Product Description
fluoride Removal Plant
Fluoride removal plants that work on ion-exchange media made from natural minerals. When the fluoride-contaminated water flows through the bed of the media, the fluoride ions in the water get exchanged in the media, and fluoride-free water is released.
Superior Fluoride Removal EfficiencyEngineered for both drinking and industrial water needs, our plant uses activated alumina or ion exchange media to achieve up to 98% fluoride removal. By maintaining a water output conductivity below 50 S/cm, the system ensures exceptionally pure and safe water, suitable for a variety of applications.
Intelligent and Durable DesignThe plant is equipped with a user-friendly microprocessor/PLC-based control panel and energy-efficient centrifugal pumps. All components are constructed from corrosion-resistant stainless steel or robust FRP, ensuring longevity even in continuous operation. Customizable in size and capacity, the installation can be either skid-mounted or floor-mounted for versatile deployment.
Low Maintenance and Cost-Effective OperationsOur system is designed for low maintenance, with media service life averaging 1-2 years and efficient power usage between 2-5 kW. Optional sand or carbon pre-filters optimize media lifespan and water quality. The plant's recycle rate of up to 95% ensures sustainable and cost-effective performance, minimizing waste and operational expenses.
FAQ's of fluoride removal plant:
Q: How does the fluoride removal plant operate to achieve high fluoride reduction?
A: The plant employs activated alumina or ion exchange technology, functioning through a PLC-controlled process that treats water from the inlet, passing it through specialized media. This ensures the fluoride levels are reduced by up to 98%, delivering water that meets stringent BIS 10500 and WHO standards.
Q: What are the main applications and usage areas for this system?
A: This fluoride removal plant is ideal for both domestic and industrial applications. It is suitable for purifying drinking water as well as water used in manufacturing processes, catering to a range of capacities from 250 LPH to 10,000 LPH.
Q: When should the media inside the plant be replaced or serviced?
A: The service life of the media is typically 1-2 years, depending on water quality and usage volume. Regular performance checks and maintenance are advised to ensure continued high efficiency and compliance with water quality standards.
Q: Where can the plant be installed, and what installation types are available?
A: The plant is customizable and can be installed indoors or outdoors, depending on your infrastructure. Installation options include skid-mounted or floor-mounted arrangements, providing flexible solutions for various spaces and requirements.
Q: What is the process flow, including pretreatment and discharge types?
A: Raw water enters the plant via 1"-2" pipe connections and may first pass through optional sand or carbon pre-filters. It is then processed through the main treatment unit (batch or continuous operation), resulting in high-quality water with a recycle rate of up to 95%. Discharge types can be continuous or batch, as required.
Q: How does the control panel benefit operation and maintenance?
A: Equipped with a microprocessor or PLC-based control panel, the plant allows precise monitoring and automated control of flow, pressure, and process parameters. This enhances operational reliability, simplifies troubleshooting, and further reduces maintenance requirements.
Q: What are the benefits of choosing this fluoride removal plant?
A: Key benefits include high fluoride removal efficiency, customizable capacity for diverse needs, low maintenance due to robust design and high-quality materials, energy-efficient operation, corrosion resistance, and compliance with both national and international water quality standards.