Odor Gas Inflow
Gas captured at the source is stably transported to the adsorption tower.


ODOR CONTROL SYSTEM
ACTIVATED CARBON TOWER
A/C TOWER uses the vast microporous surface of activated carbon to adsorb odor and gaseous pollutants. Its process is simple and applicable to a wide range of low- and medium-concentration odors, making it highly versatile in the field.
Treatment efficiency depends on the type and volume of activated carbon, gas residence time, and moisture and dust conditions. Changjo Eng analyzes the target substance and operating environment to design the adsorption bed and replacement cycle.
PROCESS FLOW
Gas captured at the source is stably transported to the adsorption tower.
Dust and moisture that would impair adsorption performance are managed to the required level.
The activated carbon's micropores adsorb odor and gaseous pollutants.
Treated gas that has passed through the adsorption bed is safely discharged.

ADSORPTION DESIGN
Even for the same tower, stable performance requires selecting activated carbon suited to the target gas and securing sufficient contact time. We design the structure to reduce pressure loss and adsorption-bed channeling, and to allow saturated activated carbon to be replaced safely.
DESIGN POINT
Suitable adsorbents, such as standard or impregnated activated carbon, are selected to match the target.
Inlet and support layers are configured so gas doesn't concentrate in specific sections.
Work access is secured to handle activated carbon loading/unloading and spent-adsorbent disposal.
FIELD APPLICATION