Efficient and Energy-Saving Design:
The system is equipped with a matched dual-chamber electrolysis cell, with close electrode spacing, significantly improving mass transfer efficiency, reducing system cell voltage, lowering power consumption, and positively impacting both experimental outcomes and costs.
Integrated Product Handling:
The system provides a complete product separation, drying, and measurement setup with a reserved collection port, allowing users to easily collect and analyze products, and directly use them in the next step of the reaction, facilitating the determination of reaction products for analysts.
Intelligent Control:
The system's electrolyte temperature, flow rate, and reaction pressure are all measurable and controllable, providing a quick solution for screening experimental conditions, accelerating R&D progress, and helping users explore more application directions.
Application Expansion:
The system offers data such as power consumption and Faraday efficiency calculations, helping analysts easily obtain accurate experimental measurement data.
Electrocatalytic H₂O decomposition for hydrogen and oxygen production performance evaluation
Electrocatalytic CO₂ reduction
Electrolysis of methanol solution
Flow phase photoelectrocatalytic reaction research
MEA membrane electrode performance testing
Catalytic degradation of liquid pollutants
| Product Specifications | ||||
| Output Voltage | Voltage Accuracy | Output Current | Current Accuracy | Reservoir Capacity |
| 0~12 V | 0.01 V | 0~20 A | 0.01 A | 100 mL |
| Circulation Flow Range | Hydrogen Flow Range | Oxygen Flow Range | Operating Pressure | Operating Temperature |
| 30~200 mL/min | 0~200 mL/min | 0~100 mL/min | 0~1.6 MPa (Medium Pressure Version) 0~0.3 MPa (Atmospheric Pressure Version) |
10~90°C |
