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Purem by Eberspächer has presented the first pressure vessels for Topsoe’s solid oxide electrolyzers (SOEC) at its site in Neunkirchen, Germany. These components are part of a scalable manufacturing concept for the production of green hydrogen.
A new flow sensor developed by Allengra for use in alkaline electrolyzers not only measures the flow rate of the potassium hydroxide solution, but also determines its concentration in real time.
The Japanese corporation Asahi Kasei first commercialized chlor-alkali electrolysis back in 1975. Now, the company has made its electrodes more durable by introducing an innovative nickel coating. The new process is also intended for potential use in alkaline water electrolysis.
Smart Testsolutions has developed a novel electrochemical impedance spectroscopy (EIS) system for fuel cells as part of the "FullStack TS" research project. For the first time, the technology enables time-synchronous EIS measurements on hundreds of individual cells within a fuel cell stack.
Heraeus Precious Metals, in collaboration with the research service provider hte, has developed a ruthenium-based catalyst for the decomposition of ammonia to produce hydrogen.
Ostermeier H2ydrogen Solutions (OHS) has signed a cooperation agreement with the Rhein Köster Group to market its hydrogen training system internationally. The partnership aims to strengthen hands-on training in hydrogen technologies on a global scale.
Recently, the German government presented a draft provision on Klimaschutzverträge, also called Carbon Contracts for Difference (CCfD) in the EU. On the basis of a 15-year contract between the government and the business, those who do their production in a climate-friendly manner are to receive...
