Many people have seen the combination of stone wheel device and catalytic combustion, but there are many catalytic combustion equipment, such as CO furnace, TO furnace, RCO, RTO, etc. The zeolite wheel device can be used in combination with these. Today, Hengfeng Blue Xiaobai will explain to you the combination of zeolite wheel device and catalytic combustion (CO)

沸石转轮装置是一种用于分离气体混合物中成分的技术。这种装置通常包含许多沸石分子筛轮，沸石分子筛轮可以选择性地吸附某些分子而不吸附其他分子，从而实现气体混合物中的成分分离。

The zeolite wheel device is a technology used to separate the components in gas mixtures. This type of device typically includes many zeolite molecular sieve wheels, which can selectively adsorb certain molecules without adsorbing others, thereby achieving component separation in gas mixtures.

催化燃烧CO是一种将CO（一种有毒有害气体）转化为CO2（一种相对无害的气体）的技术。这种技术使用催化剂来加速CO与氧气反应，从而减少CO的浓度。

Catalytic combustion of CO is a technology that converts CO (a toxic and harmful gas) into CO2 (a relatively harmless gas). This technology uses catalysts to accelerate the reaction between CO and oxygen, thereby reducing the concentration of CO.

沸石转轮装置+催化燃烧CO主要适用于处理高浓度CO废气。通常，CO浓度在500 ppm（体积分数）或更高时，才需要采用沸石转轮装置+催化燃烧CO进行处理。如果CO浓度较低，则可能使用其他废气处理技术更加适合。

The zeolite rotary device and catalytic combustion of CO are mainly suitable for treating high concentration CO waste gas. Usually, when the CO concentration is 500 ppm (volume fraction) or higher, it is necessary to use a zeolite rotary device and catalytic combustion of CO for treatment. If the CO concentration is low, other exhaust gas treatment technologies may be more suitable.

另外，对于大风量的废气处理，沸石转轮装置+催化燃烧CO可以与其他废气处理设备组合使用，以达到高效处理的目的。例如，可以将沸石转轮装置+催化燃烧CO与旋转喷淋废气处理装置或者湿式废气处理装置等组合使用，以适应大风量废气处理的要求。

In addition, for the treatment of high air volume waste gas, the zeolite runner device and catalytic combustion of CO can be combined with other waste gas treatment equipment to achieve efficient treatment. For example, a combination of zeolite runner device, catalytic combustion CO, rotating spray exhaust gas treatment device, or wet exhaust gas treatment device can be used to meet the requirements of high air volume exhaust gas treatment.