Petrochemical Plant
Control Room Simulator
You are the control room operator for Reactor 04. Monitor the distillation column—respond before it's too late.
Internal Pressure
Core Temperature
Inlet Flow Rate
— Sensor Telemetry —
Pressure
Temp
Flow
— Emergency Controls —
Active Scenario
Reactor Pressure Transient
🎯 Objective
Monitor the distillation column. When pressure climbs above 100 Bar, immediately open the Emergency Relief Valve before reaching structural limits (150 Bar).
No real equipment. Safe, gamified training.
Chemical Engineering Plant Simulator — Learn Control Room Operations
Step into the role of a control room operator. Our gamified chemical engineering simulator puts you in charge of a mock petrochemical distillation column. Learn how to interpret changing sensor data and respond decisively to emergencies.
What is this module?
This module provides an Interactive HMI (Human-Machine Interface) representing a continuous distillation column. In real-world scenarios, missing a pressure transient can lead to structural failure or environmental incident.
By participating, students understand the critical nature of process control safety and the importance of timely system intervention.
Dashboard Interpretation
Emergency Response
Safe Environment
How to Play the Scenario
Start the Scenario
Click Launch Scenario in the sidebar to begin the 45-second monitoring window.
Watch for the Spike
Pressure will begin climbing around the 30-second mark. Watch the telemetry bars and alerts closely.
Take Decisive Action
Open the Emergency Relief Valve before pressure reaches 150 Bar to safely normalize the system.
Frequently Asked Questions
1.Is this chemical engineering simulator free?
2.Are the physics accurate?
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