Atlantium HOD UV
Medium-pressure hydro-optic UV disinfection for high-flow industrial, F&B, biopharma, and municipal process water — designed to achieve 4-log virus inactivation.
Key specifications
Compact (RS104 / RZ104) — DN100 / 4"
- Pipe connection
- DN100 / 4" (DIN flange, ANSI flange, or ferrule)
- Lamp count
- 1–2 MPHI lamps
- Unit length
- 287–1565 mm (11–62 in)
- Max working pressure
- 10 bar / 145 PSI
- IP rating
- IP54 / Type 4X
- Power supply
- Electrical cabinet / ballast module
Medium-bore (RZ163) — DN150 / 6"
- Pipe connection
- DN150 / 6" (DIN flange, ANSI flange, or ASME BPE/3A ferrule)
- Lamp count
- 1–4 MPHI lamps
- Unit length
- 822–1800 mm (32–74 in)
- Max working pressure
- 10 bar / 145 PSI
- IP rating
- IP54 / IP56
- DPM
- Optional deposit prevention mechanism
High-flow (RZ300 / RZB300) — DN250–350
- Pipe connection
- DN250–350 / 10"–14" (DIN or ANSI flange)
- Lamp count (RZ300)
- 1–4 lamps per single unit
- Lamp count (RZB300)
- 2–10 lamps (dual-row battery)
- Max working pressure
- 7 bar / 102 PSI
- IP rating
- IP54 / IP56
- DPM
- Optional deposit prevention mechanism
Large-bore (EP600 / EP900) — DN600 / DN900
- Pipe connection EP600
- DN600 (DIN2633 flange)
- Pipe connection EP900
- DN900 (DIN2633 flange)
- Lamp count EP600
- 2–4 MPHI lamps
- Lamp count EP900
- 4 MPHI lamps
- Max working pressure EP600
- 2 bar / 29 PSI
- Max working pressure EP900
- 4 bar / 58 PSI
- Housing material
- Electro-polished SS 316L
- IP rating
- IP54
HOD™ Hydro-Optic Disinfection Technology
Atlantium HOD UV uses Total Internal Reflection (TIR) to trap UV photons inside a quartz disinfection chamber surrounded by an air block. Light rays bounce repeatedly through the full water volume, delivering a homogenous UV dose across every water molecule — even in high-flow, variable-UVT conditions. The maker states the technology is designed to achieve 4-log virus inactivation, with far fewer lamps than conventional low-pressure UV systems.
Technology
- Disinfection principle
- Total Internal Reflection (TIR) in quartz chamber
- Lamp type
- Medium-pressure high-intensity (MPHI) — polychromatic 200–415 nm
- Lamp count vs LP
- 2–4 MP lamps replace 50+ LP lamps
- Lamp sleeve
- High grade fused silica (quartz), 5× standard thickness
- Dose distribution
- Homogenous — TIR recycles photons through full water volume
Control & monitoring
- Controller
- AiO flat touch-screen (SCADA-ready)
- Displays
- UV dose, UVT%, lamp power, flow — real-time
- Data logging
- Up to 6 months
- Per-lamp sensor
- Dedicated UV sensor per lamp (continuous lamp monitoring)
- UVT sensor
- Integrated per unit (real UVT, not estimated)
- Lamp power control
- 25–100% variable output
Construction
- Housing material
- Electro-polished SS 316 / Super duplex (RS104, RZ104, RZ163, RZ300, RZB300); electro-polished 316L (EP600, EP900); SS 316 / Super duplex (RZM200); SS 316L / Super duplex (RZM350)
- Max water temp
- 60°C (lamps on) / 90°C (lamps off)
- Max ambient temp
- 45°C / 113°F
- IP rating
- IP54 / IP56 (RZ104, RZ163, RZ300, RZB300); IP54 / Type 4X (RS104); IP54 (EP600, EP900, RZM200, RZM350)
- Lamp replacement
- In-situ — no draining, no depressurization
Best for
Key product advantages
- Designed to achieve 4-log virus inactivation (organism surrogates and adenovirus, per the maker); third-party validation certificate retrieved covers RZ104-11 and RZ104-12 only
- 2–4 lamps replace 50+ low-pressure equivalents: smaller footprint, simpler maintenance
- Per-lamp real-time UV sensor — unique to HOD UV — guarantees dose delivery, not estimation
A closer look
Continue exploring the catalog
Viqua VH410-F22
UV disinfection with integrated sediment and carbon block pre-filtration, rated 14 gpm at 40 mJ/cm² (95% UVT).
ProMinent DULCODES UV System
Low-pressure amalgam UV disinfection, base DULCODES LP line, for potable water treatment, food and beverage production and swimming pool water — up to 523 m³/h (no UVT or dose basis published).