Purification System
Home > Technology > Purification SystemThis environmental purification system technology can substitute existing activated carbon tower by efficiencly treating various hazardous gases and fine dust, increasing energy efficiency and saving fuel cost.
[Specific Structure of Environmental Purification System]
[Effect from Application of Combustion Catalyst Burner Technology]
Technological Features
- Reliable treatment of various harmful gases and bad odors (Over 95% removal efficiency)
- Can treat fine dust (Over 95% removal efficiency)
- New technological system that combines the advantages of Catalyst Combustion Processor (RCO) and High Temperature Combustion Processor (RTO)
- Can replace existing activated carbon absorbent tower
- Increased energy efficiency and save fuel cost (Over 20%)
- Can recover waste heat
- Heat resistance of combustion catalyst (Max. 1,300℃)
- Can additionally install zeolite absorbent (Optional)
Technological Advantages
- Reduce and remove VOCs, bad odor and fine dust that are major causes of atmospheric pollution (Apply in commercial building and factory stack)
- High temperature combustion catalyst burner technology - Prevent poisoning phenomenon / Save energy through high energy efficiency
- Clean eco-friendly combustion catalyst and burner from complete combustion (Almost zero NOx and CO generated under 10 ppm)
| Classifications | Existing Combustion Catalyst Method |
Our Technology (High Temperature Combustion Catalyst) | Remarks |
|---|---|---|---|
Treating Efficiency |
Over 90% |
Over 95% |
Equivalent level with ordinary incinerator (RTO) system |
| Operating Temperature | Under 400℃ |
500 - 1,300℃ |
Similar operating temperature with ordinary incinerator (RTO) system |
Catalyst Used |
Precious metals (White gold, paladium, etc.) |
Transition metals (Mn, Al, Ba, Cu, etc.) |
Mostly hexaaluminate |
Dust |
Vulnerable |
No problem |
Frontal absorbent system (For filtering) |
Tar, Fine Dust |
Vulnerable |
No problem |
No problem at above 500℃ |
Sulfur Compounds |
Vulnerable |
No problem |
Not poisoned by catalyst at operating condition over 350℃ |
Influence of NOx and CO |
No problem |
No problem |
Property of Catalyst Combustion: Complete combustion under 1,000℃ |
Carbon Dioxide and |
Generated (combustion theory) |
Can be reduced |
Rear absorbent system (complete purification system build-in) |
Chloride Compound |
Vulnerable |
No problem |
Not poisoned by catalyst at operating condition over 350℃ |
