Zeolite wheel waste gas treatment is a technology that utilizes a continuous process of adsorption desorption concentration incineration to treat and purify VOCs waste gas.

沸石轉輪的基質是陶瓷纖維表面涂布一層吸附劑，一般為活性炭或疏水性沸石，制成蜂巢狀圓形轉輪。轉輪分為三個區域，分別為吸附處理區、再生脫附區和冷卻區。吸附處理區較大，主要用于吸附廢氣中的VOCs；再生脫附區與冷卻區為兩個較小且面積相等的處理區域，分別為脫附和冷卻轉輪。

The substrate of the zeolite wheel is a layer of adsorbent coated on the surface of ceramic fibers, usually activated carbon or hydrophobic zeolite, to make a honeycomb shaped circular wheel. The runner is divided into three zones, namely the adsorption treatment zone, the regeneration desorption zone, and the cooling zone. The adsorption treatment area is relatively large, mainly used for adsorbing VOCs in waste gas; The regeneration desorption zone and cooling zone are two smaller and equally sized treatment zones, namely the desorption and cooling runner.

沸石轉輪廢氣處理過程包括以下步驟：

The process of treating zeolite runner exhaust gas includes the following steps:

前處理階段：車間收集的廢氣首先經過三級干式過濾器除去細小顆粒物，以保護治理效果和使用壽命。

Pre treatment stage: The exhaust gas collected in the workshop is first filtered through a three-level dry filter to remove small particles, in order to protect the treatment effect and service life.

吸附濃縮階段：預處理后的廢氣通過沸石被吸附，變頻主風機將凈化后尾氣排入大氣。

Adsorption concentration stage: The pre treated exhaust gas is adsorbed through zeolite, and the purified exhaust gas is discharged into the atmosphere by a variable frequency main fan.

脫附階段：轉輪內VOCs被濃縮在沸石吸附區，部分廢氣經過冷卻區后利用換熱器提供的熱流加溫，之后經過加熱器進行加熱到220℃左右，再進行脫附，脫附完成后旋轉至冷卻區，以常溫空氣吹噓冷卻至常溫、再旋轉至吸附濃縮區。

Desorption stage: VOCs in the runner are concentrated in the zeolite adsorption zone, and some of the exhaust gas passes through the cooling zone and is heated using the heat flow provided by the heat exchanger. Then, it is heated to around 220 ℃ by the heater before desorption. After desorption is completed, it is rotated to the cooling zone, cooled to room temperature with room temperature air, and then rotated to the adsorption concentration zone.

催化氧化階段：脫附出高濃度VOCs氣流，以脫附風機抽送至催化燃燒爐內進行催化裂解處理，VOCs被轉化為CO2(g)和H2O(g)排放至大氣。

Catalytic oxidation stage: High concentration VOCs gas flow is desorbed and pumped to the catalytic combustion furnace for catalytic cracking treatment using a desorption fan. VOCs are converted into CO2 (g) and H2O (g) and discharged into the atmosphere.

沸石轉輪廢氣處理具有應用范圍廣、性能高、運行穩定等優點。在使用過程中要關注其影響因素和使用方法，以保證其處理效果和安全性。

The treatment of zeolite runner waste gas has the advantages of wide application range, high performance, and stable operation. During use, attention should be paid to its influencing factors and usage methods to ensure its processing effectiveness and safety.