The Advanced Potential Monitoring Flow Cell is a specialized variant of the X-Cell platform, engineered for precise in-situ half-cell potential analysis during electrochemical experiments. This modular cell is designed to integrate seamlessly with external reference electrodes via a Luggin capillary type connection, allowing researchers to accurately decouple the performance of the anode and cathode in complex systems like AEMWE, PEM, and CO₂ reduction.

• Decoupled Potential Measurement: Features dedicated ports for a Luggin capillary connection, enabling accurate measurement of individual electrode potentials without the reference electrode being exposed directly to the cell environment.
• High-Temperature Operation: Allows the cell to be operated at elevated temperatures (up to 95°C) without compromising the stability or integrity of the external reference electrode.
• Multi-Electrode Connectivity: Includes four ports for connecting up to three external reference electrodes, providing flexibility for advanced diagnostic techniques.
• Broad Chemical Compatibility: Constructed from corrosion-resistant polymers (PEEK/PTFE) to minimize ion leaching and ensure catalyst integrity across the full pH range (pH 0-14).
• Versatile Application: Ideal for fundamental studies in Alkaline Water Electrolysis (AWE), Anion Exchange Membrane Water Electrolysis (AEMWE), PEM electrolysis, and non-aqueous electrochemical systems.