Dilute Brine System Sodium Hypochlorite Producing Equipment Sodium Hypochlorite Generator 8kg

• Customization: Available
• After-sales Service: After-Sales Service
• Warranty: 1 Year
• Model NO.: HCCL-8000
• Certification: ISO9001, CE, TUV Explosion-Proof Certification
• Application: Industry
• Voltage: 380V
• Disinfection Method: Sodium Hypochlorite
• Type: Electrolytic Type
• Service Life: Whloe Life
• Material: Metal
• Available Chlorine Concentration: 6000-8000ppm
• Capacity: 8000g/H
• Transport Package: Wooden Packaging
• Specification: 1880*1260*2285mm
• Trademark: HCZHUN
• Origin: China
• HS Code: 8543300090
• Production Capacity: 10000sets Per Year

Product Description

Dilute Brine System Sodium Hypochlorite Producing Equipment Sodium Hypochlorite Generator 8kg

 

Product Description

·Product Overview

The HCCL series sodium hypochlorite generator is a device that uses a diaphragm free electrolysis method to electrolyze dilute brine 
and prepare low concentration 6000-8000ppm sodium hypochlorite solution online. It has the characteristics of easy availability of raw materials, 
purity of products, and safety and reliability. Suitable for various types of chlorinated disinfection water treatment.




Advantages of On-Site Preparation of Sodium Hypochlorite:

1. Customizability:

On-site preparation of sodium hypochlorite offers the advantage of tailor-made solutions. You have the flexibility to adjust the concentration of the solution according to your specific requirements. Different applications might demand varying concentrations for optimal effectiveness, and on-site preparation allows you to fine-tune the solution to meet these needs.

2. Freshness and Potency:

Sodium hypochlorite solutions degrade over time due to factors like exposure to sunlight and heat. When you prepare the solution on-site, you ensure its freshness and potency. This is particularly crucial for applications such as water treatment and disinfection, where the efficacy of the solution is essential for achieving desired results.

3. Cost-Efficiency:

In the long run, on-site preparation can be more cost-efficient, especially for large-scale operations. While there might be initial investments involved in setting up the required equipment, the ongoing costs of purchasing pre-made solutions can accumulate significantly. By generating the solution on-site, you can save on packaging, transportation, and distribution expenses.

4. Reduced Transportation and Storage Risks:

Handling and transporting concentrated sodium hypochlorite solutions can be hazardous due to their corrosive nature. By preparing the solution on-site, you deal with less concentrated chemicals, reducing the risks associated with transportation and storage. This can lead to enhanced safety for personnel, minimized environmental impact, and decreased regulatory compliance challenges related to chemical transportation.

5. Environmental Impact:

Generating sodium hypochlorite on-site can have environmental benefits. Transporting chemicals over long distances consumes energy and contributes to carbon emissions. By producing the solution locally, you decrease the carbon footprint associated with transportation.

6. Emergency Preparedness:

In case of emergencies or sudden spikes in demand, having the capability to produce sodium hypochlorite on-site provides you with a more responsive solution. You're not dependent on external suppliers or their delivery schedules, which can be crucial in scenarios like disease outbreaks, natural disasters, or unexpected industrial needs.

7. Knowledge and Control:

On-site preparation gives you a deeper understanding of the chemical processes involved. This allows you to exercise greater control over the quality of the solution and the efficiency of the production process. You can monitor and adjust factors like concentration and production rates in real-time, ensuring optimal performance.

8. Research and Development:

For industries or research institutions engaged in experimentation and innovation, on-site preparation offers the opportunity to explore novel formulations and concentrations of sodium hypochlorite. This can lead to advancements in various fields, such as improved disinfection methods or more effective water treatment solutions.

·Application

Waterworks Disinfection
Municipal Wastewater Disinfection
Swimming Pool Water Disinfection
Rural Drinking Water Disinfection
Hospital Wastewater Disinfection
Disinfection, Deodorant and Decoloration in The Reuse of Recycled Water

 

Product Parameters

 

Model	Available Chlorine Concentration	Available Chlorine Production(g/h)	Water Consumption(m³/h)	Salt Consumption(kg/h)	Electricity Consumption(kW/h)	Overall Dimension(W×D×H)
HCCL-7000	6000-8000ppm	7000	1.12	19.6	49	1880*1260*2285
HCCL-8000	6000-8000ppm	8000	1.28	22.4	56	1880*1260*2285
HCCL-9000	6000-8000ppm	9000	1.44	25.2	61	1880*1260*2285
HCCL-10000	6000-8000ppm	10000	1.6	28	67	1880*1260*2285
HCCL-12000	6000-8000ppm	12000	1.92	33.6	79	1880*1260*2285
HCCL-12500	6000-8000ppm	12500	2	35	82	1880*1260*2285
HCCL-15000	6000-8000ppm	15000	2.4	42	97	1880*1260*2285
HCCL-20000	6000-8000ppm	20000	3.2	56	127	1880*1260*2285
HCCL-30000	6000-8000ppm	30000	4.8	84	Design According to Project Requirements	Design According to Project Requirements
HCCL-40000	6000-8000ppm	40000	6.4	112	Design According to Project Requirements	Design According to Project Requirements
HCCL-50000	6000-8000ppm	50000	8.0	140	Design According to Project Requirements	Design According to Project Requirements

 

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Certifications

 

 

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