1Horizontal cross type washing towerProduct Overview

Horizontal cross washing towers are widely used in the treatment of corrosive gases and can also be applied to electronics, semiconductors PCB、 Engineering projects in areas such as chemical, electroplating, metal, papermaking, and waste gas treatment in wastewater treatment plants. Designed according to international standardized standards and finely crafted, the product is fully planned and designed according to your needs. It is customized using ethylene based saturated resin raw materials, and the surface of the product has been strengthened with hardness and anti UV aging treatment. The supporting electrical appliances all adopt automatic protection facilities, fully adapting to 24-hour uninterrupted operation, especially suitable for high demand enterprises in large-scale continuous production. The horizontal washing tower has a cross direction between the direction of airflow and the direction of spraying agents. Due to its compact structure, the height of the treatment system is greatly reduced, and the processing air volume of a single machine can reach over 5000m3/min. The filling material of the horizontal cross washing tower is made of PP material, with a multi tooth TELLERTTE shape, a porosity of 95, and a specific surface area of 90 m2/m3; The filling material for the dewatering layer is made of PP material, with a circular TELLERTTE shape, a porosity of 95, and a specific surface area of 180 m2/m3. The sprinkler head adopts a PP120 degree rotating non clogging nozzle. There are no metal components in the system. Therefore, the entire system has strong acid and alkali resistance; The resistance of the entire system is less than 40mmAq, greatly saving energy consumption.

IIHorizontal cross type washing towerProcessing principle

The fan unit of the washing tower system sucks the exhaust gas into the washing tower and flows through the filling layer (the medium for gas liquid contact reaction), allowing the exhaust gas to fully contact the liquid (washing liquid) flowing on the surface of the filling material, in order to adsorb acidic or alkaline pollutants contained in the exhaust gas. After washing, the waste liquid is collected in a collection tank and discharged into the wastewater system for treatment.

IIIHorizontal cross type washing towerScope of Application

1) The treatment of various harmful gases such as H2S, SOX, NOX, HCI, NH3, CI2 and other odorous gases;

2) Deodorization device for sewage treatment plant;

3) Process exhaust treatment in semiconductor optoelectronic industry;

4) Treatment of waste gas from leachate storage tanks in landfills;

5) Treatment of exhaust gases emitted from incinerators and industrial furnaces.

Electroplating, pre-treatment, chemical industry, steel industry, semiconductor manufacturing industry, dye industry, etc. in the printed circuit board industry and electronic component industry.

4Horizontal cross type washing towerProduct Features

1) Water washing exhaust gas treatment system, cheap in price and simple in treatment method;

2) Horizontal structure is suitable for installation in larger spaces;

3) Gas, liquid, and solid pollution sources can all be treated;

4) Multi stage filling layer design can be adopted to treat mixed pollution sources;

5) Low system pressure loss, suitable for high air volume.

5Horizontal cross type washing towerProduct advantages

1) The processed medicinal solution can be recycled, saving water usage during operation;

2) Adopting automated control operation design, easy to operate;

3) The equipment has a simple structure, is easy to maintain, and has low operating costs;

4) The adoption rate of air supply fans results in better energy efficiency;

5) The filling material has a large specific surface area and good adsorption effect;

6) Automatic detection of alkali value combined with dosing device, easy to operate;

7) Fully enclosed type, suitable for both indoor and outdoor use.

VIHorizontal cross type washing towerprocessing power

Economically and effectively treating acidic and alkaline waste gases, with a removal rate of over 99%.