A joint venture between Sparc Technologies, Fortescue Limited, and the University of Adelaide is moving forward with the development of a groundbreaking pilot plant in South Australia. The innovative plant will utilize photocatalytic water splitting technology to produce green hydrogen directly from water and sunlight, bypassing the need for electrolysers or electricity grids. This approach is poised to revolutionize green hydrogen production by separating it from the high costs associated with renewable electricity, especially benefiting hard-to-decarbonize industries. The partners have committed to Stage 2, focusing on constructing and testing the pilot plant, which is expected to begin in early 2025 following the completion of the FEED study. Sparc Hydrogen's managing director expressed excitement about the project's potential to unlock low-cost green hydrogen and praised the team's efforts and technology. The development of the pilot plant has been significantly derisked, with key workstreams well-progressed or completed, ensuring the project's feasibility. The pilot plant will allow Sparc Hydrogen to test various reactor designs and photocatalyst materials independently and concurrently, showcasing its innovative capabilities. University of Adelaide's commitment to the project highlights the competitiveness of South Australia in testing innovative hydrogen technologies, further emphasizing the potential impact of this initiative. Overall, the sentiment surrounding the project is positive, with stakeholders optimistic about the technology's ability to make green hydrogen more competitive and environmentally friendly.