沸石转轮吸附和RTO催化燃烧是两种常用的废气处理技术，它们结合使用可以有效地去除废气中的有害物质。

Zeolite rotary adsorption and RTO catalytic combustion are two commonly used waste gas treatment technologies, and their combined use can effectively remove harmful substances from waste gas.

沸石转轮吸附技术是通过沸石的吸附作用将废气中的有机物质吸附在表面，从而实现净化废气的目的。沸石转轮吸附材料具有高比表面积和微孔结构，能够有效地吸附废气中的有机物质，例如苯、甲苯、二甲苯等挥发性有机物。

Zeolite rotary adsorption technology uses the adsorption effect of zeolite to adsorb organic substances in waste gas on the surface, thereby achieving the goal of purifying waste gas. Zeolite rotary adsorption materials have high specific surface area and microporous structure, which can effectively adsorb organic substances in exhaust gas, such as volatile organic compounds such as benzene, toluene, xylene, etc.

RTO催化燃烧技术是通过在高温下催化氧化废气中的有机物质，将其转化为无害的水和二氧化碳。RTO催化燃烧设备通常包括燃烧室、催化剂床、换热器等组成部分，可以地降解废气中的有机物质。

RTO catalytic combustion technology is the process of catalyzing the oxidation of organic matter in exhaust gas at high temperatures, converting it into harmless water and carbon dioxide. RTO catalytic combustion equipment usually includes components such as a combustion chamber, catalyst bed, heat exchanger, etc., which can efficiently degrade organic substances in exhaust gas.

将沸石转轮吸附和RTO催化燃烧技术结合使用，可以将吸附在沸石表面的有机物质在高温下催化氧化，从而将其彻底分解为无害物质。这种技术组合不仅可以提高废气处理的效率，同时还可以减少对环境的污染。

The combination of zeolite wheel adsorption and RTO catalytic combustion technology can catalyze the oxidation of organic substances adsorbed on the surface of zeolite at high temperatures, thereby completely decomposing them into harmless substances. This combination of technologies can not only improve the efficiency of waste gas treatment, but also reduce environmental pollution.