HAMR - Fuelling a Sustainable Future jobs and careers

About HAMR - Fuelling a Sustainable Future

HAMR Energy is an Australian-based, next-generation renewable fuels platform delivering more than 1 million tonnes of low-carbon fuel projects to customers across the Asia-Pacific region. We're on a mission to help customers decarbonise the hard to abate sectors - shipping, aviation & chemicals 🌲 ⛽ 🚢 ✈️     Founded by a team of engineers who've delivered some of the world's largest energy projects, our platform integrates leading infrastructure operators, feedstock suppliers, off-takers🚢 ✈️  and with proven technology partners to produce low-cost, scalable low-carbon methanol from biomass gasification, renewable hydrogen and methanol synthesis.    Our flagship projects include: 🔵 Portland Renewable Fuels will convert under-utilised forestry residues into over 300,000 tonnes of low-carbon methanol annually. It's the first in a pipeline targeting more than 1 million tonnes by 2030 which will strengthen Australia's fuel security, support regional economies and build a competitive clean-fuels export industry right here in Australia.   🔵 Methanol to Jet: Australia's first major methanol to jet fuel facility, location TBC in VIC or SA. The site will produce 125 million litres of SAF Annually to help customers decarbonise and meet SAF mandates.   With 90% of Australia's liquid fuel imported, the electrification gap widening and clean-fuel mandates approaching for shipping and aviation 🚢 ✈️, we're acting now to build an Australian made, engineering-led solution to help both our customers and planet benefit for generations to come.    Join us on our commitment to sustainability journey and help us bring clean fuels to the world.   Follow us on LinkedIn for project & team updates Contact us here: https://www.hamrenergy.com/contact Visit our website www.hamrenergy.com    p.s. For those curious, HAMR stands for “Hydrogen Assisted Molecular Recycling” using renewable hydrogen + molecular-level recycling of residual biomass or waste to produce low carbon methanol.