Prestige Thermal Energy
Flash pyrolysis technology
Waste. Transformed.
Advanced Flash Pyrolysis Technology engineered to convert suitable carbonaceous waste into electricity, liquid fuels and synthetic fuel pathways.
Power
Waste-derived energy converted into useful electrical power.
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Liquid fuels
Recovering valuable hydrocarbon products from suitable waste-derived feedstocks.
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Advanced fuels
Integrating conditioned synthesis gas with processes such as Fischer–Tropsch synthesis to create synthetic fuel pathways.
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The energy is already there.
Carbonaceous waste contains chemical energy.
PTE develops advanced thermal systems designed to recover and transform that energy rather than simply burying or disposing of the resource.
Achievable products, yields and quality depend on feedstock composition, plant configuration and downstream upgrading.
Technology platform
One technology platform.
Multiple energy pathways.
Select a pathway to illuminate how conversion products are routed downstream.
Waste
PTE flash pyrolysis
Vapours + gas + solids
A single plant is engineered for a selected product slate. Achievable outputs depend on feedstock, plant configuration and downstream upgrading.
Feedstocks
Carbon has value.
MSW
RDF
Plastics
Tyres
Biomass
Agricultural residues
Industrial waste
If it contains recoverable carbon, we want to understand it.
Engineering heritage
Engineered in South Africa.
Built for the world.
PTE develops the technology and the projects. Technotherm, our sister company, provides the engineering and manufacturing capability behind the thermal equipment — decades of industrial furnace, thermal plant and fabrication experience.
Prestige Thermal Energy
Technology + project development
Technotherm
Engineering + manufacturing
Waste-to-SAF
From waste.
To wing.
Final SAF qualification depends on the specific production pathway, feedstock, upgrading process, applicable ASTM requirements, sustainability certification and regulatory approvals.
Your waste stream could be an energy resource.
Share your feedstock data and project requirements. Our engineering team can evaluate potential thermal conversion pathways.