Enabling a Hydrogen Future for Ships, Trains, Planes, Trucks and Heavy Industry
We make advanced nanoporous materials and bulk hydrogen storage systems to radically improve the safety, storage density and cost of hydrogen storage and distribution, slashing costs by at least 10x, making green hydrogen cost-competitive with diesel.
Hydrogen is the key to unlocking accelerated energy transition switching for heavy industry, trucking, maritime, rail and aviation, but storage is hard, and it’s holding the entire hydrogen economy back.
Rux Energy is solving storage, with our breakthrough advanced nanoporous materials at the centre, and enabling sustainable end-to-end ecosystems, delivering efficient, safe and low cost hydrogen, to precipitate a rapidly growing, potentially multi-trillion-dollar market by 2050.
With locations in Australia and the UK we are well positioned to tackle this global problem.
US Dollar per kilogram storage & distribution cost of hydrogen to end-users using Rux Energy’s storage system achieving the US Department of Energy target.
Countries manufacturing Rux Energy nano-materials and hydrogen storage systems.
Ships distributing hydrogen with the Rux Energy hydrogen storage system.
Railcars, barges and road transporters using Rux Energy bulk hydrogen storage systems.
New jobs created at Rux Energy and its supply chain partners.
Rux Energy hydrogen storage systems in service.
Tonnes of Carbon Dioxide (equivalent) per annum direct abatement achieved with Rux Energy hydrogen storage technology.
People directly benefiting from positive environmental impacts of Rux Energy technology.
Learn more about the impact of safer, more efficient and lower cost of storage of hydrogen across a range of projects
Dr Chanel Leong is Head of Project Management and Operations responsible for managing Rux Energy R&D projects across Research, Manufacturing Engineering and Operations to ensure timely delivery of our product roadmap and funding milestones. Chanel has over five years experience in product development at biotech startups in Europe and Canada, focused on developing disruptive, nanomaterials-based technologies. Chanel completed a PhD Chemistry in Metal-Organic Framework Materials at the University of Sydney.
