The zeolite rotary adsorption concentration device adopts three continuous processes of adsorption desorption concentration incineration, mainly used for the treatment of organic waste gas; Especially suitable for high air volume and low concentration situations. The adsorption device is made of ceramic fibers as the substrate, forming a honeycomb shaped large disk wheel system, and the surface of the wheel is coated with hydrophobic zeolite as an adsorbent. The zeolite rotary adsorption and concentration device mainly consists of a waste gas pretreatment system, a molecular sieve rotary concentration and adsorption system, a desorption system, a cooling and drying system, and an automatic control system. After the wheel is rotated, there is usually a post-processing system.

沸石转轮吸附浓缩原理

Principle of Zeolite Rotary Wheel Adsorption and Concentration

沸石转轮主体为一个装满吸附剂的旋转轮，其被划分为3个区域，即吸附区、再生区和冷却区。有机 废气经鼓风机引入吸附区，其中的有机污染物被吸附，气体得到净化排出。随后，吸附剂转动到再 生区，在与高温空气接触的过程中，VOCS被脱附下来并随再生空气流出，同时吸附剂获得再生。 再生后的吸附剂先经过冷却区降温，然后转动到吸附区重新进行吸附。随着转轮的转动，吸附剂周 期性地进行吸附、脱附和冷却，实现对有机废气的净化。

The main body of the zeolite wheel is a rotating wheel filled with adsorbent, which is divided into three areas, namely the adsorption zone, regeneration zone, and cooling zone. The organic waste gas is introduced into the adsorption zone through a blower, where the organic pollutants are adsorbed and the gas is purified and discharged. Subsequently, the adsorbent rotates to the regeneration zone, and during contact with high-temperature air, VOCS is desorbed and flows out with the regenerated air, while the adsorbent undergoes regeneration. The regenerated adsorbent first passes through the cooling zone to cool down, and then rotates to the adsorption zone for re adsorption. As the wheel rotates, the adsorbent periodically adsorbs, desorbs, and cools to achieve the purification of organic waste gas.

1、吸附、脱附效率高。

1. High adsorption and desorption efficiency.

2、沸石转轮吸附VOCS所产生的压降极低，可大大减少电力能耗。

2. The pressure drop generated by the adsorption of VOCS by zeolite wheels is extremely low, which can greatly reduce power consumption.

3、使原本高风量、低浓度的V〇CS废气，转换成低风量、高浓度的废气，浓缩倍数达到5-20 倍，大大缩小后处理设备的规格，运行成本更低。

3. Transforming the originally high air volume and low concentration VOCS exhaust gas into low air volume and high concentration exhaust gas, the concentration factor can reach 5-20 times, greatly reducing the specifications of the post-treatment equipment and reducing operating costs.

4、整体系统采用模组化设计，具备了最小的空间需求，且提供了持续性及无人化的操控模式。

4. The overall system adopts modular design, with minimal space requirements, and provides continuous and unmanned control modes.

5、系统自动化控制，单键启动，橾作简单，并可搭配人机界面监控蚩要操作数据。

5. System automation control, single button start, simple operation, and can be paired with human-machine interface monitoring to access operation data.