Cylindrical wheel

Cylindrical wheelThe structure usually consists of adsorption and desorption zones, without a cooling zone. This design makesCylindrical wheelIt has high flexibility and convenience, suitable for handling situations with low air volume. At the same time, the modular design makes it easy to install and replace each module.

Cylindrical wheelCore advantages: flexibility and convenience (extending your perspective)

High flexibility: Due to the lack of cooling zones, the structure is simple, and the control system is relatively simplified. When the air volume and concentration fluctuate, rapid response can be achieved by adjusting the rotor speed and desorption temperature, which is very suitable for intermittent production or scenarios with changing working conditions.

█ Suitable for small and medium air volume: The "suitable for handling situations with small air volume" you mentioned is crucial. This compact structure has advantages in equipment cost, land occupation, and operating energy consumption compared to traditional large fixed bed systems in applications with small and medium air volumes (such as thousands to tens of thousands of cubic meters per hour).

Modularity and Convenience:

Easy installation: The modular wheel unit can be lifted as a whole and connected to the air duct, greatly reducing the on-site installation period.

Easy maintenance and replacement: When the adsorbent material reaches its service life or needs to be replaced to handle different pollutants, the entire wheel module can be removed and replaced with a new module, just like replacing a printer toner cartridge. This greatly reduces downtime and lowers the complexity of long-term maintenance.

Scalability: For situations where the air volume increases, sometimes multiple wheel modules can be operated in parallel to achieve flexible expansion.