Pioneering New Paths in Green Energy and Sustainable Fuels

This technology is designed and manufactured in Australia and utilises solid waste as a fuel source. It produces electricity with ultra-low emissions and adheres to stringent European Emissions Standards for waste incineration.

GreenFlow Energy can facilitate the electrification of fleets of heavy vehicles up to B-Double size. The technology works via conversion of existing engines with the process taking up to a week per vehicle. The unique value of the solution is a ‘swap and go’ functionality that allows vehicles to change batteries in 5 minutes at strategically placed battery banks. The electric motors are the most powerful in the world in this segment. Behind the technology is a dashboard and ecosystem monitoring solution that provides optimisation of vehicle movements, monitoring of battery health as well as a range of other important data points.

These processes involve the slow heating of biomass in an inert or oxygen-deficit environment. During torrefaction, biomass is pre-dried and thermally decomposed to release volatile organic compounds, resulting in a gas and solid product with higher energy content and improved storage stability. This treated biomass becomes more hydrophobic, which enhances its properties for energy production.

This technology involves converting a mixture of carbon monoxide and hydrogen into liquid hydrocarbons. It's typically used for producing synthetic petroleum substitute, ideally suited for use as a fuel.

Our business-focused EV charging solutions are tailored to meet the needs of modern enterprises. Enhance your corporate sustainability profile, attract eco-conscious customers, and contribute to a greener future with our reliable and efficient charging infrastructure.

This involves using genetically modified Bana Grass for biofuel production. The grass is engineered to have higher biomass yields, is drought and disease resistent and is a promising feedstock for biofuel due to its rapid growth and high cellulose content.

These are eco-friendly alternatives to traditional fossil fuels, made from compressed renewable biomass. Ideal for heating and power generation, they offer a clean burn with lower carbon emissions that is carbon neutral.

Produced through the torrefaction of biomass, bio-coal pellets have a high energy content and serve as a renewable substitute for conventional coal. They are used in industrial processes, helping to reduce reliance on fossil fuels and carbon emissions. Again, our Bio-Coal is renewable and carbon neutral.

Bio-char, a type of charcoal, is used for enhancing soil fertility and sequestering carbon in agriculture. Bio-PCI, a variant, is employed in metallurgical processes as a sustainable alternative to traditional coking coal.

Generated from the gasification of biomass or waste materials, the renewable and carbon neutral Syngas can be processed into many valuable derivative products including; carbon neutral and carbon negative fuels such as green hydrogen as well as a variety of fuels like syn-diesel, sustainable aviation fuel (SAF), Dimethyl Ether (DME), Synthetic Natural Gas (SNG), methanol and more.  

SAF is a clean-burning fuel made from sustainable resources, such as waste oils, biomass and agricultural residues. It can significantly reduce greenhouse gas emissions and is compatible with existing jet engines, making it a viable eco-friendly alternative to conventional jet fuel.

Also known as renewable diesel, green diesel is derived from biomass or end of life plastics and offers a sustainable, cleaner-burning alternative to traditional diesel. It has a higher energy content and significantly reduces emissions of particulates and greenhouse gases.