About Fluoride Removal Plant
We have been able to attract huge number of customers by manufacturing and supplying a quality range of Fluoride Removal Plant. In water treatment applications these plants are used for removing fluoride from drinking water. The plant is developed in compliance with the set industrial norms using only best quality materials. Our Fluoride Removal Plant is well equipped with dual stage filters, centrifugal pump, and KDF/GAC cartridge. We can customize the plant as per the clients requirements.
Features:
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Highly efficient
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Longer working life
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Robust construction
Further Details:
These filters are designed for removal of fluoride for drinking water. As we know that fluoride makes incurable bone related diseases . the design of filter depend upon the concentration of fluoride in raw water. Vessels are made of HDPE/FRP/MS quality materials. Filter beds are made of High grade Activated Alumina or granular ferric hydroxide. The use of those filters are in rural drinking water solution.
Activated alumina and reverse osmosis are the only two methods for removing fluoride. Some companies claim that carbon filters will remove fluoride, but this is not correct. Also, all our Fluoride Systems use dual stage filters with activated alumina in the first stage and KDF/GAC in the second. We use the KDF/GAC cartridge to remove any activated alumina that may get into your water. Beware of companies selling a single stage filter with just activated alumina. This setup doesn't protect against activated alumina in your Treated water.
Advanced Water PurificationOur Fluoride Removal Plant effectively reduces fluoride to safe levels for both drinking and industrial usage. Utilizing state-of-the-art filtration technologies and high-quality construction materials, the system ensures reliable, long-term performance even under challenging water conditions.
Flexible and Customizable DesignDesigned to meet diverse requirements, the system offers various capacities and flow rates, with dimensions tailored as per project needs. It operates with standard 1 to 4 BSP/flanged connections and is compatible with ground, borewell, or municipal water supplies, suiting a wide range of installations.
Compliance and Safety AssuredThis plant strictly adheres to IS 10500:2012 standards, ensuring output water conductivity below 50 S/cm and fluoride content 1.5 mg/ltr. The use of PLC or manual control allows easy operation, and robust FRP or stainless steel construction guarantees high durability and safety.
FAQs of Fluoride Removal Plant:
Q: How does the Fluoride Removal Plant operate to reduce fluoride levels in water?
A: The plant employs an advanced filtration system, including sand/sediment pre-treatment followed by specialized fluoride removal media. Driven by a centrifugal pump and monitored via PLC or manual controls, the process efficiently removes fluoride, ensuring output levels are 1.5 mg/ltr as per IS 10500:2012 standards.
Q: What are the installation requirements for this plant?
A: The unit is floor-mounted and can be customized to required dimensions to match your space. Pre-filtration for sand or sediment is necessary, and connection options range from 1 to 4 BSP or flanged. It requires an electric power source (50 Hz) and functions best in environments between 5C and 45C.
Q: When should I consider using a fluoride removal system for my water supply?
A: A fluoride removal system is advised when water sources, such as borewell, groundwater, or municipal supply, show fluoride concentrations above the safe drinking level (1.5 mg/ltr as per IS 10500:2012). Regular water testing helps determine when installation is necessary.
Q: Where is this plant commonly used?
A: This system is widely applied in municipal water treatment facilities, industries needing specific water purity, and locations where safe drinking water is essential. It is suitable for a variety of water sources, including borewell, groundwater, and municipal supplies.
Q: What is the process for maintaining the Fluoride Removal Plant?
A: Routine maintenance involves regularly checking pre-filtration units, monitoring fluoride media efficiency, cleaning pumps and tanks, and ensuring PLC/manual controls are operating correctly. Following the manufacturers recommended service schedule helps maintain optimal performance and compliance.
Q: How does using this system benefit my organization or municipality?
A: Implementing this plant assures the supply of safe, fluoride-compliant water, protecting public health and meeting legal regulations. Its efficiency (>95%), low noise level (<60 dB), and robust design minimize downtime, making it a reliable and cost-effective solution.