Wet oxidation photochemical advanced oxidation device

Wet oxidation photochemical advanced oxidation deviceDesign and advantages

1. Anlis has been deeply involved in UV technology and applications for more than 20 years, with a strong design and research team involved in various application fields of UV equipment. Especially for the practical application of more difficult medium voltage ultraviolet lamps (operating surface temperature of 800 ℃), Anlis has rich operating experience and strong local after-sales service capabilities.

2. For advanced photochemical oxidation reactors, high-intensity, high light energy density, and high transmittance reactors are used to ensure effective output of ultraviolet radiation.

3. The reactor flow channel is ingeniously designed and controlled by the water flow layer, unaffected by water color and turbidity.

4. By combining CFD simulation technology with practical applications, the high-speed swirling flow ensures the optimal reaction conditions for the diffusion boundary layer.

5. Fluid dynamics turbulence design, where friction prevents waste accumulation inside the pipeline.

6. The design of the UV reflective layer utilizes the principle of total reflection to evenly distribute and fully utilize UV light intensity, greatly improving the effective utilization of UV light and reducing energy consumption.

7. Having multiple protections to ensure no UV leakage and safe production. Borosilicate protective tube+stainless steel cover.

The automatic control system provided by Anlis is designed based on Siemens programmable controllers, equipped with digital and analog input/output modules, as well as communication interfaces. The operation interface is installed on the control cabinet door, displaying the system status and allowing manual operation and setting of relevant parameters.

Wet oxidation photochemical advanced oxidation deviceThe core advantages include:

1. Each UV lamp is equipped with an EUV module controller to ensure that the lamp tube operates at optimal operating parameters, safeguarding the entire lifecycle of the UV lamp.

2. Meet the requirements of process operation conditions in multiple aspects, provide customers with system customized control requirements, truly meet the multi-purpose needs of one machine, and deal with various water quality fluctuations.

3. A complete, concise, and user-friendly human-computer interaction interface allows customers to master equipment operation through simple training.