Pulsenics and Politecnico di Torino demonstrate that operando EIS can identify and distinguish CO₂ electrolyzer failure modes in real time, before gas analysis detects any performance loss.
Pulsenics and Politecnico di Torino demonstrate that operando EIS can identify and distinguish CO₂ electrolyzer failure modes in real time, before gas analysis detects any performance loss.
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Collaboration with University of Quebec at Trois-Rivières (UQTR) and the National Research Council of Canada (NRC) demonstrates that EIS enables accurate forecasting of PTL failure in electrolyzers.
OxEon Energy will present findings from their collaboration with Pulsenics at EFCF 2026 in Lucerne, detailing how real-time, cell-level EIS diagnostics supported long-duration durability testing of SOE stacks across multiple feedstock conditions to advance degradation understanding and stack reliability.
CERES Power will present at EFCF 2026 in Lucerne, showcasing how EIS diagnostics using Pulsenics technology enabled advanced quality control and performance characterization of SOE stacks across a wide range of operating conditions.
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