Ensuring safe, clean drinking water for every community is a fundamental necessity. However, for many towns and rural areas, this remains a significant challenge. Traditional water disinfection methods often rely on the transportation and handling of hazardous chemicals. These methods can be expensive, unreliable, and pose serious safety risks. Consequently, communities are often left vulnerable to waterborne diseases and inconsistent water quality.
A modern solution is urgently needed. It must be safe, reliable, cost-effective, and easy to operate. Above all, it must empower local communities to take control of their own water security.
Introducing the SHOOT Series On-Site Sodium Hypochlorite Generator. This is a compact, skid-mounted system designed specifically for the needs of townships and remote water treatment facilities. It represents a paradigm shift in water disinfection. By using only common salt, water, and electricity, the SHOOT generator produces a powerful disinfectant solution right where it’s need. Therefore, it completely eliminates the risks and costs associated with commercial chlorine.
This product introduction will explore the critical challenges of rural water treatment. Furthermore, it will detail how the Sentinel generator provides a comprehensive, sustainable, and superior solution. We will cover its innovative features, tangible benefits, simple operation, and wide range of applications.
1. Sodium hypochlorite generator parameter
| Product name | SHT-50G |
|---|---|
| Effective chlorine yield | 50g/H |
| Concentration | 6-8g/L（6000-8000ppm） |
| Power | 1.5KW |
| Salt consumption | 3.2KG/KG |
| Size | 2000*1100*1900mm |
| Voltage | 380V/50hz |
2. The Persistent Challenge: Water Disinfection in Rural Areas
Providing safe drinking water to smaller, decentralized populations presents a unique set of obstacles. While large urban centers benefit from established infrastructure and supply chains, towns and villages face a different reality. Understanding these challenges is the first step toward appreciating the value of on-site generation.
1. The Dangers of Transporting Chlorine Gas and Bleach
Traditionally, water disinfection relies on chlorine gas or high-strength calcium or sodium hypochlorite (bleach). These chemicals are effective. However, they are also classified as hazardous materials.
Chlorine Gas: This is extremely toxic and corrosive. Transporting pressurized cylinders over long distances, often on poorly maintained rural roads, creates a substantial risk of leaks. A single accident can have catastrophic consequences for the environment and public health. Moreover, specialized handling equipment and certified personnel are require, adding complexity and cost.
Commercial Bleach: High-strength liquid bleach is also a concern. It is corrosive and degrades over time, losing its potency. This degradation is accelerated by heat and sunlight, common conditions during transport and storage. As a result, operators may need to use more of the chemical to achieve the desired disinfection level, leading to inconsistent dosing and wasted resources.
2. The High and Unpredictable Costs
The reliance on external chemical suppliers creates significant financial burdens for small municipalities. The costs are multi-faceted and often unpredictable.
Procurement Costs: The price of chlorine-based chemicals fluctuates based on market demand, manufacturing costs, and energy prices. This makes long-term budgeting difficult for communities with limited financial resources.
Transportation Fees: Moving hazardous materials is expensive. It requires specialized vehicles and logistical planning. For remote locations, these transportation costs can sometimes exceed the cost of the chemical itself.
Storage and Handling Expenses: Safe storage facilities must be built and maintained. These facilities require proper ventilation, containment systems, and security measures. In addition, personnel must be equip with personal protective equipment (PPE) and receive regular safety training.
3. The Problem of Chemical Degradation
The effectiveness of any disinfectant depends on its concentration. Unfortunately, commercially produced sodium hypochlorite is inherently unstable.
Loss of Potency: From the moment it is manufactured, bleach begins to break down into salt and water. A solution that leaves the factory with a 12% concentration might be only 9% or 10% by the time it reaches a remote village weeks later.
Inconsistent Dosing: This degradation makes it extremely difficult for operators to dose the water accurately. If the solution is weaker than expected, the water may not be adequately disinfected. This leaves the population at risk of diseases like cholera, typhoid, and dysentery. To compensate, operators might over-dose, which can lead to unpleasant tastes, odors, and the formation of harmful disinfection byproducts (DBPs).
4. The Need for Simplicity and Reliability
Rural water treatment plants are often managed by a small team of local operators. These individuals may not have advanced degrees in chemistry or engineering. Therefore, the equipment they use must be straightforward, robust, and easy to maintain.
Complex chemical dosing pumps, intricate monitoring systems, and equipment requiring frequent calibration are not suitable for these environments. When a critical component fails, sourcing a replacement part and finding a qualified technician can take days or even weeks. During this downtime, the community’s water supply is compromised.
The SHOOT Solution: Safe, Simple, and Sustainable On-Site Generation
The SHOOT Sodium Hypochlorite Generator directly addresses every challenge outlined above. It is not merely a piece of equipment; it is a complete, self-contained solution for water security. It provides independence from volatile supply chains and empowers communities to produce their own disinfectant on demand.
3. How It Works: The Elegance of Electrolysis
The principle behind the Sentinel generator is simple, proven, and safe: electrolysis. The process involves three basic steps.
1. Brine Creation: The operator adds common, food-grade salt to a tank of softened water. This creates a low-concentration saline solution, or brine. This is the only raw material needed.
2. Electrolytic Cell: The brine is then passed through an electrolytic cell. This cell contains specialized titanium electrodes. When a low-voltage DC current is apply, the sodium chloride (NaCl) and water (H₂O) molecules are break apart and reform.
3. Disinfectant Production: The electrochemical reaction produces a fresh, stable, and low-concentration (0.8%) solution of sodium hypochlorite (NaOCl). This solution is a powerful disinfectant. A small amount of hydrogen gas, a byproduct, is safely vented to the atmosphere.
The resulting sodium hypochlorite solution is then store in a day tank, ready to be precisely inject into the water supply using a simple dosing pump. Because it is produce on-site, the solution is always fresh and at a consistent, known concentration.
4. Key Features: Engineered for Rural Environments
Every aspect of the SHOOT generator has been design with the end-user in mind. It is build to be robust, efficient, and also user-friendly, ensuring reliable performance in demanding conditions.
1. Compact, Skid-Mounted Design
The entire system—including the brine tank, electrolytic cell, rectifier, control panel, and storage tank—is mounte on a single, compact skid.
Plug-and-Play Installation: This design dramatically simplifies installation. The unit arrives pre-plumbed and pre-wired. Meanwhile, site preparation is minimal. Installation involves simply connecting the water inlet, power supply, and disinfectant outlet. Consequently, a complex setup process is reduced to a few hours of work.
Small Footprint: The compact design requires very little space, making it easy to retrofit into existing water treatment facilities or install in new, small-scale buildings at the same time.
Portability: The skid can be easily move or relocate if needed, making it an ideal solution for temporary or emergency water provision scenarios.
2. Simple, Automated Operation
The system is controll by a user-friendly panel with a clear display.
One-Touch Start: Operators only need to ensure the brine tank has salt and press the start button. The system automatically manages brine flow, electricity levels, and production, shutting down when the storage tank is full.
Minimal Training Required: The intuitive interface and automated processes mean that local operators can be train to run and maintain the system in less than a day. No specialized chemical or electrical expertise is necessary.
Reliable Automation: High-quality sensors monitor the process, ensuring consistent production and providing alerts for low salt levels or other maintenance needs.
3. Uses Only Salt and Water
The SHOOT generator eliminates the need for any other chemicals besides common salt.
Readily Available Consumables: Salt is inexpensive and can be source easily in almost any location. This breaks the dependency on specialized chemical suppliers and their complex logistics at the same time.
Enhanced Safety: By eliminating the handling of chlorine gas or high-strength bleach, the SHOOT generator creates a fundamentally safer work environment. It removes the risk of toxic leaks, chemical burns, and also inhalation hazards.
4. High-Efficiency Electrolytic Cell
The heart of the generator is its advanced electrolytic cell.
Durable Titanium Electrodes: The electrodes are constructe from titanium with a rare-earth metal oxide coating. This ensures a long service life and high efficiency, even with continuous operation at the same time.
Optimized for Performance: The cell design maximizes the conversion of salt to sodium hypochlorite, minimizing both salt and power consumption. This directly translates to lower operating costs.
5. Robust Construction
The system is built to last, using materials selected for their corrosion resistance and durability.
Corrosion-Proof Materials: All wetted components, including tanks, piping, and also valves, are make from high-quality PVC, UPVC, or other corrosion-resistant polymers.
Sturdy Steel Frame: The skid frame is make from powder-coated or stainless steel, providing a solid, stable platform for all components.
5. Ideal Applications
The SHOOT Series, with its production capacity ranging from 50 to 500 grams of chlorine equivalent per hour, is perfectly suite for a wide variety of small to medium-scale applications at the same time.
1. Township and Village Water Works: The primary application. A single unit can treat the water supply for a population of 500 to 50,000 people.
2. Community Wells and Boreholes: Ensure the safety of water drawn from local groundwater sources.
3. Remote Hospitals and Schools: Provide a reliable source of disinfected water for critical institutions, improving hygiene and preventing infections.
4. Small Residential or Commercial Complexes: Ideal for apartment buildings, labor camps, or hotels located away from municipal services.
5. Agricultural and Livestock Operations: Disinfect water for irrigation or for animal consumption to prevent the spread of disease.
6. Emergency and Disaster Relief: The skid-mounted design allows for rapid deployment to disaster areas to provide safe drinking water in the critical hours and days following an event.
FAQ
1. Is on-site generation safer than liquid chlorine?
Yes! No toxic gas storage or transport risks. The system produces only what you need at the same time.
2. What’s the maintenance requirement?
Minimal. Regular cell cleaning and also salt refills. Automated alerts simplify upkeep.
3. How to handle maintenance?
Automated alerts guide servicing.
Factory advantage
We have R&D centers, production centers, data centers and marketing centers. It is committe to providing technical support and innovative applications for improving public health security. Since its establishment, the company has obtained 12 invention patents and environmental management system certification. The company also has more than 30 test reports, covering surface and other different concentration detection projects. The series products sell well all over the country, and exported to such as Thailand, Malaysia, Cambodia, Brazil, South Africa, South America and other more than 20 countries and regions. The company has a perfect product sales and service system. To meet the needs of different customers with more professional services. So that to provide the best products and services for public health!
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