HIDRO VT GZO12-EPS Ozone Water System

Integrated ozone water treatment system for pressurised pipework, combining ozone generation, oxygen concentration, PLC control, venturi injection, recirculation pumping and a contact tank in one compact, professional package.

  • 12 g/h ozone output
  • Integrated oxygen concentrator
  • Pressurised line ozone injection
  • PLC touchscreen control
HIDRO VT GZO12-EPS Ozone Water System

Technical Summary

System
Generator model
GZO12-EPS
System configuration
Integrated ozone treatment package for pressurised water lines
Treatment arrangement
Pump, venturi, 316L stainless steel contact tank and anti-return safety system
Control system
PLC with 4.3" touchscreen
Safety features
Ozone leak sensor, door monitoring and process safety controls
Performance
Ozone production
12 g O₃/h
Ozone concentration
Maximum 80 g/Nm³
Optimum concentration
50 g/Nm³
Air / oxygen flow
5 L/min
Hydraulic connection
Inlet and outlet 2"
Utilities
Power supply
230 V, 50–60 Hz
Generator power
700 W
Pump power
750 W
Communication
Wired remote ON, status relays, ModBus, optional VPN remote access
Operating conditions
Hydraulic working pressure
0–6.5 bar
Working pressure
0–0.4 bar
Fluid temperature
5–30°C
Room temperature
5–40°C
Ambient humidity
< 85%
Water quality limits
Solids < 1 mm, SS < 150 mg/L, density 1 g/cm³ ± 5%
Physical data
Dimensions
1220 × 720 × 1700 mm
Packed size
1400 × 900 × 1900 mm
Weight
222 kg
Compliance
Origin
Made in Spain
Compliance
CE, Biocidal PT2, PT4, PT5, PT11
Warranty
2 years, indefinitely extendable with a maintenance contract
UFI number
G000-W09P-Y00M-TV8V

Applications

Typical uses

Drip irrigation Sprinkler irrigation Drinking water treatment Wastewater treatment Process water treatment Cooling towers Swimming pools Aquaculture Pipe disinfection

Process overview

How it works

The HIDRO VT ozone plant features a touchscreen interface that allows treatment programmes to be set easily using a built-in recipe planner. On start-up, the refrigeration circuit is activated and the compressor draws in ambient air. The air is filtered and dried before entering the PSA oxygen concentrator, where nitrogen is removed and the oxygen concentration is increased to around 95% purity.

This oxygen is then fed to the ozone generation core, where corona discharge converts it into ozone. The desired gas flow can be adjusted using the oxygen flow meter. Ozone is then routed to the venturi and injected into the customer’s water line. In the contact tank, the ozonated water is homogenised, allowing sufficient contact time for disinfection and purification.

Included documentation

Documentation pack

Safety manualIncluded
User manual, installation and commissioningIncluded
Maintenance manualIncluded
Declaration of conformityIncluded
Warranty certificateIncluded
Compliance with biocidal regulationsIncluded
Quality test resultsIncluded