Australia has approved its first Sustainable Fuels Precinct in Gippsland, marking a breakthrough for reducing emissions in two of the nation’s hardest-to-abate sectors: waste and transport.
Together, these account for more than one-fifth of national greenhouse gas output, with current government modelling showing waste emissions are not expected to improve substantially over the next 25 years.
The Wellington Sustainability Precinct, delivered by Zerogen in partnership with Boson Energy and Xseed Solutions, will divert everyday rubbish from homes and businesses away from landfill, upcycling it into Grade A+ hydrogen and other low-carbon fuels.
The initiative promises to cut costs for councils and households, reduce landfill dependency, and create new clean-tech jobs in regional Victoria, while serving as a scalable model for faster and more cost-effective decarbonisation across the country.
Recycling Victoria’s Cap Licence approval under the state’s Waste to Energy Scheme clears the way for Gippsland to become a major hub in Australia’s circular economy.
For local governments, the precinct offers reduced landfill charges, lower waste emissions, and a tangible pathway to meet net zero targets more quickly.
Craig Allen, Director of Xseed Solutions, said: “Hydrogen and low carbon fuels from waste are both a climate solution and a pathway to create value, create regional jobs and build new industry.”
He added: “Australia is uniquely positioned to be a world leader in this space – we have the geography, industrial capacity, and clean energy ambitions – so this is an exciting step to realising that potential.”
Allen noted that the project uplifts the value of waste, bolsters Australia’s energy resilience, and builds the infrastructure needed for electric trucks and buses to refuel, while also supporting productivity and fuel tax strategies.
At the heart of the Gippsland precinct is Boson Energy’s Hydrogen-capable Plasma Assisted Gasification (HPAG) technology, which transforms residual waste into Grade A+ hydrogen and captures carbon dioxide in the process.
Unlike incineration, HPAG is energy-efficient, preserves biodiversity, and produces no ash or toxic residues.
With over 40 years of research and a proven demonstration plant in Israel, the technology is now being deployed in France, Sweden and, for the first time, Australia.
Its modular micro-grid design allows precincts to operate independently, reducing grid upgrade costs and supporting the rollout of hydrogen and electric vehicle refuelling networks.
HPAG also produces sustainable aviation fuel and methanol to lower emissions from the aviation and shipping sectors.
Jan Grimbrandt, CEO of Boson Energy, said: “We are excited that in parallel with our European HPAG developments, Australia is turning to HPAG to fully capture the value from its waste.”
He emphasised that the system meets stringent UK and European carbon capture standards and sets a new benchmark for waste recycling at a time when many European incinerators face decommissioning by 2040.
The Gippsland facility will be developed with Siemens and BMH Technology, positioning the region as a leader in renewable energy innovation and Australia’s transition toward a circular economy.
