Product Description
We are engaged in providing our customers with OFSoftening Demineralizer Plant, which is manufactured using quality material. This plant is used for removing the dissolved salts from water. This is also used for reducing the hardness of the water and it is well known for its high performance and long service life. It is available in various sizes and specifications as per the requirements of the clients. This plant is manufactured under the supervision of our experienced professionals. The plant is stringently tested on various parameters to ensure that it is defect free and is in adherence with the international quality standards. The plant is easy to operate and requires low maintenance. This plant is widely used in various industries such as chemical, pharmaceutical, food & beverage and many more. We provide this OF Softening Demineralizer Plant at market leading prices. Advanced Control System for Reliable OperationThe plant is equipped with a microprocessor or PLC-based panel, ensuring precise and consistent operation. This advanced control system automates key functions, monitoring inlet and outlet water quality, adjusting flow, and managing regeneration cycles, all while minimizing manual intervention for enhanced reliability.
High Purity Water for Demanding ApplicationsThis demineralizer plant delivers water with exceptionally low hardness (<5 ppm as CaCO3) and conductivity (<5 S/cm), meeting stringent requirements for industrial water treatment, boiler feed, and sensitive process applications. Its ion exchange technology guarantees efficient removal of dissolved minerals and impurities, producing water at up to 99.9% purity.
Robust Construction and Flexible InstallationEngineered using corrosion-resistant materials such as FRP, mild steel, or stainless steel, the plant ensures long-term durability. Floor-mounted and of compact design, it fits seamlessly into diverse industrial environments, with customizable dimensions to suit specific site layouts and space constraints.
FAQs of Softening Demineralizer Plant:
Q: How does the Softening Demineralizer Plant process water to achieve high purity?
A: The plant uses a multi-stage ion exchange process, where strong acid cation and anion exchange resins remove dissolved ions responsible for water hardness and contaminants. Regeneration cycles using HCl, NaOH, and NaCl restore resin capacity, ensuring consistently low outlet hardness (below 5 ppm as CaCO3) and high purity levels.
Q: What are the main benefits of using this demineralizer plant in industrial settings?
A: Key benefits include reliable delivery of ultra-pure water, improved efficiency of downstream processes (like boilers and process water), high corrosion resistance, automated or manual operation, and extremely high recycle rates (up to 99%). These features lower maintenance costs, prolong equipment life, and ensure regulatory compliance.
Q: When should regeneration of the ion exchange resins be performed?
A: Regeneration is typically required once the resins approach their ion retention limits, which depends on incoming water quality and usage patterns. The microprocessor/PLC panel monitors system performance and alerts operators for timely regeneration, whether in automatic or manual mode.
Q: Where can this plant be installed, and what pretreatment is needed?
A: The plant is designed for flexible floor-mounted installation in industrial or commercial environments. Depending on source water quality, pretreatment such as sand filtration or activated carbon filtration is recommended to remove suspended solids, organics, or chlorine, optimizing the lifespan and performance of ion exchange resins.
Q: What are common applications of this Softening Demineralizer Plant?
A: This plant is widely used in industrial water treatment for boilers, process water production, and other applications requiring stringent water purity and conductivity standards. Suitable water sources include groundwater, borewell, and municipal supplies.
Q: How energy efficient is the Softening Demineralizer Plant?
A: The plant is engineered for high efficiency, with low power consumption (15 kW) and a centrifugal pump type. Its design minimizes energy use while maximizing water output and recycling rates, contributing to lower operational costs.
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