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The On-site Electrolytic Sodium Hypochlorite Generator is designed to produce fresh sodium hypochlorite (NaOCl) using only salt, water, and electricity, providing a safe, reliable, and cost-effective solution for water disinfection. By generating disinfectant on demand, the system eliminates the risks and costs associated with transporting and storing commercial sodium hypochlorite.
The generator utilizes an advanced electrolysis process to convert brine into sodium hypochlorite. During electrolysis, chlorine produced at the anode reacts with sodium hydroxide generated at the cathode to form sodium hypochlorite. When dosed into water, sodium hypochlorite produces hypochlorous acid (HOCl), the primary disinfecting agent that effectively destroys bacteria, viruses, algae, and other harmful microorganisms.
Constructed from corrosion-resistant materials and equipped with an automatic control system, the generator delivers stable operation, precise dosing, and low maintenance requirements. It is widely used in drinking water treatment, municipal water supply, wastewater treatment, hospitals, food processing, swimming pools, and industrial circulating water systems.
With on-site production, low operating costs, and high disinfection efficiency, the Sodium Hypochlorite Generator provides a dependable and environmentally friendly water disinfection solution.
Parameter | Specification |
|---|---|
Product Name | On-Site Sodium Hypochlorite Generator |
Raw Materials | Water, salt, and electricity |
Solution Concentration | < 8 g/L (Approx. 0.8%) |
Solution pH Value | 8.0 - 8.5 |
Salt Consumption | 3.2 - 3.5 kg / 1kg equivalent chlorine |
Power Consumption | 4 kWh / 1kg equivalent chlorine |
Hazard Level | Non-hazardous (concentration <1%) |
Core Technology | Non-membrane cell electrolysis |
Manufacturer | Shandong Better Company |
Upgrading your water treatment infrastructure requires equipment that delivers uncompromised reliability and operational excellence. This electrochlorinator system is meticulously crafted to empower large-scale facilities with a continuous, on-demand supply of premium disinfectant. By eliminating reliance on external chemical deliveries, operators gain total control over their purification processes. The system's architecture integrates seamlessly into existing pipelines, providing a streamlined, automated workflow that reduces manual intervention and mitigates human error.
Unmatched Simplicity: The entire operation relies exclusively on three accessible resources—water, common salt, and electricity, stripping away the complexities of traditional chemical procurement.
Extended Shelf Life: The generated solution boasts exceptional stability, resisting the rapid degradation typically associated with commercial-grade hypochlorite, ensuring consistent strength over time.
Zero pH Correction Needed: Unlike membrane-method alternatives, this generator produces a solution that integrates perfectly into water flows without requiring secondary pH adjustment equipment.
Compact Footprint: Designed with spatial efficiency in mind, the sleek, industrial-grade chassis fits comfortably within constrained utility rooms while maintaining maximum output capacity.
Precision Dosing: Advanced fluid dynamics ensure that the low-concentration liquid is injected with pinpoint accuracy, maintaining strict regulatory compliance effortlessly.
The On-site Electrolytic Sodium Hypochlorite Generator produces disinfectant using only salt, water, and electricity, significantly reducing operating costs compared with purchasing and transporting commercial sodium hypochlorite. The automated generation process also minimizes labor requirements and improves dosing efficiency.
Low operating cost with only salt, water, and electricity as raw materials
Eliminates chemical transportation, storage, and handling expenses
Automatic operation reduces labor and improves dosing accuracy
By generating sodium hypochlorite on-site, the system eliminates the risks associated with transporting and storing hazardous chlorine chemicals. The low-concentration disinfectant solution provides safer operation while supporting sustainable water treatment.
No storage or transportation of chlorine gas
Safer low-concentration sodium hypochlorite production
Reduced environmental impact and improved workplace safety
The electrolysis system continuously produces fresh sodium hypochlorite with stable concentration, ensuring consistent disinfection performance and reliable water quality.
Fresh disinfectant generated on demand
Stable solution concentration for accurate dosing
High disinfection efficiency against bacteria, viruses, and algae
Constructed with high-quality titanium electrodes and corrosion-resistant components, the generator is designed for continuous industrial operation with minimal maintenance.
Long-life titanium electrodes
Corrosion-resistant construction
Reliable operation with low maintenance requirements
The generator is suitable for a wide range of water disinfection applications in municipal and industrial facilities.
Drinking Water Treatment
Municipal & Industrial Wastewater
Food & Beverage Processing
Swimming Pools & Aquaculture
Cooling Water & Industrial Circulating Water
Selecting the right manufacturing partner is just as critical as the technology itself. We pride ourselves on engineering resilient, high-capacity systems that form the backbone of global water infrastructure. Our commitment to precision craftsmanship ensures that every unit leaving our facility is rigorously tested under extreme simulated loads. We understand the high stakes of industrial procurement and deliver solutions that guarantee uninterrupted performance.
Decades of specialized expertise in advanced electrolysis and fluid dynamics engineering.
Comprehensive factory acceptance testing guarantees that your unit performs flawlessly from the moment it is energized.
Global logistics capabilities ensure secure, timely delivery of heavy industrial equipment to any facility worldwide.
Dedicated technical support teams provide rapid troubleshooting and lifecycle optimization guidance.
A proven track record of outfitting large-scale municipal projects with zero-failure disinfection architectures.
Q: How does the non-membrane cell electrolysis technology benefit long-term operations?
A: Non-membrane electrolysis eliminates the fragile barriers that are prone to clogging and scaling in traditional systems. This robust design significantly extends the operational lifespan of the electrodes, reduces the frequency of chemical cleaning cycles, and lowers overall maintenance expenditures.
Q: Will the 0.8% concentration solution be sufficient for heavy industrial water treatment?
A: Yes. While the concentration is safely below the 1% hazard threshold, the on-demand generation ensures the hypochlorite is fresh and highly active. It is exceptionally effective at eradicating pathogens, controlling algae, and preventing micro-organic fouling in heavy industrial applications.
Q: Does the generated sodium hypochlorite require secondary pH adjustment before dosing?
A: No. The solution is produced with a stable pH value between 8.0 and 8.5. When dosed into the main water flow, it naturally reaches a balance reaction that forms hypochlorous acid without the need for additional acid or base correction systems.
Q: What are the exact utility requirements to produce 1kg of equivalent chlorine?
A: The system is highly efficient, requiring only 3.2 to 3.5 kg of common salt and exactly 4 kilowatt-hours of electrical power to generate 1kg of equivalent chlorine, making utility forecasting predictable and highly economical.
Q: How does this system improve facility safety and regulatory compliance?
A: By eliminating the transport and storage of high-concentration bleach (12.5%) or pressurized chlorine gas, the facility is no longer classified as a hazardous chemical storage site. This reduces safety training requirements, lowers insurance costs, and ensures easy compliance with occupational health regulations.
