Description
Product Overview
The EC-GDE-SE3 is a two-electrode, three-chamber gas diffusion electrochemical cell designed for solid-electrolyte electrolysis research and flow-field development. Its central solid-electrolyte chamber incorporates a serpentine flow field to support mass-transfer studies, device optimization, and technology validation. The cell retains the gas-fed electrode architecture and ion-exchange membranes for high-purity aqueous liquid-product generation through a flowing pure-water stream.
Key Features
- Central Serpentine Flow Field: A serpentine flow field in the central chamber supports flow-field development and mass-transfer studies.
- Solid-Electrolyte Product Recovery: A flowing pure-water stream collects aqueous liquid products from the central solid-electrolyte chamber.
- Two-Electrode Gas-Fed Architecture: A three-chamber, two-electrode configuration integrates gas diffusion electrodes and ion-exchange membranes for solid-electrolyte electrolysis research.
Technical Specifications
| Chamber Structure | Three-chamber |
| Electrode System | Two-electrode |
| Anode–Cathode Gap | 3 mm |
| Active Area | 4 cm² (20 × 20 mm, customizable) |
| Anode and Cathode | Sheet-type gas diffusion electrodes |
| Central-Chamber Design | Serpentine flow field |
| Cell Body Material | Ti + PEEK |
| Gas Flow Field | Serpentine (customizable) |
Typical Applications
- Central flow-field development.
- Mass-transfer studies.
- Electrochemical device optimization.
- Solid-electrolyte electrolysis and technology validation.
Configuration & Intended Use
The EC-GDE-SE3 is designed for flow-field development and mass-transfer studies. Its central serpentine flow field supports device optimization and technology validation, making it suitable for research focused on central-chamber flow-field design.
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