Duration: 226 minElectrochemistry
Low-Temperature Electrolyzer Degradation: AEMEL Workshop, Session 2
Channel: CleanHydrogenJU
- Advanced
- English
Electrolyser technologies: alkaline, PEM, AEM, SOECStep 4 of 6Next step
Electrochemistry · Technical talk · Advanced
Hyfindr - Hydrogen & Fuel Cell Technology29 minEnglish
Maik Heuer of DILICO Engineering explains why electrolyzer and fuel cell components such as membranes, electrodes and gaskets lose performance over time. The talk, published on the Hyfindr channel in December 2024, defines degradation and aging, then walks through causes including corrosion, mechanical damage and thermal damage. A second focus is measurement: techniques that map current and temperature distribution inside a cell to catch inefficiencies early. According to the video description, a 1% efficiency gain could be worth roughly €800,000 in additional revenue; the assumptions behind that figure are not stated or independently verified. The speaker's company also presents its own sensors, so expect some product emphasis. Suited to engineers working on stack lifetime and operating strategy.
This introduction is based on the video’s YouTube description and catalogue details. Source video: independent technical information. No expert opinion has been added to this video yet.
The viewer can analyze how corrosion, mechanical damage and thermal damage degrade electrolyzer cell components, and how current and temperature mapping supports early detection.
Duration: 226 minElectrochemistry
Channel: CleanHydrogenJU
Duration: 21 minElectrochemistry
Channel: Green Skills for Hydrogen
Duration: 41 minElectrochemistry
Channel: Innovate and React
Recommended viewing: 16 min / 41 min
Follow how cell-level concepts carry over into system design in our collections.