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Green Innovation · Scientific and Technological Development · Industrial Responsibility · Joint Construction of Civilized Ecology

Ozone Disinfection

It is mainly used for centralized water supply in rural areas, emergency water supply in the wild, disinfection of well water in remote mountainous areas, purification of drinking water in pastoral areas, disinfection of aquaculture water bodies, sterilization of landscape rivers and secondary water supply tanks. It relies on new energy sources such as photovoltaics to achieve continuous and safe water source disinfection treatment without external power grids.

National Service Hotline:400-611-6861
Product Introduction

In response to the inconvenience of electricity consumption, high operating costs, and expensive maintenance expenses of drinking water disinfection equipment in rural areas, our company has developed a new energy and environmentally friendly disinfection equipment that is suitable for rural drinking water safety. It has the characteristics of being renewable, pollution-free, consumable free, and unmanned, replacing the current method of relying on chemical disinfection in rural areas.

Technical Advantage
Strong Tolerance
Not affected by the quality of raw water, applicable to all water sources
Regular and quantitative
Equipped with a built-in time control system, it boasts a higher degree of intelligence
Highly Effective Sterilization
Stronger bactericidal effect, faster action on bacteria
Low Investment Cost
Construction without cable laying, equipment rooms, and civil engineering costs
Equipment Selection

Model

Ozone Output
(g/h)

Max Treatment Capacity (m³/h)

Cabinet Size
(m)

Solar Panel Area
(m²)

Groundwater

Surface Water

PY-SOD-10105-102-30.8*0.55*1.86
PY-SOD-202010-204-70.9*0.55*1.88
PY-SOD-303015-306-100.9*0.55*1.812
PY-SOD-404020-408-150.9*0.55*1.816

Inlet requirements: Total coliforms ≤250 CFU/mL; Total bacterial count ≤500 CFU/mL (The above data are for reference only, subject to actual conditions)