PLR-WTCD-05O photoelectrocatalytic water treatment device Introduction: The system is based on the application of photoelectrocatalysis and aims to achieve photoelectrocatalytic water treatment. It is designed as an outdoor demonstration type photoelectrocatalytic water treatment equipment for small-scale municipal sewage treatment analysis. The entire reactor has a liquid loading capacity of 5L and a reaction zone area of 27 × 27 cm ². Combined with a solar tracking system, it can monitor and record reaction data in outdoor environments. The overall structure of the photocatalytic water treatment device can be divided into five parts: solar tracking gimbal, photocatalytic reactor, solution circulation and transportation system, system framework, monitoring and control, etc. Technical parameters: Reaction area: 27 × 27 cm ² Reactor bottom plate: tempered glass Reactor light window: tempered glass Reaction flow rate: 0.3~3.6 L/min Bracket unit: outdoor mobile box+automatic tracking bracket (demonstration type) Circulating pump: integrated base (3.6 L/min) Liquid storage tank: integrated base (25 L) Circulating flow rate: 0.3-3.6 L Radiation sensor: 0~2000 W/m ² Liquid layer thickness: channel layer thickness (50 mm) Data recording: current, voltage, irradiance, temperature, pressure Indoor/Outdoor Application: Outdoor System power supply: 220 V Upper computer or remote: PLC centralized monitoring Operating pressure: The reactor can withstand a pressure of approximately 40 kPa Operating temperature: 5 ℃ (solution does not freeze, electrical does not condense)~60 ℃
Introduction: The system is based on the application of photoelectrocatalysis and aims to achieve photoelectrocatalytic water treatment. It is designed as an outdoor demonstration type photoelectrocatalytic water treatment equipment for small-scale municipal sewage treatment analysis. The entire reactor has a liquid loading capacity of 5L and a reaction zone area of 27 × 27 cm ². Combined with a solar tracking system, it can monitor and record reaction data in outdoor environments. The overall structure of the photocatalytic water treatment device can be divided into five parts: solar tracking gimbal, photocatalytic reactor, solution circulation and transportation system, system framework, monitoring and control, etc.
