.jpg)
Innovative Project Harnessing Solar Radiation and Recycled Water to Produce Green Hydrogen
Key Ideas
- A project in Australia earned $113,000 in funding for developing a technology that uses solar radiation and recycled water to produce green hydrogen and valuable oxidants.
- The project aims to reduce carbon emissions, address energy challenges, and enhance water quality, showcasing real-world solutions for achieving net-zero goals.
- Collaboration between South East Water, RMIT University, and industry partners is key to converting research discoveries into practical benefits for communities and industries.
- The project plans to develop a scalable floating hydrogen production system for deployment in Victorian water utilities, with funding support from various stakeholders.
A project in Australia has gained recognition and funding for its innovative approach to producing green hydrogen and valuable oxidants using solar radiation and recycled water. This groundbreaking technology involves a floating modular platform that converts solar radiation and recycled water into green hydrogen, ozone, and hydrogen peroxide, addressing climate challenges and promoting sustainability. South East Water and RMIT University are collaborating to develop this technology further for full-scale rollout across Victorian water utilities. The project, led by Dr. Li Gao from RMIT University and South East Water, emphasizes the importance of collaboration between universities and industry for translating research into practical solutions. The funding received will support the development of a small-scale prototype to bring this technology to life, with a focus on scalability and adaptability for different water bodies. Overall, this project showcases a promising innovation in the water sector, aiming to drive positive environmental impact and advance towards net-zero goals.