CO Remover / Sensor
1. Proprietary Technology : CO Remover / Sensor
Catalyst : Catalyst made from noble metals
Target : CO, O3, HCHO
Principle : Catalyzing noxious gases and oxygen at room temperature into CO2 and water
| Function | Ours | Theirs | Our Advantage |
|---|---|---|---|
| Room Temperature Function | ○ | △ | Functions at room temperature |
| CO, NOx Toxicity | Low | High | Can be used in cars |
| Effects of Moisture | None | Large | Functions in average environments |
| Flow Rate | High Flow | Low Flow | Reduced size/High efficiency |
Noxious Gas Removal(%)
Effect on NOx Toxicity
Comparisons at Varying Flow Rate
Pros
-
Specialized catalyst material
Technology cannot be replicated
Core Technology
-
Minimize noble metal usage
Lower manufacturing costs
Maximize Savings
-
Specialized co-catalyst
Flexible options
Lower toxicity/Maximize Durability
-
High SV Activity
Treating contaminants with the least materials
Maximize Convenience
-
Large area of service coverage
Response to low levels
Maximize Safety
CO Sensor and Removal Filter
Applications
Safety
-
Facilities mandating sensor installation
Fire safety facilities, general lodgings, rental residences, etc.
-
Public safety
Older residential units, elderly living alone, etc.
-
Standard safety
Kitchens, boiler rooms, residential units with gas and heating, etc.
-
Commercial safety
Facilities that use fuel, facilities that use natural gas, sewers, etc.
-
Other
Underground roads, cars, underground parking, subway stations, smoking rooms, etc.