Hydrogen technology scalum® developed by thyssenkrupp nucera recognized with an award for its significant impact.
Thyssenkrupp Nucera's scalum® alkaline water electrolysis (AWE) technology is making waves in the hydrogen industry, being recognized for its potential in driving future advancements. This modular technology, consisting of 300 high-efficiency cells per module, is aimed at improving large-scale green hydrogen production efficiency.
Dr. Christoph Noeres, Head of Green Hydrogen at thyssenkrupp nucera, stated that scalum is the heart of their alkaline water electrolysis and key to large-scale industrial plants. The technology focuses on addressing key technical challenges such as minimizing gas cross-over, which impacts both safety and efficiency, by employing precise regulation and advanced sensors. Scalum® also benefits from innovations in electrode materials, including a shift from rare and expensive materials to nickel-based electrodes that reduce cost while maintaining performance in AWE systems.
The technology is part of broader European research and industrial efforts to develop second-generation electrolysers that improve durability, efficiency, and cost-effectiveness for hydrogen production. Critical components like membranes are a focus for extending system lifetime since they degrade over roughly 1,000 production hours currently.
Potential impacts of scalum® include enabling large-scale green hydrogen production, supporting regional hydrogen hubs such as those envisioned in the Netherlands. It also contributes to decarbonization efforts by producing hydrogen via renewable-powered electrolysis without CO₂ emissions. Additionally, cost reductions through improved materials and system efficiency make green hydrogen more competitive. Enhanced safety and operational reliability are also achieved via advanced control of gas cross-over risks.
Thyssenkrupp Nucera's scalum technology has set them apart as leaders in the hydrogen field, playing a significant role in the global transition to sustainable, carbon-neutral energy systems. Recently, thyssenkrupp nucera has won an award for its influential hydrogen technology, scalum®. The award jury for hydrogen industry technology, consisting of experts from power generation, electrolysis, and industry associations, recognised the technology's potential and impact on the hydrogen industry. This award serves as an additional incentive for thyssenkrupp nucera to continue developing scalum further.
Scalum is the product name for thyssenkrupp nucera's highly efficient 20 megawatt (MW) modules for alkaline water electrolysis. Each scalum unit contains approximately 300 highly efficient cells, making it a powerful tool in the fight against climate change and the transition to a sustainable energy future.
- The scalum technology developed by Thyssenkrupp Nucera, with its focus on green hydrogen production, reflects the company's commitment to innovation in environmental science and technology.
- The award granted to scalum highlights its significant role in addressing climate-change challenges, particularly in the production of green hydrogen through renewable-powered electrolysis.
- The potential advancements brought by scalum technology extend beyond the hydrogen industry, contributing to the development of green hydrogen hubs and furthering the global transition towards carbon-neutral energy systems.
