Description

Understanding why electrochemical systems fail is essential to improve their performance, reliability, and lifetime.

At CIC energiGUNE, we provide advanced analytical capabilities to support the post-mortem and targeted investigation of degradation phenomena in electrochemical systems, including water and CO₂ electrolysers, batteries, and electrocatalytic devices.

Our approach combines electrochemical expertise with high-sensitivity techniques such as Electrochemical Mass Spectrometry (EC-MS), enabling the detection and quantification of gaseous and volatile species associated with degradation processes.

This allows the identification of reaction pathways, parasitic processes, and material or interface instabilities that are often not accessible through conventional characterization methods.

What can we do-services

 

  • Perform post-mortem analysis to identify failure causes after operation
  • Detect and quantify gas evolution linked to degradation and side reactions
  • Analyse electrolyte decomposition and interphase instability
  • Identify parasitic reactions affecting efficiency and durability
  • Correlate electrochemical performance with chemical degradation processes
  • Provide advanced analytical insight to complement external testing and cycling activities

 

For who-industries

 

  • Electrolyser developers (water and CO₂ electrolysers)
  • Manufacturers of low-temperature electrolyser components (catalysts, membranes, electrodes, MEAs)
  • Electrocatalysis technology developers
  • Battery developers and manufacturers
  • R&D centres and industrial innovation teams working on electrochemical systems

 

We offer - solutions

 

  • Root-cause analysis of degradation and failure mechanisms
  • Identification of gas-related degradation pathways and side reactions
  • Advanced characterization using high-sensitivity techniques such as EC-MS
  • Insight into chemical and interfacial processes impacting performance and lifetime
  • Support to improve materials selection, system design, and operational strategies
  • Access to a highly specialised infrastructure with limited availability in Europe

 

Back to Transversal Services

Cookies on this website are used to personalize content and advertisements, provide social media features, and analyze traffic. You can get more information and configure your preferences HERE