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  Industrial Air Pollution Control Equipment – Wet Scrubbers use water or chemical solutions to capture and neutralize pollutants in industrial exhaust gases.
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  Industrial Air Pollution Control Equipment – Scrubber internals are key components installed inside wet scrubbers to improve gas-liquid contact, liquid distribution, mass transfer, and mist separation.
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  Industrial Air Pollution Control Equipment – Fans can be used together with wet scrubbers and other equipment to form a complete exhaust gas collection and treatment system.
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  Industrial Air Pollution Control Equipment – Adsorption Equipment & Media are used to remove gaseous pollutants from industrial exhaust streams through physical or chemical adsorption.
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  Industrial Air Pollution Control Equipment – Dust Filtration refers to the removal of particulate matter from industrial exhaust air through filtration or separation equipment.
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Different equipment, such as wet scrubbers, adsorption units, filters, fans, and scrubber internals, can be selected according to the characteristics of the exhaust gas and treatment requirements.

Acid and Alkali Exhaust Gas Treatment

Industrial Odor Control

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Through customized solutions tailored to specific working conditions and emission standards, we help enterprises achieve compliant emissions, improve environmental quality, and strengthen green competitiveness.

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Ceramic Structured Packing

Home Products Scrubber Internals Structured PackingCeramic Structured Packing

Scrubber Internals

Ceramic Structured Packing – For High-Temperature and Corrosive Media

Ceramic Structured Packing is a gas–liquid mass transfer packing composed of multiple layers of ceramic corrugated sheets arranged in a regular pattern in specific orientations. Adjacent corrugated sheets are typically arranged in alternating crosswise orientations, forming continuous, regular inclined flow channels within the packing, enabling thorough contact between gas and liquid on the packing surface.

Ceramic Material offers good high-temperature resistance and corrosion resistance, as well as good surface wettability; therefore, it is suitable for absorption, scrubbing, distillation, and mass transfer operations involving acidic media, high-temperature gases, and certain corrosive chemical processes.

A piece of Ceramic Structured Packing placed on a flat surface

Features

Good high-temperature resistance. Ceramic Material can be used for Gas–Liquid Mass Transfer and exhaust-gas treatment under relatively high-temperature conditions.
Resistant to corrosion by most acidic media. Offers good resistance to various inorganic acids and corrosive gases.
Good surface wettability. The ceramic surface promotes liquid spreading and the formation of a more uniform liquid film, thereby improving gas–liquid contact.
Suitable for high-temperature conditions. Ceramic's high thermal stability enables an operating temperature above 1000 °C.

Specifications

Table 1: Ceramic Structured Packing Specifications
Model	Surface area (m²/m³)	Void fraction (%)	Theoretical stages (M^-1)	Pressure drop (Pa/m)
100X,Y	100	90	1	250-300
125X,Y	125	87	1.5-2.8	280-350
160X,Y	160	87	1.8-2.0	250-300
250X,Y	250	82	2.3-2.5	220-280
350X,Y	350	78	2.5-2.8	200-260
400X,Y	400	76	2.8-3.2	180-260
450X,Y	450	75	3-4	200-250