Industrial Exhaust & Oil Fume Treatment Equipment
| Brand | ST |
|---|---|
| Superficial air velocity | 0.5–0.8 m/s |
| Empty-tower air resistance | >30% |
| Channel aperture | 1.5, 3.0, 4.0, 5.0, 6.0, 8.0 mm |
| Iodine value | 400–850 mg/g |
| Axial compressive strength | ≥0.9 MPa |
| Static benzene adsorption | >30% |
| Dynamic benzene adsorption | >30% |
| Carbon tetrachloride adsorption | 50–85% |
| Specific surface area | 450–900 m²/g |
| Standard dimensions | 100 × 100 × 100 mm; 100 × 100 × 50 mm |
Specifications can be customized to your requirements.
Specify the quantity and configuration in your inquiry.
Honeycomb Activated Carbon captures adsorbable organic vapours from exhaust air, helping reduce the VOC and odour load leaving a process. Gas passes through the block’s open channels while contaminants attach to the porous carbon surfaces, allowing an adsorption cabinet to treat vapours that ordinary particle filters do not collect.
The rigid blocks form a replaceable adsorption bed. Choose the channel aperture and block depth together with the cabinet airflow, gas composition and available pressure, so the air contacts the carbon without bypassing gaps between blocks.
FEATURES
The visible channels provide a path for airflow; the much smaller pores within the carbon provide adsorption sites for organic molecules. Channel aperture and specific surface area describe different parts of this structure.
The square format supports orderly loading in trays or fixed-bed housings. Keep channels aligned with the airflow and seal perimeter gaps to direct the gas through the media.
The 100 mm block provides a longer flow path than the 50 mm block when installed along the airflow. Select depth and the number of layers together with contact time and fan pressure.
APPLICATIONS
Use as the adsorption stage for suitable organic vapours in coating, printing or other process exhaust, after upstream dust and mist removal.
Treat captured organic vapours from material handling and process ventilation, selecting the carbon for the actual solvent mixture and concentration.
Use in auxiliary process ventilation where the treatment target is an adsorbable organic vapour or odour compound.
Treat suitable organic odours in collected off-gas; direct liquid-phase polishing requires a water-resistant grade selected for the water chemistry and target organics.
Use for organic odours in process extraction, with grease and excess moisture removed before the air reaches the carbon bed.
SELECTION AND UPKEEP
Select the carbon grade for the compounds being collected, their concentration, temperature and humidity. Use iodine value and adsorption data alongside these conditions when comparing options.
Smaller channels provide more channel-wall area within a similar block, while larger channels offer a more open flow path. Match aperture, depth and loading pattern to the required airflow and available fan pressure.
Track outlet contaminant concentration to schedule media changes. Check pressure drop for blockage and maintain upstream filters so dust or oil does not coat the carbon.
FAQ
Adsorption holds contaminants on the carbon. Replace spent blocks or use a regeneration process selected for the carbon and captured substances.
Choose the block depth to fit the cabinet and adsorption-bed design. A longer flow path changes contact time and resistance, so depth should be selected with airflow and the required treatment duty.
PROCUREMENT / INQUIRY
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