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Cylindrical Zeolite Rotor

The Cylindrical Zeolite Rotor is a highly efficient gas purification and separation equipment. After the exhaust gas containing low concentration of VOCs enters the cylindrical zeolite rotor, the exhaust gas is adsorbed by the zeolite molecular sieve inside. The purified gas is discharged into the atmosphere with the help of the induced draft fan, while the zeolite molecular sieve continues to rotate to achieve continuous adsorption and regeneration. Compared with the traditional disc VOCs concentrators, the cylindrical zeolite rotor is more suitable for intermittent working conditions.

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Waste water treatment VOC Concentrator Waste Gas Treatment Chemical reactor Fine Chemical EPC

Technical Parameters

Working Principle

Product Advantage

Application

FAQ

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Working Principle

The cylindrical zeolite rotor is divided into three areas by a special sealing device: adsorption area, regeneration area and isolation area. The cylindrical zeolite rotor is based on the adsorption characteristics of zeolite molecular sieves and the working principle of dynamic rotation operation.

After pretreatment to remove paint mist, dust and water vapor, the organic waste gas slowly enters the rotating cylindrical zeolite rotor. At this time, the pollutant molecules in the waste gas are adsorbed, and the purified gas is discharged. Subsequently, the adsorption saturated area rotates to the regeneration area, and after contacting with high-temperature air, it completes desorption and regeneration, and returns to the adsorption area for adsorption again. As the cylindrical zeolite rotor rotates, the cylindrical zeolite rotor adsorption bed periodically adsorbs and desorbs, thereby purifying the organic waste gas.

Product Features

We use the modified molecular sieve and rotor module formula developed independently to significantly improve the waste gas adsorption capacity, with an adsorption efficiency of more than 90%.

High treatment efficiency
We designed and manufactured the surface microstructure of the mesh membrane, so that the adsorbed VOCs can be desorbed by small air volume and high temperature gas in a shorter time under high temperature activation conditions.

High desorption rate
The cylindrical zeolite rotor has a higher concentration ratio than the VOCs concentrator, which can reach 10-50 times.

High concentration ratio
We use molecular sieves with high Si/Al ratio, which will make the zeolite drum more hydrophobic and can cope with more severe working conditions.

High hydrophobicity
Our transmission system has a speed monitoring function, which can shut down to protect the equipment; our sealing system uses high-quality materials, has low replacement costs after the maintenance period, and is easy to install.

Stable transmission and sealing systems

Application

Various dpray painting workshops

Automobile manufacturing, hardware furniture, shipbuilding, bicycle manufacturing, metal products, etc.

Various printing

workshops

Gravure printing, building decoration material printing, packaging printing, etc.

Other

Various synthetic resins, rubber products, semiconductors, aluminum profiles, coatings, etc.

FAQs

Advantages of Cylindrical Zeolite Rotor over VOCs concentrator

(1) Cylindrical Zeolite Rotor are all modular in design, which is convenient for later maintenance and replacement;
(2) Cylindrical Zeolite Rotor occupy a smaller area than VOCs concentrators and can be stacked up;
(3) Cylindrical Zeolite Rotor have a high concentration ratio. Their unique design allows the concentration ratio to reach 10-50 times, which is higher than that of VOCs concentrators, reducing equipment load and operating costs.
What is the air volume processed by the Cylindrical Zeolite Rotor ?

The air volume processed by a single module in the cylindrical zeolite rotor is about 2000m³/h. The single layer of zeolite modules can be stacked up, and the optimal number does not exceed 24.

Cylindrical Zeolite Rotor

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