→ Excellent disinfection performances with significant optimisation of UV emissions and hydraulic flow
→ Compact reactors for easy installation
→ Use of single-base lamps, a patented sealing system, and a vertical design for easy maintenance
→ Optional UV sensor and monitor, featuring an alarm through diodes and dry contacts for information reporting
→ Customised connection possible: DN flanges, clamp, SMS
→ Advanced Oxidation Process combination with catalysts
→ Optimised lamp life: 13,000 hours depending on number of switch-ons
→ Reactor operation is continuously controlled
→ The electronic ballast ensures lamps and associated alarms operate properly
→ A selective UV sensor monitors lamp life
→ Monitors fouling of quartz sleeves
→ Monitors water quality and associated alarms
→ Sensor data can be recorded to ensure traceability of reactor operation.
→ Easy-to-implement treatment that does not alter the physical-chemical characteristics of the water: no change in taste, odour, etc.
→ No creation of disinfection by-products harmful to human health
→ No risk of under- or over-dosing
→ No chemical monitoring or handling constraints
→ Can be used in combination with other treatment processes (filtration, softening, etc.)
→ Advanced Oxidation Process with presence of catalysts
→ Proven efficacy against Legionella recognized by independent, accredited laboratories
→ Effective in the preventive treatment of cooling towers and DHW (Domestic Hot Water) systems by a targeted and strategic use of UVs according to each installation
→ Guaranteed continuous disinfection in possible combination with other water treatment systems (anti-scaling, anti-corrosion, etc.)
→ Simple and economical treatment.