30G/Hr 50G/Hr Industrial Ozone Water System

Short Description:

Upgrade your drinking water treatment with our Industrial Ozone Water System, engineered for high-capacity purification and built for modern water treatment facilities. Using advanced ozone oxidation technology, this system delivers powerful, residue-free disinfection, ensuring clean, safe, great-tasting water—without the need for chemicals.


Product Detail

Product Tags

Industrial Ozone Water System for Drinking Water

Pure Water. Zero Chemicals. Maximum Safety.

Upgrade your drinking water treatment with our Industrial Ozone Water System, engineered for high-capacity purification and built for modern water treatment acilities. Using advanced ozone oxidation technology, this system delivers powerful, residue-free disinfection, ensuring clean, safe, great-tasting water—without the need for chemicals.

Key Features

High-output ozone generator (30–50g/h, expandable) for large-volume water treatment.

Stainless steel ozone contact tank for maximum dissolution and contact time.

Advanced Venturi injection and static mixing for high ozone solubility.

ORP / ozone concentration monitoring for real-time safety and stability.

Integrated safety system with ozone destruct and leak protection.

Modular design for easy integration into existing water treatment lines.

APPLICATIONS:

Greenhouse Seafood processing

Residential well water  

Agriculture Commercial aquariums

Waste water

Hydroponics Large residential pools

Bottled and drinking water, Small community drinking water

Cooling towers Fruit and vegetable washing

Commercial pools

SPECIFICATIONS

MODEL DN-OWS-30G PLUS DN-OWS-50G PLUS
MAX OZONEPRODUCTION g/hour 30 50
OXYGEN CONSUMPTION l/min 5 10
m3/h 0.3 0.6
SCFH 11 21
WATER FLOW LPM 33-83 33-166
m3/h 2-5 2-10
DISSOLVED OZONE ppm 2.0ppm @ 83LPM
4.0ppm @ 33LPM
2.0ppm @ 166LPM
5.0ppm @ 33LPM
MAX POWER W 2300 3700
LENGTH x WIDTH x HEIGHT cm 90x47x158 120x50x170
inches 35.43x18.5x62.2 47.24x19.69x66.93
WEIGHT kg 120 176
lbs 264.55 388

*Dissolved ozone concentration was measured using a reagent colorimetric method.

 

 

 


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