Virtual Reality / Renewable Energy
Waste to Energy VR Experience
Turning solid waste into clean electricity
This VR experience shows how solid waste can be converted into usable electrical power through a safe and interactive simulation.
What Learners Experience
- Waste Feeding: place solid waste into a sealed high-pressure thermal chamber.
- Thermal Conversion: watch heat and pressure break down the waste and release thermal energy.
- Steam Generation: use the produced heat to boil water and create high-pressure steam.
- Electricity Production: see steam drive the turbine and generate clean electrical power.
Educational Value
- Clear understanding of the waste-to-energy process.
- Visualize heat, pressure, and steam flow at each stage.
- Safe industrial simulation without real equipment.
- Supports sustainability and environmental science learning.
Process Highlights
Follow the full waste-to-energy cycle: feed waste safely, convert it with heat and pressure, generate steam, and produce electricity.
1
Waste Feeding
Place solid waste into a sealed high-pressure thermal chamber to start the conversion cycle.
2
Thermal Conversion
Observe how heat and pressure break down waste and release thermal energy.
3
Steam Generation
Use the released heat to boil water and produce high-pressure steam for the turbine.
4
Electricity Production
Watch high-pressure steam drive the turbine and generate clean electrical power.
Explore More Projects
VR / Renewable Energy
Virtual Reality / Renewable Energy
VR Geo Thermal
VR / Renewable Energy
Virtual Reality / Renewable Energy
VR Waste To Energy
VR / Renewable Energy
Virtual Reality / Renewable Energy
VR Wind Turbine Installation
Have a Project?
We welcome your questions, do not hesitate to contact us
- Create virtual reality and augmented reality experiences at the best prices
- Equipping engineering laboratories with the best equipment
- Virtual tours with 360° technology and also feature that you can see them through just one link
Why partner with us?
- Immersive, interactive VR labs that boost learner engagement.
- Safe, repeatable simulations without fragile equipment.
- Fast iterations to match your curriculum and objectives.