Key Features
● Enables controlled adjustment and digital display of parameters including gas flow, liquid flow, temperature, pressure, and light intensity
● Compatible with electrolytic cells of various specifications and a range of reaction modules
● Supports high-precision and laboratory-scale power supplies and can be integrated with electrochemical workstations and other instruments
● Multiple modules can be interconnected while retaining independent operation, allowing flexible system configurations
● PC-based control software enables the calculation of electrical energy consumption and Faradaic efficiency
Applications
▲ Performance evaluation of electrocatalytic/photoelectrocatalytic water splitting for hydrogen and oxygen evolution
▲ Continuous-flow photoelectrocatalytic reaction studies in combination with a light source
▲ Electrocatalytic/photoelectrocatalytic CO₂ reduction
▲ Electrolysis of aqueous methanol solutions
▲ Performance testing of membrane electrode assemblies (MEAs)
▲ Catalytic degradation of liquid-phase pollutants
Product Specifications
| Output Voltage |
0–12 V |
Reservoir Capacity |
100 mL |
| Voltage Accuracy |
0.01 V |
Circulation Flow Range |
30–200 mL/min |
| Output Current |
0–20 A |
Hydrogen Flow Range |
0–200 mL/min |
| Current Accuracy |
0.01 A |
Oxygen Flow Range |
0–100 mL/min |
| Operating Pressure |
0–1.6 MPa (Medium-Pressure Version); 0–0.3 MPa (Atmospheric-Pressure Version) |
| Operating Temperature |
10–90 °C |
| System Monitoring |
Voltage, current, electrolyte flow rate and temperature, and gas flow rate |
| Control Functions |
Adjustment, control, and display of electrolysis voltage, current, electrolyte flow rate and temperature, pressure, gas flow rate, and other parameters |
| Gas–Liquid Separation |
Gas–liquid separation and drying |
| Gas Collection |
Measurement, collection, or discharge of generated gases |
| Extended Functions |
Current, voltage, and power monitoring; Faradaic efficiency calculation; and DC energy consumption measurement |
▲ Performance evaluation of electrocatalytic/photoelectrocatalytic water splitting for hydrogen and oxygen evolution
▲ Continuous-flow photoelectrocatalytic reaction studies in combination with a light source
▲ Electrocatalytic/photoelectrocatalytic CO₂ reduction
▲ Electrolysis of aqueous methanol solutions
▲ Performance testing of membrane electrode assemblies (MEAs)
▲ Catalytic degradation of liquid-phase pollutants
