29 Nov 2024

Avioxx joins decarbonisation project HyNet Alliance to shape the future of UK carbon capture

Avioxx joins decarbonisation project HyNet Alliance to shape the future of UK carbon capture

Avioxx has announced its strategic partnership with the HyNet Alliance, the UK’s leading industrial project aimed at decarbonisation through hydrogen production, carbon capture, and low-carbon energy solutions.

Avioxx specialises in converting waste into sustainable aviation fuel, reducing carbon emissions while offering a sustainable alternative to traditional fossil fuels.

The HyNet project is one of the UK’s most ambitious carbon reduction projects. The initiative aims to slash COemissions by up to 10 million tonnes per year by 2030, significantly contributing to the UK's 2050 net-zero target. The project’s consortium of companies work collaboratively to develop robust infrastructure for hard-to-decarbonise industrial sectors. By joining forces with HyNet, Avioxx seeks to actively participate in shaping this low-carbon future and gain critical insights into the developments of the regional carbon capture network. Avioxx aims to integrate carbon capture into its waste-to-fuel operations, a process vital for reducing lifecycle emissions and enhancing overall sustainability of their fuels.

"Collaboration is essential to decarbonizing aviation fuel production at scale," says Chris Hancock, CEO of Avioxx. "By aligning with HyNet's objectives and participating in this cutting-edge alliance, Avioxx will gain a stronger voice in shaping how carbon capture technologies are deployed and optimised."

In October, the UK government committed to investing £22bn in carbon capture infrastructure* to help accelerate the re-industrialisation of the North of England, and Avioxx’s plans to implement their sustainable manufacturing process will contribute to the country’s carbon reduction targets while boosting economic activity.

To learn more about Avioxx and our novel SAF production process, please get in touch at info@avioxx.com.

Source: https://www.ft.com/content/9bc55eda-3351-4edf-b92b-be37a917ad0e