HYScale’s innovation in the spotlight following press release
We’re pleased to share that our recent press release on HYScale’s latest progress in scalable, cost-effective green hydrogen production has gained notable attention in the media. Since its publication on 23 April 2025, it has been featured by seven media outlets and two field organisations, including Hydrogen Europe, and translated into four languages — English, […]
A Hydrogen Balancing Act in Offshore Energy
Article published on Offshore Engineer, 19 August 2024. Read the full article here. The intermittency of offshore wind power is both a challenge and an opportunity for green hydrogen production. There will be a new generation of platforms taking up space in offshore wind farms as hydrogen production is used to help balance power […]
Getting electrolysers ready to meet green hydrogen demands
Article published on Maritime Reporter & Engineering News, 25 June 2024. Read the magazine here. Electrolyzer technology is going to have to get cheaper and more scalable if it is going to enable a global green hydrogen economy. Somewhere on a benchtop in Brimsdown, London, there is a lab-scale prototype that can extract the platinum […]
HYScale project to focus on AEM electrolysis production technology
Article published on H2 Views, 5 December 2023. Read the article The HYScale project has been initiated in response to the European Union’s (EU) commitment to reaching Net Zero by 2050. The project will focus on advanced alkaline membrane water electrolysis technology, with HYScale positioned to enhance the efficiency and affordability of green hydrogen production, […]
HYScale project launched to upscale AEM electrolysis technology
Article published in Hydrogen Tech World, 5 December 2023. Read the article HYScale, a new EU-funded project, has been launched with the aim of upscaling an efficient, durable, sustainable, and cost-effective electrolyser technology capable of operating stably at higher current densities than the current state of the art, promising a significant advancement in green hydrogen […]