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Township water supply and drainage

The water sources in rural areas are often more complex and diverse, and may include small reservoirs, rivers, groundwater, etc. These water sources are easily affected by agricultural non-point source pollution, domestic sewage discharge and seasonal factors, and the water quality fluctuates greatly.

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Faced with increasingly stringent water quality standards in rural areas and public expectations for safe drinking water, the limitations of traditional treatment processes are becoming increasingly apparent, making technological upgrades inevitable.

Ultraviolet (UV) disinfection and ozone (O3) treatment technologies, due to their high efficiency and environmental friendliness, have garnered widespread attention in the water treatment sector and are considered the best solutions for upgrading water quality and safety in rural water supply and drainage systems. Their greatest advantages lie in their high degree of integration, automated operation and control, and robust ability to respond to water quality fluctuations, making them particularly suitable process equipment for integrated rural water supply and drainage systems.



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Ultraviolet Disinfection Equipment

Flow-through ultraviolet disinfection equipment is used in small-scale centralized or decentralized water supply projects in townships and rural areas due to its compact design and easy installation.

In township or village sewage treatment plants, ultraviolet disinfection can be used as a final disinfection method for secondary biochemical treatment effluent, replacing or supplementing traditional chlorine disinfection and reducing the impact of disinfection byproducts on receiving water bodies.

Ozone Equipment:

· Highly effective sterilization and disinfection,

· Improves water sensory properties

· Degrades organic pollutants

· Improves water biodegradability

For township water plants with the necessary facilities, especially when facing severe organic contamination, odor problems, or algae contamination of the water source, ultraviolet, ozone, hydrogen peroxide, and ozone-activated carbon processes offer significant application value in advanced drinking water treatment.


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