Ceramic honeycomb catalyst
The catalyst has been developed to remove many kinds of bad odor and harmful gases that occur at low and high temperatures and in our daily lives. We chose the shape of honeycomb, which is an ideal form for removing most of target gases without interfering in the flow or air. This deodorant removes bad odor occurring in our daily lives through adsorption method, using the broad surface area shaped like a honeycomb that promotes oxidation dissolution of such bad odor. It is the most efficient deodorizing catalyst method in the deodorant history. The active carbon used in deodorizing catalyst boasts its deodorizing effect as it has a deodorizing surface area two times larger in size than that of charcoal usually used.
Purpose|Removal of odor causing gases (NH3, H2S, (CH3)3N,CH3SH) and VOCs
Application|Removal of odor causing gases (NH3, H2S, (CH3)3N,CH3SH) and VOCs
50 ~ 400CPSI (Cell Per Square Inch )
Compact-size honeycomb|Below 100mm
- 2CH₃SH + 1/2O₂
- (CH₃)₂S₂ + H₂O [5℃]
- 4(CH₃)₃N + 21O₂
- 12CO₂ +18H₂O +2N₂ [100℃]
- H₂S
- Adsorption
- 4NH₃ + 3O₂
- 6H₂O + 2N₂ [100℃], Adsorption
Strengths of ceramic honeycomb catalyst
- Superb removal rate of CH₃ SH
- CH₃ SH: 95% or more (5℃)
- Excellent adsorptive power of (CH₃)₃N, H₂S, NH₃
- Adsorption lasts for 20 minutes or longer [200ppm]
- Final products harmless to human body
- H₂O, CO₂
- Less pressure loss
- Honeycomb Type
- Broader surface area
- 200㎡/g
- Long catalyst lifespan
- Well-balanced dispersion of catalyst elements over inside and outside areas
Removal of odor causing substances (hydrogen sulfide, methyl mercaptan, trimethylamne, ammonia) and volatile organic compounds (acetaldehyde, toluene, formaldehyde)