AgriBiogas converts agricultural residues into renewable biomethane
The Turning Point for Australia’s Biogas Future
Australia’s clean energy transition is accelerating, yet one major opportunity remains untapped: biogas and biomethane.
Across the country, farmers and agri-businesses generate vast amounts of organic waste from crop residues and manure to food by-products. Through anaerobic digestion (AD), this waste can be transformed into renewable energy, creating new income streams while cutting fertiliser costs and emissions.
With growing policy support, such as the Future Gas Strategy recognising biomethane as key to decarbonising hard-to-electrify sectors, momentum is building. Projects like Sydney’s Malabar Biomethane Injection Plant prove it works at scale.
AgriBiogas brings decades of proven experience from the UK and Ireland to help Australian farms and rural industries turn waste into clean energy strengthening rural economies and driving Australia’s green gas future.
Supporting Australian Farmers in a Cleaner Energy Future
-
Empowering Regional Communities
Our biomethane facilities drive regional development across Australia, creating skilled local jobs and strengthening rural communities. Each site generates employment throughout every stage from construction and plant operations to administration, maintenance, and management supporting long-term regional growth and workforce development.
We also partner closely with Australian farmers, providing a fair and sustainable market for agricultural feedstocks such as grass, crops, and organic residues. By turning farm waste into renewable biomethane, our projects help boost farm incomes, support local contractors, and power a cleaner, more resilient energy future for rural Australia.
-
Reducing Emissions, Protecting Waterways
Our biomethane facilities play an important role in advancing low-emission, sustainable agriculture across Australia. By supporting precision farming practices and offering practical alternatives for manure management, we help farmers reduce their environmental impact while creating new value from organic waste.
Through anaerobic digestion, livestock manure and crop residues are converted into renewable biomethane, replacing fossil fuels and significantly cutting methane and nitrous oxide emissions from traditional manure storage. This process also helps lower nitrogen leaching into waterways, improving air and water quality at the farm level and contributing to healthier rural ecosystems.
By easing on-farm manure storage pressures and providing a sustainable outlet for agricultural residues, our projects support climate-smart agriculture, strengthen local communities, and drive the transition toward a cleaner, renewable gas future for Australia
-
Regenerating Soils, Renewing Energy
The AgriBiogas anaerobic digestion (AD) facilities produce nutrient-rich digestate that enhances soil health by increasing organic carbon levels and reducing dependence on synthetic nitrogen fertilisers. This process improves soil structure and fertility, helping farms build resilience against drought and erosion.
By supporting regenerative agriculture and sustainable farming practices, AgriBiogas helps create a circular energy system recycling organic waste into renewable biomethane and valuable biofertiliser. The result is a healthier, more sustainable ecosystem where biodiversity can thrive and long-term environmental sustainability becomes a reality for Australian agriculture.
Clean Energy from the Land
AgriBiogas is a single-source developer and operator of anaerobic digestion (AD) plants across Australia. We turn grass into gas through innovative nutrient management and sustainable land-use practices.
Our advanced energy bio-systems produce high-quality biomethane and nutrient-rich biofertiliser, supporting biodiversity and regenerative agriculture. Partnering with AgriBiogas gives Australian farmers a sustainable income stream while enhancing carbon capture, soil health, and long-term farm productivity.
Proven Biomethane Experience, Now in Australia
AgriBiogas brings decades of experience with operational biomethane and anaerobic digestion (AD) sites across Ireland and the United Kingdom, with expansion now underway across Australia.
Our team of engineers, agronomists, planners, and environmental specialists combines Irish and UK expertise with local insight to deliver sustainable energy solutions tailored to Australian agriculture.
We’re committed to protecting the environment, supporting farming communities, and enhancing biodiversity, while driving Australia’s transition to renewable biomethane and clean energy
We’re committed to improving the land we farm, leaving the environment healthier and more resilient through sustainable farming methods
Sustainable Farming and the Bio-Nutrient Cycle
At AgriBiogas, we create renewable biomethane and organic fertiliser through advanced anaerobic digestion technology. Our process begins with quality feedstocks nutrient-rich grass and carefully managed slurry sourced through trusted partnerships with local farmers.
By working closely with the land and those who care for it, we’ve built a resilient bio-nutrient network that returns value to farms and the environment alike.
Each project delivers benefits far beyond clean energy providing fair returns for growers, supporting regional jobs, powering homes and industries with green gas, and helping restore Australia’s natural ecosystems
rhobot.ai
We have teamed up with rhobot.ai - a pioneering US AI company delivering edge-native, machine-intelligent control systems for industrial automation. rhobot.ai technology combines virtual sensors, edge computing, and probabilistic AI to enable real-time optimisation, autonomous control, and continuous performance improvement across complex industrial environments.
Proven in live operations and available via the Siemens Xcelerator ecosystem, this advanced AI solution helps organisations achieve higher efficiency, improved sustainability, and smarter automation outcomes.
And it’s not just for biogas—this system is built for any industrial process where performance matters. We’re proud to be a preferred reseller in Australia
rhobot.ai Integration
AI-driven tools that simulate anaerobic digestion processes, model changes in feedstock quality, and optimise system performance.
Uses our dataset to enhance AI models for process simulation, feedstock variability, and performance optimisation.
Behaves like a digital organism at the industrial edge, constantly sensing and responding to real-time biological and thermodynamic data.
Continuously improves facility performance, pushing toward theoretical maximum efficiency.
Generates insights that boost uptime, yield, energy efficiency, and gas quality.