Protecting the Earth through environmental innovation and harnessing the circular economy, paving the way for sustainable and eco-friendly air travel

Our innovative process creates sustainable, high-grade air fuel for premium use.

The sustainable aviation fuel (SAF) market is experiencing unprecedented growth as nations across the globe commit to achieving net zero carbon emissions in air travel by 2050. This ambitious goal is driving the expansion of SAF fuels at an impressive rate of 72.4% annual growth within the $239.9 billion aviation fuel sector. As environmental concerns become increasingly urgent, the demand for cleaner, eco-friendly alternatives to traditional jet fuel continues to surge.

By 2050, SAF fuel is projected to dominate the aviation fuel market, accounting for a staggering 85% share. This substantial shift towards sustainable aviation fuels highlights the global recognition of their vital role in mitigating climate change and reducing the environmental impact of air travel. As the industry transforms, innovative technologies and green solutions will become integral to ensuring a cleaner, more sustainable future for aviation.

Transforming waste hydrocarbons

The $239 billion aviation fuel market is shifting towards 85% SAF share by 2050, driven by a 72.4% CAGR and net zero CO2 emission goals

Aviation fuel market
Market growth (CAGR)
Forecast SAF market by 2050
Target CO2  output by 2050
Net Zero
All statistics are estimates and subject to variation

Engineering Breakthroughs Tackle Environmental and Social Hurdles in the Circular Economy

Avioxx is committed to not only reducing net carbon emissions in air travel to zero but also employing advanced technology to repurpose waste hydrocarbons, including agricultural residues, municipal solid waste, sewage sludge, plastics, and other organic matter. The utilisation of these hydrocarbons contributes to cost-effective fuel production.

Our sophisticated conversion process involves breaking down waste materials into basic organic chemical components and subsequently reassembling them. This transformation relies on multiple processes, green hydrogen, and the capture of excess carbon dioxide, exemplifying our dedication to environmental sustainability and technological innovation.

Engineering Breakthroughs
Engineering Breakthroughs
Engineering Breakthroughs
Engineering Breakthroughs
UKs Pioneering Pursuit of Net-Zero Aviation by 2050 with Sky-High Ambitions

UK's Pioneering Pursuit of Net-Zero Aviation by 2050 with Sky-High Ambitions

There is a general agreement among industry experts that initial blends of SAFs should target 10% by 2025 and aim for 100% by 2050. Fuel innovation using waste materials is still in its early stages and remains an ideal. However, the use of waste with limited financial value can significantly reduce the cost of production.

Our models enable us to estimate how the various waste feedstocks will perform in our process, the expected yields of SAF, the need for any green electricity to be supplied and so on. This is vital not only in the design of our process but also in its operation. The sophisticated control system ensures variations in feedstock composition can be accommodated whilst meeting strict product specifications.

“Our mission is to become the primary supplier and producer of genuine net zero SAF fuels by 2030 and a leader in carbon negative fuel innovation”

Avioxx Company mandate 2023