1、 Overview:

This device utilizes exhaust gas to form a high-speed airflow, which transforms water into mist under the action of the high-speed airflow, greatly increasing the contact area between circulating water and exhaust gas, and achieving dust removal from exhaust gas and gases that are easily absorbed by water.

2、 Working principle:

The exhaust gas flows from bottom to top by the blower and enters the inlet of the Wen's scrubber. The circulating water flows out through the water jacket at the upper part of the inlet. The upward flowing exhaust gas carries the water upward and forms a high-speed airflow at the throat position on the upper part of the jacket, atomizing the water into a mist. Greatly increased the contact area between water and exhaust gas. Thus, in the further movement process, the dust in the exhaust gas and the gas that is easily absorbed by water are removed and carried in the water mist, and then separated from the water and gas by the steam water separation device. Water falls into the enlarged cylinder jacket and is discharged into the pool through the sewage outlet, while the air becomes clean gas and continues to be discharged upwards.

3、 Equipment characteristics.

1. Water and air come into contact in a misty manner, with a contact area several billion times larger. Form efficient dust removal. Good dust removal effect can meet environmental protection requirements.

2. This device is installed as an auxiliary device at the back of the system to reduce water usage. It is recommended to install cyclone dust removal or bag dust removal in the front section.

3. This equipment can also be used as a desulfurization device or as a device for removing odors from exhaust gas.

4. Water can be recycled and discharged after reaching a certain concentration. It is a water-saving device.