| Unlike the existing chemical cleaning deodorizers |
| the Aquacell electrochemical deodorizers
are environment-friendly in that they electrolyze salt water in order to remove/decompose bad odor
and VOCs into harmless gases for emission without separate chemical injection. |
 |
 It solves the safety problems caused from storage, breakage, leakage, etc., without handling the toxic chemicals directly.
Maintenance is easy, since a storage tank for chemicals is not required.
Deodorization efficiency is maximized through electrolysis, as hypochlorous acid (HOC hypochlorite ions(OC-) and OH radicals (OH)
are generated at the same time.
The use of Aquacell media raises odor removal efficiency and enables the device to be compact.
|
 Process Chart of Treatment |
 |
| Electro-Chemical Deodorizer |
| Application(Odor Treatment) |
 Wastewater treatment plants
All sorts of sludges during the treatment process
Sewage treatment plants
Food waste treatment process
Waste landfills
Livestock wastewater disposal plants
|
| Comparison of Odor Treatment Technologies |
| Item |
Electro-Chemical Deodorizer |
Chemical Deodorizer |
Biofilter |
| Principles, Item |
Using Hocℓ, NaOCℓ, OCℓ-generated from electrolysis of brine |
Removing contaminants through chemical reaction with acids or alkalis |
Using microorganisms packed in a media layer |
| Treatment Efficiency |
More than 98% |
70 ~ 90% |
80 ~ 90% |
| Initial Investment Costs |
Normal |
Normal |
Large |
| Maintenance Costs |
Small |
Normal |
Normal |
| Area of Installation |
Small |
Small |
Large |
| Operation and Maintenance |
Easy |
Easy |
SKilled driving techniques are required |
|
| Performance of Electrochemical Cleaning Deodorizer |
| Item |
Inlet |
Outlet |
Efficiency(%) |
| Complex Odor |
14.422 |
448 |
96.89% |
| Ammonia |
5.3 |
n.d |
100% |
| Hydrogen Sulfide |
354.4 |
n.d |
100% |
| Methyl Mercaptan |
1.304 |
n.d |
100% |
| Dimethyl Sulfide |
0.995 |
n.d |
100% |
| Dimethyl Disulfide |
0.515 |
n.d |
100% |
| Trimethylamine |
0.205 |
n.d |
100% |
|
