Oxford nanoSystems (OnS) has made a significant breakthrough in green hydrogen technology by unveiling a demonstration coating plant that marks a pivotal advancement in the development of its nanoFLUX electrode coating. This achievement comes on the heels of successful lab-scale tests with leading electrolyser manufacturers, establishing OnS as a frontrunner in the field. The nanoFLUX coating, a metallic-alloy application on electrodes, enhances the efficiency of hydrogen generation by promoting gas bubble formation within electrolysers. This innovative technology, combined with a proprietary catalyst, boosts hydrogen production capacity by more than 50% while offering a cost advantage over traditional Raney nickel coatings. The commissioning of the demonstration plant enables OnS to conduct comprehensive evaluations under realistic conditions, paving the way for scaled-up production. Industry feedback has been overwhelmingly positive, with a European electrolyser manufacturer confirming the performance benefits of OnS' coating. Additionally, an independent assessment by E4Tech highlighted the cost-effectiveness of nanoFLUX, positioning OnS as a key player in driving down the cost of green hydrogen production. With projections indicating a substantial growth in the green hydrogen sector, OnS is well-positioned to lead this transformation by offering a solution that addresses cost efficiency and scalability. CEO Dr. Ian Russell emphasized the importance of the demonstration plant in showcasing the scalability and performance benefits of OnS' nanoFLUX technology, signaling a bright future for the company in the green hydrogen industry.