June 4th 2026
Developing Renewable Energy Training at Democritus University of Thrace
The Department of Chemistry within the School of Sciences at Democritus University of Thrace (DUTH) has continued its investment in future-focused engineering education, with the latest expansion of its TSC Virtual Control Room (VCR) training system in Kavala, Greece.
Originally installed in 2015 and enhanced with simulation upgrades in 2019, the existing VCR system has now been further expanded, with a new suite of renewable energy process simulations and Interactive Virtual Plant modules, helping students gain practical experience in emerging sustainable technologies.
This latest project focused on the supply and setup of a series of advanced process models integrated directly into the university’s existing infrastructure. This creates a modern, immersive training environment for both teaching and self-paced learning.
Expanding Renewable Energy Simulation Capabilities
The newly installed simulation suite introduces students to a range of key technologies supporting the global energy transition, including the following simulation modules:
- Sim 4810 – CO2 Compression
- Sim 4850 – Biogas Production
- Sim 4910 – Sustainable Aviation Fuel Biorefinery (SAF)
- SIM 4830 – Geothermal Power Plant
- Sim 8040 – Hydrogen Production Interactive Virtual Plant
The Geothermal Power Plant Model was developed collaboratively alongside the institute to demonstrate heat exchange from geothermal energy sources, providing students with valuable insight into renewable thermal systems.
Interactive Learning Through Virtual Plant Technology
Alongside the process simulations, the project also introduced 3D Interactive Virtual Plant technology, enabling students to engage with highly visual, immersive plant environments that replicate real-world industrial operations.
To support the enhanced graphics and 3D environments, the project also included new hardware with the supply of a high-performance PC capable of running the Interactive Virtual Plant modules efficiently, including in on a Virtual Reality (VR) headset.
Each simulation is supplied with dedicated workbooks and exercises, allowing students to learn at their own pace while reinforcing both theoretical understanding and practical operational skills.
Modern DCS-Style Operator Training Environment
The upgraded system utilises TSC’s modern DCS-style interface, designed to closely replicate industrial control room environments. Key features include:
- Multiple graphic process screens
- DCS-style controllers and faceplates
- Real-time operation with speed adjustment functionality
- Trend monitoring and event logging
- Alarm handling and ESD cause-and-effect functionality
- Replay and session review capabilities
- Remote instructor monitoring across the TCP/IP network
- Model saves and predefined training scenarios
- Wide-ranging malfunction and fault insertion capabilities
The simulations are installed locally on each PC while remaining connected through the university’s existing network infrastructure, enabling both independent student use and instructor-led training sessions.
Supporting the Next Generation of Process Engineers
By continuing to expand its Virtual Control Room capabilities with renewable energy and sustainable process technologies, DUTH is helping prepare students for the rapidly evolving industrial landscape.
The combination of dynamic simulations, immersive Interactive Virtual Plants, and realistic operator training tools provides students with valuable exposure to modern industrial processes while supporting practical learning in low-carbon and renewable energy systems.
This latest installation demonstrates the long-term value of scalable simulation environments, allowing institutions to continually evolve their training capabilities in line with industry developments and the global energy transition.
Whether you’re developing a new training facility or upgrading an existing simulator, TSC Simulation can help deliver engaging, industry-relevant learning environments. Contact us today to discuss your requirements.
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