
Features and Advantages
Micro dual-gap glass dielectric barrier discharge unit for high discharge efficiency
Uses air as raw material – on-site generation for immediate use, no transportation or storage costs
IGBT high-frequency inverter power supply with DSP digital precision control
Low power consumption per kg of ozone – significantly more energy-efficient than medium-frequency power supplies
Both power supply and transformer adopt forced air cooling – no risk of water leakage
Outputs standard sine wave with stable voltage – safe and reliable
Stainless steel narrow dual-gap electrode – corrosion‑resistant with uniform air gap
High dielectric strength and high dielectric constant glass tube – resistant to electrical stress, long service life
Floating electrode design – reduces the probability of glass tube breakdown
Technical Specifications
| Parameter | Value / Range |
| Feed gas | Air |
| Operating pressure | 0.2 MPa |
| Output per unit | 0.5 ~ 85 kg O₃/h |
| Outlet concentration | 1 ~ 5 wt% |
| Cooling water inlet temperature | 5 ~ 32°C |
| Cooling water consumption | 4 m³/kg O₃ |
| Discharge frequency | 4K-6K Hz |
| Power consumption per kg O₃ | 14 kWh |
| Energy saving vs. medium frequency power supply | 15 – 20% |
1. Drinking Water
Advanced treatment of tap water
Enhanced coagulation / flocculation
Decolorization / taste & odor control
Removal of iron / manganese
Disinfection
Removal of TOC (e.g., THM – trihalomethanes)
Removal of hormone-like compounds
2. Wastewater
COD removal
Decolorization
Removal of detergents
Removal of phenols
Removal of cyanides
Removal of AOX (adsorbable organic halogens)
Removal of hormonal substances
3. Flue Gas Treatment
Denitration (DeNOx) of boiler flue gas
4. Bleaching
Kaolin; pulp
5. Odor Removal
Oxidation of H₂S, oxidation of mercaptans (thiols)
Fusshia Technology – Model A Air-Source Ozone Generator System Series Product
