Through the skyscrapers and aging residential communities we inhabit, flows the "invisible blood vessels of the city"—the secondary water supply system. It's the "last mile" connecting the municipal pipeline network to consumer taps, and its water quality is directly related to the health of countless households. However, traditional chlorine disinfection methods present numerous drawbacks: unstable residual chlorine, the risk of disinfection byproducts, pungent odor, and transportation and storage safety concerns. Now, an innovative solution is quietly changing this landscape: hypochlorous acid water disinfection based on Chlory's advanced hypochlorous acid generator technology.
Challenges of Secondary Water Disinfection and Limitations of Traditional Chlorine
Secondary water supply, due to the presence of intermediate links such as tanks and reservoirs, is a breeding ground for microorganisms. Factors such as pump startups and shutdowns, water level fluctuations, and aging pipes can all contribute to water contamination. Therefore, continuous and effective end-of-pipe disinfection is crucial.
Traditionally, this approach involves dosing chlorine powder, chlorine tablets, or liquid sodium hypochlorite (the main ingredient in 84 disinfectant). However, these methods have significant drawbacks:
- Safety Risks: Highly corrosive chemicals present risks of leakage and mishandling during transportation, storage, and dosing.
- Effect Fluctuation: The concentration of the chemical decreases over time, resulting in unstable disinfection effectiveness and difficulty controlling residual chlorine.
- Byproduct Issues: It can react with organic matter in water to form carcinogenic disinfection byproducts such as trihalomethanes (THMs), affecting water quality and taste.
- Operational Complexity: Manual mixing and dosing are required, resulting in high management costs and the lack of precise intelligent control.
Hypochlorous Acid Water: A Superior Disinfection Option
Hypochlorous acid (HClO) is a core substance naturally secreted by human immune cells (neutrophils) to defend against invading pathogens. Its bactericidal power is 80-100 times that of traditional sodium hypochlorite (NaClO).
- High Efficiency and Broad Spectrum: It can quickly penetrate microbial cell walls, instantly destroying their structure. It is highly effective against bacteria, viruses (including norovirus and influenza), fungi, and biofilms.
- Safe and Harmless: After reaction, it converts back to water, leaving no residue, toxicity, or mutagenicity, producing no irritating odor or toxic byproducts, resulting in a superior taste.
- Environmentally Friendly: No chemical additives are required; the production process requires only salt, water, and electricity, making it eco-friendly.
Chlory Hypochlorous Acid Generator: A Tailor-Made Solution for Secondary Water Disinfection
Chlory understands the challenges of secondary water supply. Its independently developed intelligent hypochlorous acid generator has brought a new disinfection paradigm to this sector. It is widely exported to the United States, Australia, Canada, the Philippines, New Zealand, and other countries.
1. On-site Preparation, Ready-to-Use, Guaranteed Freshness and High Efficiency
The Chlory generator utilizes advanced electrolysis technology, using only food-grade salt and water, to stably and continuously generate high-purity, high-concentration anolyte disinfectant on-site. This completely eliminates the degradation and safety risks associated with traditional chlorine during transportation and storage, ensuring that every dose is the most active, "fresh" disinfectant.
2. Precise Intelligent Control, Stable Residual Chlorine, and Optimized User Experience
The device integrates an intelligent monitoring and control system that can be linked to online water quality monitors (such as residual chlorine and pH sensors) to precisely adjust the hypochlorous acid dosage based on real-time water flow and water quality. This not only ensures a stable residual chlorine at the end of the pipe network while ensuring effective disinfection, but also effectively avoids the problem of overdosage resulting in a strong chlorine odor, significantly improving the taste and user experience of drinking water.
3. Eliminate Byproducts, Comprehensively Improve Water Quality and Safety
Due to its extremely high activity, hypochlorous acid achieves excellent bactericidal effects at lower concentrations, significantly reducing the chlorine dosage required for traditional chlorine agents. This significantly reduces the risk of harmful disinfection byproducts such as trihalomethanes (THMs) at the source, resulting in safer and healthier water.
4. Highly Automated, Significantly Reduced Operating Costs
The Chlory generator operates fully automatically, eliminating the need for frequent manual operation. Requiring only periodic salt replenishment, the device operates 24/7. This not only frees up manpower but also avoids the costs and errors of manual dosing. In the long run, its overall operating costs are far lower than those of purchasing commercial chemicals.
5. Safety, Environmental Protection, and Demonstrating Social Responsibility
The entire production and dosing process involves no hazardous chemicals, significantly enhancing the safety level of water management units. Furthermore, its green production method aligns with the current sustainable development philosophy of energy conservation, emission reduction, and building green communities.
Application Scenarios and Value
Chlory hypochlorous acid generators are widely used in:
- High-rise residential communities: ensuring fresh and safe tap water for residents.
- Hospitals and schools: locations with extremely high water quality safety requirements to prevent mass infection.
- Hotels and commercial complexes: improving water quality and providing a better customer experience.
- Water supply renovations in older communities: a key step in improving water quality, allowing for easy upgrading of existing disinfection systems.
Conclusion
Secondary water supply disinfection is the last line of defense for public health. Chlory's hypochlorous acid generator technology, with its outstanding advantages of efficiency, safety, intelligence, and cost-effectiveness, is becoming a powerful tool for revolutionizing traditional water supply disinfection processes. It's more than just a device; it represents a new concept in water quality and safety management, representing the development of green and smart water management. Choosing Chlory means injecting peace of mind, purity, and vitality into the city's "lifeblood," contributing to a healthier and safer water environment for the future.
*Indonesia Municipal Water Plant Project Site
Contact
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Info@Chlory.com