Recently, ozone technology is used for various manufacturing processes. For example, those are corona discharge, semiconductor washing, water disposal, and electron irradiation, and etc. Ozone destruction catalysts, Mn series, have high gas-contact efficiency and low pressure drop because of its honeycomb structure.
Mn ozone destruction catalysts are made of an inorganic and nonflammable material. Moreover, our Mn catalysts are workable with high performance at wide ranges of ozone concentrations and temperatures.

Catalyst Advantages

丨Comparison table (Catalytic VS. Adsorption)

Compare Items	Catalyst	Activated carbon Adsorption
Reaction	Cracking	Adsorption （2O3 + C → CO2 + 2O2) carbon will be consumed
Efficiency	>99%	>99%
Typical GHSV	10,000 h-1	3,000h-1
Running cost	Low	High
Typical Life	Approx. over than 1 year	Several month ~1 year
Maintenance	Easy	Difficult due to small-powderization
Waste volume	Small	Large
Reuse	Possible depending on the conditions	Not available

Catalyst Specification

Catalyst Name	Mn Catalyst Types
Catalyst Shape	Corrugated Honeycomb
Cell Density	200 cells/inch2
Catalyst Size	150 x 150 x t50mm
Apparent Bulk Density	0.4-0.5 g/cc

Commercial References

Field of Application	Typical Ozone Concentration	Commercial Unit
Surface treatment washing (liquid crystal, semiconductor, etc.)	1,000~tens of thousands ppm	more than 500 units
Corona discharge (film, metal, etc.)	1~hundreds ppm
Water disposal (water and sewage, pool, ozone water manufacture machine, etc.)	100~tens of thousands ppm
EB irradiation (food, medical treatment, medical implements, etc.)	Tens of ppm