The Science
The proposed facility would use proven clean energy technology to turn non-recyclable waste into hydrogen fuel. The process works by heating the waste to extremely high temperatures so that it breaks down into a clean gas, which can then be separated to produce hydrogen and capture carbon dioxide for safe reuse.
The process takes place in a closed system, meaning no smoke, ash, or waste escapes into the air. The process is carefully controlled and monitored to meet strict environmental standards. Unlike traditional incineration, it produces no harmful by-products, such as dioxins or particulates. The small amount of remaining material is cooled into a glass-like substance, which can be safely reused in construction.
The hydrogen made through this process is fuel-cell grade, meaning it can power buses, HGVs and other vehicles that run on clean energy. The carbon dioxide that is captured can also be reused in other industries and stored securely.
Safety is built into every stage of the design. The process is fully automated, constantly monitored and uses systems that have been independently verified by engineering specialists as safe and reliable.
This approach provides a cleaner, more sustainable way to manage waste, while producing fuel that supports local transport, businesses and other essential services.
1/ Collection
Non-recyclable waste is delivered to the site and stored safely.
2/ Conversion
The waste is heated in a controlled environment, breaking it down into a clean gas.
3/ Hydrogen Recovery
The gas is separated to extract hydrogen, which can be stored for use as clean fuel.
4/ CO2 Capture
Carbon dioxide is collected for reuse in other industries or for safe storage.
5/ Re-use Of Materials
Any remaining material is cooled and reused as an aggregate for construction.
6/ Monitoring
The system is continuously checked to make sure it operates safely and within strict environmental standards.