This system is based on photoelectrocatalytic applications, with photoelectrocatalytic water treatment as the goal. It constructs a demonstration-type photoelectrocatalytic water treatment device for outdoor applications, designed for small-scale municipal wastewater treatment analysis. The entire reactor has a liquid capacity of 5L, a reaction area of 27×27 cm², and is equipped with a solar tracking system to monitor and record reaction data in an outdoor environment.
The photoelectrocatalytic water treatment device's overall structure can be divided into five main parts: solar tracking platform, photoelectrocatalytic reactor, solution circulation delivery system, system framework, and monitoring control.
| Reaction Area | 27 × 27 cm² | Reactor Bottom Plate | Tempered Glass |
| Reactor Light Window | Tempered Glass | Reaction Flow Rate | 0.3 ~ 3.6 L/min |
| Support Unit | Outdoor Mobile Box + Automatic Tracking Bracket (Demonstration Type) | ||
| Circulation Pump | Integrated in Base (3.6 L/min) | Storage Tank | Integrated in Base (25 L) |
| Circulation Flow Rate | 0.3-3.6 L | Irradiance Sensor | 0 ~ 2000 W/m² |
| Liquid Layer Thickness | Channel Layer Thickness (50 mm) | ||
| Data Recording | Current, Voltage, Irradiance, Temperature, Pressure | ||
| Indoor / Outdoor Application | Outdoor | System Power Supply | 220 V |
| Host Computer or Remote | PLC Centralized Monitoring | ||
| Operating Pressure | Reactor Pressure Tolerance ~ 40 kPa | ||
| Operating Temperature | 5℃ (Solution not freezing, Electrical not condensing) ~ 60℃ | ||
