Advanced biofuels for a
low carbon world

AusBioEnergy is developing biomethanol using our fourth-gen biomass feedstocks, tailored to help industries facing the toughest decarbonisation challenges.

While we are focused on producing biomethanol, it serves as a critical building block for renewable fuels, supporting industries in their transition to a low-carbon future and enabling the achievement of net zero ambitions.

Shipping

Our biomethanol is being developed for the global maritime sector, targeting emissions reduction and regulatory compliance. Scalable and adaptable, this fuel is positioned as a sustainable alternative, helping shipping companies achieve long-term compliance and maintain operational efficiency.

Chemical industry

Our biomethanol is designed to provide the chemical industry with reliable, low-carbon solutions. By converting fourth-gen biomass into biomethanol, we offer manufacturers a sustainable alternative to fossil-based feedstocks, helping reduce their carbon footprint while ensuring a consistent supply.

Aviation

Methanol-to-jet fuel technology is expected to be approved as soon as 2025. Our advanced biomethanol is being developed to serve as a critical component in the production of sustainable aviation fuels (SAF), reducing emissions and supporting cleaner air travel. This will position airlines to meet emissions targets and achieve broader industry sustainability goals.

Transport and heavy industry

Methanol-to-renewable diesel (RD) technology is expected to be approved as soon as 2025. Our fourth-gen biomethanol is being developed to enable the production of RD - a drop-in solution for transport and heavy industry. This clean, high-performing, low-carbon alternative will help businesses meet emissions standards, reduce reliance on fossil fuels, and maintain operational efficiency.

A hydrogen carrier

Green hydrogen will be essential to the transition to net zero, but its storage and transport present challenges. Our future biomethanol production has the potential to act as a cost-effective hydrogen carrier, enabling the storage and transport of green hydrogen using existing infrastructure without requiring significant capital investments.