate understanding of system behavior and to identify potential constraints. For complex refinery units, its role becomes even more crucial, ensuring process efficiency and operational safety.

Flare System Assessment using Dynamic Process Simulations

In this session, we have explored how Inprocess applies Steady State and especially Dynamic process simulation techniques to analyze flare loads and flare network behavior. Learn how our expertise has helped clients identify hidden constraints, optimize system performance, and reduce CapEx spending —without compromising the plant safety.

Multi-purpose Dynamic Simulators and Lifecycle Modelling: One Life, Many Uses

The Multi-Purpose Dynamic Simulator (MPDS) introduces an innovative approach that extends the application of dynamic process modelling across the design, commissioning, and operational phases, maximizing its value throughout the plant lifecycle.

Multi-Purpose Dynamic Simulators and Lifecycle Modelling: One Model, Many Uses

This white paper from Inprocess introduces the Multi-Purpose Dynamic Simulator (MPDS) approach—demonstrating how a single dynamic simulation model can be reused throughout the entire lifecycle of a process facility. From early engineering and virtual commissioning to operator training and real-time operational support, MPDS helps reduce project risks, improve safety, and maximize the return on simulation investment.