Advantage
Application
Advantage
- Fewer lamps per reactor provides the ease of maintenance
- Save 70% of construction area compared to low-pressure lamp facilities
- Easy expansion and installation depending on the flange type
- Proven performance by CFD-RED analysis and extensive field tests
- Monitor flow rate and water quality change using an automatic control algorithm (Optional)
- Superior UV intensity and broader UV wavelength than low pressure lamp
- Low initial investment cost compared to low pressure lamps
- Automatic cleaning systems provide stabilized performance (Option: Chemical Mechanic Cleaning Equipment)
- Installation of baffle through CFD analysis to stabilize flow in reactor
- Remove taste and odor causing substance (ex. 2-MIB, Geosmin) and nonbiodegradable substance
Application
| Taste, Odorous Substances • Geosmin, MIB(methylisoborneal) |
| Persistent organic pollutants (POPs) • Phycotoxin (e.g. Microcystin) |
| New Contaminant • N-nitrosodimethylamine (NDMA) • 1,4-Dioxane • PPCPs • VOCs (e.g. PCE and TCE) • EDCs • Pesticides / Herbicides • Fuel and fuel additives |
| Module specification | |
| Material | STS 316, Electropolishing and acid treatment |
| Lamp type / input power | LP UV Lamp / 320W~1000W |
| Cleaning System | Electric Motor-driven Automatic Wiper Mechanism |
| Operating Temperature | 5℃~65℃ |
| Connection | P16, DN, ANSI150, JIS, KS |
| Working / Max Operating Pressure | 10bar / 15bar |
| Enclosure Specification | |
| Material | RAL 7032, Mild steel (Optional StSt 304 available) |
| Protection Rating | IP54 / NEMA 4X |
| System Control Panel (SCP) | |
| Controller | PLC |
| Voltage / Frequency | 220V~480V / 50/60Hz |
| Operating Temperature | 0℃~50℃ |
| Power Supply Panel (PSP) | |
| Ballast type | Variable output electronic ballast |
| Benefits | Features |
| Cost Efficiency | · Lower total cost compared to the initial investment |
| Maintainability | · Simplified facilities and integrated automation make it easy to maintainability · Combined operation possible - Normal Sterilization: Remove substances that are difficult to remove with chlorine - Micro, new contaminants detected: UV + Oxidation(H2O2 ), etc |