Our breakthrough process collects waste hydrocarbons to produce economical sustainable aviation fuel.

The Avioxx process is an energy-efficient, flexible system that transforms non-recyclable household waste into high-performance sustainable aviation fuel.

By integrating advanced gasification technology, green hydrogen production, fuel cell technology, and Fischer-Tropsch synthesis, we convert waste hydrocarbons into a drop-in, ASTM-compliant jet fuel.

The process is built around four core reactors, each playing a critical role in breaking down waste, generating power, and rearranging carbon and hydrogen atoms to make jet fuel.

The Avioxx process comprises two distinct elements

01

Gasification: transforming waste into clean synthesis gas

02

Electricity generation using Solid Oxide Fuels Cells

03

Green hydrogen production via electrolysis

04

Fischer-Tropsch synthesis: converting syngas and hydrogen into liquid fuel

High-energy fuel powered by electrochemistry

Aviation fuel must be highly energy-dense to power long-haul flights efficiently. The Avioxx process is designed to maximise energy yield while minimising environmental impact.

Hydrogen from waste feedstocks
Green electricity integration
Real-time AI optimisation
Dynamic production process

Using advanced computer modelling, we predict fuel yields from different waste sources, dynamically adjusting production to optimise efficiency and cost. Avioxx isn’t just producing SAF - we’re redefining the future of aviation fuel.

Explore our process flow diagram

The unique Avioxx process combines various well established chemical engineering systems