The project will proceed in two phases, starting with supplying green hydrogen domestically to decarbonize mining and heavy transport sectors. The second phase aims to expand into an ammonia export operation from the Oakajee SIA. The initial phase is progressing, with over 16,000 hectares secured at Warradarge, power supply discussions ongoing with an existing wind farm, and agreements in place with offtake partners. The project benefits from cost-competitive renewable power, high plant efficiency, and favorable market pricing.
Simon Allison, Xodus’s vice president of Asia Pacific and strategic advisory board member at Warradarge Energy, stated: “This is a major step forward, not just for Warradarge Energy, but also in Australia’s quest to be one of the world’s dominant clean hydrogen players. Xodus has played a central role in the technical and commercial development of the project, overseeing feasibility, concept design, approvals and the integration of renewable energy sources.”
Warradarge Energy’s chief executive, Stephen Archer, emphasized the project’s scalability, saying: “Scalable, high-quality renewable energy projects like ours are needed to bridge the gap between today’s demonstration sized facilities and the gigawatt-scale hydrogen developments of the future. This project is about accelerating the supply chain, minimising technology risks, and driving down costs.” The initiative reflects a collaborative effort to deliver sustainable energy solutions.
Australia aims to lead the global hydrogen market, currently valued at over $225 billion, with more green hydrogen projects in development than any other country. The Warradarge Energy project strengthens this ambition by establishing a robust hydrogen supply chain, integrating renewable energy, and fostering partnerships with industry stakeholders and landowners. It is designed to provide low-carbon energy while supporting economic viability.
Located in a region with strong renewable energy potential, the project is poised to contribute to Australia’s clean energy transition, supporting both domestic decarbonization and future export opportunities in the growing global hydrogen market.
