Interactive process simulators developed for training, analysis and control system testing. Each model reflects real process behavior and can be connected to SCADA or DCS environments for operator training (OTS).
Process simulators replicate the behavior of industrial systems in real time. They are used in Operator Training Systems (OTS) to teach startup, shutdown and upset recovery procedures safely and effectively.
An OTS integrates a dynamic process model (like the turbine or reactor) with a SCADA or DCS interface. Operators can interact with the virtual plant just like in a real control room — adjusting valves, monitoring trends and managing alarms.
These systems bridge the gap between theoretical knowledge and operational experience, improving both safety and performance.
The simulator platform was created as a modular environment for building and testing process models. Each unit (turbine, exchanger, reactor) can be connected with a real-time data source, allowing integration with SCADA, DCS or external control algorithms.
The goal is to provide lightweight, browser-based tools that replicate dynamic process behavior for operator training, academic research and system prototyping.
The project is continuously evolving — each new simulator adds more realism, from heat transfer and thermodynamics to alarm logic, interlocks and full OTS integration.
Beyond standard modules, custom-built simulations can be developed to match your specific process, training, or research needs. Models can integrate live data, simplified physics, or operator interfaces — all accessible straight from the browser.
If you’re looking to design a new digital training tool, process visualization, or interactive model, collaboration is open for both industrial and academic projects.