Electrolytic reactions are often accompanied by product accumulation, mass-transfer limitations, and electrode deactivation. Batch electrolysis only gives "end-point" data, making it hard to capture the dynamic changes in current density and product selectivity. The continuous-flow electrochemical reaction test system lets electrolyte pass through the cell at a constant flow rate, with products analyzed online or offline as they flow out—suitable for both long-term stability and rapid catalyst-library screening.
| Module | Function | Key Metrics |
|---|---|---|
| Flow electrolyzer | Drives reaction at constant current/potential | Current density, overpotential |
| Metering pump | Stable flow rate and residence time | Flow precision |
| Product collection/detection | Offline or online analysis of liquid/gas products | Selectivity, yield |
The PLR PECTS-L2200 Continuous-Flow Electrochemical Reaction Test System standardizes the above modules; researchers can conveniently switch flow rate and potential to plot activity–time curves.
Free consultation: Want to upgrade electrocatalysis evaluation into continuous-flow high throughput? Tell Perfectlight your system and flow-rate needs, and we will equip you with the PLR PECTS-L2200 and online detection.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Batch electrolysis only gives end-point data and suffers from product accumulation and mass-transfer limits; continuous flow yields dynamic activity–time curves and suits high-throughput screening.
It standardizes a flow electrolyzer, metering pump, and product collection so you can switch flow rate and potential to map activity against time.
Prefer offline chromatography/mass spectrometry, with online detection when needed; keep the reference electrode stable to avoid potential drift.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
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