The activated carbon adsorption box exchanges with the outside air through the air inlet, sucking the air containing pollutants into the box. This process ensures that the air can be evenly distributed on the adsorption layer of the activated carbon, thereby improving the adsorption efficiency.
| Type: | Activated carbon adsorption device |
| Material: | Steel with powder coated, stainless steel |
| Application range: | Industrial waste gas treatment |
| Customization: | Yes |
| Treatment efficiency: | 98% |
| Control mode: | Manual control, automation |
The activated carbon adsorption box exchanges with the outside air through the air inlet, sucking the air containing pollutants into the box. This process ensures that the air can be evenly distributed on the adsorption layer of the activated carbon, thereby improving the adsorption efficiency.
Activated carbon is highly porous, and its pore structure is complex and diverse, including micropores, mesopores and macropores. The presence of these pores gives activated carbon a huge specific surface area, usually up to hundreds to thousands of square meters per gram. This feature enables activated carbon to efficiently adsorb tiny particles and harmful substances in the air. The adsorption capacity of activated carbon depends not only on its specific surface area, but also on factors such as its pore size distribution, chemical properties, and adsorption conditions. Therefore, when selecting activated carbon, it is necessary to comprehensively consider the specific application scenario and pollutant type
| Model | BAC-ACAB-A01 | BAC-ACAB-A02 | BAC-ACAB-A03 |
| Cabinet size(mm) | 700x700x550 | 800x800x800 | 1200x650x665 |
| Air flow(m/h) | 1000 | 2000 | 8000 |
| Cabinet material | Cold steel spray/ stainless steel | ||
| Resistance(Pa) | 1-500(Specifically based on the filter combination) | ||
| Filter efficiency | Pre-filter, Medium filter,HEPA filter, Activated carbon filter, Negative ion, Ozone generator, Various combinations | ||
The working principle of the activated carbon adsorption box is mainly based on the adsorption performance of activated carbon. When the air containing pollutants passes through the activated carbon adsorption box, the molecular attraction or chemical bond force in the microporous structure of the activated carbon will attract the harmful molecules in the exhaust gas, causing them to concentrate and remain on the solid surface of the activated carbon, thereby achieving the effect of removing pollutants.
Activated carbon adsorption box is widely used in various air purification fields due to its efficient adsorption capacity and stable performance.
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