Urea Plant OTS: First-Principles Dynamic Simulation for Advanced Operator Competency

An Operator Training System (OTS) was developed for existing ammonia and urea plants to enhance operator skills and improve safety, availability, and performance. Learn how the implemented OTS effectively replicates plant dynamics, improving operational proficiency, safety awareness, and process understanding, and serves as a valuable tool for engineering and control strategy analysis.

From CO₂ to E-Jet® SAF: Dynamic Simulation, Control Validation and Operator Training

Discover how Twelve, a company producing low-carbon jet fuel from CO₂ and renewable electricity, partnered with Inprocess to develop a comprehensive dynamic simulation and Operator Training Simulator (OTS) based on Aspen HYSYS® Dynamics, supporting the commissioning and operational readiness of this pioneering facility.

Simuladores de Entrenamiento para Operadores en Unidades de Conversión de Refinerías

Las refinerías de petróleo se encuentran entre las plantas de proceso más complejas. Además de los procesos de separación, gestionan unidades de conversión (reactores químicos) donde tienen lugar numerosas transformaciones relevantes para convertir el petróleo crudo en productos de valor añadido.

Operator Training Simulators (OTS) for Conversion Units in Existing Refineries

Oil refineries are among the most complex processing plants. Other than separation processes, they manage conversion units (chemical reactors) where many relevant transformations take place to convert crude oil into valuable products. Succeeding in operating them in a safe and profitable way is very dependent on a properly skilled worforce.

Control Room and Field Operators Training: Integrated Operator Training Simulators

In this session, we have explored how traditional Operator Training Simulators (OTS) can be complemented with Virtual Reality (VR) environments in order to accelerate learning, eliminate risk, and provide a fully realistic and simultaneous learning experience for both control room and field operators.

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.