Bramble Energy Partners with Taiwan for £1.5m Hydrogen Advancement Project
Key Ideas
- Bramble Energy collaborates with Taiwan's Tripod Technology to launch a £1.5m initiative to advance hydrogen production through the POWER project.
- The project focuses on refining PCBEL technology, developing membrane electrode assemblies, and improving the durability and operational flexibility of AEM electrolyser stacks.
- Key achievements include demonstrating a 25MW stack with a less corrosive solution, simplifying handling, reducing safety requirements, and expanding material options, driving the transition to a clean energy future.
- The partnership aims to achieve cost-effective, scalable, and sustainable hydrogen production, meeting Clean Hydrogen Partnership targets and positioning Bramble Energy as a leader in the hydrogen economy.
UK-based cleantech company Bramble Energy has partnered with Taiwan-based Tripod Technology Corporation and Tripod Nanotechnology Corporation in a £1.5m initiative to advance hydrogen production. The project, named POWER, aims to enhance hydrogen production through the development of the Printed Circuit Board Optimised Water Electrolysis with Reduced Platinum Group Metals (PGM). Co-funded by Innovate UK and Taiwan's Department of Industrial Technology, the initiative will refine the PCBEL cell and stack design, integrate new catalysts, and develop membrane electrode assemblies. Notably, the project has achieved a milestone by demonstrating a 25MW stack using a less corrosive solution, making it easier to handle and reducing safety requirements. Bramble Energy's CEO expressed excitement about pushing the limits of cost, performance, and durability with the groundbreaking PCBEL technology. The project aligns with the Clean Hydrogen Partnership's 2030 targets and focuses on affordability, sustainability, and scalability in hydrogen production. The collaboration with Tripod Technology aims to innovate catalyst and membrane electrode technology for better performance and material sustainability. This partnership highlights a commitment to technological leadership and global decarbonisation to ensure stable material supply for the clean energy transition. The initiative signifies a significant step towards commercializing low-cost and scalable solutions for hydrogen production, contributing to the transition to a clean energy future.
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