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EDventure VR

Experience Electrodialysis.
Don't Just Study It.

Put on your headset and step inside a fully simulated electrodialysis plant. Interact with components, trigger process sequences, and learn through consequence — all in a safe virtual environment.

Meet the Consortium

Built
for Campus & Industry

Students gain experience before they have any. Professionals gain it without stopping the line.

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Consortium Partners
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VR Platform
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Science-Grounded
About EDventure

Where Industrial Science
Meets Immersive Learning

EDventure is a European project funded by EIT Raw Materials, transforming how students and professionals learn electrodialysis — a critical separation technology in chemical engineering and raw materials processing.

Traditional education can't give learners hands-on experience with high-risk industrial processes. EDventure solves this by recreating an electrodialysis plant in VR — accurate, interactive, and consequence-driven. Make a mistake.

See the result. Learn by doing.
Electrodialysis VR simulation
Technology Electrodialysis Simulation
Core Capabilities

Built for Real Learning Outcomes

01

Full Plant Simulation

Walk through a complete, scientifically accurate electrodialysis plant. Every component, valve, membrane, and electrode reflects real industrial conditions.

02

Consequence-Driven

Trigger process sequences and observe what happens. Wrong parameters cause visible failures — without any real-world risk. Retention through experience.

03

Behaviour Analytics

AI tracks every learner interaction — attention, hesitation, decision sequencing — and turns it into measurable pedagogical data for instructors.

04

Zero-Risk Environment

Chemical processes, high-voltage equipment, hazardous materials — EDventure exposes learners to full industrial complexity, completely risk-free.

Process

How EDventure Works

01

Put on the Headset

Launch EDventure on any compatible VR device. You're immediately placed inside a fully rendered electrodialysis facility — no long tutorials, no loading screens.

02

Interact & Operate

Reach out and interact with real components. Open valves, adjust parameters, inspect membranes, and trigger the electrodialysis process step by step.

03

Learn by Consequence

Every action has a reaction. Incorrect operations cause process breakdowns. Correct sequences run the plant. Your behaviour is tracked and reported.

Partners

Meet the EDventure Consortium

Łukasiewicz IMN logo
01 — Project Leader

Łukasiewicz – IMN

Gliwice, Poland
Lead Research Partner

Łukasiewicz Research Network – Institute of Non-Ferrous Metals leads the project's scientific framework, providing deep expertise in electrodialysis processes and raw materials separation technologies. Every simulation in EDventure is grounded in rigorous industrial science.

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01
KU Leuven logo
02 — Academic

KU Leuven

Leuven, Belgium
Pedagogical Partner

One of Europe's oldest and most respected research universities, KU Leuven contributes to EDventure's learning design and curriculum architecture — ensuring the VR experience meets the highest standards of educational effectiveness.

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Technical University of Košice logo
03 — Engineering

Technical University of Košice

Košice, Slovakia
Technical Partner

TUKE brings engineering education expertise and technical validation to the EDventure platform, bridging academic research with real-world industrial training requirements across Central Europe.

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03
VolareVers logo
04 — XR Development

VolareVers

Istanbul, Türkiye & Warsaw, Poland
TECHNOLOGY PARTNER

VolareVers designs and develops the immersive VR environment at the heart of EDventure. Specialising in XR, AI, and immersive learning technologies, VolareVers translates complex scientific processes into engaging, accurate, and scalable virtual training experiences by measuring learners' behaviours.

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Electrodialysis Simulation

Ready to Transform How ED Machines Are Taught?

Whether you're an educator, researcher, or institution — EDventure is built to scale. Contact the project to explore how VR can transform your curriculum.
Supported by EIT Raw Materials 2026–2027.