Project Eden: 200 TPA Modular Plant
Our plant’s modular architecture facilitates rapid scaling, mobile deployment, and reduced downtime through interchangeable reactor modules.
Annual production volume
200 TPA
Waste feedstock consumed
1.5k TPA
Plant size
2,400 m2
CO2 reduction
1,872 TPA
All statistics are estimates and subject to variation
The modular plant integrates four advanced reactor systems to maximise efficiency and sustainability.
A pyrolysis unit converts waste into synthesis gas on a compact scale, while solid oxide fuel cells generate 375 kW of electricity from this gas. Electrolysers split water into hydrogen and oxygen, enhancing fuel synthesis, and a Fischer-Tropsch Reactor refines the process by converting synthesis gas and hydrogen into high-quality synthesised crude.
Together, these technologies create a highly efficient, scalable solution for sustainable aviation fuel production. Situated in Northwest England, our first plant leverages the region’s industrial infrastructure, enabling efficient deployment and integration into existing systems. Supported by leading partners and equipment suppliers, this plant represents a significant advancement in sustainable fuel technology.
The contemporary architecture of this plant leverages modular design and cutting-edge technology. The plant is suited for deployment in various environments and flexible adoption in multiple applications.
3D rendering of modular Fischer-Tropsch reactor with 4 units in view.
3D rendering of solid oxide fuel cell stacks in one modular unit.
Two modular electrolyser units in front of Fischer-Tropsch reactors. A 3D rendering.
Close up 3D rendering of Fischer-Tropsch gas-to-liquid reactors.
